
 Calculation for multi-isotope case

  Isotope Abundance

   54Fe   0.058450
   56Fe   0.917540
   57Fe   0.021190
   58Fe   0.002820

    TALYS-1.9 (Version: December 21, 2017)

 Copyright (C) 2017  A.J. Koning, S. Hilaire and S. Goriely      
                         IAEA         CEA          ULB    

 Dimensions - Cross sections: mb, Energies: MeV, Angles: degrees

 ########## USER INPUT ##########

 USER INPUT FILE

 #                                                                               
 # general                                                                       
 #                                                                               
 projectile p                                                                    
 element fe                                                                      
 mass 0                                                                          
 energy energies                                                                 
 #                                                                               
 # output                                                                        
 #                                                                               
 fileresidual     y                                                              

 USER INPUT FILE + DEFAULTS

 Keyword           Value   Variable     Explanation

 #
 # Four main keywords
 #
 projectile          p     ptype0       type of incident particle
 element            Fe     Starget      symbol of target nucleus
 mass               54     mass         mass number of target nucleus
 energy energies           energyfile   file with incident energies
 #
 # Basic physical and numerical parameters
 #
 ejectiles g n p d t h a   outtype      outgoing particles
 maxz               12     maxZ         maximal number of protons away from the initial compound nucleus
 maxn               25     maxN         maximal number of neutrons away from the initial compound nucleus
 bins               40     nbins        number of continuum excitation energy bins
 equidistant         n     flagequi     flag to use equidistant excitation bins instead of logarithmic bins
 popmev              n     flagpopmev   flag to use initial population per MeV instead of histograms
 segment             1     segment      number of segments to divide emission energy grid
 maxlevelstar       30     nlevmax      maximum number of included discrete levels for target
 maxlevelsres       10     nlevmaxres   maximum number of included discrete levels for residual nucleus
 maxlevelsbin g     10     nlevbin      maximum number of included discrete levels for gamma    channel
 maxlevelsbin n     10     nlevbin      maximum number of included discrete levels for neutron  channel
 maxlevelsbin p     30     nlevbin      maximum number of included discrete levels for proton   channel
 maxlevelsbin d      5     nlevbin      maximum number of included discrete levels for deuteron channel
 maxlevelsbin t      5     nlevbin      maximum number of included discrete levels for triton   channel
 maxlevelsbin h      5     nlevbin      maximum number of included discrete levels for helium-3 channel
 maxlevelsbin a     10     nlevbin      maximum number of included discrete levels for alpha    channel
 ltarget             0     ltarget      excited level of target
 isomer           1.00E+00 isomer       definition of isomer in seconds
 transpower          5     transpower   power for transmission coefficient limit
 transeps         1.00E-08 transeps     limit for transmission coefficient
 xseps            1.00E-07 xseps        limit for cross sections
 popeps           1.00E-03 popeps       limit for population cross section per nucleus
 Rfiseps          1.00E-03 Rfiseps      ratio for limit for fission cross section per nucleus
 elow             1.00E-06 elow         minimal incident energy for nuclear model calculations
 angles             90     nangle       number of angles
 anglescont         18     nanglecont   number of angles for continuum
 anglesrec           1     nanglerec    number of recoil angles
 maxenrec           20     maxenrec     number of recoil energies
 channels            n     flagchannels flag for exclusive channels calculation
 maxchannel          4     maxchannel   maximal number of outgoing particles in individual channel description
 micro               n     flagmicro    flag for completely microscopic Talys calculation
 best                n     flagbest     flag to use best set of adjusted parameters
 bestbranch          y     flagbestbr   flag to use flag to use only best set of branching ratios
 bestend             n     flagbestend  flag to put best set of parameters at end of input file
 relativistic        y     flagrel      flag for relativistic kinematics
 recoil              n     flagrecoil   flag for calculation of recoils
 labddx              n     flaglabddx   flag for calculation of DDX in LAB system
 recoilaverage       n     flagrecoilav flag for average velocity in recoil calculation
 channelenergy       n     flagEchannel flag for channel energy for emission spectrum
 reaction            y     flagreaction flag for calculation of nuclear reactions
 astro               n     flagastro    flag for calculation of astrophysics reaction rate
 astrogs             n     flagastrogs  flag for calculation of astrophysics reaction rate with target in ground state only
 astroex             n     flagastroex  flag for calculation of astrophysics reaction rate to long-lived excited states
 nonthermlev        -1     nonthermlev  excited level non-thermalized in the calculation of astrophysics rate
 massmodel           2     massmodel    model for theoretical nuclear mass
 expmass             y     flagexpmass  flag for using experimental nuclear mass if available
 disctable           1     disctable    table with discrete levels
 production          n     flagprod     flag for isotope production
 outfy               n     flagoutfy    flag for output detailed fission yield calculation
 gefran          50000     gefran       number of random events for GEF calculation
 Estop            1000.000 Estop        incident energy above which TALYS stops
 rpevap              n     flagrpevap   flag for evaporation of residual products at high incident energies
 maxZrp             12     maxZrp       maximal number of protons away from the initial compound nucleus before residual evaporation
 maxNrp             32     maxNrp       maximal number of neutons away from the initial compound nucleus before residual evaporation
 #
 # Optical model
 #
 localomp            y     flaglocalomp flag for local (y) or global (n) optical model
 dispersion          n     flagdisp     flag for dispersive optical model
 jlmomp              n     flagjlm      flag for using semi-microscopic JLM OMP
 optmodall           n     flagompall   flag for new optical model calculation for all residual nuclei
 incadjust           y     flagincadj   flag for OMP adjustment on incident channel also
 omponly             n     flagomponly  flag to execute ONLY an optical model calculation
 autorot             n     flagautorot  flag for automatic rotational coupled channels calculations for A > 150
 spherical           n     flagspher    flag to force spherical optical model
 coulomb             y     flagcoulomb  flag for Coulomb excitation calculation with ECIS
 statepot            n     flagstate    flag for optical model potential for each excited state
 maxband             0     maxband      highest vibrational band added to rotational model
 maxrot              2     maxrot       number of included excited rotational levels
 sysreaction               sysreaction  particles with reaction cross section from systematics
 rotational   p            rotational   particles with possible rotational optical model
 core               -1     core         even-even core for weakcoupling (-1 or 1)
 ecissave            n     flagecissave flag for saving ECIS input and output files
 eciscalc            y     flageciscalc flag for new ECIS calculation for outgoing particles and energy grid
 inccalc             y     flaginccalc  flag for new ECIS calculation for incident channel
 endfecis            y     flagendfecis flag for new ECIS calculation for ENDF-6 files
 radialmodel         2     radialmodel  model for radial matter densities (JLM OMP only)
 jlmmode             0     jlmmode      option for JLM imaginary potential normalization
 alphaomp            6     alphaomp     alpha OMP (1=normal, 2= McFadden-Satchler, 3-5= folding potential, 6,8= Avrigeanu, 7=Nolte)
 deuteronomp         1     deuteronomp  deuteron OMP (1=normal, 2=Daehnick, 3=Bojowald, 4=Han-Shi-Shen, 5=An-Cai)
 #
 # Compound nucleus
 #
 widthfluc           8.853 ewfc         off-set incident energy for width fluctuation calculation
 widthmode           1     wmode        designator for width fluctuation model
 compound            y     flagcomp     flag for compound nucleus model
 fullhf              n     flagfullhf   flag for full spin dependence of transmission coefficients
 eciscompound        n     flageciscomp flag for compound nucleus calculation by ECIS
 cpang               n     flagcpang    flag for compound angular distribution calculation for incident charged particles
 urr                 n     flagurr      flag for URR calculation
 urrnjoy             n     flagurrnjoy  flag for normalization of URR parameters with NJOY method
 lurr                2     lurr         maximal orbital angular momentum for URR
 #
 # Gamma emission
 #
 gammax              2     gammax       number of l-values for gamma multipolarity
 strength            1     strength     model for E1 gamma-ray strength function
 strengthM1          2     strengthM1   model for M1 gamma-ray strength function
 electronconv        y     flagelectron flag for application of electron conversion coefficient
 racap               n     flagracap    flag for radiative capture model
 ldmodelracap        1     ldmodelracap level density model for direct radiative capture
 #
 # Pre-equilibrium
 #
 preequilibrium      5.248 epreeq       on-set incident energy for preequilibrium calculation
 preeqmode           2     preeqmode    designator for pre-equilibrium model
 multipreeq         20.000 emulpre      on-set incident energy for multiple preequilibrium
 mpreeqmode          2     mpreeqmode   designator for multiple pre-equilibrium model
 breakupmodel        1     breakupmodel model for break-up reaction: 1. Kalbach 2. Avrigeanu
 phmodel             1     phmodel      particle-hole state density model
 pairmodel           2     pairmodel    designator for pre-equilibrium pairing model
 preeqspin           2     pespinmodel  model for pre-equilibrium spin distribution
 giantresonance      y     flaggiant    flag for collective contribution from giant resonances
 preeqsurface        y     flagsurface  flag for surface effects in exciton model
 preeqcomplex        y     flagpecomp   flag for Kalbach complex particle emission model
 twocomponent        y     flag2comp    flag for two-component pre-equilibrium model
 ecisdwba            y     flagecisdwba flag for new ECIS calculation for DWBA for MSD
 onestep             n     flagonestep  flag for continuum one-step direct only
 #
 # Level densities
 #
 ldmodel             1     ldmodelall   level density model
 shellmodel          1     shellmodel   model for shell correction energies
 kvibmodel           2     kvibmodel    model for vibrational enhancement
 spincutmodel        1     spincutmodel model for spin cutoff factor for ground state
 asys                n     flagasys     flag for all level density parameters a from systematics
 parity              n     flagparity   flag for non-equal parity distribution
 colenhance          n     flagcolall   flag for collective enahncement of level density for all nuclides
 ctmglobal           n     flagctmglob  flag for global CTM model (no discrete level info)
 gshell              n     flaggshell   flag for energy dependence of single particle level density parameter g
 #
 # Fission
 #
 fission             n     flagfission  flag for fission
 fismodel            1     fismodel     fission model
 fismodelalt         4     fismodelalt  alternative fission model for default barriers
 hbstate             y     flaghbstate  flag for head band states in fission
 class2              y     flagclass2   flag for class2 states in fission
 massdis             n     flagmassdis  flag for calculation of fission fragment mass yields
 ffevaporation       y     flagffevap   flag for calculation of particle evaporation from fission fragment mass yields
 fisfeed             n     flagfisfeed  flag for output of fission per excitation bin
 fymodel             2     fymodel      fission yield model, 1: Brosa 2: GEF
 ffspin              n     flagffspin   flag to use spin distribution in initial FF population
 #
 # Output
 #
 outmain             y     flagmain     flag for main output
 outbasic            n     flagbasic    flag for output of basic information and results
 outpopulation       n     flagpop      flag for output of population
 outcheck            n     flagcheck    flag for output of numerical checks
 outlevels           n     flaglevels   flag for output of discrete level information
 outdensity          n     flagdensity  flag for output of level densities
 outomp              n     flagoutomp   flag for output of optical model parameters
 outdirect           n     flagdirect   flag for output of direct reaction results
 outinverse          n     flaginverse  flag for output of transmission coefficients and inverse reaction cross sections
 outtransenergy      y     flagtransen  flag for output of transmission coefficients per energy
 outecis             n     flagoutecis  flag for output of ECIS results
 outgamma            n     flaggamma    flag for output of gamma-ray information
 outpreequilibrium   n     flagpeout    flag for output of pre-equilibrium results 
 outfission          n     flagfisout   flag for output of fission information
 outdiscrete         n     flagdisc     flag for output of discrete state cross sections
 outspectra          n     flagspec     flag for output of double-differential cross sections
 outbinspectra       n     flagbinspec  flag for output of emission spectrum per excitation bin
 resonance           n     flagres      flag for output of low energy resonance cross sections
 group               n     flaggroup    flag for output of low energy groupwise cross sections
 addiscrete          y     flagadd      flag for addition of discrete states to spectra
 addelastic          y     flagaddel    flag for addition of elastic peak to spectra
 outangle            n     flagang      flag for output of angular distributions
 outlegendre         n     flaglegendre flag for output of Legendre coefficients
 ddxmode             0     ddxmode      mode for double-differential cross sections
 outdwba             n     flagoutdwba  flag for output of DWBA cross sections for MSD
 outgamdis           n     flaggamdis   flag for output of discrete gamma-ray intensities
 outexcitation       y     flagexc      flag for output of excitation functions
 components          n     flagcompo    flag for output of cross section components
 endf                n     flagendf     flag for information for ENDF-6 file
 endfdetail          n     flagendfdet  flag for detailed ENDF-6 information per channel
 sacs                n     flagsacs     flag for statistical analysis of cross sections
 partable            n     flagpartable flag for output of model parameters on separate file

 ########## BASIC REACTION PARAMETERS ##########

 Projectile           : proton      Mass in a.m.u.      :   1.007276
 Target               :  54Fe       Mass in a.m.u.      :  53.939608

 Included channels:
                     gamma   
                     neutron 
                     proton  
                     deuteron
                     triton  
                     helium-3
                     alpha   

    24 incident energies (LAB):

      1.000
      2.000
      3.000
      4.000
      5.000
      6.000
      8.000
     10.000
     12.000
     14.000
     16.000
     18.000
     20.000
     25.000
     30.000
     35.000
     40.000
     45.000
     50.000
     60.000
     70.000
     80.000
     90.000
    100.000

 Q-values for binary reactions:

 Q(p,g):  5.06435
 Q(p,n): -9.02690
 Q(p,p):  0.00000
 Q(p,d):-11.15372
 Q(p,t):-15.58496
 Q(p,h):-13.18945
 Q(p,a): -3.14657

 ########## RESULTS FOR E=   1.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   1.00000 ###########

 Center-of-mass energy:    0.982

 1. Total (binary) cross sections

   Reaction        = 2.75694E-03
     Compound elastic= 2.02057E-03
     Non-elastic     = 7.36366E-04
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 7.36366E-04

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 7.36362E-04
 neutron = 0.00000E+00
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 7.36362E-04    Multiplicity= 9.99995E-01
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 0.00000E+00    Multiplicity= 0.00000E+00
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.00000E-07    0    1.17653E-04  0.00000

   b. Per mass

   A  cross section


 Total residual production cross section:     0.00000
 Non-elastic cross section              :     0.00074

 ########## RESULTS FOR E=   2.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   2.00000 ###########

 Center-of-mass energy:    1.963

 1. Total (binary) cross sections

   Reaction        = 2.00993E+00
     Compound elastic= 1.99252E+00
     Non-elastic     = 1.74134E-02
       Direct          = 2.80116E-11
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.74134E-02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.70007E-02
 neutron = 0.00000E+00
 proton  = 2.80116E-11
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 2.08410E-02    Multiplicity= 1.19684E+00
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.40264E-06    Multiplicity= 8.05495E-05
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.69928E-02    0    1.69928E-02  1.00000

   b. Per mass

   A  cross section

   55 1.69928E-02

 Total residual production cross section:     0.01699
 Non-elastic cross section              :     0.01741

 ########## RESULTS FOR E=   3.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   3.00000 ###########

 Center-of-mass energy:    2.945

 1. Total (binary) cross sections

   Reaction        = 3.09259E+01
     Compound elastic= 3.04647E+01
     Non-elastic     = 4.61178E-01
       Direct          = 2.13210E-04
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 4.60964E-01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 4.88869E-02
 neutron = 0.00000E+00
 proton  = 4.07193E-01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 6.25587E-02    Multiplicity= 1.35650E-01
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 4.07299E-01    Multiplicity= 8.83170E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 4.87783E-02    0    4.87783E-02  1.00000
   26  54 ( 54Fe) 4.07299E-01    0    4.07299E-01  1.00000

   b. Per mass

   A  cross section

   55 4.87783E-02
   54 4.07299E-01

 Total residual production cross section:     0.45608
 Non-elastic cross section              :     0.46118

 ########## RESULTS FOR E=   4.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   4.00000 ###########

 Center-of-mass energy:    3.927

 1. Total (binary) cross sections

   Reaction        = 1.35293E+02
     Compound elastic= 1.22843E+02
     Non-elastic     = 1.24495E+01
       Direct          = 5.87522E-02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.23908E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 6.99638E-02
 neutron = 0.00000E+00
 proton  = 1.23731E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 9.56172E-02    Multiplicity= 7.68041E-03
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.23738E+01    Multiplicity= 9.93922E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 6.92577E-02    0    6.92577E-02  1.00000
   26  54 ( 54Fe) 1.23738E+01    0    1.23738E+01  1.00000

   b. Per mass

   A  cross section

   55 6.92577E-02
   54 1.23738E+01

 Total residual production cross section:    12.44309
 Non-elastic cross section              :    12.44950

 ########## RESULTS FOR E=   5.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   5.00000 ###########

 Center-of-mass energy:    4.908

 1. Total (binary) cross sections

   Reaction        = 3.07625E+02
     Compound elastic= 2.36037E+02
     Non-elastic     = 7.15880E+01
       Direct          = 1.19026E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 7.03977E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.26137E-02
 neutron = 0.00000E+00
 proton  = 7.14944E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 1.34472E-01    Multiplicity= 1.87842E-03
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 7.14972E+01    Multiplicity= 9.98732E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 8.98414E-02    0    8.98414E-02  1.00000
   26  54 ( 54Fe) 7.14972E+01    0    7.14972E+01  1.00000

   b. Per mass

   A  cross section

   55 8.98414E-02
   54 7.14972E+01

 Total residual production cross section:    71.58703
 Non-elastic cross section              :    71.58798

 ########## RESULTS FOR E=   6.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   6.00000 ###########

 Center-of-mass energy:    5.890

 1. Total (binary) cross sections

   Reaction        = 4.87949E+02
     Compound elastic= 2.74325E+02
     Non-elastic     = 2.13624E+02
       Direct          = 6.38504E+00
       Pre-equilibrium = 1.47950E-03
       Giant resonance = 1.34776E-10
       Compound non-el = 2.07238E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.27386E-01
 neutron = 0.00000E+00
 proton  = 2.13497E+02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 1.91281E-01    Multiplicity= 8.95411E-04
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 2.13505E+02    Multiplicity= 9.99441E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.19340E-01    0    1.19340E-01  1.00000
   26  54 ( 54Fe) 2.13505E+02    0    2.13505E+02  1.00000

   b. Per mass

   A  cross section

   55 1.19340E-01
   54 2.13505E+02

 Total residual production cross section:   213.62404
 Non-elastic cross section              :   213.62408

 ########## RESULTS FOR E=   8.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   8.00000 ###########

 Center-of-mass energy:    7.853

 1. Total (binary) cross sections

   Reaction        = 6.95247E+02
     Compound elastic= 1.36093E+02
     Non-elastic     = 5.59154E+02
       Direct          = 2.52121E+01
       Pre-equilibrium = 1.11426E-01
       Giant resonance = 7.46394E-03
       Compound non-el = 5.33823E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.91291E-01
 neutron = 0.00000E+00
 proton  = 5.58937E+02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.68140E-02

 3. Total particle production cross sections

 gamma   = 1.06859E+01    Multiplicity= 1.91108E-02
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 5.58965E+02    Multiplicity= 9.99662E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 2.68140E-02    Multiplicity= 4.79546E-05

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.63493E-01    0    1.63493E-01  1.00000
   26  54 ( 54Fe) 5.58965E+02    0    5.58965E+02  1.00000
   25  51 ( 51Mn) 2.68140E-02    0    2.68140E-02  1.00000

   b. Per mass

   A  cross section

   55 1.63493E-01
   54 5.58965E+02
   51 2.68140E-02

 Total residual production cross section:   559.15515
 Non-elastic cross section              :   559.15393

 ########## RESULTS FOR E=  10.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  10.00000 ###########

 Center-of-mass energy:    9.816

 1. Total (binary) cross sections

   Reaction        = 7.93147E+02
     Compound elastic= 1.82456E+01
     Non-elastic     = 7.74901E+02
       Direct          = 4.06735E+01
       Pre-equilibrium = 4.37737E+00
       Giant resonance = 2.15201E-01
       Compound non-el = 7.29635E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.47892E-01
 neutron = 6.84367E+00
 proton  = 7.65352E+02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.45742E+00

 3. Total particle production cross sections

 gamma   = 2.20642E+02    Multiplicity= 2.84736E-01
 neutron = 6.84367E+00    Multiplicity= 8.83167E-03
 proton  = 7.65409E+02    Multiplicity= 9.87751E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 2.45742E+00    Multiplicity= 3.17127E-03

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.90815E-01    0    1.90815E-01  1.00000
   27  54 ( 54Co) 6.84367E+00    0    6.37692E+00  0.93180
                                 1    4.66757E-01  0.06820   8.88000E+01 sec. 
   26  54 ( 54Fe) 7.65398E+02    0    7.65398E+02  1.00000
   25  51 ( 51Mn) 2.45742E+00    0    2.45742E+00  1.00000

   b. Per mass

   A  cross section

   55 1.90815E-01
   54 7.72242E+02
   51 2.45742E+00

 Total residual production cross section:   774.89032
 Non-elastic cross section              :   774.90137

 ########## RESULTS FOR E=  12.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  12.00000 ###########

 Center-of-mass energy:   11.779

 1. Total (binary) cross sections

   Reaction        = 8.78074E+02
     Compound elastic= 4.43861E+00
     Non-elastic     = 8.73635E+02
       Direct          = 5.28633E+01
       Pre-equilibrium = 2.29457E+01
       Giant resonance = 1.31217E+00
       Compound non-el = 7.96514E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 3.62260E-01
 neutron = 6.22337E+01
 proton  = 7.97226E+02
 deuteron= 5.32323E-13
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.38137E+01

 3. Total particle production cross sections

 gamma   = 5.53565E+02    Multiplicity= 6.33634E-01
 neutron = 6.22338E+01    Multiplicity= 7.12354E-02
 proton  = 7.97432E+02    Multiplicity= 9.12774E-01
 deuteron= 5.32323E-13    Multiplicity= 6.09320E-16
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.38137E+01    Multiplicity= 1.58117E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 2.67192E-01    0    2.67192E-01  1.00000
   27  54 ( 54Co) 6.22338E+01    0    5.70825E+01  0.91723
                                 1    5.15130E+00  0.08277   8.88000E+01 sec. 
   26  54 ( 54Fe) 7.97146E+02    0    7.97146E+02  1.00000
   25  53 ( 53Mn) 1.11254E-01    0    1.11254E-01  1.00000
   25  51 ( 51Mn) 1.38137E+01    0    1.38137E+01  1.00000

   b. Per mass

   A  cross section

   55 2.67192E-01
   54 8.59380E+02
   53 1.11254E-01
   51 1.38137E+01

 Total residual production cross section:   873.57220
 Non-elastic cross section              :   873.63538

 ########## RESULTS FOR E=  14.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  14.00000 ###########

 Center-of-mass energy:   13.742

 1. Total (binary) cross sections

   Reaction        = 9.39770E+02
     Compound elastic= 1.16153E+00
     Non-elastic     = 9.38609E+02
       Direct          = 6.01292E+01
       Pre-equilibrium = 5.87400E+01
       Giant resonance = 4.53866E+00
       Compound non-el = 8.15201E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 5.78216E-01
 neutron = 1.21081E+02
 proton  = 7.91202E+02
 deuteron= 2.92895E-02
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.57178E+01

 3. Total particle production cross sections

 gamma   = 7.83183E+02    Multiplicity= 8.34409E-01
 neutron = 1.21082E+02    Multiplicity= 1.29002E-01
 proton  = 8.26878E+02    Multiplicity= 8.80961E-01
 deuteron= 2.92895E-02    Multiplicity= 3.12053E-05
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 2.57179E+01    Multiplicity= 2.74000E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 4.37223E-01    0    4.37223E-01  1.00000
   27  54 ( 54Co) 1.21076E+02    0    1.06511E+02  0.87970
                                 1    1.45651E+01  0.12030   8.88000E+01 sec. 
   26  54 ( 54Fe) 7.55680E+02    0    7.55680E+02  1.00000
   26  53 ( 53Fe) 2.93263E-02    0    2.93263E-02  1.00000
                                22    0.00000E+00  0.00000   1.52400E+02 sec. 
   25  53 ( 53Mn) 3.55357E+01    0    3.55357E+01  1.00000
   25  51 ( 51Mn) 2.57177E+01    0    2.57177E+01  1.00000

   b. Per mass

   A  cross section

   55 4.37223E-01
   54 8.76757E+02
   53 3.55650E+01
   51 2.57177E+01

 Total residual production cross section:   938.47644
 Non-elastic cross section              :   938.60852

 ########## RESULTS FOR E=  16.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  16.00000 ###########

 Center-of-mass energy:   15.704

 1. Total (binary) cross sections

   Reaction        = 9.85964E+02
     Compound elastic= 3.29861E-01
     Non-elastic     = 9.85634E+02
       Direct          = 6.48782E+01
       Pre-equilibrium = 1.05412E+02
       Giant resonance = 7.48565E+00
       Compound non-el = 8.07858E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.01747E-01
 neutron = 1.43310E+02
 proton  = 8.06068E+02
 deuteron= 1.13933E+00
 triton  = 0.00000E+00
 helium-3= 1.07546E-14
 alpha   = 3.43146E+01

 3. Total particle production cross sections

 gamma   = 6.67224E+02    Multiplicity= 6.76949E-01
 neutron = 1.43669E+02    Multiplicity= 1.45763E-01
 proton  = 1.08720E+03    Multiplicity= 1.10305E+00
 deuteron= 1.13933E+00    Multiplicity= 1.15594E-03
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 1.07546E-14    Multiplicity= 1.09114E-17
 alpha   = 3.43167E+01    Multiplicity= 3.48169E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 5.92583E-01    0    5.92583E-01  1.00000
   27  54 ( 54Co) 1.07673E+02    0    9.10350E+01  0.84548
                                 1    1.66376E+01  0.15452   8.88000E+01 sec. 
   26  54 ( 54Fe) 5.60537E+02    0    5.60537E+02  1.00000
   26  53 ( 53Fe) 3.71257E+01    0    3.71257E+01  1.00000
                                22    1.06050E-06  0.00000   1.52400E+02 sec. 
   25  53 ( 53Mn) 2.45158E+02    0    2.45158E+02  1.00000
   25  51 ( 51Mn) 3.41733E+01    0    3.41733E+01  1.00000
   24  50 ( 50Cr) 1.43068E-01    0    1.43068E-01  1.00000

   b. Per mass

   A  cross section

   55 5.92583E-01
   54 6.68209E+02
   53 2.82284E+02
   51 3.41733E+01
   50 1.43068E-01

 Total residual production cross section:   985.40186
 Non-elastic cross section              :   985.63416

 ########## RESULTS FOR E=  18.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  18.00000 ###########

 Center-of-mass energy:   17.667

 1. Total (binary) cross sections

   Reaction        = 1.01987E+03
     Compound elastic= 9.66022E-02
     Non-elastic     = 1.01977E+03
       Direct          = 6.87723E+01
       Pre-equilibrium = 1.59283E+02
       Giant resonance = 8.97936E+00
       Compound non-el = 7.82739E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.45207E-01
 neutron = 1.53357E+02
 proton  = 8.22489E+02
 deuteron= 4.18926E+00
 triton  = 1.67507E-05
 helium-3= 3.15804E-05
 alpha   = 3.87921E+01

 3. Total particle production cross sections

 gamma   = 4.03831E+02    Multiplicity= 3.96001E-01
 neutron = 1.75572E+02    Multiplicity= 1.72167E-01
 proton  = 1.38412E+03    Multiplicity= 1.35728E+00
 deuteron= 4.18927E+00    Multiplicity= 4.10804E-03
 triton  = 1.67507E-05    Multiplicity= 1.64260E-08
 helium-3= 3.15804E-05    Multiplicity= 3.09681E-08
 alpha   = 3.88544E+01    Multiplicity= 3.81010E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 6.22520E-01    0    6.22520E-01  1.00000
   27  54 ( 54Co) 5.76139E+01    0    4.72774E+01  0.82059
                                 1    1.03365E+01  0.17941   8.88000E+01 sec. 
   26  54 ( 54Fe) 3.38374E+02    0    3.38374E+02  1.00000
   26  53 ( 53Fe) 1.22106E+02    0    1.22099E+02  0.99994
                                22    7.12680E-03  0.00006   1.52400E+02 sec. 
   25  53 ( 53Mn) 4.61791E+02    0    4.61791E+02  1.00000
   25  51 ( 51Mn) 3.49795E+01    0    3.49795E+01  1.00000
   24  50 ( 50Cr) 3.87451E+00    0    3.87451E+00  1.00000

   b. Per mass

   A  cross section

   55 6.22520E-01
   54 3.95988E+02
   53 5.83897E+02
   51 3.49795E+01
   50 3.87451E+00

 Total residual production cross section:  1019.36169
 Non-elastic cross section              :  1019.77338

 ########## RESULTS FOR E=  20.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  20.00000 ###########

 Center-of-mass energy:   19.630

 1. Total (binary) cross sections

   Reaction        = 1.03613E+03
     Compound elastic= 2.76467E-02
     Non-elastic     = 1.03610E+03
       Direct          = 7.19957E+01
       Pre-equilibrium = 2.14566E+02
       Giant resonance = 9.74141E+00
       Compound non-el = 7.39799E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.00311E+00
 neutron = 1.57907E+02
 proton  = 8.27621E+02
 deuteron= 8.46320E+00
 triton  = 8.42834E-03
 helium-3= 4.78884E-03
 alpha   = 4.10951E+01

 3. Total particle production cross sections

 gamma   = 3.04616E+02    Multiplicity= 2.94002E-01
 neutron = 2.48821E+02    Multiplicity= 2.40151E-01
 proton  = 1.48463E+03    Multiplicity= 1.43289E+00
 deuteron= 8.46326E+00    Multiplicity= 8.16836E-03
 triton  = 8.42834E-03    Multiplicity= 8.13466E-06
 helium-3= 4.78885E-03    Multiplicity= 4.62198E-06
 alpha   = 4.16778E+01    Multiplicity= 4.02255E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 5.13855E-01    0    5.13855E-01  1.00000
   27  54 ( 54Co) 3.40862E+01    0    2.77685E+01  0.81466
                                 1    6.31767E+00  0.18534   8.88000E+01 sec. 
   26  54 ( 54Fe) 2.20306E+02    0    2.20306E+02  1.00000
   26  53 ( 53Fe) 2.23138E+02    0    2.22879E+02  0.99884
                                22    2.59349E-01  0.00116   1.52400E+02 sec. 
   25  53 ( 53Mn) 5.15803E+02    0    5.15803E+02  1.00000
   26  52 ( 52Fe) 8.42834E-03    0    8.42834E-03  1.00000
                                 5    0.00000E+00  0.00000   4.59000E+01 sec. 
   25  52 ( 52Mn) 4.77905E-03    0    2.59760E-03  0.54354
                                 1    2.18145E-03  0.45646   1.26600E+03 sec. 
   25  51 ( 51Mn) 2.41420E+01    0    2.41420E+01  1.00000
   24  50 ( 50Cr) 1.75334E+01    0    1.75334E+01  1.00000

   b. Per mass

   A  cross section

   55 5.13855E-01
   54 2.54392E+02
   53 7.38941E+02
   52 1.32074E-02
   51 2.41420E+01
   50 1.75334E+01

 Total residual production cross section:  1035.53552
 Non-elastic cross section              :  1036.10242

 ########## RESULTS FOR E=  25.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  25.00000 ###########

 Center-of-mass energy:   24.536

 1. Total (binary) cross sections

   Reaction        = 1.03861E+03
     Compound elastic= 1.09566E-03
     Non-elastic     = 1.03861E+03
       Direct          = 7.47575E+01
       Pre-equilibrium = 3.51572E+02
       Giant resonance = 1.23954E+01
       Compound non-el = 5.99884E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.05847E+00
 neutron = 1.66309E+02
 proton  = 8.06165E+02
 deuteron= 2.04948E+01
 triton  = 6.25672E-02
 helium-3= 1.07871E+00
 alpha   = 4.34399E+01

 3. Total particle production cross sections

 gamma   = 6.19781E+02    Multiplicity= 5.96741E-01
 neutron = 3.32256E+02    Multiplicity= 3.19904E-01
 proton  = 1.48682E+03    Multiplicity= 1.43155E+00
 deuteron= 2.04972E+01    Multiplicity= 1.97353E-02
 triton  = 6.25679E-02    Multiplicity= 6.02421E-05
 helium-3= 1.07871E+00    Multiplicity= 1.03861E-03
 alpha   = 5.04404E+01    Multiplicity= 4.85653E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 2.57996E-01    0    2.57996E-01  1.00000
   27  54 ( 54Co) 1.84732E+01    0    1.52575E+01  0.82593
                                 1    3.21565E+00  0.17407   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.43746E+02    0    1.43746E+02  1.00000
   27  53 ( 53Co) 3.02937E-01    0    3.02937E-01  1.00000
   26  53 ( 53Fe) 3.32663E+02    0    3.28574E+02  0.98771
                                22    4.08919E+00  0.01229   1.52400E+02 sec. 
   25  53 ( 53Mn) 4.86851E+02    0    4.86851E+02  1.00000
   26  52 ( 52Fe) 6.42384E-02    0    6.18636E-02  0.96303
                                 5    2.37484E-03  0.03697   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.73217E+00    0    8.67232E-01  0.50066
                                 1    8.64938E-01  0.49934   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.99425E+00    0    2.99425E+00  1.00000
   25  51 ( 51Mn) 4.29800E+00    0    4.29800E+00  1.00000
   25  50 ( 50Mn) 1.35799E-01    0    3.42689E-02  0.25235
                                 1    1.01530E-01  0.74765   1.05000E+02 sec. 
   24  50 ( 50Cr) 4.59893E+01    0    4.59893E+01  1.00000
   23  47 ( 47V ) 1.77445E-03    0    1.77445E-03  1.00000

   b. Per mass

   A  cross section

   55 2.57996E-01
   54 1.62219E+02
   53 8.19816E+02
   52 4.79066E+00
   51 4.29800E+00
   50 4.61251E+01
   47 1.77445E-03

 Total residual production cross section:  1037.50891
 Non-elastic cross section              :  1038.60889

 ########## RESULTS FOR E=  30.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  30.00000 ###########

 Center-of-mass energy:   29.442

 1. Total (binary) cross sections

   Reaction        = 1.02904E+03
     Compound elastic= 4.76395E-05
     Non-elastic     = 1.02904E+03
       Direct          = 7.37787E+01
       Pre-equilibrium = 4.68772E+02
       Giant resonance = 1.59252E+01
       Compound non-el = 4.70564E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.03881E+00
 neutron = 1.83389E+02
 proton  = 7.61067E+02
 deuteron= 3.18405E+01
 triton  = 3.30417E-01
 helium-3= 5.67544E+00
 alpha   = 4.56985E+01

 3. Total particle production cross sections

 gamma   = 7.45691E+02    Multiplicity= 7.24647E-01
 neutron = 3.55491E+02    Multiplicity= 3.45459E-01
 proton  = 1.56307E+03    Multiplicity= 1.51896E+00
 deuteron= 3.23458E+01    Multiplicity= 3.14330E-02
 triton  = 3.30548E-01    Multiplicity= 3.21220E-04
 helium-3= 5.67555E+00    Multiplicity= 5.51539E-03
 alpha   = 6.64548E+01    Multiplicity= 6.45794E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.69434E-01    0    1.69434E-01  1.00000
   27  54 ( 54Co) 1.38679E+01    0    1.14435E+01  0.82518
                                 1    2.42441E+00  0.17482   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.25163E+02    0    1.25163E+02  1.00000
   27  53 ( 53Co) 7.30364E-01    0    7.30364E-01  1.00000
   26  53 ( 53Fe) 2.97582E+02    0    2.92454E+02  0.98277
                                22    5.12822E+00  0.01723   1.52400E+02 sec. 
   25  53 ( 53Mn) 3.71869E+02    0    3.71869E+02  1.00000
   26  52 ( 52Fe) 3.30866E+00    0    3.21917E+00  0.97295
                                 5    8.94945E-02  0.02705   4.59000E+01 sec. 
   25  52 ( 52Mn) 7.01473E+01    0    4.58087E+01  0.65304
                                 1    2.43386E+01  0.34696   1.26600E+03 sec. 
   24  52 ( 52Cr) 7.80014E+01    0    7.80014E+01  1.00000
   25  51 ( 51Mn) 1.73204E+00    0    1.73204E+00  1.00000
   24  51 ( 51Cr) 2.22016E-01    0    2.22016E-01  1.00000
   25  50 ( 50Mn) 3.64264E+00    0    1.64810E+00  0.45245
                                 1    1.99454E+00  0.54755   1.05000E+02 sec. 
   24  50 ( 50Cr) 6.05692E+01    0    6.05692E+01  1.00000
   24  49 ( 49Cr) 2.93189E-02    0    2.93189E-02  1.00000
   23  49 ( 49V ) 1.15186E-01    0    1.15186E-01  1.00000
   23  47 ( 47V ) 1.98405E-01    0    1.98405E-01  1.00000

   b. Per mass

   A  cross section

   55 1.69434E-01
   54 1.39031E+02
   53 6.70181E+02
   52 1.51457E+02
   51 1.95406E+00
   50 6.42119E+01
   49 1.44505E-01
   47 1.98405E-01

 Total residual production cross section:  1027.34729
 Non-elastic cross section              :  1029.04004

 ########## RESULTS FOR E=  35.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  35.00000 ###########

 Center-of-mass energy:   34.347

 1. Total (binary) cross sections

   Reaction        = 1.00401E+03
     Compound elastic= 2.50124E-06
     Non-elastic     = 1.00401E+03
       Direct          = 7.02116E+01
       Pre-equilibrium = 5.55619E+02
       Giant resonance = 1.87458E+01
       Compound non-el = 3.59433E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.73586E-01
 neutron = 2.00689E+02
 proton  = 7.05702E+02
 deuteron= 3.92261E+01
 triton  = 1.02034E+00
 helium-3= 1.18360E+01
 alpha   = 4.45635E+01

 3. Total particle production cross sections

 gamma   = 6.32757E+02    Multiplicity= 6.30229E-01
 neutron = 4.64186E+02    Multiplicity= 4.62332E-01
 proton  = 1.62398E+03    Multiplicity= 1.61749E+00
 deuteron= 4.03985E+01    Multiplicity= 4.02372E-02
 triton  = 1.03016E+00    Multiplicity= 1.02605E-03
 helium-3= 1.18461E+01    Multiplicity= 1.17988E-02
 alpha   = 6.91969E+01    Multiplicity= 6.89205E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.30764E-01    0    1.30764E-01  1.00000
   27  54 ( 54Co) 1.11128E+01    0    9.07321E+00  0.81647
                                 1    2.03955E+00  0.18353   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.12189E+02    0    1.12189E+02  1.00000
   27  53 ( 53Co) 4.87597E-01    0    4.87597E-01  1.00000
   26  53 ( 53Fe) 2.10654E+02    0    2.06519E+02  0.98037
                                22    4.13525E+00  0.01963   1.52400E+02 sec. 
   25  53 ( 53Mn) 2.22510E+02    0    2.22510E+02  1.00000
   26  52 ( 52Fe) 1.92725E+01    0    1.91235E+01  0.99227
                                 5    1.48957E-01  0.00773   4.59000E+01 sec. 
   25  52 ( 52Mn) 2.41678E+02    0    1.53307E+02  0.63434
                                 1    8.83709E+01  0.36566   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.10262E+02    0    1.10262E+02  1.00000
   25  51 ( 51Mn) 2.17599E+00    0    2.17599E+00  1.00000
   24  51 ( 51Cr) 3.48819E+00    0    3.48819E+00  1.00000
   25  50 ( 50Mn) 4.17607E+00    0    1.97152E+00  0.47210
                                 1    2.20455E+00  0.52790   1.05000E+02 sec. 
   24  50 ( 50Cr) 4.84883E+01    0    4.84883E+01  1.00000
   24  49 ( 49Cr) 4.64569E+00    0    4.64569E+00  1.00000
   23  49 ( 49V ) 9.82132E+00    0    9.82132E+00  1.00000
   23  47 ( 47V ) 5.29300E-01    0    5.29300E-01  1.00000
   22  46 ( 46Ti) 2.25537E-02    0    2.25537E-02  1.00000

   b. Per mass

   A  cross section

   55 1.30764E-01
   54 1.23302E+02
   53 4.33652E+02
   52 3.71212E+02
   51 5.66417E+00
   50 5.26643E+01
   49 1.44670E+01
   47 5.29300E-01
   46 2.25537E-02

 Total residual production cross section:  1001.64435
 Non-elastic cross section              :  1004.01001

 ########## RESULTS FOR E=  40.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  40.00000 ###########

 Center-of-mass energy:   39.252

 1. Total (binary) cross sections

   Reaction        = 9.74585E+02
     Compound elastic= 2.44500E-07
     Non-elastic     = 9.74585E+02
       Direct          = 6.58902E+01
       Pre-equilibrium = 6.17039E+02
       Giant resonance = 2.20662E+01
       Compound non-el = 2.69589E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.18441E-01
 neutron = 2.11189E+02
 proton  = 6.55862E+02
 deuteron= 4.66006E+01
 triton  = 1.75786E+00
 helium-3= 1.73363E+01
 alpha   = 4.09210E+01

 3. Total particle production cross sections

 gamma   = 6.98887E+02    Multiplicity= 7.17112E-01
 neutron = 5.23274E+02    Multiplicity= 5.36920E-01
 proton  = 1.61236E+03    Multiplicity= 1.65440E+00
 deuteron= 4.83747E+01    Multiplicity= 4.96362E-02
 triton  = 1.78276E+00    Multiplicity= 1.82925E-03
 helium-3= 1.73690E+01    Multiplicity= 1.78220E-02
 alpha   = 6.78843E+01    Multiplicity= 6.96546E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 1.05729E-01    0    1.05729E-01  1.00000
   27  54 ( 54Co) 8.59298E+00    0    7.01669E+00  0.81656
                                 1    1.57630E+00  0.18344   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.00135E+02    0    1.00135E+02  1.00000
   27  53 ( 53Co) 3.44681E-01    0    3.44681E-01  1.00000
   26  53 ( 53Fe) 1.77358E+02    0    1.73801E+02  0.97994
                                22    3.55705E+00  0.02006   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.67138E+02    0    1.67138E+02  1.00000
   26  52 ( 52Fe) 2.14158E+01    0    2.12258E+01  0.99113
                                 5    1.90028E-01  0.00887   4.59000E+01 sec. 
   25  52 ( 52Mn) 3.05134E+02    0    1.85749E+02  0.60875
                                 1    1.19385E+02  0.39125   1.26600E+03 sec. 
   24  52 ( 52Cr) 9.51595E+01    0    9.51595E+01  1.00000
   26  51 ( 51Fe) 4.22357E-03    0    4.22357E-03  1.00000
   25  51 ( 51Mn) 7.41207E+00    0    7.41207E+00  1.00000
   24  51 ( 51Cr) 2.26644E+01    0    2.26644E+01  1.00000
   23  51 ( 51V ) 9.06093E-03    0    9.06093E-03  1.00000
   25  50 ( 50Mn) 2.09700E+00    0    9.79567E-01  0.46713
                                 1    1.11743E+00  0.53287   1.05000E+02 sec. 
   24  50 ( 50Cr) 2.47542E+01    0    2.47542E+01  1.00000
   25  49 ( 49Mn) 1.44732E-02    0    1.44732E-02  1.00000
   24  49 ( 49Cr) 1.83944E+01    0    1.83944E+01  1.00000
   23  49 ( 49V ) 2.02664E+01    0    2.02664E+01  1.00000
   24  48 ( 48Cr) 4.09361E-03    0    4.09361E-03  1.00000
   23  48 ( 48V ) 1.93001E-02    0    1.93001E-02  1.00000
   22  48 ( 48Ti) 1.10212E-03    0    1.10212E-03  1.00000
                                14    3.16132E-12  0.00000   1.03000E+01 sec. 
   23  47 ( 47V ) 4.43322E-01    0    4.43322E-01  1.00000
   22  46 ( 46Ti) 4.48236E-01    0    4.48236E-01  1.00000

   b. Per mass

   A  cross section

   55 1.05729E-01
   54 1.08728E+02
   53 3.44841E+02
   52 4.21709E+02
   51 3.00898E+01
   50 2.68512E+01
   49 3.86754E+01
   48 2.44959E-02
   47 4.43322E-01
   46 4.48236E-01

 Total residual production cross section:   971.91553
 Non-elastic cross section              :   974.58502

 ########## RESULTS FOR E=  45.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  45.00000 ###########

 Center-of-mass energy:   44.156

 1. Total (binary) cross sections

   Reaction        = 9.45048E+02
     Compound elastic= 1.10183E-07
     Non-elastic     = 9.45048E+02
       Direct          = 6.14820E+01
       Pre-equilibrium = 6.59341E+02
       Giant resonance = 2.46182E+01
       Compound non-el = 1.99606E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.81777E-01
 neutron = 2.16830E+02
 proton  = 6.14070E+02
 deuteron= 5.22309E+01
 triton  = 2.52988E+00
 helium-3= 2.23739E+01
 alpha   = 3.61321E+01

 3. Total particle production cross sections

 gamma   = 6.73261E+02    Multiplicity= 7.12410E-01
 neutron = 5.64297E+02    Multiplicity= 5.97109E-01
 proton  = 1.62887E+03    Multiplicity= 1.72358E+00
 deuteron= 5.49180E+01    Multiplicity= 5.81114E-02
 triton  = 2.56646E+00    Multiplicity= 2.71570E-03
 helium-3= 2.24336E+01    Multiplicity= 2.37381E-02
 alpha   = 6.58031E+01    Multiplicity= 6.96294E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 9.18767E-02    0    9.18767E-02  1.00000
   27  54 ( 54Co) 7.05299E+00    0    5.80254E+00  0.82271
                                 1    1.25045E+00  0.17729   8.88000E+01 sec. 
   26  54 ( 54Fe) 8.98662E+01    0    8.98662E+01  1.00000
   27  53 ( 53Co) 2.80289E-01    0    2.80289E-01  1.00000
   26  53 ( 53Fe) 1.58227E+02    0    1.54990E+02  0.97954
                                22    3.23782E+00  0.02046   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.42750E+02    0    1.42750E+02  1.00000
   27  52 ( 52Co) 2.62980E-03    0    2.62980E-03  1.00000
   26  52 ( 52Fe) 1.89865E+01    0    1.87785E+01  0.98905
                                 5    2.07988E-01  0.01095   4.59000E+01 sec. 
   25  52 ( 52Mn) 2.58949E+02    0    1.55621E+02  0.60097
                                 1    1.03328E+02  0.39903   1.26600E+03 sec. 
   24  52 ( 52Cr) 7.85367E+01    0    7.85367E+01  1.00000
   26  51 ( 51Fe) 2.30892E-02    0    2.30892E-02  1.00000
   25  51 ( 51Mn) 3.20046E+01    0    3.20046E+01  1.00000
   24  51 ( 51Cr) 8.96018E+01    0    8.96018E+01  1.00000
   23  51 ( 51V ) 2.87905E-01    0    2.87905E-01  1.00000
   25  50 ( 50Mn) 1.32677E+00    0    6.22839E-01  0.46944
                                 1    7.03936E-01  0.53056   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.66094E+01    0    1.66094E+01  1.00000
   23  50 ( 50V ) 2.44772E-02    0    2.44772E-02  1.00000
   25  49 ( 49Mn) 9.37357E-02    0    9.37357E-02  1.00000
   24  49 ( 49Cr) 2.41227E+01    0    2.41227E+01  1.00000
   23  49 ( 49V ) 2.06966E+01    0    2.06966E+01  1.00000
   24  48 ( 48Cr) 7.86735E-02    0    7.86735E-02  1.00000
   23  48 ( 48V ) 7.83186E-01    0    7.83186E-01  1.00000
   22  48 ( 48Ti) 3.01439E-01    0    3.01429E-01  0.99997
                                14    9.81082E-06  0.00003   1.03000E+01 sec. 
   23  47 ( 47V ) 2.22364E-01    0    2.22364E-01  1.00000
   23  46 ( 46V ) 5.92962E-02    0    5.92962E-02  1.00000
   22  46 ( 46Ti) 1.24249E+00    0    1.24249E+00  1.00000

   b. Per mass

   A  cross section

   55 9.18767E-02
   54 9.69192E+01
   53 3.01258E+02
   52 3.56474E+02
   51 1.21917E+02
   50 1.79607E+01
   49 4.49130E+01
   48 1.16330E+00
   47 2.22364E-01
   46 1.30179E+00

 Total residual production cross section:   942.22186
 Non-elastic cross section              :   945.04797

 ########## RESULTS FOR E=  50.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  50.00000 ###########

 Center-of-mass energy:   49.060

 1. Total (binary) cross sections

   Reaction        = 9.16266E+02
     Compound elastic= 1.00816E-07
     Non-elastic     = 9.16266E+02
       Direct          = 5.67825E+01
       Pre-equilibrium = 6.87480E+02
       Giant resonance = 2.57575E+01
       Compound non-el = 1.46246E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.62453E-01
 neutron = 2.18570E+02
 proton  = 5.78832E+02
 deuteron= 5.68970E+01
 triton  = 3.26982E+00
 helium-3= 2.63840E+01
 alpha   = 3.14502E+01

 3. Total particle production cross sections

 gamma   = 6.37505E+02    Multiplicity= 6.95764E-01
 neutron = 6.11566E+02    Multiplicity= 6.67454E-01
 proton  = 1.62620E+03    Multiplicity= 1.77482E+00
 deuteron= 6.04941E+01    Multiplicity= 6.60224E-02
 triton  = 3.32593E+00    Multiplicity= 3.62988E-03
 helium-3= 2.64892E+01    Multiplicity= 2.89099E-02
 alpha   = 6.31671E+01    Multiplicity= 6.89397E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 8.46366E-02    0    8.46366E-02  1.00000
   27  54 ( 54Co) 5.66876E+00    0    4.70154E+00  0.82938
                                 1    9.67219E-01  0.17062   8.88000E+01 sec. 
   26  54 ( 54Fe) 8.30877E+01    0    8.30877E+01  1.00000
   27  53 ( 53Co) 2.31082E-01    0    2.31082E-01  1.00000
   26  53 ( 53Fe) 1.42594E+02    0    1.39701E+02  0.97971
                                22    2.89310E+00  0.02029   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.25116E+02    0    1.25116E+02  1.00000
   27  52 ( 52Co) 3.96842E-03    0    3.96842E-03  1.00000
   26  52 ( 52Fe) 1.67752E+01    0    1.66173E+01  0.99059
                                 5    1.57874E-01  0.00941   4.59000E+01 sec. 
   25  52 ( 52Mn) 2.10999E+02    0    1.24678E+02  0.59089
                                 1    8.63218E+01  0.40911   1.26600E+03 sec. 
   24  52 ( 52Cr) 6.09742E+01    0    6.09742E+01  1.00000
   26  51 ( 51Fe) 9.70458E-02    0    9.70458E-02  1.00000
   25  51 ( 51Mn) 6.57860E+01    0    6.57860E+01  1.00000
   24  51 ( 51Cr) 1.31725E+02    0    1.31725E+02  1.00000
   23  51 ( 51V ) 1.01613E+00    0    1.01613E+00  1.00000
   25  50 ( 50Mn) 1.04731E+00    0    4.90770E-01  0.46860
                                 1    5.56535E-01  0.53140   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.87901E+01    0    1.87901E+01  1.00000
   23  50 ( 50V ) 2.08979E-01    0    2.08979E-01  1.00000
   25  49 ( 49Mn) 8.64908E-02    0    8.64908E-02  1.00000
   24  49 ( 49Cr) 1.96919E+01    0    1.96919E+01  1.00000
   23  49 ( 49V ) 1.63884E+01    0    1.63884E+01  1.00000
   24  48 ( 48Cr) 1.12355E+00    0    1.12355E+00  1.00000
   23  48 ( 48V ) 7.76358E+00    0    7.76358E+00  1.00000
   22  48 ( 48Ti) 1.83958E+00    0    1.83817E+00  0.99923
                                14    1.41328E-03  0.00077   1.03000E+01 sec. 
   23  47 ( 47V ) 1.47262E-01    0    1.47262E-01  1.00000
   22  47 ( 47Ti) 2.50364E-02    0    2.50364E-02  1.00000
   23  46 ( 46V ) 2.46775E-01    0    2.46775E-01  1.00000
   22  46 ( 46Ti) 1.65563E+00    0    1.65563E+00  1.00000
   22  45 ( 45Ti) 3.04684E-02    0    3.04684E-02  1.00000
   21  45 ( 45Sc) 1.29667E-02    0    1.29667E-02  1.00000
   21  43 ( 43Sc) 6.02455E-03    0    6.02455E-03  1.00000

   b. Per mass

   A  cross section

   55 8.46366E-02
   54 8.87564E+01
   53 2.67941E+02
   52 2.88753E+02
   51 1.98624E+02
   50 2.00464E+01
   49 3.61668E+01
   48 1.07267E+01
   47 1.72298E-01
   46 1.90240E+00
   45 4.34351E-02
   43 6.02455E-03

 Total residual production cross section:   913.22314
 Non-elastic cross section              :   916.26599

 ########## RESULTS FOR E=  60.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  60.00000 ###########

 Center-of-mass energy:   58.866

 1. Total (binary) cross sections

   Reaction        = 8.64161E+02
     Compound elastic= 1.00007E-07
     Non-elastic     = 8.64161E+02
       Direct          = 4.82431E+01
       Pre-equilibrium = 7.18611E+02
       Giant resonance = 2.50211E+01
       Compound non-el = 7.22858E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.34475E-01
 neutron = 2.16675E+02
 proton  = 5.24265E+02
 deuteron= 6.33329E+01
 triton  = 4.65111E+00
 helium-3= 3.12764E+01
 alpha   = 2.31266E+01

 3. Total particle production cross sections

 gamma   = 6.25217E+02    Multiplicity= 7.23496E-01
 neutron = 6.74933E+02    Multiplicity= 7.81027E-01
 proton  = 1.60758E+03    Multiplicity= 1.86028E+00
 deuteron= 6.85684E+01    Multiplicity= 7.93468E-02
 triton  = 4.76626E+00    Multiplicity= 5.51548E-03
 helium-3= 3.15076E+01    Multiplicity= 3.64603E-02
 alpha   = 5.85192E+01    Multiplicity= 6.77180E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 7.18412E-02    0    7.18412E-02  1.00000
   27  54 ( 54Co) 4.37731E+00    0    3.46099E+00  0.79067
                                 1    9.16315E-01  0.20933   8.88000E+01 sec. 
   26  54 ( 54Fe) 6.98036E+01    0    6.98036E+01  1.00000
   27  53 ( 53Co) 1.70003E-01    0    1.70003E-01  1.00000
   26  53 ( 53Fe) 1.18399E+02    0    1.16040E+02  0.98008
                                22    2.35898E+00  0.01992   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.02738E+02    0    1.02738E+02  1.00000
   27  52 ( 52Co) 2.79065E-03    0    2.79065E-03  1.00000
   26  52 ( 52Fe) 1.46398E+01    0    1.45323E+01  0.99266
                                 5    1.07479E-01  0.00734   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.73670E+02    0    1.01217E+02  0.58281
                                 1    7.24529E+01  0.41719   1.26600E+03 sec. 
   24  52 ( 52Cr) 4.57619E+01    0    4.57619E+01  1.00000
   26  51 ( 51Fe) 3.42028E-01    0    3.42028E-01  1.00000
   25  51 ( 51Mn) 7.40349E+01    0    7.40349E+01  1.00000
   24  51 ( 51Cr) 1.30927E+02    0    1.30927E+02  1.00000
   23  51 ( 51V ) 1.67129E+00    0    1.67129E+00  1.00000
   25  50 ( 50Mn) 1.61016E+00    0    6.65488E-01  0.41330
                                 1    9.44677E-01  0.58670   1.05000E+02 sec. 
   24  50 ( 50Cr) 6.92082E+01    0    6.92082E+01  1.00000
   23  50 ( 50V ) 3.06394E+00    0    3.06394E+00  1.00000
   22  50 ( 50Ti) 1.98466E-02    0    1.98466E-02  1.00000
   25  49 ( 49Mn) 4.20092E-02    0    4.20092E-02  1.00000
   24  49 ( 49Cr) 1.08125E+01    0    1.08125E+01  1.00000
   23  49 ( 49V ) 8.94669E+00    0    8.94669E+00  1.00000
   22  49 ( 49Ti) 1.16021E-03    0    1.16021E-03  1.00000
   24  48 ( 48Cr) 3.05692E+00    0    3.05692E+00  1.00000
   23  48 ( 48V ) 2.06932E+01    0    2.06932E+01  1.00000
   22  48 ( 48Ti) 2.13417E+00    0    2.12259E+00  0.99457
                                14    1.15860E-02  0.00543   1.03000E+01 sec. 
   24  47 ( 47Cr) 1.09134E-03    0    1.09134E-03  1.00000
   23  47 ( 47V ) 1.07686E+00    0    1.07686E+00  1.00000
   22  47 ( 47Ti) 1.53223E+00    0    1.53223E+00  1.00000
   23  46 ( 46V ) 1.66476E-01    0    1.66476E-01  1.00000
   22  46 ( 46Ti) 1.01688E+00    0    1.01688E+00  1.00000
   23  45 ( 45V ) 3.16060E-03    0    3.16060E-03  1.00000
   22  45 ( 45Ti) 7.72611E-01    0    7.72611E-01  1.00000
   21  45 ( 45Sc) 1.94496E-01    0    1.94496E-01  1.00000
   22  44 ( 44Ti) 3.41521E-03    0    3.41521E-03  1.00000
   21  44 ( 44Sc) 2.97335E-03    0    1.51384E-03  0.50914
                                 4    1.45951E-03  0.49086   2.11000E+05 sec. 
   21  43 ( 43Sc) 1.01468E-02    0    1.01468E-02  1.00000
   20  42 ( 42Ca) 8.81947E-03    0    8.81947E-03  1.00000

   b. Per mass

   A  cross section

   55 7.18412E-02
   54 7.41809E+01
   53 2.21306E+02
   52 2.34074E+02
   51 2.06975E+02
   50 7.39022E+01
   49 1.98024E+01
   48 2.58843E+01
   47 2.61018E+00
   46 1.18335E+00
   45 9.70267E-01
   44 6.38855E-03
   43 1.01468E-02
   42 8.81947E-03

 Total residual production cross section:   860.98633
 Non-elastic cross section              :   864.16101

 ########## RESULTS FOR E=  70.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  70.00000 ###########

 Center-of-mass energy:   68.671

 1. Total (binary) cross sections

   Reaction        = 8.20328E+02
     Compound elastic= 1.00000E-07
     Non-elastic     = 8.20328E+02
       Direct          = 3.99712E+01
       Pre-equilibrium = 7.33355E+02
       Giant resonance = 2.22605E+01
       Compound non-el = 2.47410E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.14180E-01
 neutron = 2.11517E+02
 proton  = 4.83163E+02
 deuteron= 6.74673E+01
 triton  = 6.04754E+00
 helium-3= 3.40416E+01
 alpha   = 1.72771E+01

 3. Total particle production cross sections

 gamma   = 6.04648E+02    Multiplicity= 7.37080E-01
 neutron = 7.23002E+02    Multiplicity= 8.81357E-01
 proton  = 1.60057E+03    Multiplicity= 1.95113E+00
 deuteron= 7.39624E+01    Multiplicity= 9.01620E-02
 triton  = 6.21661E+00    Multiplicity= 7.57820E-03
 helium-3= 3.43777E+01    Multiplicity= 4.19072E-02
 alpha   = 5.40665E+01    Multiplicity= 6.59083E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 6.19727E-02    0    6.19727E-02  1.00000
   27  54 ( 54Co) 3.26383E+00    0    2.59987E+00  0.79657
                                 1    6.63962E-01  0.20343   8.88000E+01 sec. 
   26  54 ( 54Fe) 5.67155E+01    0    5.67155E+01  1.00000
   27  53 ( 53Co) 1.27355E-01    0    1.27355E-01  1.00000
   26  53 ( 53Fe) 1.01522E+02    0    9.95093E+01  0.98017
                                22    2.01274E+00  0.01983   1.52400E+02 sec. 
   25  53 ( 53Mn) 8.76328E+01    0    8.76328E+01  1.00000
   27  52 ( 52Co) 2.14725E-03    0    2.14725E-03  1.00000
   26  52 ( 52Fe) 1.30027E+01    0    1.29086E+01  0.99276
                                 5    9.40903E-02  0.00724   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.54158E+02    0    8.91457E+01  0.57828
                                 1    6.50119E+01  0.42172   1.26600E+03 sec. 
   24  52 ( 52Cr) 3.95729E+01    0    3.95729E+01  1.00000
   26  51 ( 51Fe) 3.63096E-01    0    3.63096E-01  1.00000
   25  51 ( 51Mn) 6.56681E+01    0    6.56681E+01  1.00000
   24  51 ( 51Cr) 1.11922E+02    0    1.11922E+02  1.00000
   23  51 ( 51V ) 1.37850E+00    0    1.37850E+00  1.00000
   26  50 ( 50Fe) 8.39748E-04    0    8.39748E-04  1.00000
   25  50 ( 50Mn) 3.42996E+00    0    1.46319E+00  0.42659
                                 1    1.96677E+00  0.57341   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.07134E+02    0    1.07134E+02  1.00000
   23  50 ( 50V ) 7.00405E+00    0    7.00405E+00  1.00000
   22  50 ( 50Ti) 3.96537E-02    0    3.96537E-02  1.00000
   25  49 ( 49Mn) 3.83235E-02    0    3.83235E-02  1.00000
   24  49 ( 49Cr) 1.36078E+01    0    1.36078E+01  1.00000
   23  49 ( 49V ) 1.56696E+01    0    1.56696E+01  1.00000
   22  49 ( 49Ti) 5.46394E-02    0    5.46394E-02  1.00000
   25  48 ( 48Mn) 8.08942E-04    0    8.08942E-04  1.00000
   24  48 ( 48Cr) 2.43884E+00    0    2.43884E+00  1.00000
   23  48 ( 48V ) 1.60475E+01    0    1.60475E+01  1.00000
   22  48 ( 48Ti) 1.57008E+00    0    1.56125E+00  0.99438
                                14    8.83134E-03  0.00562   1.03000E+01 sec. 
   24  47 ( 47Cr) 2.74255E-02    0    2.74255E-02  1.00000
   23  47 ( 47V ) 6.24678E+00    0    6.24678E+00  1.00000
   22  47 ( 47Ti) 5.22533E+00    0    5.22533E+00  1.00000
   21  47 ( 47Sc) 6.40793E-03    0    6.40793E-03  1.00000
   23  46 ( 46V ) 1.33870E-01    0    1.33870E-01  1.00000
   22  46 ( 46Ti) 1.68336E+00    0    1.68336E+00  1.00000
   21  46 ( 46Sc) 1.61743E-03    0    1.41434E-03  0.87444
                                 2    2.03082E-04  0.12556   1.87500E+01 sec. 
   23  45 ( 45V ) 6.08885E-03    0    6.08885E-03  1.00000
   22  45 ( 45Ti) 8.41526E-01    0    8.41526E-01  1.00000
   21  45 ( 45Sc) 2.57469E-01    0    2.57469E-01  1.00000
   22  44 ( 44Ti) 1.54503E-01    0    1.54503E-01  1.00000
   21  44 ( 44Sc) 2.18464E-01    0    1.23382E-01  0.56477
                                 4    9.50813E-02  0.43523   2.11000E+05 sec. 
   20  44 ( 44Ca) 9.21996E-03    0    9.21996E-03  1.00000
   21  43 ( 43Sc) 9.89715E-03    0    9.89715E-03  1.00000
   20  43 ( 43Ca) 2.67488E-03    0    2.67488E-03  1.00000
   21  42 ( 42Sc) 5.31235E-03    0    2.91897E-03  0.54947
                                 2    2.39338E-03  0.45053   6.17000E+01 sec. 
   20  42 ( 42Ca) 1.94502E-02    0    1.94502E-02  1.00000
   20  41 ( 41Ca) 7.22686E-03    0    7.22686E-03  1.00000

   b. Per mass

   A  cross section

   55 6.19727E-02
   54 5.99793E+01
   53 1.89282E+02
   52 2.06735E+02
   51 1.79331E+02
   50 1.17609E+02
   49 2.93704E+01
   48 2.00572E+01
   47 1.15059E+01
   46 1.81884E+00
   45 1.10508E+00
   44 3.82186E-01
   43 1.25720E-02
   42 2.47625E-02
   41 7.22686E-03

 Total residual production cross section:   817.28253
 Non-elastic cross section              :   820.32800

 ########## RESULTS FOR E=  80.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  80.00000 ###########

 Center-of-mass energy:   78.473

 1. Total (binary) cross sections

   Reaction        = 7.84072E+02
     Compound elastic= 9.87323E-08
     Non-elastic     = 7.84072E+02
       Direct          = 3.28988E+01
       Pre-equilibrium = 7.32145E+02
       Giant resonance = 1.90283E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 7.89855E-01
 neutron = 2.05004E+02
 proton  = 4.50249E+02
 deuteron= 7.00423E+01
 triton  = 7.48068E+00
 helium-3= 3.62699E+01
 alpha   = 1.42363E+01

 3. Total particle production cross sections

 gamma   = 5.87001E+02    Multiplicity= 7.48657E-01
 neutron = 7.72195E+02    Multiplicity= 9.84853E-01
 proton  = 1.60555E+03    Multiplicity= 2.04771E+00
 deuteron= 7.77013E+01    Multiplicity= 9.90997E-02
 triton  = 7.71369E+00    Multiplicity= 9.83798E-03
 helium-3= 3.67018E+01    Multiplicity= 4.68093E-02
 alpha   = 5.29623E+01    Multiplicity= 6.75478E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 5.20503E-02    0    5.20503E-02  1.00000
   27  54 ( 54Co) 2.54829E+00    0    2.05773E+00  0.80750
                                 1    4.90556E-01  0.19250   8.88000E+01 sec. 
   26  54 ( 54Fe) 4.62366E+01    0    4.62366E+01  1.00000
   27  53 ( 53Co) 9.90626E-02    0    9.90626E-02  1.00000
   26  53 ( 53Fe) 8.72214E+01    0    8.54711E+01  0.97993
                                22    1.75029E+00  0.02007   1.52400E+02 sec. 
   25  53 ( 53Mn) 7.32279E+01    0    7.32279E+01  1.00000
   27  52 ( 52Co) 1.62129E-03    0    1.62129E-03  1.00000
   26  52 ( 52Fe) 1.17030E+01    0    1.16263E+01  0.99345
                                 5    7.67078E-02  0.00655   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.39117E+02    0    8.03027E+01  0.57723
                                 1    5.88147E+01  0.42277   1.26600E+03 sec. 
   24  52 ( 52Cr) 3.53925E+01    0    3.53925E+01  1.00000
   27  51 ( 51Co) 1.92721E-05    0    1.92721E-05  1.00000
   26  51 ( 51Fe) 3.49932E-01    0    3.49932E-01  1.00000
   25  51 ( 51Mn) 5.96796E+01    0    5.96796E+01  1.00000
   24  51 ( 51Cr) 9.86538E+01    0    9.86538E+01  1.00000
   23  51 ( 51V ) 1.23823E+00    0    1.23823E+00  1.00000
   26  50 ( 50Fe) 2.20153E-03    0    2.20153E-03  1.00000
   25  50 ( 50Mn) 4.18311E+00    0    1.91145E+00  0.45694
                                 1    2.27166E+00  0.54306   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.14781E+02    0    1.14781E+02  1.00000
   23  50 ( 50V ) 8.63659E+00    0    8.63659E+00  1.00000
   22  50 ( 50Ti) 4.09465E-02    0    4.09465E-02  1.00000
   25  49 ( 49Mn) 6.84804E-02    0    6.84804E-02  1.00000
   24  49 ( 49Cr) 2.37863E+01    0    2.37863E+01  1.00000
   23  49 ( 49V ) 2.99644E+01    0    2.99644E+01  1.00000
   22  49 ( 49Ti) 2.73843E-01    0    2.73843E-01  1.00000
   25  48 ( 48Mn) 7.53882E-04    0    7.53882E-04  1.00000
   24  48 ( 48Cr) 2.56895E+00    0    2.56895E+00  1.00000
   23  48 ( 48V ) 1.67583E+01    0    1.67583E+01  1.00000
   22  48 ( 48Ti) 2.12333E+00    0    2.11382E+00  0.99552
                                14    9.50725E-03  0.00448   1.03000E+01 sec. 
   24  47 ( 47Cr) 6.91704E-02    0    6.91704E-02  1.00000
   23  47 ( 47V ) 8.25697E+00    0    8.25697E+00  1.00000
   22  47 ( 47Ti) 5.89703E+00    0    5.89703E+00  1.00000
   21  47 ( 47Sc) 2.03484E-02    0    2.03484E-02  1.00000
   23  46 ( 46V ) 4.67054E-01    0    4.67054E-01  1.00000
   22  46 ( 46Ti) 5.68485E+00    0    5.68485E+00  1.00000
   21  46 ( 46Sc) 2.26693E-02    0    1.94260E-02  0.85693
                                 2    3.24328E-03  0.14307   1.87500E+01 sec. 
   23  45 ( 45V ) 5.69555E-03    0    5.69555E-03  1.00000
   22  45 ( 45Ti) 9.50602E-01    0    9.50602E-01  1.00000
   21  45 ( 45Sc) 2.21547E-01    0    2.21547E-01  1.00000
   22  44 ( 44Ti) 2.81885E-01    0    2.81885E-01  1.00000
   21  44 ( 44Sc) 5.30047E-01    0    3.30882E-01  0.62425
                                 4    1.99165E-01  0.37575   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.24956E-02    0    1.24956E-02  1.00000
   21  43 ( 43Sc) 1.03320E-01    0    1.03320E-01  1.00000
   20  43 ( 43Ca) 2.37414E-02    0    2.37414E-02  1.00000
   21  42 ( 42Sc) 5.27656E-03    0    2.89870E-03  0.54935
                                 2    2.37786E-03  0.45065   6.17000E+01 sec. 
   20  42 ( 42Ca) 2.22814E-02    0    2.22814E-02  1.00000
   20  41 ( 41Ca) 1.85159E-02    0    1.85159E-02  1.00000
   20  40 ( 40Ca) 4.54764E-03    0    4.54764E-03  1.00000

   b. Per mass

   A  cross section

   55 5.20503E-02
   54 4.87849E+01
   53 1.60548E+02
   52 1.86214E+02
   51 1.59922E+02
   50 1.27643E+02
   49 5.40930E+01
   48 2.14514E+01
   47 1.42435E+01
   46 6.17458E+00
   45 1.17784E+00
   44 8.24427E-01
   43 1.27062E-01
   42 2.75580E-02
   41 1.85159E-02
   40 4.54764E-03

 Total residual production cross section:   781.30725
 Non-elastic cross section              :   784.07202

 ########## RESULTS FOR E=  90.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  90.00000 ###########

 Center-of-mass energy:   88.274

 1. Total (binary) cross sections

   Reaction        = 7.54064E+02
     Compound elastic= 9.57617E-08
     Non-elastic     = 7.54064E+02
       Direct          = 2.66511E+01
       Pre-equilibrium = 7.11470E+02
       Giant resonance = 1.59427E+01
       Compound non-el = 4.67261E-06

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 7.62449E-01
 neutron = 1.99152E+02
 proton  = 4.25537E+02
 deuteron= 6.69658E+01
 triton  = 9.04892E+00
 helium-3= 3.84971E+01
 alpha   = 1.41004E+01

 3. Total particle production cross sections

 gamma   = 5.76761E+02    Multiplicity= 7.64870E-01
 neutron = 8.40635E+02    Multiplicity= 1.11481E+00
 proton  = 1.63459E+03    Multiplicity= 2.16771E+00
 deuteron= 7.75115E+01    Multiplicity= 1.02792E-01
 triton  = 9.45141E+00    Multiplicity= 1.25340E-02
 helium-3= 3.91532E+01    Multiplicity= 5.19230E-02
 alpha   = 5.68866E+01    Multiplicity= 7.54400E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 4.53844E-02    0    4.53844E-02  1.00000
   27  54 ( 54Co) 1.94054E+00    0    1.57127E+00  0.80971
                                 1    3.69263E-01  0.19029   8.88000E+01 sec. 
   26  54 ( 54Fe) 3.77839E+01    0    3.77839E+01  1.00000
   27  53 ( 53Co) 8.00723E-02    0    8.00723E-02  1.00000
   26  53 ( 53Fe) 7.47409E+01    0    7.33232E+01  0.98103
                                22    1.41775E+00  0.01897   1.52400E+02 sec. 
   25  53 ( 53Mn) 6.21820E+01    0    6.21820E+01  1.00000
   27  52 ( 52Co) 1.28006E-03    0    1.28006E-03  1.00000
   26  52 ( 52Fe) 1.03807E+01    0    1.03238E+01  0.99452
                                 5    5.68436E-02  0.00548   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.23690E+02    0    7.13032E+01  0.57647
                                 1    5.23865E+01  0.42353   1.26600E+03 sec. 
   24  52 ( 52Cr) 3.15119E+01    0    3.15119E+01  1.00000
   27  51 ( 51Co) 1.49830E-05    0    1.49830E-05  1.00000
   26  51 ( 51Fe) 3.11278E-01    0    3.11278E-01  1.00000
   25  51 ( 51Mn) 5.35545E+01    0    5.35545E+01  1.00000
   24  51 ( 51Cr) 8.43975E+01    0    8.43975E+01  1.00000
   23  51 ( 51V ) 1.12411E+00    0    1.12411E+00  1.00000
   26  50 ( 50Fe) 2.72848E-03    0    2.72848E-03  1.00000
   25  50 ( 50Mn) 4.14190E+00    0    1.98156E+00  0.47842
                                 1    2.16034E+00  0.52158   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.08801E+02    0    1.08801E+02  1.00000
   23  50 ( 50V ) 8.76773E+00    0    8.76773E+00  1.00000
   22  50 ( 50Ti) 4.10469E-02    0    4.10469E-02  1.00000
   25  49 ( 49Mn) 1.14404E-01    0    1.14404E-01  1.00000
   24  49 ( 49Cr) 3.34416E+01    0    3.34416E+01  1.00000
   23  49 ( 49V ) 4.27524E+01    0    4.27524E+01  1.00000
   22  49 ( 49Ti) 5.68007E-01    0    5.68007E-01  1.00000
   25  48 ( 48Mn) 8.88870E-04    0    8.88870E-04  1.00000
   24  48 ( 48Cr) 3.94248E+00    0    3.94248E+00  1.00000
   23  48 ( 48V ) 2.71334E+01    0    2.71334E+01  1.00000
   22  48 ( 48Ti) 4.41229E+00    0    4.39348E+00  0.99574
                                14    1.88109E-02  0.00426   1.03000E+01 sec. 
   21  48 ( 48Sc) 1.87876E-03    0    1.87876E-03  1.00000
   24  47 ( 47Cr) 9.26004E-02    0    9.26004E-02  1.00000
   23  47 ( 47V ) 1.00778E+01    0    1.00778E+01  1.00000
   22  47 ( 47Ti) 6.98620E+00    0    6.98620E+00  1.00000
   21  47 ( 47Sc) 4.10029E-02    0    4.10029E-02  1.00000
   24  46 ( 46Cr) 4.50394E-04    0    4.50394E-04  1.00000
   23  46 ( 46V ) 1.23727E+00    0    1.23727E+00  1.00000
   22  46 ( 46Ti) 1.12855E+01    0    1.12855E+01  1.00000
   21  46 ( 46Sc) 9.27416E-02    0    7.80759E-02  0.84186
                                 2    1.46657E-02  0.15814   1.87500E+01 sec. 
   23  45 ( 45V ) 1.51495E-02    0    1.51495E-02  1.00000
   22  45 ( 45Ti) 2.65965E+00    0    2.65965E+00  1.00000
   21  45 ( 45Sc) 8.34940E-01    0    8.34940E-01  1.00000
   23  44 ( 44V ) 1.21660E-04    0    1.21660E-04  1.00000
   22  44 ( 44Ti) 4.84937E-01    0    4.84937E-01  1.00000
   21  44 ( 44Sc) 8.93964E-01    0    5.69838E-01  0.63743
                                 4    3.24126E-01  0.36257   2.11000E+05 sec. 
   20  44 ( 44Ca) 3.31939E-02    0    3.31939E-02  1.00000
   22  43 ( 43Ti) 3.03855E-03    0    3.03855E-03  1.00000
   21  43 ( 43Sc) 4.85409E-01    0    4.85409E-01  1.00000
   20  43 ( 43Ca) 1.22091E-01    0    1.22091E-01  1.00000
   21  42 ( 42Sc) 2.21353E-02    0    1.10920E-02  0.50110
                                 2    1.10433E-02  0.49890   6.17000E+01 sec. 
   20  42 ( 42Ca) 1.66230E-01    0    1.66230E-01  1.00000
   21  41 ( 41Sc) 3.84142E-04    0    3.84142E-04  1.00000
   20  41 ( 41Ca) 4.60581E-02    0    4.60581E-02  1.00000
   19  41 ( 41K ) 1.91405E-03    0    1.91405E-03  1.00000
   20  40 ( 40Ca) 1.94825E-02    0    1.94825E-02  1.00000
   19  40 ( 40K ) 5.47612E-03    0    5.47612E-03  1.00000
   19  39 ( 39K ) 3.69157E-03    0    3.69157E-03  1.00000

   b. Per mass

   A  cross section

   55 4.53844E-02
   54 3.97244E+01
   53 1.37003E+02
   52 1.65584E+02
   51 1.39387E+02
   50 1.21754E+02
   49 7.68765E+01
   48 3.54910E+01
   47 1.71976E+01
   46 1.26159E+01
   45 3.50974E+00
   44 1.41222E+00
   43 6.10538E-01
   42 1.88365E-01
   41 4.83562E-02
   40 2.49587E-02
   39 3.69157E-03

 Total residual production cross section:   751.47717
 Non-elastic cross section              :   754.06403

 ########## RESULTS FOR E= 100.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E= 100.00000 ###########

 Center-of-mass energy:   98.073

 1. Total (binary) cross sections

   Reaction        = 7.29134E+02
     Compound elastic= 9.32975E-08
     Non-elastic     = 7.29134E+02
       Direct          = 2.17412E+01
       Pre-equilibrium = 6.94173E+02
       Giant resonance = 1.32201E+01
       Compound non-el = 1.13508E-05

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 7.35377E-01
 neutron = 1.93737E+02
 proton  = 4.03600E+02
 deuteron= 6.44234E+01
 triton  = 1.08948E+01
 helium-3= 4.14267E+01
 alpha   = 1.43171E+01

 3. Total particle production cross sections

 gamma   = 5.61351E+02    Multiplicity= 7.69888E-01
 neutron = 9.14862E+02    Multiplicity= 1.25472E+00
 proton  = 1.67109E+03    Multiplicity= 2.29188E+00
 deuteron= 7.88878E+01    Multiplicity= 1.08194E-01
 triton  = 1.15826E+01    Multiplicity= 1.58854E-02
 helium-3= 4.23707E+01    Multiplicity= 5.81109E-02
 alpha   = 6.25991E+01    Multiplicity= 8.58541E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  55 ( 55Co) 3.76227E-02    0    3.76227E-02  1.00000
   27  54 ( 54Co) 1.54289E+00    0    1.28904E+00  0.83547
                                 1    2.53853E-01  0.16453   8.88000E+01 sec. 
   26  54 ( 54Fe) 3.07600E+01    0    3.07600E+01  1.00000
   27  53 ( 53Co) 6.34460E-02    0    6.34460E-02  1.00000
   26  53 ( 53Fe) 6.42561E+01    0    6.30185E+01  0.98074
                                22    1.23768E+00  0.01926   1.52400E+02 sec. 
   25  53 ( 53Mn) 5.26807E+01    0    5.26807E+01  1.00000
   27  52 ( 52Co) 1.04719E-03    0    1.04719E-03  1.00000
   26  52 ( 52Fe) 9.08295E+00    0    9.03852E+00  0.99511
                                 5    4.44264E-02  0.00489   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.09755E+02    0    6.28227E+01  0.57239
                                 1    4.69323E+01  0.42761   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.80781E+01    0    2.80781E+01  1.00000
   27  51 ( 51Co) 1.26716E-05    0    1.26716E-05  1.00000
   26  51 ( 51Fe) 2.82985E-01    0    2.82985E-01  1.00000
   25  51 ( 51Mn) 4.83927E+01    0    4.83927E+01  1.00000
   24  51 ( 51Cr) 7.66194E+01    0    7.66194E+01  1.00000
   23  51 ( 51V ) 1.00153E+00    0    1.00153E+00  1.00000
   26  50 ( 50Fe) 2.73057E-03    0    2.73057E-03  1.00000
   25  50 ( 50Mn) 3.88197E+00    0    1.88075E+00  0.48448
                                 1    2.00121E+00  0.51552   1.05000E+02 sec. 
   24  50 ( 50Cr) 9.97146E+01    0    9.97146E+01  1.00000
   23  50 ( 50V ) 7.80951E+00    0    7.80951E+00  1.00000
   22  50 ( 50Ti) 3.92776E-02    0    3.92776E-02  1.00000
   25  49 ( 49Mn) 1.31406E-01    0    1.31406E-01  1.00000
   24  49 ( 49Cr) 3.58999E+01    0    3.58999E+01  1.00000
   23  49 ( 49V ) 4.58045E+01    0    4.58045E+01  1.00000
   22  49 ( 49Ti) 6.89177E-01    0    6.89177E-01  1.00000
   25  48 ( 48Mn) 1.45747E-03    0    1.45747E-03  1.00000
   24  48 ( 48Cr) 5.71475E+00    0    5.71475E+00  1.00000
   23  48 ( 48V ) 3.90890E+01    0    3.90890E+01  1.00000
   22  48 ( 48Ti) 6.89963E+00    0    6.86765E+00  0.99536
                                14    3.19819E-02  0.00464   1.03000E+01 sec. 
   21  48 ( 48Sc) 7.84125E-03    0    7.84125E-03  1.00000
   24  47 ( 47Cr) 1.29407E-01    0    1.29407E-01  1.00000
   23  47 ( 47V ) 1.42980E+01    0    1.42980E+01  1.00000
   22  47 ( 47Ti) 1.13172E+01    0    1.13172E+01  1.00000
   21  47 ( 47Sc) 8.16831E-02    0    8.16831E-02  1.00000
   24  46 ( 46Cr) 9.74154E-04    0    9.74154E-04  1.00000
   23  46 ( 46V ) 2.05664E+00    0    2.05664E+00  1.00000
   22  46 ( 46Ti) 1.60831E+01    0    1.60831E+01  1.00000
   21  46 ( 46Sc) 1.72111E-01    0    1.42520E-01  0.82807
                                 2    2.95912E-02  0.17193   1.87500E+01 sec. 
   20  46 ( 46Ca) 4.66377E-04    0    4.66377E-04  1.00000
   23  45 ( 45V ) 4.40807E-02    0    4.40807E-02  1.00000
   22  45 ( 45Ti) 6.56265E+00    0    6.56265E+00  1.00000
   21  45 ( 45Sc) 1.45786E+00    0    1.45786E+00  1.00000
   20  45 ( 45Ca) 2.06959E-03    0    2.06959E-03  1.00000
   23  44 ( 44V ) 2.39056E-04    0    2.39056E-04  1.00000
   22  44 ( 44Ti) 1.37545E+00    0    1.37545E+00  1.00000
   21  44 ( 44Sc) 2.38177E+00    0    1.42351E+00  0.59767
                                 4    9.58257E-01  0.40233   2.11000E+05 sec. 
   20  44 ( 44Ca) 6.61793E-02    0    6.61793E-02  1.00000
   22  43 ( 43Ti) 8.67325E-03    0    8.67325E-03  1.00000
   21  43 ( 43Sc) 1.04940E+00    0    1.04940E+00  1.00000
   20  43 ( 43Ca) 2.43854E-01    0    2.43854E-01  1.00000
   21  42 ( 42Sc) 1.14083E-01    0    5.86086E-02  0.51374
                                 2    5.54744E-02  0.48626   6.17000E+01 sec. 
   20  42 ( 42Ca) 6.35931E-01    0    6.35931E-01  1.00000
   19  42 ( 42K ) 1.75258E-03    0    1.75258E-03  1.00000
   21  41 ( 41Sc) 1.37664E-03    0    1.37664E-03  1.00000
   20  41 ( 41Ca) 2.25730E-01    0    2.25730E-01  1.00000
   19  41 ( 41K ) 1.02258E-02    0    1.02258E-02  1.00000
   20  40 ( 40Ca) 6.68490E-02    0    6.68490E-02  1.00000
   19  40 ( 40K ) 2.92015E-02    0    2.92015E-02  1.00000
   19  39 ( 39K ) 2.81409E-02    0    2.81409E-02  1.00000
   18  39 ( 39Ar) 5.50487E-04    0    5.50487E-04  1.00000
   19  38 ( 38K ) 1.43797E-03    0    1.43797E-03  1.00000
   18  38 ( 38Ar) 5.35305E-03    0    5.35305E-03  1.00000
   18  37 ( 37Ar) 2.35840E-03    0    2.35840E-03  1.00000

   b. Per mass

   A  cross section

   55 3.76227E-02
   54 3.23028E+01
   53 1.17000E+02
   52 1.46917E+02
   51 1.26297E+02
   50 1.11448E+02
   49 8.25250E+01
   48 5.17127E+01
   47 2.58263E+01
   46 1.83133E+01
   45 8.06666E+00
   44 3.82364E+00
   43 1.30192E+00
   42 7.51767E-01
   41 2.37332E-01
   40 9.60505E-02
   39 2.86914E-02
   38 6.79102E-03
   37 2.35840E-03

 Total residual production cross section:   726.69495
 Non-elastic cross section              :   729.13397

 Execution time:  0 hours  0 minutes 20.72 seconds 

 The TALYS team congratulates you with this successful calculation.

    TALYS-1.9 (Version: December 21, 2017)

 Copyright (C) 2017  A.J. Koning, S. Hilaire and S. Goriely      
                         IAEA         CEA          ULB    

 Dimensions - Cross sections: mb, Energies: MeV, Angles: degrees

 ########## USER INPUT ##########

 USER INPUT FILE

 #                                                                               
 # general                                                                       
 #                                                                               
 projectile p                                                                    
 element fe                                                                      
 mass 0                                                                          
 energy energies                                                                 
 #                                                                               
 # output                                                                        
 #                                                                               
 fileresidual     y                                                              

 USER INPUT FILE + DEFAULTS

 Keyword           Value   Variable     Explanation

 #
 # Four main keywords
 #
 projectile          p     ptype0       type of incident particle
 element            Fe     Starget      symbol of target nucleus
 mass               56     mass         mass number of target nucleus
 energy energies           energyfile   file with incident energies
 #
 # Basic physical and numerical parameters
 #
 ejectiles g n p d t h a   outtype      outgoing particles
 maxz               12     maxZ         maximal number of protons away from the initial compound nucleus
 maxn               27     maxN         maximal number of neutrons away from the initial compound nucleus
 bins               40     nbins        number of continuum excitation energy bins
 equidistant         n     flagequi     flag to use equidistant excitation bins instead of logarithmic bins
 popmev              n     flagpopmev   flag to use initial population per MeV instead of histograms
 segment             1     segment      number of segments to divide emission energy grid
 maxlevelstar       30     nlevmax      maximum number of included discrete levels for target
 maxlevelsres       10     nlevmaxres   maximum number of included discrete levels for residual nucleus
 maxlevelsbin g     10     nlevbin      maximum number of included discrete levels for gamma    channel
 maxlevelsbin n     10     nlevbin      maximum number of included discrete levels for neutron  channel
 maxlevelsbin p     30     nlevbin      maximum number of included discrete levels for proton   channel
 maxlevelsbin d      5     nlevbin      maximum number of included discrete levels for deuteron channel
 maxlevelsbin t      5     nlevbin      maximum number of included discrete levels for triton   channel
 maxlevelsbin h      5     nlevbin      maximum number of included discrete levels for helium-3 channel
 maxlevelsbin a     10     nlevbin      maximum number of included discrete levels for alpha    channel
 ltarget             0     ltarget      excited level of target
 isomer           1.00E+00 isomer       definition of isomer in seconds
 transpower          5     transpower   power for transmission coefficient limit
 transeps         1.00E-08 transeps     limit for transmission coefficient
 xseps            1.00E-07 xseps        limit for cross sections
 popeps           1.00E-03 popeps       limit for population cross section per nucleus
 Rfiseps          1.00E-03 Rfiseps      ratio for limit for fission cross section per nucleus
 elow             1.00E-06 elow         minimal incident energy for nuclear model calculations
 angles             90     nangle       number of angles
 anglescont         18     nanglecont   number of angles for continuum
 anglesrec           1     nanglerec    number of recoil angles
 maxenrec           20     maxenrec     number of recoil energies
 channels            n     flagchannels flag for exclusive channels calculation
 maxchannel          4     maxchannel   maximal number of outgoing particles in individual channel description
 micro               n     flagmicro    flag for completely microscopic Talys calculation
 best                n     flagbest     flag to use best set of adjusted parameters
 bestbranch          y     flagbestbr   flag to use flag to use only best set of branching ratios
 bestend             n     flagbestend  flag to put best set of parameters at end of input file
 relativistic        y     flagrel      flag for relativistic kinematics
 recoil              n     flagrecoil   flag for calculation of recoils
 labddx              n     flaglabddx   flag for calculation of DDX in LAB system
 recoilaverage       n     flagrecoilav flag for average velocity in recoil calculation
 channelenergy       n     flagEchannel flag for channel energy for emission spectrum
 reaction            y     flagreaction flag for calculation of nuclear reactions
 astro               n     flagastro    flag for calculation of astrophysics reaction rate
 astrogs             n     flagastrogs  flag for calculation of astrophysics reaction rate with target in ground state only
 astroex             n     flagastroex  flag for calculation of astrophysics reaction rate to long-lived excited states
 nonthermlev        -1     nonthermlev  excited level non-thermalized in the calculation of astrophysics rate
 massmodel           2     massmodel    model for theoretical nuclear mass
 expmass             y     flagexpmass  flag for using experimental nuclear mass if available
 disctable           1     disctable    table with discrete levels
 production          n     flagprod     flag for isotope production
 outfy               n     flagoutfy    flag for output detailed fission yield calculation
 gefran          50000     gefran       number of random events for GEF calculation
 Estop            1000.000 Estop        incident energy above which TALYS stops
 rpevap              n     flagrpevap   flag for evaporation of residual products at high incident energies
 maxZrp             12     maxZrp       maximal number of protons away from the initial compound nucleus before residual evaporation
 maxNrp             32     maxNrp       maximal number of neutons away from the initial compound nucleus before residual evaporation
 #
 # Optical model
 #
 localomp            y     flaglocalomp flag for local (y) or global (n) optical model
 dispersion          n     flagdisp     flag for dispersive optical model
 jlmomp              n     flagjlm      flag for using semi-microscopic JLM OMP
 optmodall           n     flagompall   flag for new optical model calculation for all residual nuclei
 incadjust           y     flagincadj   flag for OMP adjustment on incident channel also
 omponly             n     flagomponly  flag to execute ONLY an optical model calculation
 autorot             n     flagautorot  flag for automatic rotational coupled channels calculations for A > 150
 spherical           n     flagspher    flag to force spherical optical model
 coulomb             y     flagcoulomb  flag for Coulomb excitation calculation with ECIS
 statepot            n     flagstate    flag for optical model potential for each excited state
 maxband             0     maxband      highest vibrational band added to rotational model
 maxrot              2     maxrot       number of included excited rotational levels
 sysreaction               sysreaction  particles with reaction cross section from systematics
 rotational   p            rotational   particles with possible rotational optical model
 core               -1     core         even-even core for weakcoupling (-1 or 1)
 ecissave            n     flagecissave flag for saving ECIS input and output files
 eciscalc            y     flageciscalc flag for new ECIS calculation for outgoing particles and energy grid
 inccalc             y     flaginccalc  flag for new ECIS calculation for incident channel
 endfecis            y     flagendfecis flag for new ECIS calculation for ENDF-6 files
 radialmodel         2     radialmodel  model for radial matter densities (JLM OMP only)
 jlmmode             0     jlmmode      option for JLM imaginary potential normalization
 alphaomp            6     alphaomp     alpha OMP (1=normal, 2= McFadden-Satchler, 3-5= folding potential, 6,8= Avrigeanu, 7=Nolte)
 deuteronomp         1     deuteronomp  deuteron OMP (1=normal, 2=Daehnick, 3=Bojowald, 4=Han-Shi-Shen, 5=An-Cai)
 #
 # Compound nucleus
 #
 widthfluc          10.184 ewfc         off-set incident energy for width fluctuation calculation
 widthmode           1     wmode        designator for width fluctuation model
 compound            y     flagcomp     flag for compound nucleus model
 fullhf              n     flagfullhf   flag for full spin dependence of transmission coefficients
 eciscompound        n     flageciscomp flag for compound nucleus calculation by ECIS
 cpang               n     flagcpang    flag for compound angular distribution calculation for incident charged particles
 urr                 n     flagurr      flag for URR calculation
 urrnjoy             n     flagurrnjoy  flag for normalization of URR parameters with NJOY method
 lurr                2     lurr         maximal orbital angular momentum for URR
 #
 # Gamma emission
 #
 gammax              2     gammax       number of l-values for gamma multipolarity
 strength            1     strength     model for E1 gamma-ray strength function
 strengthM1          2     strengthM1   model for M1 gamma-ray strength function
 electronconv        y     flagelectron flag for application of electron conversion coefficient
 racap               n     flagracap    flag for radiative capture model
 ldmodelracap        1     ldmodelracap level density model for direct radiative capture
 #
 # Pre-equilibrium
 #
 preequilibrium      4.448 epreeq       on-set incident energy for preequilibrium calculation
 preeqmode           2     preeqmode    designator for pre-equilibrium model
 multipreeq         20.000 emulpre      on-set incident energy for multiple preequilibrium
 mpreeqmode          2     mpreeqmode   designator for multiple pre-equilibrium model
 breakupmodel        1     breakupmodel model for break-up reaction: 1. Kalbach 2. Avrigeanu
 phmodel             1     phmodel      particle-hole state density model
 pairmodel           2     pairmodel    designator for pre-equilibrium pairing model
 preeqspin           2     pespinmodel  model for pre-equilibrium spin distribution
 giantresonance      y     flaggiant    flag for collective contribution from giant resonances
 preeqsurface        y     flagsurface  flag for surface effects in exciton model
 preeqcomplex        y     flagpecomp   flag for Kalbach complex particle emission model
 twocomponent        y     flag2comp    flag for two-component pre-equilibrium model
 ecisdwba            y     flagecisdwba flag for new ECIS calculation for DWBA for MSD
 onestep             n     flagonestep  flag for continuum one-step direct only
 #
 # Level densities
 #
 ldmodel             1     ldmodelall   level density model
 shellmodel          1     shellmodel   model for shell correction energies
 kvibmodel           2     kvibmodel    model for vibrational enhancement
 spincutmodel        1     spincutmodel model for spin cutoff factor for ground state
 asys                n     flagasys     flag for all level density parameters a from systematics
 parity              n     flagparity   flag for non-equal parity distribution
 colenhance          n     flagcolall   flag for collective enahncement of level density for all nuclides
 ctmglobal           n     flagctmglob  flag for global CTM model (no discrete level info)
 gshell              n     flaggshell   flag for energy dependence of single particle level density parameter g
 #
 # Fission
 #
 fission             n     flagfission  flag for fission
 fismodel            1     fismodel     fission model
 fismodelalt         4     fismodelalt  alternative fission model for default barriers
 hbstate             y     flaghbstate  flag for head band states in fission
 class2              y     flagclass2   flag for class2 states in fission
 massdis             n     flagmassdis  flag for calculation of fission fragment mass yields
 ffevaporation       y     flagffevap   flag for calculation of particle evaporation from fission fragment mass yields
 fisfeed             n     flagfisfeed  flag for output of fission per excitation bin
 fymodel             2     fymodel      fission yield model, 1: Brosa 2: GEF
 ffspin              n     flagffspin   flag to use spin distribution in initial FF population
 #
 # Output
 #
 outmain             y     flagmain     flag for main output
 outbasic            n     flagbasic    flag for output of basic information and results
 outpopulation       n     flagpop      flag for output of population
 outcheck            n     flagcheck    flag for output of numerical checks
 outlevels           n     flaglevels   flag for output of discrete level information
 outdensity          n     flagdensity  flag for output of level densities
 outomp              n     flagoutomp   flag for output of optical model parameters
 outdirect           n     flagdirect   flag for output of direct reaction results
 outinverse          n     flaginverse  flag for output of transmission coefficients and inverse reaction cross sections
 outtransenergy      y     flagtransen  flag for output of transmission coefficients per energy
 outecis             n     flagoutecis  flag for output of ECIS results
 outgamma            n     flaggamma    flag for output of gamma-ray information
 outpreequilibrium   n     flagpeout    flag for output of pre-equilibrium results 
 outfission          n     flagfisout   flag for output of fission information
 outdiscrete         n     flagdisc     flag for output of discrete state cross sections
 outspectra          n     flagspec     flag for output of double-differential cross sections
 outbinspectra       n     flagbinspec  flag for output of emission spectrum per excitation bin
 resonance           n     flagres      flag for output of low energy resonance cross sections
 group               n     flaggroup    flag for output of low energy groupwise cross sections
 addiscrete          y     flagadd      flag for addition of discrete states to spectra
 addelastic          y     flagaddel    flag for addition of elastic peak to spectra
 outangle            n     flagang      flag for output of angular distributions
 outlegendre         n     flaglegendre flag for output of Legendre coefficients
 ddxmode             0     ddxmode      mode for double-differential cross sections
 outdwba             n     flagoutdwba  flag for output of DWBA cross sections for MSD
 outgamdis           n     flaggamdis   flag for output of discrete gamma-ray intensities
 outexcitation       y     flagexc      flag for output of excitation functions
 components          n     flagcompo    flag for output of cross section components
 endf                n     flagendf     flag for information for ENDF-6 file
 endfdetail          n     flagendfdet  flag for detailed ENDF-6 information per channel
 sacs                n     flagsacs     flag for statistical analysis of cross sections
 partable            n     flagpartable flag for output of model parameters on separate file

 ########## BASIC REACTION PARAMETERS ##########

 Projectile           : proton      Mass in a.m.u.      :   1.007276
 Target               :  56Fe       Mass in a.m.u.      :  55.934935

 Included channels:
                     gamma   
                     neutron 
                     proton  
                     deuteron
                     triton  
                     helium-3
                     alpha   

    24 incident energies (LAB):

      1.000
      2.000
      3.000
      4.000
      5.000
      6.000
      8.000
     10.000
     12.000
     14.000
     16.000
     18.000
     20.000
     25.000
     30.000
     35.000
     40.000
     45.000
     50.000
     60.000
     70.000
     80.000
     90.000
    100.000

 Q-values for binary reactions:

 Q(p,g):  6.02745
 Q(p,n): -5.34903
 Q(p,p):  0.00000
 Q(p,d): -8.97253
 Q(p,t):-12.01341
 Q(p,h):-12.69169
 Q(p,a): -1.05291

 ########## RESULTS FOR E=   1.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   1.00000 ###########

 Center-of-mass energy:    0.982

 1. Total (binary) cross sections

   Reaction        = 3.30007E-03
     Compound elastic= 7.72319E-04
     Non-elastic     = 2.52775E-03
       Direct          = 2.48516E-29
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 2.52775E-03

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.52775E-03
 neutron = 0.00000E+00
 proton  = 2.48516E-29
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 3.57332E-03    Multiplicity= 1.41364E+00
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 2.48516E-29    Multiplicity= 9.83150E-27
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 2.51862E-03    0    2.51862E-03  1.00000

   b. Per mass

   A  cross section

   57 2.51862E-03

 Total residual production cross section:     0.00252
 Non-elastic cross section              :     0.00253

 ########## RESULTS FOR E=   2.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   2.00000 ###########

 Center-of-mass energy:    1.965

 1. Total (binary) cross sections

   Reaction        = 2.54302E+00
     Compound elastic= 2.41603E+00
     Non-elastic     = 1.26987E-01
       Direct          = 6.22890E-07
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.26986E-01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.10304E-01
 neutron = 0.00000E+00
 proton  = 1.65396E-02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 1.61380E-01    Multiplicity= 1.27084E+00
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.65632E-02    Multiplicity= 1.30433E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.10279E-01    0    1.10279E-01  1.00000
   26  56 ( 56Fe) 1.65632E-02    0    1.65632E-02  1.00000

   b. Per mass

   A  cross section

   57 1.10279E-01
   56 1.65632E-02

 Total residual production cross section:     0.12684
 Non-elastic cross section              :     0.12699

 ########## RESULTS FOR E=   3.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   3.00000 ###########

 Center-of-mass energy:    2.947

 1. Total (binary) cross sections

   Reaction        = 3.92283E+01
     Compound elastic= 3.52414E+01
     Non-elastic     = 3.98691E+00
       Direct          = 4.95843E-03
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 3.98195E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.27014E-01
 neutron = 0.00000E+00
 proton  = 3.75759E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 3.48773E-01    Multiplicity= 8.74794E-02
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 3.75856E+00    Multiplicity= 9.42725E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 2.26042E-01    0    2.26042E-01  1.00000
   26  56 ( 56Fe) 3.75856E+00    0    3.75856E+00  1.00000

   b. Per mass

   A  cross section

   57 2.26042E-01
   56 3.75856E+00

 Total residual production cross section:     3.98460
 Non-elastic cross section              :     3.98691

 ########## RESULTS FOR E=   4.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   4.00000 ###########

 Center-of-mass energy:    3.929

 1. Total (binary) cross sections

   Reaction        = 1.61956E+02
     Compound elastic= 1.27021E+02
     Non-elastic     = 3.49349E+01
       Direct          = 3.53508E-01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 3.45814E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 3.59137E-01
 neutron = 0.00000E+00
 proton  = 3.45736E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 5.78994E-01    Multiplicity= 1.65735E-02
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 3.45813E+01    Multiplicity= 9.89879E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 3.51367E-01    0    3.51367E-01  1.00000
   26  56 ( 56Fe) 3.45813E+01    0    3.45813E+01  1.00000

   b. Per mass

   A  cross section

   57 3.51367E-01
   56 3.45813E+01

 Total residual production cross section:    34.93270
 Non-elastic cross section              :    34.93492

 ########## RESULTS FOR E=   5.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   5.00000 ###########

 Center-of-mass energy:    4.911

 1. Total (binary) cross sections

   Reaction        = 3.43290E+02
     Compound elastic= 2.16053E+02
     Non-elastic     = 1.27237E+02
       Direct          = 3.48037E+00
       Pre-equilibrium = 0.00000E+00
       Giant resonance = 4.25397E-14
       Compound non-el = 1.23757E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 5.63130E-01
 neutron = 0.00000E+00
 proton  = 1.26672E+02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.45229E-03

 3. Total particle production cross sections

 gamma   = 9.34574E-01    Multiplicity= 7.34514E-03
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.26706E+02    Multiplicity= 9.95822E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.45229E-03    Multiplicity= 1.14140E-05

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 5.29902E-01    0    5.29902E-01  1.00000
   26  56 ( 56Fe) 1.26706E+02    0    1.26706E+02  1.00000
   25  53 ( 53Mn) 1.45229E-03    0    1.45229E-03  1.00000

   b. Per mass

   A  cross section

   57 5.29902E-01
   56 1.26706E+02
   53 1.45229E-03

 Total residual production cross section:   127.23688
 Non-elastic cross section              :   127.23712

 ########## RESULTS FOR E=   6.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   6.00000 ###########

 Center-of-mass energy:    5.894

 1. Total (binary) cross sections

   Reaction        = 5.16676E+02
     Compound elastic= 1.97077E+02
     Non-elastic     = 3.19599E+02
       Direct          = 1.11150E+01
       Pre-equilibrium = 5.15659E-03
       Giant resonance = 1.41936E-05
       Compound non-el = 3.08479E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 6.15252E-01
 neutron = 8.07259E+01
 proton  = 2.38187E+02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 7.11783E-02

 3. Total particle production cross sections

 gamma   = 1.09936E+00    Multiplicity= 3.43980E-03
 neutron = 8.07259E+01    Multiplicity= 2.52585E-01
 proton  = 2.38258E+02    Multiplicity= 7.45491E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 7.11784E-02    Multiplicity= 2.22711E-04

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 5.44230E-01    0    5.44230E-01  1.00000
   27  56 ( 56Co) 8.07259E+01    0    8.07259E+01  1.00000
   26  56 ( 56Fe) 2.38258E+02    0    2.38258E+02  1.00000
   25  53 ( 53Mn) 7.11784E-02    0    7.11784E-02  1.00000

   b. Per mass

   A  cross section

   57 5.44230E-01
   56 3.18984E+02
   53 7.11784E-02

 Total residual production cross section:   319.59958
 Non-elastic cross section              :   319.59894

 ########## RESULTS FOR E=   8.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   8.00000 ###########

 Center-of-mass energy:    7.858

 1. Total (binary) cross sections

   Reaction        = 7.16909E+02
     Compound elastic= 4.46848E+01
     Non-elastic     = 6.72224E+02
       Direct          = 2.70221E+01
       Pre-equilibrium = 1.59507E+00
       Giant resonance = 3.82588E-02
       Compound non-el = 6.43569E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 5.21552E-01
 neutron = 2.97068E+02
 proton  = 3.70571E+02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 4.06703E+00

 3. Total particle production cross sections

 gamma   = 9.14820E+01    Multiplicity= 1.36089E-01
 neutron = 2.97074E+02    Multiplicity= 4.41927E-01
 proton  = 3.70690E+02    Multiplicity= 5.51438E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 4.06704E+00    Multiplicity= 6.05012E-03

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 3.97027E-01    0    3.97027E-01  1.00000
   27  56 ( 56Co) 2.97072E+02    0    2.97072E+02  1.00000
   26  56 ( 56Fe) 3.70688E+02    0    3.70688E+02  1.00000
   25  53 ( 53Mn) 4.06703E+00    0    4.06703E+00  1.00000

   b. Per mass

   A  cross section

   57 3.97027E-01
   56 6.67761E+02
   53 4.06703E+00

 Total residual production cross section:   672.22467
 Non-elastic cross section              :   672.22424

 ########## RESULTS FOR E=  10.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  10.00000 ###########

 Center-of-mass energy:    9.822

 1. Total (binary) cross sections

   Reaction        = 8.31796E+02
     Compound elastic= 1.03590E+01
     Non-elastic     = 8.21437E+02
       Direct          = 3.52269E+01
       Pre-equilibrium = 2.07132E+01
       Giant resonance = 3.21441E-01
       Compound non-el = 7.65175E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 6.51542E-01
 neutron = 3.51225E+02
 proton  = 4.52145E+02
 deuteron= 1.00027E-10
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.74204E+01

 3. Total particle production cross sections

 gamma   = 4.83649E+02    Multiplicity= 5.88784E-01
 neutron = 3.51257E+02    Multiplicity= 4.27613E-01
 proton  = 4.52319E+02    Multiplicity= 5.50643E-01
 deuteron= 1.00027E-10    Multiplicity= 1.21771E-13
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.74206E+01    Multiplicity= 2.12075E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 4.44071E-01    0    4.44071E-01  1.00000
   27  56 ( 56Co) 3.51224E+02    0    3.51224E+02  1.00000
   26  56 ( 56Fe) 4.52310E+02    0    4.52310E+02  1.00000
   25  53 ( 53Mn) 1.74206E+01    0    1.74206E+01  1.00000

   b. Per mass

   A  cross section

   57 4.44071E-01
   56 8.03533E+02
   53 1.74206E+01

 Total residual production cross section:   821.39801
 Non-elastic cross section              :   821.43701

 ########## RESULTS FOR E=  12.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  12.00000 ###########

 Center-of-mass energy:   11.786

 1. Total (binary) cross sections

   Reaction        = 9.23073E+02
     Compound elastic= 1.31352E+00
     Non-elastic     = 9.21759E+02
       Direct          = 4.01374E+01
       Pre-equilibrium = 5.88667E+01
       Giant resonance = 1.92453E+00
       Compound non-el = 8.20831E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.02207E+00
 neutron = 3.83300E+02
 proton  = 4.98984E+02
 deuteron= 9.29556E-02
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 3.83605E+01

 3. Total particle production cross sections

 gamma   = 8.40041E+02    Multiplicity= 9.11345E-01
 neutron = 3.83390E+02    Multiplicity= 4.15933E-01
 proton  = 4.99236E+02    Multiplicity= 5.41613E-01
 deuteron= 9.29556E-02    Multiplicity= 1.00846E-04
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 3.83615E+01    Multiplicity= 4.16177E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 6.82414E-01    0    6.82414E-01  1.00000
   27  56 ( 56Co) 3.83336E+02    0    3.83336E+02  1.00000
   26  56 ( 56Fe) 4.99203E+02    0    4.99203E+02  1.00000
   26  55 ( 55Fe) 9.73941E-02    0    9.73941E-02  1.00000
   25  53 ( 53Mn) 3.83616E+01    0    3.83616E+01  1.00000

   b. Per mass

   A  cross section

   57 6.82414E-01
   56 8.82538E+02
   55 9.73941E-02
   53 3.83616E+01

 Total residual production cross section:   921.67981
 Non-elastic cross section              :   921.75946

 ########## RESULTS FOR E=  14.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  14.00000 ###########

 Center-of-mass energy:   13.751

 1. Total (binary) cross sections

   Reaction        = 9.85747E+02
     Compound elastic= 3.49034E-01
     Non-elastic     = 9.85398E+02
       Direct          = 4.29604E+01
       Pre-equilibrium = 1.08932E+02
       Giant resonance = 6.94033E+00
       Compound non-el = 8.26566E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.43036E+00
 neutron = 3.96896E+02
 proton  = 5.21464E+02
 deuteron= 1.85689E+00
 triton  = 5.97806E-06
 helium-3= 0.00000E+00
 alpha   = 6.37507E+01

 3. Total particle production cross sections

 gamma   = 1.02521E+03    Multiplicity= 1.04040E+00
 neutron = 4.01633E+02    Multiplicity= 4.07585E-01
 proton  = 5.97705E+02    Multiplicity= 6.06562E-01
 deuteron= 1.85690E+00    Multiplicity= 1.88441E-03
 triton  = 5.97806E-06    Multiplicity= 6.06664E-09
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 6.37544E+01    Multiplicity= 6.46992E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 9.52538E-01    0    9.52538E-01  1.00000
   27  56 ( 56Co) 3.21088E+02    0    3.21088E+02  1.00000
   26  56 ( 56Fe) 5.17053E+02    0    5.17053E+02  1.00000
   26  55 ( 55Fe) 8.22952E+01    0    8.22952E+01  1.00000
   25  55 ( 55Mn) 5.91005E-02    0    5.91005E-02  1.00000
   25  53 ( 53Mn) 6.37465E+01    0    6.37465E+01  1.00000
   24  52 ( 52Cr) 7.33063E-03    0    7.33063E-03  1.00000

   b. Per mass

   A  cross section

   57 9.52538E-01
   56 8.38141E+02
   55 8.23543E+01
   53 6.37465E+01
   52 7.33063E-03

 Total residual production cross section:   985.20135
 Non-elastic cross section              :   985.39795

 ########## RESULTS FOR E=  16.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  16.00000 ###########

 Center-of-mass energy:   15.715

 1. Total (binary) cross sections

   Reaction        = 1.03243E+03
     Compound elastic= 9.33813E-02
     Non-elastic     = 1.03234E+03
       Direct          = 4.53167E+01
       Pre-equilibrium = 1.68053E+02
       Giant resonance = 1.11617E+01
       Compound non-el = 8.07805E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.70829E+00
 neutron = 4.08563E+02
 proton  = 5.42711E+02
 deuteron= 6.18485E+00
 triton  = 1.11438E-02
 helium-3= 2.33627E-08
 alpha   = 7.31584E+01

 3. Total particle production cross sections

 gamma   = 9.01322E+02    Multiplicity= 8.73089E-01
 neutron = 5.01606E+02    Multiplicity= 4.85894E-01
 proton  = 7.74070E+02    Multiplicity= 7.49823E-01
 deuteron= 6.18491E+00    Multiplicity= 5.99118E-03
 triton  = 1.11438E-02    Multiplicity= 1.07947E-05
 helium-3= 2.33627E-08    Multiplicity= 2.26309E-11
 alpha   = 7.31734E+01    Multiplicity= 7.08813E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.09030E+00    0    1.09030E+00  1.00000
   27  56 ( 56Co) 1.77699E+02    0    1.77699E+02  1.00000
   26  56 ( 56Fe) 4.50913E+02    0    4.50913E+02  1.00000
   27  55 ( 55Co) 3.94021E+00    0    3.94021E+00  1.00000
   26  55 ( 55Fe) 3.22015E+02    0    3.22015E+02  1.00000
   25  55 ( 55Mn) 3.13453E+00    0    3.13453E+00  1.00000
   26  54 ( 54Fe) 1.11438E-02    0    1.11438E-02  1.00000
   25  53 ( 53Mn) 7.22740E+01    0    7.22740E+01  1.00000
   24  52 ( 52Cr) 8.95335E-01    0    8.95335E-01  1.00000

   b. Per mass

   A  cross section

   57 1.09030E+00
   56 6.28612E+02
   55 3.29090E+02
   54 1.11438E-02
   53 7.22740E+01
   52 8.95335E-01

 Total residual production cross section:  1031.97278
 Non-elastic cross section              :  1032.33667

 ########## RESULTS FOR E=  18.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  18.00000 ###########

 Center-of-mass energy:   17.679

 1. Total (binary) cross sections

   Reaction        = 1.06352E+03
     Compound elastic= 2.48886E-02
     Non-elastic     = 1.06350E+03
       Direct          = 4.60371E+01
       Pre-equilibrium = 2.32077E+02
       Giant resonance = 1.32471E+01
       Compound non-el = 7.72134E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.86422E+00
 neutron = 4.16663E+02
 proton  = 5.59881E+02
 deuteron= 1.24833E+01
 triton  = 6.04877E-02
 helium-3= 1.51973E-04
 alpha   = 7.25434E+01

 3. Total particle production cross sections

 gamma   = 7.27306E+02    Multiplicity= 6.83882E-01
 neutron = 7.15428E+02    Multiplicity= 6.72714E-01
 proton  = 8.48511E+02    Multiplicity= 7.97851E-01
 deuteron= 1.24836E+01    Multiplicity= 1.17382E-02
 triton  = 6.04880E-02    Multiplicity= 5.68766E-05
 helium-3= 1.51973E-04    Multiplicity= 1.42900E-07
 alpha   = 7.26218E+01    Multiplicity= 6.82860E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.07999E+00    0    1.07999E+00  1.00000
   27  56 ( 56Co) 9.88726E+01    0    9.88726E+01  1.00000
   26  56 ( 56Fe) 3.00991E+02    0    3.00991E+02  1.00000
   27  55 ( 55Co) 5.04107E+01    0    5.04107E+01  1.00000
   26  55 ( 55Fe) 5.27957E+02    0    5.27957E+02  1.00000
   25  55 ( 55Mn) 1.09694E+01    0    1.09694E+01  1.00000
   26  54 ( 54Fe) 6.04757E-02    0    6.04757E-02  1.00000
   25  53 ( 53Mn) 6.27765E+01    0    6.27765E+01  1.00000
   25  52 ( 52Mn) 2.34646E-03    0    2.12181E-03  0.90426
                                 1    2.24648E-04  0.09574   1.26600E+03 sec. 
   24  52 ( 52Cr) 9.83588E+00    0    9.83588E+00  1.00000

   b. Per mass

   A  cross section

   57 1.07999E+00
   56 3.99864E+02
   55 5.89337E+02
   54 6.04757E-02
   53 6.27765E+01
   52 9.83823E+00

 Total residual production cross section:  1062.95581
 Non-elastic cross section              :  1063.49512

 ########## RESULTS FOR E=  20.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  20.00000 ###########

 Center-of-mass energy:   19.643

 1. Total (binary) cross sections

   Reaction        = 1.07768E+03
     Compound elastic= 6.43571E-03
     Non-elastic     = 1.07767E+03
       Direct          = 4.54394E+01
       Pre-equilibrium = 2.95858E+02
       Giant resonance = 1.44423E+01
       Compound non-el = 7.21933E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.91533E+00
 neutron = 4.19099E+02
 proton  = 5.69862E+02
 deuteron= 1.86919E+01
 triton  = 1.59838E-01
 helium-3= 8.36300E-03
 alpha   = 6.79373E+01

 3. Total particle production cross sections

 gamma   = 8.13065E+02    Multiplicity= 7.54463E-01
 neutron = 8.21123E+02    Multiplicity= 7.61940E-01
 proton  = 9.13445E+02    Multiplicity= 8.47608E-01
 deuteron= 1.86926E+01    Multiplicity= 1.73453E-02
 triton  = 1.59841E-01    Multiplicity= 1.48320E-04
 helium-3= 8.36301E-03    Multiplicity= 7.76024E-06
 alpha   = 6.83863E+01    Multiplicity= 6.34574E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 9.21219E-01    0    9.21219E-01  1.00000
   27  56 ( 56Co) 6.49199E+01    0    6.49199E+01  1.00000
   26  56 ( 56Fe) 2.06661E+02    0    2.06661E+02  1.00000
   27  55 ( 55Co) 6.10162E+01    0    6.10162E+01  1.00000
   26  55 ( 55Fe) 6.52028E+02    0    6.52028E+02  1.00000
   25  55 ( 55Mn) 2.28065E+01    0    2.28065E+01  1.00000
   26  54 ( 54Fe) 1.59861E-01    0    1.59861E-01  1.00000
   25  54 ( 54Mn) 8.35107E-03    0    8.35107E-03  1.00000
   25  53 ( 53Mn) 4.05041E+01    0    4.05041E+01  1.00000
   25  52 ( 52Mn) 4.74688E-01    0    3.40271E-01  0.71683
                                 1    1.34417E-01  0.28317   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.73938E+01    0    2.73938E+01  1.00000

   b. Per mass

   A  cross section

   57 9.21219E-01
   56 2.71581E+02
   55 7.35851E+02
   54 1.68212E-01
   53 4.05041E+01
   52 2.78685E+01

 Total residual production cross section:  1076.89417
 Non-elastic cross section              :  1077.67358

 ########## RESULTS FOR E=  25.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  25.00000 ###########

 Center-of-mass energy:   24.552

 1. Total (binary) cross sections

   Reaction        = 1.08517E+03
     Compound elastic= 2.21994E-04
     Non-elastic     = 1.08517E+03
       Direct          = 4.23930E+01
       Pre-equilibrium = 4.42328E+02
       Giant resonance = 1.76982E+01
       Compound non-el = 5.82751E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.87100E+00
 neutron = 4.09220E+02
 proton  = 5.82627E+02
 deuteron= 3.13218E+01
 triton  = 5.67976E-01
 helium-3= 1.23143E+00
 alpha   = 5.83309E+01

 3. Total particle production cross sections

 gamma   = 1.35543E+03    Multiplicity= 1.24905E+00
 neutron = 9.08832E+02    Multiplicity= 8.37502E-01
 proton  = 9.55096E+02    Multiplicity= 8.80136E-01
 deuteron= 3.14677E+01    Multiplicity= 2.89980E-02
 triton  = 5.67997E-01    Multiplicity= 5.23417E-04
 helium-3= 1.23143E+00    Multiplicity= 1.13478E-03
 alpha   = 6.72517E+01    Multiplicity= 6.19734E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 4.81125E-01    0    4.81125E-01  1.00000
   27  56 ( 56Co) 4.01549E+01    0    4.01549E+01  1.00000
   26  56 ( 56Fe) 1.37055E+02    0    1.37055E+02  1.00000
   27  55 ( 55Co) 7.70043E+01    0    7.70043E+01  1.00000
   26  55 ( 55Fe) 6.86720E+02    0    6.86720E+02  1.00000
   25  55 ( 55Mn) 5.81294E+01    0    5.81294E+01  1.00000
   26  54 ( 54Fe) 1.50961E+01    0    1.50961E+01  1.00000
   25  54 ( 54Mn) 1.66151E+00    0    1.66151E+00  1.00000
   24  54 ( 54Cr) 1.05421E-03    0    1.05421E-03  1.00000
   25  53 ( 53Mn) 8.06371E+00    0    8.06371E+00  1.00000
   25  52 ( 52Mn) 2.91563E+01    0    1.46477E+01  0.50238
                                 1    1.45086E+01  0.49762   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.99337E+01    0    2.99337E+01  1.00000
   23  49 ( 49V ) 3.29928E-02    0    3.29928E-02  1.00000

   b. Per mass

   A  cross section

   57 4.81125E-01
   56 1.77210E+02
   55 8.21854E+02
   54 1.67587E+01
   53 8.06371E+00
   52 5.90900E+01
   49 3.29928E-02

 Total residual production cross section:  1083.48975
 Non-elastic cross section              :  1085.16980

 ########## RESULTS FOR E=  30.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  30.00000 ###########

 Center-of-mass energy:   29.461

 1. Total (binary) cross sections

   Reaction        = 1.07675E+03
     Compound elastic= 9.47505E-06
     Non-elastic     = 1.07675E+03
       Direct          = 3.98381E+01
       Pre-equilibrium = 5.62843E+02
       Giant resonance = 2.11755E+01
       Compound non-el = 4.52893E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.71859E+00
 neutron = 3.90129E+02
 proton  = 5.79617E+02
 deuteron= 4.34877E+01
 triton  = 1.45571E+00
 helium-3= 5.48300E+00
 alpha   = 5.48582E+01

 3. Total particle production cross sections

 gamma   = 1.32609E+03    Multiplicity= 1.23157E+00
 neutron = 1.02904E+03    Multiplicity= 9.55695E-01
 proton  = 1.02500E+03    Multiplicity= 9.51940E-01
 deuteron= 4.46480E+01    Multiplicity= 4.14655E-02
 triton  = 1.45825E+00    Multiplicity= 1.35431E-03
 helium-3= 5.48363E+00    Multiplicity= 5.09276E-03
 alpha   = 7.02984E+01    Multiplicity= 6.52875E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 3.05704E-01    0    3.05704E-01  1.00000
   27  56 ( 56Co) 3.01838E+01    0    3.01838E+01  1.00000
   26  56 ( 56Fe) 1.17881E+02    0    1.17881E+02  1.00000
   27  55 ( 55Co) 3.72166E+01    0    3.72166E+01  1.00000
   26  55 ( 55Fe) 5.17598E+02    0    5.17598E+02  1.00000
   25  55 ( 55Mn) 6.88498E+01    0    6.88498E+01  1.00000
   26  54 ( 54Fe) 1.88358E+02    0    1.88358E+02  1.00000
   25  54 ( 54Mn) 4.32011E+01    0    4.32011E+01  1.00000
   24  54 ( 54Cr) 4.34510E-01    0    4.34510E-01  1.00000
   26  53 ( 53Fe) 4.67231E-03    0    4.67231E-03  1.00000
                                22    0.00000E+00  0.00000   1.52400E+02 sec. 
   25  53 ( 53Mn) 3.97061E+00    0    3.97061E+00  1.00000
   24  53 ( 53Cr) 3.76946E-03    0    3.76946E-03  1.00000
   25  52 ( 52Mn) 3.59576E+01    0    1.79109E+01  0.49811
                                 1    1.80467E+01  0.50189   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.80833E+01    0    2.80833E+01  1.00000
   25  51 ( 51Mn) 6.14372E-03    0    6.14372E-03  1.00000
   24  51 ( 51Cr) 1.62091E+00    0    1.62091E+00  1.00000
   23  51 ( 51V ) 5.13112E-03    0    5.13112E-03  1.00000
   23  49 ( 49V ) 5.86488E-01    0    5.86488E-01  1.00000

   b. Per mass

   A  cross section

   57 3.05704E-01
   56 1.48065E+02
   55 6.23664E+02
   54 2.31993E+02
   53 3.97905E+00
   52 6.40410E+01
   51 1.63219E+00
   49 5.86488E-01

 Total residual production cross section:  1074.26733
 Non-elastic cross section              :  1076.75000

 ########## RESULTS FOR E=  35.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  35.00000 ###########

 Center-of-mass energy:   34.370

 1. Total (binary) cross sections

   Reaction        = 1.05175E+03
     Compound elastic= 5.71774E-07
     Non-elastic     = 1.05175E+03
       Direct          = 3.71865E+01
       Pre-equilibrium = 6.50319E+02
       Giant resonance = 2.39958E+01
       Compound non-el = 3.40249E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.57224E+00
 neutron = 3.67619E+02
 proton  = 5.65118E+02
 deuteron= 5.46073E+01
 triton  = 2.54116E+00
 helium-3= 1.07311E+01
 alpha   = 4.95615E+01

 3. Total particle production cross sections

 gamma   = 1.18749E+03    Multiplicity= 1.12906E+00
 neutron = 1.12566E+03    Multiplicity= 1.07027E+00
 proton  = 1.07878E+03    Multiplicity= 1.02570E+00
 deuteron= 5.63484E+01    Multiplicity= 5.35759E-02
 triton  = 2.57039E+00    Multiplicity= 2.44392E-03
 helium-3= 1.07420E+01    Multiplicity= 1.02134E-02
 alpha   = 6.84455E+01    Multiplicity= 6.50777E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 2.30741E-01    0    2.30741E-01  1.00000
   27  56 ( 56Co) 2.28336E+01    0    2.28336E+01  1.00000
   26  56 ( 56Fe) 1.05142E+02    0    1.05142E+02  1.00000
   27  55 ( 55Co) 2.15710E+01    0    2.15710E+01  1.00000
   26  55 ( 55Fe) 3.58722E+02    0    3.58722E+02  1.00000
   25  55 ( 55Mn) 4.88703E+01    0    4.88703E+01  1.00000
   27  54 ( 54Co) 7.71991E-01    0    3.66236E-01  0.47440
                                 1    4.05756E-01  0.52560   8.88000E+01 sec. 
   26  54 ( 54Fe) 2.93764E+02    0    2.93764E+02  1.00000
   25  54 ( 54Mn) 1.22611E+02    0    1.22611E+02  1.00000
   24  54 ( 54Cr) 7.29746E-01    0    7.29746E-01  1.00000
   26  53 ( 53Fe) 2.18334E-01    0    2.14263E-01  0.98135
                                22    4.07095E-03  0.01865   1.52400E+02 sec. 
   25  53 ( 53Mn) 7.30096E+00    0    7.30096E+00  1.00000
   24  53 ( 53Cr) 1.06447E-01    0    1.06447E-01  1.00000
   25  52 ( 52Mn) 1.94933E+01    0    1.04362E+01  0.53538
                                 1    9.05706E+00  0.46462   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.96384E+01    0    1.96384E+01  1.00000
   25  51 ( 51Mn) 2.96266E+00    0    2.96266E+00  1.00000
   24  51 ( 51Cr) 2.22713E+01    0    2.22713E+01  1.00000
   23  51 ( 51V ) 2.44649E-01    0    2.44649E-01  1.00000
   24  50 ( 50Cr) 3.51380E-03    0    3.51380E-03  1.00000
   23  49 ( 49V ) 8.73588E-01    0    8.73588E-01  1.00000
   23  48 ( 48V ) 1.03335E-03    0    1.03335E-03  1.00000
   22  48 ( 48Ti) 1.90861E-02    0    1.90859E-02  0.99999
                                14    1.20559E-07  0.00001   1.03000E+01 sec. 

   b. Per mass

   A  cross section

   57 2.30741E-01
   56 1.27976E+02
   55 4.29163E+02
   54 4.17877E+02
   53 7.62574E+00
   52 3.91317E+01
   51 2.54786E+01
   50 3.51380E-03
   49 8.73588E-01
   48 2.01194E-02

 Total residual production cross section:  1048.37988
 Non-elastic cross section              :  1051.75000

 ########## RESULTS FOR E=  40.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  40.00000 ###########

 Center-of-mass energy:   39.278

 1. Total (binary) cross sections

   Reaction        = 1.02283E+03
     Compound elastic= 1.28584E-07
     Non-elastic     = 1.02283E+03
       Direct          = 3.49261E+01
       Pre-equilibrium = 7.08410E+02
       Giant resonance = 2.70852E+01
       Compound non-el = 2.52409E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.47191E+00
 neutron = 3.46577E+02
 proton  = 5.50552E+02
 deuteron= 6.17502E+01
 triton  = 3.60624E+00
 helium-3= 1.55886E+01
 alpha   = 4.32831E+01

 3. Total particle production cross sections

 gamma   = 1.21420E+03    Multiplicity= 1.18709E+00
 neutron = 1.13460E+03    Multiplicity= 1.10928E+00
 proton  = 1.12549E+03    Multiplicity= 1.10036E+00
 deuteron= 6.38958E+01    Multiplicity= 6.24697E-02
 triton  = 3.66098E+00    Multiplicity= 3.57927E-03
 helium-3= 1.56143E+01    Multiplicity= 1.52658E-02
 alpha   = 6.68613E+01    Multiplicity= 6.53689E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.90429E-01    0    1.90429E-01  1.00000
   27  56 ( 56Co) 1.79203E+01    0    1.79203E+01  1.00000
   26  56 ( 56Fe) 9.09173E+01    0    9.09173E+01  1.00000
   27  55 ( 55Co) 1.60535E+01    0    1.60535E+01  1.00000
   26  55 ( 55Fe) 3.03264E+02    0    3.03264E+02  1.00000
   25  55 ( 55Mn) 4.25421E+01    0    4.25421E+01  1.00000
   27  54 ( 54Co) 2.10904E+00    0    1.30937E+00  0.62084
                                 1    7.99669E-01  0.37916   8.88000E+01 sec. 
   26  54 ( 54Fe) 2.65123E+02    0    2.65123E+02  1.00000
   25  54 ( 54Mn) 1.60555E+02    0    1.60555E+02  1.00000
   24  54 ( 54Cr) 1.27222E+00    0    1.27222E+00  1.00000
   26  53 ( 53Fe) 2.05563E+00    0    2.02828E+00  0.98669
                                22    2.73538E-02  0.01331   1.52400E+02 sec. 
   25  53 ( 53Mn) 5.17081E+01    0    5.17081E+01  1.00000
   24  53 ( 53Cr) 5.89308E-01    0    5.89308E-01  1.00000
   25  52 ( 52Mn) 9.76433E+00    0    5.38144E+00  0.55113
                                 1    4.38289E+00  0.44887   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.06317E+01    0    1.06317E+01  1.00000
   25  51 ( 51Mn) 8.63722E+00    0    8.63722E+00  1.00000
   24  51 ( 51Cr) 3.32743E+01    0    3.32743E+01  1.00000
   23  51 ( 51V ) 1.08886E+00    0    1.08886E+00  1.00000
   24  50 ( 50Cr) 1.95974E-01    0    1.95974E-01  1.00000
   23  50 ( 50V ) 7.08495E-03    0    7.08495E-03  1.00000
   23  49 ( 49V ) 6.47174E-01    0    6.47174E-01  1.00000
   23  48 ( 48V ) 2.36359E-01    0    2.36359E-01  1.00000
   22  48 ( 48Ti) 1.99352E-01    0    1.99134E-01  0.99891
                                14    2.17935E-04  0.00109   1.03000E+01 sec. 

   b. Per mass

   A  cross section

   57 1.90429E-01
   56 1.08838E+02
   55 3.61860E+02
   54 4.29060E+02
   53 5.43530E+01
   52 2.03960E+01
   51 4.30004E+01
   50 2.03059E-01
   49 6.47174E-01
   48 4.35711E-01

 Total residual production cross section:  1018.98291
 Non-elastic cross section              :  1022.83002

 ########## RESULTS FOR E=  45.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  45.00000 ###########

 Center-of-mass energy:   44.186

 1. Total (binary) cross sections

   Reaction        = 9.92970E+02
     Compound elastic= 1.02023E-07
     Non-elastic     = 9.92970E+02
       Direct          = 3.22844E+01
       Pre-equilibrium = 7.46051E+02
       Giant resonance = 2.92608E+01
       Compound non-el = 1.85374E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.38788E+00
 neutron = 3.26907E+02
 proton  = 5.36966E+02
 deuteron= 6.66257E+01
 triton  = 4.63752E+00
 helium-3= 1.96132E+01
 alpha   = 3.68329E+01

 3. Total particle production cross sections

 gamma   = 1.12505E+03    Multiplicity= 1.13301E+00
 neutron = 1.16166E+03    Multiplicity= 1.16988E+00
 proton  = 1.17211E+03    Multiplicity= 1.18041E+00
 deuteron= 6.96243E+01    Multiplicity= 7.01172E-02
 triton  = 4.71198E+00    Multiplicity= 4.74534E-03
 helium-3= 1.96497E+01    Multiplicity= 1.97888E-02
 alpha   = 6.39384E+01    Multiplicity= 6.43910E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.59326E-01    0    1.59326E-01  1.00000
   27  56 ( 56Co) 1.44689E+01    0    1.44689E+01  1.00000
   26  56 ( 56Fe) 8.08246E+01    0    8.08246E+01  1.00000
   27  55 ( 55Co) 1.29085E+01    0    1.29085E+01  1.00000
   26  55 ( 55Fe) 2.66542E+02    0    2.66542E+02  1.00000
   25  55 ( 55Mn) 4.09609E+01    0    4.09609E+01  1.00000
   27  54 ( 54Co) 1.56138E+00    0    9.95952E-01  0.63786
                                 1    5.65433E-01  0.36214   8.88000E+01 sec. 
   26  54 ( 54Fe) 2.07250E+02    0    2.07250E+02  1.00000
   25  54 ( 54Mn) 1.43895E+02    0    1.43895E+02  1.00000
   24  54 ( 54Cr) 1.57407E+00    0    1.57407E+00  1.00000
   26  53 ( 53Fe) 1.22607E+01    0    1.17300E+01  0.95671
                                22    5.30714E-01  0.04329   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.39862E+02    0    1.39862E+02  1.00000
   24  53 ( 53Cr) 2.61278E+00    0    2.61278E+00  1.00000
   26  52 ( 52Fe) 9.62620E-03    0    9.62620E-03  1.00000
                                10    0.00000E+00  0.00000   4.59000E+01 sec. 
   25  52 ( 52Mn) 6.86976E+00    0    3.85552E+00  0.56123
                                 1    3.01425E+00  0.43877   1.26600E+03 sec. 
   24  52 ( 52Cr) 8.47249E+00    0    8.47249E+00  1.00000
   25  51 ( 51Mn) 7.54135E+00    0    7.54135E+00  1.00000
   24  51 ( 51Cr) 3.27932E+01    0    3.27932E+01  1.00000
   23  51 ( 51V ) 1.45008E+00    0    1.45008E+00  1.00000
   24  50 ( 50Cr) 5.00609E+00    0    5.00609E+00  1.00000
   23  50 ( 50V ) 2.79585E-01    0    2.79585E-01  1.00000
   22  50 ( 50Ti) 4.56420E-03    0    4.56420E-03  1.00000
   23  49 ( 49V ) 3.31737E-01    0    3.31737E-01  1.00000
   23  48 ( 48V ) 9.38911E-01    0    9.38911E-01  1.00000
   22  48 ( 48Ti) 2.56084E-01    0    2.54160E-01  0.99249
                                14    1.92388E-03  0.00751   1.03000E+01 sec. 
   22  47 ( 47Ti) 3.17417E-03    0    3.17417E-03  1.00000

   b. Per mass

   A  cross section

   57 1.59326E-01
   56 9.52935E+01
   55 3.20412E+02
   54 3.54281E+02
   53 1.54736E+02
   52 1.53519E+01
   51 4.17847E+01
   50 5.29024E+00
   49 3.31737E-01
   48 1.19499E+00
   47 3.17417E-03

 Total residual production cross section:   988.83801
 Non-elastic cross section              :   992.96997

 ########## RESULTS FOR E=  50.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  50.00000 ###########

 Center-of-mass energy:   49.093

 1. Total (binary) cross sections

   Reaction        = 9.63455E+02
     Compound elastic= 1.00164E-07
     Non-elastic     = 9.63455E+02
       Direct          = 2.93891E+01
       Pre-equilibrium = 7.67752E+02
       Giant resonance = 3.01925E+01
       Compound non-el = 1.36121E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.34084E+00
 neutron = 3.09602E+02
 proton  = 5.23912E+02
 deuteron= 6.86681E+01
 triton  = 5.50706E+00
 helium-3= 2.28615E+01
 alpha   = 3.15634E+01

 3. Total particle production cross sections

 gamma   = 1.06042E+03    Multiplicity= 1.10064E+00
 neutron = 1.18688E+03    Multiplicity= 1.23190E+00
 proton  = 1.19147E+03    Multiplicity= 1.23667E+00
 deuteron= 7.24617E+01    Multiplicity= 7.52103E-02
 triton  = 5.60982E+00    Multiplicity= 5.82260E-03
 helium-3= 2.29143E+01    Multiplicity= 2.37835E-02
 alpha   = 6.12915E+01    Multiplicity= 6.36163E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.44036E-01    0    1.44036E-01  1.00000
   27  56 ( 56Co) 1.22984E+01    0    1.22984E+01  1.00000
   26  56 ( 56Fe) 7.64860E+01    0    7.64860E+01  1.00000
   27  55 ( 55Co) 1.06953E+01    0    1.06953E+01  1.00000
   26  55 ( 55Fe) 2.35922E+02    0    2.35922E+02  1.00000
   25  55 ( 55Mn) 3.89505E+01    0    3.89505E+01  1.00000
   27  54 ( 54Co) 1.06425E+00    0    6.91897E-01  0.65013
                                 1    3.72351E-01  0.34987   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.72162E+02    0    1.72162E+02  1.00000
   25  54 ( 54Mn) 1.20230E+02    0    1.20230E+02  1.00000
   24  54 ( 54Cr) 1.53697E+00    0    1.53697E+00  1.00000
   27  53 ( 53Co) 5.50324E-03    0    5.50324E-03  1.00000
   26  53 ( 53Fe) 2.22386E+01    0    2.10486E+01  0.94649
                                22    1.18999E+00  0.05351   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.90271E+02    0    1.90271E+02  1.00000
   24  53 ( 53Cr) 6.28746E+00    0    6.28746E+00  1.00000
   26  52 ( 52Fe) 5.11173E-02    0    5.10948E-02  0.99956
                                10    2.24815E-05  0.00044   4.59000E+01 sec. 
   25  52 ( 52Mn) 8.29906E+00    0    4.85566E+00  0.58509
                                 1    3.44340E+00  0.41491   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.28527E+01    0    1.28527E+01  1.00000
   25  51 ( 51Mn) 4.48119E+00    0    4.48119E+00  1.00000
   24  51 ( 51Cr) 2.37273E+01    0    2.37273E+01  1.00000
   23  51 ( 51V ) 1.26399E+00    0    1.26399E+00  1.00000
   25  50 ( 50Mn) 5.41689E-02    0    1.38737E-02  0.25612
                                 1    4.02952E-02  0.74388   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.65309E+01    0    1.65309E+01  1.00000
   23  50 ( 50V ) 1.65262E+00    0    1.65262E+00  1.00000
   22  50 ( 50Ti) 3.38923E-02    0    3.38923E-02  1.00000
   24  49 ( 49Cr) 8.12586E-03    0    8.12586E-03  1.00000
   23  49 ( 49V ) 2.63320E-01    0    2.63320E-01  1.00000
   23  48 ( 48V ) 1.15434E+00    0    1.15434E+00  1.00000
   22  48 ( 48Ti) 2.68372E-01    0    2.66029E-01  0.99127
                                14    2.34337E-03  0.00873   1.03000E+01 sec. 
   23  47 ( 47V ) 3.31939E-02    0    3.31939E-02  1.00000
   22  47 ( 47Ti) 1.33702E-01    0    1.33702E-01  1.00000
   21  45 ( 45Sc) 3.29538E-03    0    3.29538E-03  1.00000

   b. Per mass

   A  cross section

   57 1.44036E-01
   56 8.87845E+01
   55 2.85568E+02
   54 2.94993E+02
   53 2.18803E+02
   52 2.12028E+01
   51 2.94725E+01
   50 1.82716E+01
   49 2.71445E-01
   48 1.42272E+00
   47 1.66896E-01
   45 3.29538E-03

 Total residual production cross section:   959.10339
 Non-elastic cross section              :   963.45502

 ########## RESULTS FOR E=  60.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  60.00000 ###########

 Center-of-mass energy:   58.906

 1. Total (binary) cross sections

   Reaction        = 9.09218E+02
     Compound elastic= 1.00001E-07
     Non-elastic     = 9.09218E+02
       Direct          = 2.49156E+01
       Pre-equilibrium = 7.89657E+02
       Giant resonance = 2.89951E+01
       Compound non-el = 6.56500E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.26479E+00
 neutron = 2.80285E+02
 proton  = 4.98100E+02
 deuteron= 7.31311E+01
 triton  = 6.96731E+00
 helium-3= 2.67489E+01
 alpha   = 2.27202E+01

 3. Total particle production cross sections

 gamma   = 9.66890E+02    Multiplicity= 1.06343E+00
 neutron = 1.21586E+03    Multiplicity= 1.33726E+00
 proton  = 1.21860E+03    Multiplicity= 1.34028E+00
 deuteron= 7.81073E+01    Multiplicity= 8.59060E-02
 triton  = 7.14360E+00    Multiplicity= 7.85686E-03
 helium-3= 2.68442E+01    Multiplicity= 2.95245E-02
 alpha   = 5.61310E+01    Multiplicity= 6.17355E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 1.16784E-01    0    1.16784E-01  1.00000
   27  56 ( 56Co) 8.78471E+00    0    8.78471E+00  1.00000
   26  56 ( 56Fe) 6.57511E+01    0    6.57511E+01  1.00000
   27  55 ( 55Co) 7.68262E+00    0    7.68262E+00  1.00000
   26  55 ( 55Fe) 1.96641E+02    0    1.96641E+02  1.00000
   25  55 ( 55Mn) 3.56271E+01    0    3.56271E+01  1.00000
   27  54 ( 54Co) 6.55901E-01    0    4.32075E-01  0.65875
                                 1    2.23827E-01  0.34125   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.40241E+02    0    1.40241E+02  1.00000
   25  54 ( 54Mn) 9.78513E+01    0    9.78513E+01  1.00000
   24  54 ( 54Cr) 1.46134E+00    0    1.46134E+00  1.00000
   27  53 ( 53Co) 1.14094E-02    0    1.14094E-02  1.00000
   26  53 ( 53Fe) 2.16567E+01    0    2.06464E+01  0.95335
                                22    1.01028E+00  0.04665   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.79341E+02    0    1.79341E+02  1.00000
   24  53 ( 53Cr) 8.90830E+00    0    8.90830E+00  1.00000
   23  53 ( 53V ) 6.08690E-03    0    6.08690E-03  1.00000
   26  52 ( 52Fe) 7.82590E-01    0    7.80932E-01  0.99788
                                10    1.65759E-03  0.00212   4.59000E+01 sec. 
   25  52 ( 52Mn) 4.30245E+01    0    2.62074E+01  0.60913
                                 1    1.68171E+01  0.39087   1.26600E+03 sec. 
   24  52 ( 52Cr) 4.44072E+01    0    4.44072E+01  1.00000
   23  52 ( 52V ) 2.32707E-02    0    2.32707E-02  1.00000
   25  51 ( 51Mn) 2.63585E+00    0    2.63585E+00  1.00000
   24  51 ( 51Cr) 1.52787E+01    0    1.52787E+01  1.00000
   23  51 ( 51V ) 7.29141E-01    0    7.29141E-01  1.00000
   25  50 ( 50Mn) 2.50436E-01    0    9.24818E-02  0.36928
                                 1    1.57954E-01  0.63072   1.05000E+02 sec. 
   24  50 ( 50Cr) 2.22181E+01    0    2.22181E+01  1.00000
   23  50 ( 50V ) 4.17127E+00    0    4.17127E+00  1.00000
   22  50 ( 50Ti) 3.70540E-02    0    3.70540E-02  1.00000
   24  49 ( 49Cr) 9.44800E-01    0    9.44800E-01  1.00000
   23  49 ( 49V ) 3.83466E+00    0    3.83466E+00  1.00000
   22  49 ( 49Ti) 2.41286E-02    0    2.41286E-02  1.00000
   23  48 ( 48V ) 5.67432E-01    0    5.67432E-01  1.00000
   22  48 ( 48Ti) 1.60430E-01    0    1.59291E-01  0.99290
                                14    1.13865E-03  0.00710   1.03000E+01 sec. 
   23  47 ( 47V ) 4.54780E-01    0    4.54780E-01  1.00000
   22  47 ( 47Ti) 5.56230E-01    0    5.56230E-01  1.00000
   21  47 ( 47Sc) 3.29167E-03    0    3.29167E-03  1.00000
   22  46 ( 46Ti) 7.04455E-02    0    7.04455E-02  1.00000
   21  45 ( 45Sc) 5.70715E-03    0    5.70715E-03  1.00000
   21  44 ( 44Sc) 5.99959E-03    0    4.14532E-03  0.69093
                                 4    1.85427E-03  0.30907   2.11000E+05 sec. 

   b. Per mass

   A  cross section

   57 1.16784E-01
   56 7.45358E+01
   55 2.39950E+02
   54 2.40209E+02
   53 2.09924E+02
   52 8.82375E+01
   51 1.86437E+01
   50 2.66769E+01
   49 4.80359E+00
   48 7.27862E-01
   47 1.01430E+00
   46 7.04455E-02
   45 5.70715E-03
   44 5.99959E-03

 Total residual production cross section:   904.92169
 Non-elastic cross section              :   909.21802

 ########## RESULTS FOR E=  70.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  70.00000 ###########

 Center-of-mass energy:   68.717

 1. Total (binary) cross sections

   Reaction        = 8.62733E+02
     Compound elastic= 1.00000E-07
     Non-elastic     = 8.62733E+02
       Direct          = 2.09701E+01
       Pre-equilibrium = 7.96145E+02
       Giant resonance = 2.58333E+01
       Compound non-el = 1.97850E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.20661E+00
 neutron = 2.57702E+02
 proton  = 4.73511E+02
 deuteron= 7.59173E+01
 triton  = 8.38253E+00
 helium-3= 2.91052E+01
 alpha   = 1.69088E+01

 3. Total particle production cross sections

 gamma   = 8.94411E+02    Multiplicity= 1.03672E+00
 neutron = 1.24428E+03    Multiplicity= 1.44225E+00
 proton  = 1.23618E+03    Multiplicity= 1.43287E+00
 deuteron= 8.19717E+01    Multiplicity= 9.50139E-02
 triton  = 8.64649E+00    Multiplicity= 1.00222E-02
 helium-3= 2.92428E+01    Multiplicity= 3.38955E-02
 alpha   = 5.22055E+01    Multiplicity= 6.05118E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 9.69134E-02    0    9.69134E-02  1.00000
   27  56 ( 56Co) 6.62663E+00    0    6.62663E+00  1.00000
   26  56 ( 56Fe) 5.29093E+01    0    5.29093E+01  1.00000
   27  55 ( 55Co) 5.79647E+00    0    5.79647E+00  1.00000
   26  55 ( 55Fe) 1.69262E+02    0    1.69262E+02  1.00000
   25  55 ( 55Mn) 3.28668E+01    0    3.28668E+01  1.00000
   27  54 ( 54Co) 4.73401E-01    0    3.13175E-01  0.66154
                                 1    1.60227E-01  0.33846   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.21185E+02    0    1.21185E+02  1.00000
   25  54 ( 54Mn) 8.85253E+01    0    8.85253E+01  1.00000
   24  54 ( 54Cr) 1.48426E+00    0    1.48426E+00  1.00000
   27  53 ( 53Co) 7.35531E-03    0    7.35531E-03  1.00000
   26  53 ( 53Fe) 1.83533E+01    0    1.77148E+01  0.96521
                                22    6.38469E-01  0.03479   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.56433E+02    0    1.56433E+02  1.00000
   24  53 ( 53Cr) 8.49797E+00    0    8.49797E+00  1.00000
   23  53 ( 53V ) 1.46261E-02    0    1.46261E-02  1.00000
   26  52 ( 52Fe) 1.21531E+00    0    1.20997E+00  0.99560
                                10    5.34814E-03  0.00440   4.59000E+01 sec. 
   25  52 ( 52Mn) 6.08238E+01    0    3.41747E+01  0.56186
                                 1    2.66490E+01  0.43814   1.26600E+03 sec. 
   24  52 ( 52Cr) 5.76869E+01    0    5.76869E+01  1.00000
   23  52 ( 52V ) 1.05299E-01    0    1.05299E-01  1.00000
   26  51 ( 51Fe) 1.43238E-03    0    1.43238E-03  1.00000
   25  51 ( 51Mn) 6.56590E+00    0    6.56590E+00  1.00000
   24  51 ( 51Cr) 3.09041E+01    0    3.09041E+01  1.00000
   23  51 ( 51V ) 9.79963E-01    0    9.79963E-01  1.00000
   25  50 ( 50Mn) 1.62306E-01    0    6.29374E-02  0.38777
                                 1    9.93687E-02  0.61223   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.70287E+01    0    1.70287E+01  1.00000
   23  50 ( 50V ) 3.71780E+00    0    3.71780E+00  1.00000
   22  50 ( 50Ti) 3.63767E-02    0    3.63767E-02  1.00000
   25  49 ( 49Mn) 2.90022E-03    0    2.90022E-03  1.00000
   24  49 ( 49Cr) 3.56120E+00    0    3.56120E+00  1.00000
   23  49 ( 49V ) 9.87306E+00    0    9.87306E+00  1.00000
   22  49 ( 49Ti) 2.05561E-01    0    2.05561E-01  1.00000
   24  48 ( 48Cr) 5.29533E-02    0    5.29533E-02  1.00000
   23  48 ( 48V ) 1.30580E+00    0    1.30580E+00  1.00000
   22  48 ( 48Ti) 5.09412E-01    0    5.07780E-01  0.99680
                                14    1.63235E-03  0.00320   1.03000E+01 sec. 
   23  47 ( 47V ) 3.50709E-01    0    3.50709E-01  1.00000
   22  47 ( 47Ti) 4.51498E-01    0    4.51498E-01  1.00000
   21  47 ( 47Sc) 8.73479E-03    0    8.73479E-03  1.00000
   23  46 ( 46V ) 1.93142E-02    0    1.93142E-02  1.00000
   22  46 ( 46Ti) 4.98629E-01    0    4.98629E-01  1.00000
   21  46 ( 46Sc) 8.50586E-03    0    7.24665E-03  0.85196
                                 2    1.25921E-03  0.14804   1.87500E+01 sec. 
   22  45 ( 45Ti) 4.70169E-03    0    4.70169E-03  1.00000
   21  45 ( 45Sc) 7.46853E-03    0    7.46853E-03  1.00000
   21  44 ( 44Sc) 1.61660E-02    0    1.13337E-02  0.70108
                                 4    4.83239E-03  0.29892   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.22540E-03    0    1.22540E-03  1.00000
   21  43 ( 43Sc) 2.38593E-03    0    2.38593E-03  1.00000
   20  43 ( 43Ca) 1.55167E-03    0    1.55167E-03  1.00000

   b. Per mass

   A  cross section

   57 9.69134E-02
   56 5.95359E+01
   55 2.07925E+02
   54 2.11668E+02
   53 1.83307E+02
   52 1.19831E+02
   51 3.84514E+01
   50 2.09452E+01
   49 1.36427E+01
   48 1.86816E+00
   47 8.10942E-01
   46 5.26449E-01
   45 1.21702E-02
   44 1.73914E-02
   43 3.93760E-03

 Total residual production cross section:   858.64160
 Non-elastic cross section              :   862.73297

 ########## RESULTS FOR E=  80.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  80.00000 ###########

 Center-of-mass energy:   78.527

 1. Total (binary) cross sections

   Reaction        = 8.23654E+02
     Compound elastic= 9.83536E-08
     Non-elastic     = 8.23654E+02
       Direct          = 1.75703E+01
       Pre-equilibrium = 7.83904E+02
       Giant resonance = 2.21801E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.14526E+00
 neutron = 2.40733E+02
 proton  = 4.49378E+02
 deuteron= 7.74040E+01
 triton  = 9.87404E+00
 helium-3= 3.09033E+01
 alpha   = 1.42164E+01

 3. Total particle production cross sections

 gamma   = 8.34552E+02    Multiplicity= 1.01323E+00
 neutron = 1.28938E+03    Multiplicity= 1.56544E+00
 proton  = 1.25647E+03    Multiplicity= 1.52548E+00
 deuteron= 8.50636E+01    Multiplicity= 1.03276E-01
 triton  = 1.02808E+01    Multiplicity= 1.24819E-02
 helium-3= 3.10994E+01    Multiplicity= 3.77579E-02
 alpha   = 5.23329E+01    Multiplicity= 6.35375E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 8.31319E-02    0    8.31319E-02  1.00000
   27  56 ( 56Co) 5.04717E+00    0    5.04717E+00  1.00000
   26  56 ( 56Fe) 4.26907E+01    0    4.26907E+01  1.00000
   27  55 ( 55Co) 4.47764E+00    0    4.47764E+00  1.00000
   26  55 ( 55Fe) 1.42939E+02    0    1.42939E+02  1.00000
   25  55 ( 55Mn) 3.00839E+01    0    3.00839E+01  1.00000
   27  54 ( 54Co) 3.62060E-01    0    2.39681E-01  0.66199
                                 1    1.22379E-01  0.33801   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.07969E+02    0    1.07969E+02  1.00000
   25  54 ( 54Mn) 7.98478E+01    0    7.98478E+01  1.00000
   24  54 ( 54Cr) 1.45772E+00    0    1.45772E+00  1.00000
   27  53 ( 53Co) 5.11355E-03    0    5.11355E-03  1.00000
   26  53 ( 53Fe) 1.59113E+01    0    1.54104E+01  0.96852
                                22    5.00866E-01  0.03148   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.40419E+02    0    1.40419E+02  1.00000
   24  53 ( 53Cr) 8.03142E+00    0    8.03142E+00  1.00000
   23  53 ( 53V ) 2.11844E-02    0    2.11844E-02  1.00000
   26  52 ( 52Fe) 1.27788E+00    0    1.27336E+00  0.99646
                                10    4.52197E-03  0.00354   4.59000E+01 sec. 
   25  52 ( 52Mn) 6.10564E+01    0    3.23923E+01  0.53053
                                 1    2.86641E+01  0.46947   1.26600E+03 sec. 
   24  52 ( 52Cr) 5.93583E+01    0    5.93583E+01  1.00000
   23  52 ( 52V ) 1.96862E-01    0    1.96862E-01  1.00000
   26  51 ( 51Fe) 8.18776E-03    0    8.18776E-03  1.00000
   25  51 ( 51Mn) 1.31924E+01    0    1.31924E+01  1.00000
   24  51 ( 51Cr) 5.08532E+01    0    5.08532E+01  1.00000
   23  51 ( 51V ) 1.82883E+00    0    1.82883E+00  1.00000
   25  50 ( 50Mn) 2.10025E-01    0    7.77521E-02  0.37020
                                 1    1.32273E-01  0.62980   1.05000E+02 sec. 
   24  50 ( 50Cr) 2.29513E+01    0    2.29513E+01  1.00000
   23  50 ( 50V ) 3.90861E+00    0    3.90861E+00  1.00000
   22  50 ( 50Ti) 5.22650E-02    0    5.22650E-02  1.00000
   25  49 ( 49Mn) 4.10176E-03    0    4.10176E-03  1.00000
   24  49 ( 49Cr) 4.19653E+00    0    4.19653E+00  1.00000
   23  49 ( 49V ) 1.18521E+01    0    1.18521E+01  1.00000
   22  49 ( 49Ti) 3.36183E-01    0    3.36183E-01  1.00000
   24  48 ( 48Cr) 2.87196E-01    0    2.87196E-01  1.00000
   23  48 ( 48V ) 5.21816E+00    0    5.21816E+00  1.00000
   22  48 ( 48Ti) 1.46306E+00    0    1.45623E+00  0.99533
                                14    6.82787E-03  0.00467   1.03000E+01 sec. 
   21  48 ( 48Sc) 1.07439E-03    0    1.07439E-03  1.00000
   23  47 ( 47V ) 6.33950E-01    0    6.33950E-01  1.00000
   22  47 ( 47Ti) 7.85406E-01    0    7.85406E-01  1.00000
   21  47 ( 47Sc) 9.88190E-03    0    9.88190E-03  1.00000
   23  46 ( 46V ) 4.83994E-02    0    4.83994E-02  1.00000
   22  46 ( 46Ti) 7.81808E-01    0    7.81808E-01  1.00000
   21  46 ( 46Sc) 2.60821E-02    0    2.20703E-02  0.84619
                                 2    4.01180E-03  0.15381   1.87500E+01 sec. 
   22  45 ( 45Ti) 7.88217E-02    0    7.88217E-02  1.00000
   21  45 ( 45Sc) 5.26992E-02    0    5.26992E-02  1.00000
   22  44 ( 44Ti) 1.22619E-03    0    1.22619E-03  1.00000
   21  44 ( 44Sc) 2.03525E-02    0    1.40472E-02  0.69019
                                 4    6.30533E-03  0.30981   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.79549E-03    0    1.79549E-03  1.00000
   21  43 ( 43Sc) 8.70817E-03    0    8.70817E-03  1.00000
   20  43 ( 43Ca) 3.89672E-03    0    3.89672E-03  1.00000
   20  42 ( 42Ca) 1.68590E-03    0    1.68590E-03  1.00000

   b. Per mass

   A  cross section

   57 8.31319E-02
   56 4.77379E+01
   55 1.77500E+02
   54 1.89637E+02
   53 1.64388E+02
   52 1.21889E+02
   51 6.58827E+01
   50 2.71222E+01
   49 1.63889E+01
   48 6.96949E+00
   47 1.42924E+00
   46 8.56289E-01
   45 1.31521E-01
   44 2.33742E-02
   43 1.26049E-02
   42 1.68590E-03

 Total residual production cross section:   820.05322
 Non-elastic cross section              :   823.65399

 ########## RESULTS FOR E=  90.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  90.00000 ###########

 Center-of-mass energy:   88.334

 1. Total (binary) cross sections

   Reaction        = 7.90964E+02
     Compound elastic= 9.57255E-08
     Non-elastic     = 7.90964E+02
       Direct          = 1.45343E+01
       Pre-equilibrium = 7.57755E+02
       Giant resonance = 1.86750E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.09027E+00
 neutron = 2.29655E+02
 proton  = 4.28309E+02
 deuteron= 7.34735E+01
 triton  = 1.15992E+01
 helium-3= 3.28714E+01
 alpha   = 1.39650E+01

 3. Total particle production cross sections

 gamma   = 7.99383E+02    Multiplicity= 1.01064E+00
 neutron = 1.35231E+03    Multiplicity= 1.70969E+00
 proton  = 1.29049E+03    Multiplicity= 1.63154E+00
 deuteron= 8.41839E+01    Multiplicity= 1.06432E-01
 triton  = 1.22977E+01    Multiplicity= 1.55477E-02
 helium-3= 3.31842E+01    Multiplicity= 4.19541E-02
 alpha   = 5.65114E+01    Multiplicity= 7.14463E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 6.90729E-02    0    6.90729E-02  1.00000
   27  56 ( 56Co) 3.93782E+00    0    3.93782E+00  1.00000
   26  56 ( 56Fe) 3.50822E+01    0    3.50822E+01  1.00000
   27  55 ( 55Co) 3.60592E+00    0    3.60592E+00  1.00000
   26  55 ( 55Fe) 1.22962E+02    0    1.22962E+02  1.00000
   25  55 ( 55Mn) 2.80586E+01    0    2.80586E+01  1.00000
   27  54 ( 54Co) 2.85298E-01    0    1.88984E-01  0.66241
                                 1    9.63141E-02  0.33759   8.88000E+01 sec. 
   26  54 ( 54Fe) 9.34099E+01    0    9.34099E+01  1.00000
   25  54 ( 54Mn) 7.34608E+01    0    7.34608E+01  1.00000
   24  54 ( 54Cr) 1.42553E+00    0    1.42553E+00  1.00000
   27  53 ( 53Co) 3.70987E-03    0    3.70987E-03  1.00000
   26  53 ( 53Fe) 1.38475E+01    0    1.34536E+01  0.97155
                                22    3.93904E-01  0.02845   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.21560E+02    0    1.21560E+02  1.00000
   24  53 ( 53Cr) 7.38399E+00    0    7.38399E+00  1.00000
   23  53 ( 53V ) 2.37818E-02    0    2.37818E-02  1.00000
   27  52 ( 52Co) 6.68701E-05    0    6.68701E-05  1.00000
   26  52 ( 52Fe) 1.16990E+00    0    1.16621E+00  0.99684
                                10    3.69322E-03  0.00316   4.59000E+01 sec. 
   25  52 ( 52Mn) 5.53046E+01    0    2.83856E+01  0.51326
                                 1    2.69190E+01  0.48674   1.26600E+03 sec. 
   24  52 ( 52Cr) 5.64958E+01    0    5.64958E+01  1.00000
   23  52 ( 52V ) 2.60831E-01    0    2.60831E-01  1.00000
   22  52 ( 52Ti) 2.39096E-04    0    2.39096E-04  1.00000
   26  51 ( 51Fe) 1.86464E-02    0    1.86464E-02  1.00000
   25  51 ( 51Mn) 1.72033E+01    0    1.72033E+01  1.00000
   24  51 ( 51Cr) 6.15077E+01    0    6.15077E+01  1.00000
   23  51 ( 51V ) 2.72115E+00    0    2.72115E+00  1.00000
   22  51 ( 51Ti) 2.19991E-03    0    2.19991E-03  1.00000
   25  50 ( 50Mn) 4.71421E-01    0    1.73474E-01  0.36798
                                 1    2.97947E-01  0.63202   1.05000E+02 sec. 
   24  50 ( 50Cr) 3.97480E+01    0    3.97480E+01  1.00000
   23  50 ( 50V ) 5.57085E+00    0    5.57085E+00  1.00000
   22  50 ( 50Ti) 7.80450E-02    0    7.80450E-02  1.00000
   25  49 ( 49Mn) 6.22121E-03    0    6.22121E-03  1.00000
   24  49 ( 49Cr) 5.76841E+00    0    5.76841E+00  1.00000
   23  49 ( 49V ) 1.53772E+01    0    1.53772E+01  1.00000
   22  49 ( 49Ti) 4.20313E-01    0    4.20313E-01  1.00000
   24  48 ( 48Cr) 5.91618E-01    0    5.91618E-01  1.00000
   23  48 ( 48V ) 9.66249E+00    0    9.66249E+00  1.00000
   22  48 ( 48Ti) 2.58528E+00    0    2.57147E+00  0.99466
                                14    1.38105E-02  0.00534   1.03000E+01 sec. 
   21  48 ( 48Sc) 4.46730E-03    0    4.46730E-03  1.00000
   24  47 ( 47Cr) 2.61361E-03    0    2.61361E-03  1.00000
   23  47 ( 47V ) 2.33998E+00    0    2.33998E+00  1.00000
   22  47 ( 47Ti) 2.57957E+00    0    2.57957E+00  1.00000
   21  47 ( 47Sc) 3.16048E-02    0    3.16048E-02  1.00000
   23  46 ( 46V ) 9.81625E-02    0    9.81625E-02  1.00000
   22  46 ( 46Ti) 1.61613E+00    0    1.61613E+00  1.00000
   21  46 ( 46Sc) 5.21602E-02    0    4.33621E-02  0.83133
                                 2    8.79809E-03  0.16867   1.87500E+01 sec. 
   23  45 ( 45V ) 1.17912E-03    0    1.17912E-03  1.00000
   22  45 ( 45Ti) 3.63719E-01    0    3.63719E-01  1.00000
   21  45 ( 45Sc) 1.70861E-01    0    1.70861E-01  1.00000
   20  45 ( 45Ca) 6.81840E-04    0    6.81840E-04  1.00000
   22  44 ( 44Ti) 3.12495E-02    0    3.12495E-02  1.00000
   21  44 ( 44Sc) 1.07327E-01    0    6.74790E-02  0.62872
                                 4    3.98478E-02  0.37128   2.11000E+05 sec. 
   20  44 ( 44Ca) 8.33195E-03    0    8.33195E-03  1.00000
   21  43 ( 43Sc) 3.08757E-02    0    3.08757E-02  1.00000
   20  43 ( 43Ca) 1.38370E-02    0    1.38370E-02  1.00000
   21  42 ( 42Sc) 2.06724E-03    0    9.56659E-04  0.46277
                                 2    1.11058E-03  0.53723   6.17000E+01 sec. 
   20  42 ( 42Ca) 1.92692E-02    0    1.92692E-02  1.00000
   20  41 ( 41Ca) 4.81001E-03    0    4.81001E-03  1.00000

   b. Per mass

   A  cross section

   57 6.90729E-02
   56 3.90200E+01
   55 1.54626E+02
   54 1.68582E+02
   53 1.42819E+02
   52 1.13231E+02
   51 8.14530E+01
   50 4.58683E+01
   49 2.15721E+01
   48 1.28439E+01
   47 4.95377E+00
   46 1.76645E+00
   45 5.36441E-01
   44 1.46908E-01
   43 4.47127E-02
   42 2.13365E-02
   41 4.81000E-03

 Total residual production cross section:   787.55927
 Non-elastic cross section              :   790.96399

 ########## RESULTS FOR E= 100.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E= 100.00000 ###########

 Center-of-mass energy:   98.140

 1. Total (binary) cross sections

   Reaction        = 7.63525E+02
     Compound elastic= 9.35565E-08
     Non-elastic     = 7.63525E+02
       Direct          = 1.19345E+01
       Pre-equilibrium = 7.36030E+02
       Giant resonance = 1.55606E+01
       Compound non-el = 4.37755E-05

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.03796E+00
 neutron = 2.20285E+02
 proton  = 4.09020E+02
 deuteron= 7.00339E+01
 triton  = 1.36464E+01
 helium-3= 3.54195E+01
 alpha   = 1.40825E+01

 3. Total particle production cross sections

 gamma   = 7.55581E+02    Multiplicity= 9.89596E-01
 neutron = 1.43470E+03    Multiplicity= 1.87904E+00
 proton  = 1.33019E+03    Multiplicity= 1.74217E+00
 deuteron= 8.46844E+01    Multiplicity= 1.10912E-01
 triton  = 1.48032E+01    Multiplicity= 1.93879E-02
 helium-3= 3.58966E+01    Multiplicity= 4.70143E-02
 alpha   = 6.11994E+01    Multiplicity= 8.01538E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  57 ( 57Co) 5.52709E-02    0    5.52709E-02  1.00000
   27  56 ( 56Co) 3.06599E+00    0    3.06599E+00  1.00000
   26  56 ( 56Fe) 2.86649E+01    0    2.86649E+01  1.00000
   27  55 ( 55Co) 2.84399E+00    0    2.84399E+00  1.00000
   26  55 ( 55Fe) 1.05003E+02    0    1.05003E+02  1.00000
   25  55 ( 55Mn) 2.45207E+01    0    2.45207E+01  1.00000
   27  54 ( 54Co) 2.29365E-01    0    1.52084E-01  0.66307
                                 1    7.72807E-02  0.33693   8.88000E+01 sec. 
   26  54 ( 54Fe) 8.21892E+01    0    8.21892E+01  1.00000
   25  54 ( 54Mn) 6.55836E+01    0    6.55836E+01  1.00000
   24  54 ( 54Cr) 1.25006E+00    0    1.25006E+00  1.00000
   27  53 ( 53Co) 2.88003E-03    0    2.88003E-03  1.00000
   26  53 ( 53Fe) 1.21296E+01    0    1.18061E+01  0.97333
                                22    3.23467E-01  0.02667   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.10499E+02    0    1.10499E+02  1.00000
   24  53 ( 53Cr) 6.60344E+00    0    6.60344E+00  1.00000
   23  53 ( 53V ) 2.56662E-02    0    2.56662E-02  1.00000
   27  52 ( 52Co) 5.42171E-05    0    5.42171E-05  1.00000
   26  52 ( 52Fe) 1.08112E+00    0    1.07855E+00  0.99763
                                10    2.56486E-03  0.00237   4.59000E+01 sec. 
   25  52 ( 52Mn) 5.15181E+01    0    2.57552E+01  0.49993
                                 1    2.57629E+01  0.50007   1.26600E+03 sec. 
   24  52 ( 52Cr) 5.14789E+01    0    5.14789E+01  1.00000
   23  52 ( 52V ) 2.73100E-01    0    2.73100E-01  1.00000
   22  52 ( 52Ti) 3.31509E-04    0    3.31509E-04  1.00000
   26  51 ( 51Fe) 2.28645E-02    0    2.28645E-02  1.00000
   25  51 ( 51Mn) 1.77628E+01    0    1.77628E+01  1.00000
   24  51 ( 51Cr) 6.34084E+01    0    6.34084E+01  1.00000
   23  51 ( 51V ) 3.05064E+00    0    3.05064E+00  1.00000
   22  51 ( 51Ti) 4.01760E-03    0    4.01760E-03  1.00000
   25  50 ( 50Mn) 7.70696E-01    0    3.08032E-01  0.39968
                                 1    4.62664E-01  0.60032   1.05000E+02 sec. 
   24  50 ( 50Cr) 5.20424E+01    0    5.20424E+01  1.00000
   23  50 ( 50V ) 7.87951E+00    0    7.87951E+00  1.00000
   22  50 ( 50Ti) 1.01672E-01    0    1.01672E-01  1.00000
   25  49 ( 49Mn) 1.30052E-02    0    1.30052E-02  1.00000
   24  49 ( 49Cr) 9.94261E+00    0    9.94261E+00  1.00000
   23  49 ( 49V ) 2.22398E+01    0    2.22398E+01  1.00000
   22  49 ( 49Ti) 5.77496E-01    0    5.77496E-01  1.00000
   21  49 ( 49Sc) 4.31459E-04    0    4.31459E-04  1.00000
   25  48 ( 48Mn) 8.00164E-05    0    8.00164E-05  1.00000
   24  48 ( 48Cr) 1.02485E+00    0    1.02485E+00  1.00000
   23  48 ( 48V ) 1.42156E+01    0    1.42156E+01  1.00000
   22  48 ( 48Ti) 3.45018E+00    0    3.43121E+00  0.99450
                                14    1.89643E-02  0.00550   1.03000E+01 sec. 
   21  48 ( 48Sc) 9.88863E-03    0    9.88863E-03  1.00000
   24  47 ( 47Cr) 1.08213E-02    0    1.08213E-02  1.00000
   23  47 ( 47V ) 4.77925E+00    0    4.77925E+00  1.00000
   22  47 ( 47Ti) 4.31851E+00    0    4.31851E+00  1.00000
   21  47 ( 47Sc) 9.82706E-02    0    9.82706E-02  1.00000
   23  46 ( 46V ) 3.20131E-01    0    3.20131E-01  1.00000
   22  46 ( 46Ti) 4.67430E+00    0    4.67430E+00  1.00000
   21  46 ( 46Sc) 1.29760E-01    0    1.09484E-01  0.84374
                                 2    2.02769E-02  0.15626   1.87500E+01 sec. 
   20  46 ( 46Ca) 8.47578E-04    0    8.47578E-04  1.00000
   23  45 ( 45V ) 4.18724E-03    0    4.18724E-03  1.00000
   22  45 ( 45Ti) 9.73888E-01    0    9.73888E-01  1.00000
   21  45 ( 45Sc) 5.11260E-01    0    5.11260E-01  1.00000
   20  45 ( 45Ca) 2.61545E-03    0    2.61545E-03  1.00000
   22  44 ( 44Ti) 1.54666E-01    0    1.54666E-01  1.00000
   21  44 ( 44Sc) 4.67314E-01    0    2.93423E-01  0.62789
                                 4    1.73891E-01  0.37211   2.11000E+05 sec. 
   20  44 ( 44Ca) 2.97596E-02    0    2.97596E-02  1.00000
   22  43 ( 43Ti) 6.18855E-04    0    6.18855E-04  1.00000
   21  43 ( 43Sc) 1.74273E-01    0    1.74273E-01  1.00000
   20  43 ( 43Ca) 6.08605E-02    0    6.08605E-02  1.00000
   21  42 ( 42Sc) 1.29943E-02    0    6.58749E-03  0.50695
                                 2    6.40684E-03  0.49305   6.17000E+01 sec. 
   20  42 ( 42Ca) 1.11182E-01    0    1.11182E-01  1.00000
   20  41 ( 41Ca) 3.69762E-02    0    3.69762E-02  1.00000
   19  41 ( 41K ) 3.47234E-03    0    3.47234E-03  1.00000
   20  40 ( 40Ca) 9.52246E-03    0    9.52246E-03  1.00000
   19  40 ( 40K ) 5.67039E-03    0    5.67039E-03  1.00000
   19  39 ( 39K ) 4.02414E-03    0    4.02414E-03  1.00000
   18  38 ( 38Ar) 1.28563E-03    0    1.28563E-03  1.00000

   b. Per mass

   A  cross section

   57 5.52709E-02
   56 3.17309E+01
   55 1.32368E+02
   54 1.49252E+02
   53 1.29260E+02
   52 1.04352E+02
   51 8.42488E+01
   50 6.07942E+01
   49 3.27733E+01
   48 1.87006E+01
   47 9.20685E+00
   46 5.12504E+00
   45 1.49195E+00
   44 6.51740E-01
   43 2.35753E-01
   42 1.24176E-01
   41 4.04485E-02
   40 1.51929E-02
   39 4.02414E-03
   38 1.28563E-03

 Total residual production cross section:   760.43152
 Non-elastic cross section              :   763.52502

 Execution time:  0 hours  0 minutes 45.09 seconds 

 The TALYS team congratulates you with this successful calculation.

    TALYS-1.9 (Version: December 21, 2017)

 Copyright (C) 2017  A.J. Koning, S. Hilaire and S. Goriely      
                         IAEA         CEA          ULB    

 Dimensions - Cross sections: mb, Energies: MeV, Angles: degrees

 ########## USER INPUT ##########

 USER INPUT FILE

 #                                                                               
 # general                                                                       
 #                                                                               
 projectile p                                                                    
 element fe                                                                      
 mass 0                                                                          
 energy energies                                                                 
 #                                                                               
 # output                                                                        
 #                                                                               
 fileresidual     y                                                              

 USER INPUT FILE + DEFAULTS

 Keyword           Value   Variable     Explanation

 #
 # Four main keywords
 #
 projectile          p     ptype0       type of incident particle
 element            Fe     Starget      symbol of target nucleus
 mass               57     mass         mass number of target nucleus
 energy energies           energyfile   file with incident energies
 #
 # Basic physical and numerical parameters
 #
 ejectiles g n p d t h a   outtype      outgoing particles
 maxz               12     maxZ         maximal number of protons away from the initial compound nucleus
 maxn               28     maxN         maximal number of neutrons away from the initial compound nucleus
 bins               40     nbins        number of continuum excitation energy bins
 equidistant         n     flagequi     flag to use equidistant excitation bins instead of logarithmic bins
 popmev              n     flagpopmev   flag to use initial population per MeV instead of histograms
 segment             1     segment      number of segments to divide emission energy grid
 maxlevelstar       30     nlevmax      maximum number of included discrete levels for target
 maxlevelsres       10     nlevmaxres   maximum number of included discrete levels for residual nucleus
 maxlevelsbin g     10     nlevbin      maximum number of included discrete levels for gamma    channel
 maxlevelsbin n     10     nlevbin      maximum number of included discrete levels for neutron  channel
 maxlevelsbin p     30     nlevbin      maximum number of included discrete levels for proton   channel
 maxlevelsbin d      5     nlevbin      maximum number of included discrete levels for deuteron channel
 maxlevelsbin t      5     nlevbin      maximum number of included discrete levels for triton   channel
 maxlevelsbin h      5     nlevbin      maximum number of included discrete levels for helium-3 channel
 maxlevelsbin a     10     nlevbin      maximum number of included discrete levels for alpha    channel
 ltarget             0     ltarget      excited level of target
 isomer           1.00E+00 isomer       definition of isomer in seconds
 transpower          5     transpower   power for transmission coefficient limit
 transeps         1.00E-08 transeps     limit for transmission coefficient
 xseps            1.00E-07 xseps        limit for cross sections
 popeps           1.00E-03 popeps       limit for population cross section per nucleus
 Rfiseps          1.00E-03 Rfiseps      ratio for limit for fission cross section per nucleus
 elow             1.00E-06 elow         minimal incident energy for nuclear model calculations
 angles             90     nangle       number of angles
 anglescont         18     nanglecont   number of angles for continuum
 anglesrec           1     nanglerec    number of recoil angles
 maxenrec           20     maxenrec     number of recoil energies
 channels            n     flagchannels flag for exclusive channels calculation
 maxchannel          4     maxchannel   maximal number of outgoing particles in individual channel description
 micro               n     flagmicro    flag for completely microscopic Talys calculation
 best                n     flagbest     flag to use best set of adjusted parameters
 bestbranch          y     flagbestbr   flag to use flag to use only best set of branching ratios
 bestend             n     flagbestend  flag to put best set of parameters at end of input file
 relativistic        y     flagrel      flag for relativistic kinematics
 recoil              n     flagrecoil   flag for calculation of recoils
 labddx              n     flaglabddx   flag for calculation of DDX in LAB system
 recoilaverage       n     flagrecoilav flag for average velocity in recoil calculation
 channelenergy       n     flagEchannel flag for channel energy for emission spectrum
 reaction            y     flagreaction flag for calculation of nuclear reactions
 astro               n     flagastro    flag for calculation of astrophysics reaction rate
 astrogs             n     flagastrogs  flag for calculation of astrophysics reaction rate with target in ground state only
 astroex             n     flagastroex  flag for calculation of astrophysics reaction rate to long-lived excited states
 nonthermlev        -1     nonthermlev  excited level non-thermalized in the calculation of astrophysics rate
 massmodel           2     massmodel    model for theoretical nuclear mass
 expmass             y     flagexpmass  flag for using experimental nuclear mass if available
 disctable           1     disctable    table with discrete levels
 production          n     flagprod     flag for isotope production
 outfy               n     flagoutfy    flag for output detailed fission yield calculation
 gefran          50000     gefran       number of random events for GEF calculation
 Estop            1000.000 Estop        incident energy above which TALYS stops
 rpevap              n     flagrpevap   flag for evaporation of residual products at high incident energies
 maxZrp             12     maxZrp       maximal number of protons away from the initial compound nucleus before residual evaporation
 maxNrp             32     maxNrp       maximal number of neutons away from the initial compound nucleus before residual evaporation
 #
 # Optical model
 #
 localomp            y     flaglocalomp flag for local (y) or global (n) optical model
 dispersion          n     flagdisp     flag for dispersive optical model
 jlmomp              n     flagjlm      flag for using semi-microscopic JLM OMP
 optmodall           n     flagompall   flag for new optical model calculation for all residual nuclei
 incadjust           y     flagincadj   flag for OMP adjustment on incident channel also
 omponly             n     flagomponly  flag to execute ONLY an optical model calculation
 autorot             n     flagautorot  flag for automatic rotational coupled channels calculations for A > 150
 spherical           n     flagspher    flag to force spherical optical model
 coulomb             y     flagcoulomb  flag for Coulomb excitation calculation with ECIS
 statepot            n     flagstate    flag for optical model potential for each excited state
 maxband             0     maxband      highest vibrational band added to rotational model
 maxrot              2     maxrot       number of included excited rotational levels
 sysreaction               sysreaction  particles with reaction cross section from systematics
 rotational   p            rotational   particles with possible rotational optical model
 core               -1     core         even-even core for weakcoupling (-1 or 1)
 ecissave            n     flagecissave flag for saving ECIS input and output files
 eciscalc            y     flageciscalc flag for new ECIS calculation for outgoing particles and energy grid
 inccalc             y     flaginccalc  flag for new ECIS calculation for incident channel
 endfecis            y     flagendfecis flag for new ECIS calculation for ENDF-6 files
 radialmodel         2     radialmodel  model for radial matter densities (JLM OMP only)
 jlmmode             0     jlmmode      option for JLM imaginary potential normalization
 alphaomp            6     alphaomp     alpha OMP (1=normal, 2= McFadden-Satchler, 3-5= folding potential, 6,8= Avrigeanu, 7=Nolte)
 deuteronomp         1     deuteronomp  deuteron OMP (1=normal, 2=Daehnick, 3=Bojowald, 4=Han-Shi-Shen, 5=An-Cai)
 #
 # Compound nucleus
 #
 widthfluc          10.559 ewfc         off-set incident energy for width fluctuation calculation
 widthmode           1     wmode        designator for width fluctuation model
 compound            y     flagcomp     flag for compound nucleus model
 fullhf              n     flagfullhf   flag for full spin dependence of transmission coefficients
 eciscompound        n     flageciscomp flag for compound nucleus calculation by ECIS
 cpang               n     flagcpang    flag for compound angular distribution calculation for incident charged particles
 urr                 n     flagurr      flag for URR calculation
 urrnjoy             n     flagurrnjoy  flag for normalization of URR parameters with NJOY method
 lurr                2     lurr         maximal orbital angular momentum for URR
 #
 # Gamma emission
 #
 gammax              2     gammax       number of l-values for gamma multipolarity
 strength            1     strength     model for E1 gamma-ray strength function
 strengthM1          2     strengthM1   model for M1 gamma-ray strength function
 electronconv        y     flagelectron flag for application of electron conversion coefficient
 racap               n     flagracap    flag for radiative capture model
 ldmodelracap        1     ldmodelracap level density model for direct radiative capture
 #
 # Pre-equilibrium
 #
 preequilibrium      2.697 epreeq       on-set incident energy for preequilibrium calculation
 preeqmode           2     preeqmode    designator for pre-equilibrium model
 multipreeq         20.000 emulpre      on-set incident energy for multiple preequilibrium
 mpreeqmode          2     mpreeqmode   designator for multiple pre-equilibrium model
 breakupmodel        1     breakupmodel model for break-up reaction: 1. Kalbach 2. Avrigeanu
 phmodel             1     phmodel      particle-hole state density model
 pairmodel           2     pairmodel    designator for pre-equilibrium pairing model
 preeqspin           2     pespinmodel  model for pre-equilibrium spin distribution
 giantresonance      y     flaggiant    flag for collective contribution from giant resonances
 preeqsurface        y     flagsurface  flag for surface effects in exciton model
 preeqcomplex        y     flagpecomp   flag for Kalbach complex particle emission model
 twocomponent        y     flag2comp    flag for two-component pre-equilibrium model
 ecisdwba            y     flagecisdwba flag for new ECIS calculation for DWBA for MSD
 onestep             n     flagonestep  flag for continuum one-step direct only
 #
 # Level densities
 #
 ldmodel             1     ldmodelall   level density model
 shellmodel          1     shellmodel   model for shell correction energies
 kvibmodel           2     kvibmodel    model for vibrational enhancement
 spincutmodel        1     spincutmodel model for spin cutoff factor for ground state
 asys                n     flagasys     flag for all level density parameters a from systematics
 parity              n     flagparity   flag for non-equal parity distribution
 colenhance          n     flagcolall   flag for collective enahncement of level density for all nuclides
 ctmglobal           n     flagctmglob  flag for global CTM model (no discrete level info)
 gshell              n     flaggshell   flag for energy dependence of single particle level density parameter g
 #
 # Fission
 #
 fission             n     flagfission  flag for fission
 fismodel            1     fismodel     fission model
 fismodelalt         4     fismodelalt  alternative fission model for default barriers
 hbstate             y     flaghbstate  flag for head band states in fission
 class2              y     flagclass2   flag for class2 states in fission
 massdis             n     flagmassdis  flag for calculation of fission fragment mass yields
 ffevaporation       y     flagffevap   flag for calculation of particle evaporation from fission fragment mass yields
 fisfeed             n     flagfisfeed  flag for output of fission per excitation bin
 fymodel             2     fymodel      fission yield model, 1: Brosa 2: GEF
 ffspin              n     flagffspin   flag to use spin distribution in initial FF population
 #
 # Output
 #
 outmain             y     flagmain     flag for main output
 outbasic            n     flagbasic    flag for output of basic information and results
 outpopulation       n     flagpop      flag for output of population
 outcheck            n     flagcheck    flag for output of numerical checks
 outlevels           n     flaglevels   flag for output of discrete level information
 outdensity          n     flagdensity  flag for output of level densities
 outomp              n     flagoutomp   flag for output of optical model parameters
 outdirect           n     flagdirect   flag for output of direct reaction results
 outinverse          n     flaginverse  flag for output of transmission coefficients and inverse reaction cross sections
 outtransenergy      y     flagtransen  flag for output of transmission coefficients per energy
 outecis             n     flagoutecis  flag for output of ECIS results
 outgamma            n     flaggamma    flag for output of gamma-ray information
 outpreequilibrium   n     flagpeout    flag for output of pre-equilibrium results 
 outfission          n     flagfisout   flag for output of fission information
 outdiscrete         n     flagdisc     flag for output of discrete state cross sections
 outspectra          n     flagspec     flag for output of double-differential cross sections
 outbinspectra       n     flagbinspec  flag for output of emission spectrum per excitation bin
 resonance           n     flagres      flag for output of low energy resonance cross sections
 group               n     flaggroup    flag for output of low energy groupwise cross sections
 addiscrete          y     flagadd      flag for addition of discrete states to spectra
 addelastic          y     flagaddel    flag for addition of elastic peak to spectra
 outangle            n     flagang      flag for output of angular distributions
 outlegendre         n     flaglegendre flag for output of Legendre coefficients
 ddxmode             0     ddxmode      mode for double-differential cross sections
 outdwba             n     flagoutdwba  flag for output of DWBA cross sections for MSD
 outgamdis           n     flaggamdis   flag for output of discrete gamma-ray intensities
 outexcitation       y     flagexc      flag for output of excitation functions
 components          n     flagcompo    flag for output of cross section components
 endf                n     flagendf     flag for information for ENDF-6 file
 endfdetail          n     flagendfdet  flag for detailed ENDF-6 information per channel
 sacs                n     flagsacs     flag for statistical analysis of cross sections
 partable            n     flagpartable flag for output of model parameters on separate file

 ########## BASIC REACTION PARAMETERS ##########

 Projectile           : proton      Mass in a.m.u.      :   1.007276
 Target               :  57Fe       Mass in a.m.u.      :  56.935392

 Included channels:
                     gamma   
                     neutron 
                     proton  
                     deuteron
                     triton  
                     helium-3
                     alpha   

    24 incident energies (LAB):

      1.000
      2.000
      3.000
      4.000
      5.000
      6.000
      8.000
     10.000
     12.000
     14.000
     16.000
     18.000
     20.000
     25.000
     30.000
     35.000
     40.000
     45.000
     50.000
     60.000
     70.000
     80.000
     90.000
    100.000

 Q-values for binary reactions:

 Q(p,g):  6.95429
 Q(p,n): -1.61863
 Q(p,p):  0.00000
 Q(p,d): -5.42151
 Q(p,t):-10.36136
 Q(p,h):-10.11166
 Q(p,a):  0.23985

 ########## RESULTS FOR E=   1.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   1.00000 ###########

 Center-of-mass energy:    0.983

 1. Total (binary) cross sections

   Reaction        = 3.08364E-03
     Compound elastic= 6.75760E-05
     Non-elastic     = 3.01606E-03
       Direct          = 1.43234E-13
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 3.01606E-03

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 3.00008E-03
 neutron = 0.00000E+00
 proton  = 1.59853E-05
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 6.94525E-03    Multiplicity= 2.30275E+00
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.59853E-05    Multiplicity= 5.30007E-03
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 2.99830E-03    0    2.80819E-03  0.93660
                                 1    1.90103E-04  0.06340   3.27600E+04 sec. 
   25  54 ( 54Mn) 1.00000E-07    0    0.00000E+00  0.00000

   b. Per mass

   A  cross section

   58 2.99830E-03

 Total residual production cross section:     0.00300
 Non-elastic cross section              :     0.00302

 ########## RESULTS FOR E=   2.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   2.00000 ###########

 Center-of-mass energy:    1.965

 1. Total (binary) cross sections

   Reaction        = 2.69044E+00
     Compound elastic= 9.35521E-01
     Non-elastic     = 1.75492E+00
       Direct          = 2.35449E-05
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.75490E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.28927E-01
 neutron = 1.23216E+00
 proton  = 3.93628E-01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 3.16903E-01    Multiplicity= 1.80580E-01
 neutron = 1.23217E+00    Multiplicity= 7.02124E-01
 proton  = 3.93735E-01    Multiplicity= 2.24361E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 1.28805E-01    0    1.21548E-01  0.94366
                                 1    7.25729E-03  0.05634   3.27600E+04 sec. 
   27  57 ( 57Co) 1.23217E+00    0    1.23217E+00  1.00000
   26  57 ( 57Fe) 3.93735E-01    0    3.93735E-01  1.00000
   25  54 ( 54Mn) 1.00000E-07    0    0.00000E+00  0.00000

   b. Per mass

   A  cross section

   58 1.28805E-01
   57 1.62590E+00

 Total residual production cross section:     1.75471
 Non-elastic cross section              :     1.75492

 ########## RESULTS FOR E=   3.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   3.00000 ###########

 Center-of-mass energy:    2.948

 1. Total (binary) cross sections

   Reaction        = 4.57351E+01
     Compound elastic= 1.55193E+01
     Non-elastic     = 3.02158E+01
       Direct          = 3.10983E-01
       Pre-equilibrium = 2.07413E-04
       Giant resonance = 5.74499E-30
       Compound non-el = 2.99046E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.60377E-01
 neutron = 1.94592E+01
 proton  = 1.04962E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.37471E-10

 3. Total particle production cross sections

 gamma   = 6.46219E-01    Multiplicity= 2.13868E-02
 neutron = 1.94618E+01    Multiplicity= 6.44094E-01
 proton  = 1.04983E+01    Multiplicity= 3.47442E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 2.37471E-10    Multiplicity= 7.85915E-12

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 2.55699E-01    0    2.36967E-01  0.92674
                                 1    1.87319E-02  0.07326   3.27600E+04 sec. 
   27  57 ( 57Co) 1.94618E+01    0    1.94618E+01  1.00000
   26  57 ( 57Fe) 1.04983E+01    0    1.04983E+01  1.00000
   25  54 ( 54Mn) 1.00000E-07    0    0.00000E+00  0.00000

   b. Per mass

   A  cross section

   58 2.55699E-01
   57 2.99601E+01

 Total residual production cross section:    30.21577
 Non-elastic cross section              :    30.21581

 ########## RESULTS FOR E=   4.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   4.00000 ###########

 Center-of-mass energy:    3.930

 1. Total (binary) cross sections

   Reaction        = 1.89953E+02
     Compound elastic= 2.34967E+01
     Non-elastic     = 1.66456E+02
       Direct          = 3.50283E+00
       Pre-equilibrium = 1.45077E-03
       Giant resonance = 8.96810E-07
       Compound non-el = 1.62952E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.20663E-01
 neutron = 1.32908E+02
 proton  = 3.33269E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.15261E-03

 3. Total particle production cross sections

 gamma   = 5.33062E-01    Multiplicity= 3.20241E-03
 neutron = 1.32917E+02    Multiplicity= 7.98510E-01
 proton  = 3.33320E+01    Multiplicity= 2.00245E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.15261E-03    Multiplicity= 6.92442E-06

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 2.06299E-01    0    1.84204E-01  0.89290
                                 1    2.20950E-02  0.10710   3.27600E+04 sec. 
   27  57 ( 57Co) 1.32917E+02    0    1.32917E+02  1.00000
   26  57 ( 57Fe) 3.33320E+01    0    3.33320E+01  1.00000
   25  54 ( 54Mn) 1.15261E-03    0    1.15261E-03  1.00000

   b. Per mass

   A  cross section

   58 2.06299E-01
   57 1.66249E+02
   54 1.15261E-03

 Total residual production cross section:   166.45648
 Non-elastic cross section              :   166.45625

 ########## RESULTS FOR E=   5.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   5.00000 ###########

 Center-of-mass energy:    4.913

 1. Total (binary) cross sections

   Reaction        = 3.81873E+02
     Compound elastic= 2.21445E+01
     Non-elastic     = 3.59729E+02
       Direct          = 1.33826E+01
       Pre-equilibrium = 6.73146E-01
       Giant resonance = 1.55647E-03
       Compound non-el = 3.45671E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.97772E-01
 neutron = 2.80933E+02
 proton  = 7.84582E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 4.04653E-02

 3. Total particle production cross sections

 gamma   = 9.52225E+01    Multiplicity= 2.64707E-01
 neutron = 2.80964E+02    Multiplicity= 7.81045E-01
 proton  = 7.84686E+01    Multiplicity= 2.18133E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 4.04654E-02    Multiplicity= 1.12489E-04

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 2.56455E-01    0    2.23654E-01  0.87210
                                 1    3.28016E-02  0.12790   3.27600E+04 sec. 
   27  57 ( 57Co) 2.80965E+02    0    2.80965E+02  1.00000
   26  57 ( 57Fe) 7.84686E+01    0    7.84686E+01  1.00000
   25  54 ( 54Mn) 4.04560E-02    0    4.04560E-02  1.00000

   b. Per mass

   A  cross section

   58 2.56455E-01
   57 3.59434E+02
   54 4.04560E-02

 Total residual production cross section:   359.73059
 Non-elastic cross section              :   359.72852

 ########## RESULTS FOR E=   6.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   6.00000 ###########

 Center-of-mass energy:    5.895

 1. Total (binary) cross sections

   Reaction        = 5.44310E+02
     Compound elastic= 1.65588E+01
     Non-elastic     = 5.27751E+02
       Direct          = 2.56929E+01
       Pre-equilibrium = 3.14510E+00
       Giant resonance = 6.27947E-02
       Compound non-el = 4.98850E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 4.02214E-01
 neutron = 3.95219E+02
 proton  = 1.31593E+02
 deuteron= 3.11489E-17
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 5.39580E-01

 3. Total particle production cross sections

 gamma   = 2.59527E+02    Multiplicity= 4.91759E-01
 neutron = 3.95288E+02    Multiplicity= 7.49004E-01
 proton  = 1.31612E+02    Multiplicity= 2.49382E-01
 deuteron= 3.11489E-17    Multiplicity= 5.90220E-20
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 5.39581E-01    Multiplicity= 1.02242E-03

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 3.14968E-01    0    2.68396E-01  0.85214
                                 1    4.65718E-02  0.14786   3.27600E+04 sec. 
   27  57 ( 57Co) 3.95289E+02    0    3.95289E+02  1.00000
   26  57 ( 57Fe) 1.31612E+02    0    1.31612E+02  1.00000
   25  54 ( 54Mn) 5.39576E-01    0    5.39576E-01  1.00000

   b. Per mass

   A  cross section

   58 3.14968E-01
   57 5.26901E+02
   54 5.39576E-01

 Total residual production cross section:   527.75513
 Non-elastic cross section              :   527.75116

 ########## RESULTS FOR E=   8.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   8.00000 ###########

 Center-of-mass energy:    7.860

 1. Total (binary) cross sections

   Reaction        = 7.23009E+02
     Compound elastic= 5.88569E+00
     Non-elastic     = 7.17123E+02
       Direct          = 3.80436E+01
       Pre-equilibrium = 1.64663E+01
       Giant resonance = 1.40332E+00
       Compound non-el = 6.61210E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 6.31023E-01
 neutron = 5.20346E+02
 proton  = 1.86977E+02
 deuteron= 1.71587E-02
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 9.15575E+00

 3. Total particle production cross sections

 gamma   = 5.83858E+02    Multiplicity= 8.14167E-01
 neutron = 5.20538E+02    Multiplicity= 7.25869E-01
 proton  = 1.87019E+02    Multiplicity= 2.60790E-01
 deuteron= 1.71587E-02    Multiplicity= 2.39271E-05
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 9.15580E+00    Multiplicity= 1.27674E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 3.97979E-01    0    3.20756E-01  0.80596
                                 1    7.72231E-02  0.19404   3.27600E+04 sec. 
   27  57 ( 57Co) 5.20516E+02    0    5.20516E+02  1.00000
   26  57 ( 57Fe) 1.87026E+02    0    1.87026E+02  1.00000
   26  56 ( 56Fe) 1.71587E-02    0    1.71587E-02  1.00000
   25  54 ( 54Mn) 9.15562E+00    0    9.15562E+00  1.00000

   b. Per mass

   A  cross section

   58 3.97979E-01
   57 7.07542E+02
   56 1.71587E-02
   54 9.15562E+00

 Total residual production cross section:   717.11249
 Non-elastic cross section              :   717.12329

 ########## RESULTS FOR E=  10.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  10.00000 ###########

 Center-of-mass energy:    9.825

 1. Total (binary) cross sections

   Reaction        = 8.51424E+02
     Compound elastic= 1.74677E+00
     Non-elastic     = 8.49677E+02
       Direct          = 4.38036E+01
       Pre-equilibrium = 4.61869E+01
       Giant resonance = 3.74927E+00
       Compound non-el = 7.55937E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.69508E-01
 neutron = 5.95631E+02
 proton  = 2.25612E+02
 deuteron= 1.02317E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.64453E+01

 3. Total particle production cross sections

 gamma   = 8.47017E+02    Multiplicity= 9.96869E-01
 neutron = 5.96359E+02    Multiplicity= 7.01865E-01
 proton  = 2.70866E+02    Multiplicity= 3.18787E-01
 deuteron= 1.02317E+00    Multiplicity= 1.20418E-03
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 2.64460E+01    Multiplicity= 3.11248E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 5.40096E-01    0    4.03665E-01  0.74739
                                 1    1.36432E-01  0.25261   3.27600E+04 sec. 
   27  57 ( 57Co) 5.50763E+02    0    5.50763E+02  1.00000
   26  57 ( 57Fe) 2.25334E+02    0    2.25334E+02  1.00000
   26  56 ( 56Fe) 4.65764E+01    0    4.65764E+01  1.00000
   25  54 ( 54Mn) 2.64432E+01    0    2.64432E+01  1.00000

   b. Per mass

   A  cross section

   58 5.40096E-01
   57 7.76097E+02
   56 4.65764E+01
   54 2.64432E+01

 Total residual production cross section:   849.65643
 Non-elastic cross section              :   849.67725

 ########## RESULTS FOR E=  12.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  12.00000 ###########

 Center-of-mass energy:   11.790

 1. Total (binary) cross sections

   Reaction        = 9.49178E+02
     Compound elastic= 3.07452E-01
     Non-elastic     = 9.48871E+02
       Direct          = 4.87234E+01
       Pre-equilibrium = 9.18120E+01
       Giant resonance = 7.24618E+00
       Compound non-el = 8.01089E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.40859E+00
 neutron = 6.26870E+02
 proton  = 2.75812E+02
 deuteron= 3.90061E+00
 triton  = 4.51550E-07
 helium-3= 2.56899E-17
 alpha   = 4.08790E+01

 3. Total particle production cross sections

 gamma   = 7.50685E+02    Multiplicity= 7.91135E-01
 neutron = 6.59106E+02    Multiplicity= 6.94621E-01
 proton  = 5.51911E+02    Multiplicity= 5.81651E-01
 deuteron= 3.90066E+00    Multiplicity= 4.11084E-03
 triton  = 4.51550E-07    Multiplicity= 4.75881E-10
 helium-3= 2.56899E-17    Multiplicity= 2.70742E-20
 alpha   = 4.08824E+01    Multiplicity= 4.30853E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 7.63003E-01    0    5.41347E-01  0.70950
                                 1    2.21656E-01  0.29050   3.27600E+04 sec. 
   27  57 ( 57Co) 3.51297E+02    0    3.51297E+02  1.00000
   26  57 ( 57Fe) 2.44211E+02    0    2.44211E+02  1.00000
   26  56 ( 56Fe) 3.11594E+02    0    3.11594E+02  1.00000
   25  54 ( 54Mn) 4.08760E+01    0    4.08760E+01  1.00000

   b. Per mass

   A  cross section

   58 7.63003E-01
   57 5.95509E+02
   56 3.11594E+02
   54 4.08760E+01

 Total residual production cross section:   948.74146
 Non-elastic cross section              :   948.87054

 ########## RESULTS FOR E=  14.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  14.00000 ###########

 Center-of-mass energy:   13.755

 1. Total (binary) cross sections

   Reaction        = 1.01401E+03
     Compound elastic= 8.35264E-02
     Non-elastic     = 1.01393E+03
       Direct          = 5.09813E+01
       Pre-equilibrium = 1.47881E+02
       Giant resonance = 1.38364E+01
       Compound non-el = 8.01227E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.77060E+00
 neutron = 6.21955E+02
 proton  = 3.30664E+02
 deuteron= 9.42544E+00
 triton  = 1.06987E-02
 helium-3= 5.19979E-07
 alpha   = 5.01011E+01

 3. Total particle production cross sections

 gamma   = 5.53201E+02    Multiplicity= 5.45603E-01
 neutron = 7.84042E+02    Multiplicity= 7.73273E-01
 proton  = 7.48133E+02    Multiplicity= 7.37857E-01
 deuteron= 9.42565E+00    Multiplicity= 9.29619E-03
 triton  = 1.06987E-02    Multiplicity= 1.05517E-05
 helium-3= 5.19979E-07    Multiplicity= 5.12837E-10
 alpha   = 5.01206E+01    Multiplicity= 4.94322E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 9.51339E-01    0    6.66867E-01  0.70098
                                 1    2.84472E-01  0.29902   3.27600E+04 sec. 
   27  57 ( 57Co) 1.78115E+02    0    1.78115E+02  1.00000
   26  57 ( 57Fe) 1.96342E+02    0    1.96342E+02  1.00000
   27  56 ( 56Co) 2.70009E+01    0    2.70009E+01  1.00000
   26  56 ( 56Fe) 5.61140E+02    0    5.61140E+02  1.00000
   26  55 ( 55Fe) 1.06985E-02    0    1.06985E-02  1.00000
   25  54 ( 54Mn) 5.00649E+01    0    5.00649E+01  1.00000
   25  53 ( 53Mn) 4.36427E-02    0    4.36427E-02  1.00000
   24  53 ( 53Cr) 1.33340E-03    0    1.33340E-03  1.00000

   b. Per mass

   A  cross section

   58 9.51339E-01
   57 3.74456E+02
   56 5.88141E+02
   55 1.06985E-02
   54 5.00649E+01
   53 4.49761E-02

 Total residual production cross section:  1013.66882
 Non-elastic cross section              :  1013.92651

 ########## RESULTS FOR E=  16.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  16.00000 ###########

 Center-of-mass energy:   15.720

 1. Total (binary) cross sections

   Reaction        = 1.06044E+03
     Compound elastic= 2.19615E-02
     Non-elastic     = 1.06042E+03
       Direct          = 5.04228E+01
       Pre-equilibrium = 2.11975E+02
       Giant resonance = 1.80949E+01
       Compound non-el = 7.79925E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.92913E+00
 neutron = 6.02128E+02
 proton  = 3.83266E+02
 deuteron= 1.62560E+01
 triton  = 7.93499E-02
 helium-3= 2.66669E-04
 alpha   = 5.67594E+01

 3. Total particle production cross sections

 gamma   = 5.47684E+02    Multiplicity= 5.16479E-01
 neutron = 9.95126E+02    Multiplicity= 9.38428E-01
 proton  = 7.35039E+02    Multiplicity= 6.93159E-01
 deuteron= 1.62565E+01    Multiplicity= 1.53303E-02
 triton  = 7.93504E-02    Multiplicity= 7.48294E-05
 helium-3= 2.66669E-04    Multiplicity= 2.51475E-07
 alpha   = 5.72485E+01    Multiplicity= 5.39867E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 9.77686E-01    0    6.73154E-01  0.68852
                                 1    3.04532E-01  0.31148   3.27600E+04 sec. 
   27  57 ( 57Co) 9.52923E+01    0    9.52923E+01  1.00000
   26  57 ( 57Fe) 1.50544E+02    0    1.50544E+02  1.00000
   27  56 ( 56Co) 1.55345E+02    0    1.55345E+02  1.00000
   26  56 ( 56Fe) 6.00459E+02    0    6.00459E+02  1.00000
   25  56 ( 56Mn) 2.53525E-02    0    2.53525E-02  1.00000
   26  55 ( 55Fe) 7.93443E-02    0    7.93443E-02  1.00000
   25  54 ( 54Mn) 5.24821E+01    0    5.24821E+01  1.00000
   25  53 ( 53Mn) 4.67418E+00    0    4.67418E+00  1.00000
   24  53 ( 53Cr) 6.82126E-02    0    6.82126E-02  1.00000

   b. Per mass

   A  cross section

   58 9.77686E-01
   57 2.45836E+02
   56 7.55830E+02
   55 7.93443E-02
   54 5.24821E+01
   53 4.74240E+00

 Total residual production cross section:  1059.94800
 Non-elastic cross section              :  1060.41797

 ########## RESULTS FOR E=  18.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  18.00000 ###########

 Center-of-mass energy:   17.684

 1. Total (binary) cross sections

   Reaction        = 1.08840E+03
     Compound elastic= 5.65013E-03
     Non-elastic     = 1.08839E+03
       Direct          = 4.86245E+01
       Pre-equilibrium = 2.78802E+02
       Giant resonance = 1.99977E+01
       Compound non-el = 7.40970E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.98698E+00
 neutron = 5.77015E+02
 proton  = 4.24438E+02
 deuteron= 2.30497E+01
 triton  = 2.19359E-01
 helium-3= 5.04504E-03
 alpha   = 6.16806E+01

 3. Total particle production cross sections

 gamma   = 7.39356E+02    Multiplicity= 6.79309E-01
 neutron = 1.10502E+03    Multiplicity= 1.01527E+00
 proton  = 7.30043E+02    Multiplicity= 6.70753E-01
 deuteron= 2.30506E+01    Multiplicity= 2.11785E-02
 triton  = 2.19363E-01    Multiplicity= 2.01548E-04
 helium-3= 5.04506E-03    Multiplicity= 4.63532E-06
 alpha   = 6.49186E+01    Multiplicity= 5.96462E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 8.84945E-01    0    5.98138E-01  0.67590
                                 1    2.86807E-01  0.32410   3.27600E+04 sec. 
   27  57 ( 57Co) 6.17405E+01    0    6.17405E+01  1.00000
   26  57 ( 57Fe) 1.27156E+02    0    1.27156E+02  1.00000
   27  56 ( 56Co) 2.08512E+02    0    2.08512E+02  1.00000
   26  56 ( 56Fe) 6.23368E+02    0    6.23368E+02  1.00000
   25  56 ( 56Mn) 9.25568E-01    0    9.25568E-01  1.00000
   26  55 ( 55Fe) 2.19359E-01    0    2.19359E-01  1.00000
   25  55 ( 55Mn) 5.04058E-03    0    5.04058E-03  1.00000
   25  54 ( 54Mn) 3.88828E+01    0    3.88828E+01  1.00000
   25  53 ( 53Mn) 2.55598E+01    0    2.55598E+01  1.00000
   24  53 ( 53Cr) 4.37325E-01    0    4.37325E-01  1.00000

   b. Per mass

   A  cross section

   58 8.84945E-01
   57 1.88897E+02
   56 8.32805E+02
   55 2.24399E-01
   54 3.88828E+01
   53 2.59971E+01

 Total residual production cross section:  1087.69128
 Non-elastic cross section              :  1088.39441

 ########## RESULTS FOR E=  20.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  20.00000 ###########

 Center-of-mass energy:   19.649

 1. Total (binary) cross sections

   Reaction        = 1.10246E+03
     Compound elastic= 1.44514E-03
     Non-elastic     = 1.10246E+03
       Direct          = 4.62036E+01
       Pre-equilibrium = 3.43447E+02
       Giant resonance = 2.11407E+01
       Compound non-el = 6.91667E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.98430E+00
 neutron = 5.53135E+02
 proton  = 4.52403E+02
 deuteron= 2.93692E+01
 triton  = 4.99252E-01
 helium-3= 4.05192E-02
 alpha   = 6.50268E+01

 3. Total particle production cross sections

 gamma   = 9.74267E+02    Multiplicity= 8.83723E-01
 neutron = 1.14017E+03    Multiplicity= 1.03421E+00
 proton  = 7.43204E+02    Multiplicity= 6.74133E-01
 deuteron= 2.93727E+01    Multiplicity= 2.66429E-02
 triton  = 4.99266E-01    Multiplicity= 4.52866E-04
 helium-3= 4.05193E-02    Multiplicity= 3.67536E-05
 alpha   = 7.31401E+01    Multiplicity= 6.63427E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 7.23701E-01    0    4.81507E-01  0.66534
                                 1    2.42194E-01  0.33466   3.27600E+04 sec. 
   27  57 ( 57Co) 4.78308E+01    0    4.78308E+01  1.00000
   26  57 ( 57Fe) 1.16078E+02    0    1.16078E+02  1.00000
   27  56 ( 56Co) 2.13629E+02    0    2.13629E+02  1.00000
   26  56 ( 56Fe) 6.44488E+02    0    6.44488E+02  1.00000
   25  56 ( 56Mn) 4.77939E+00    0    4.77939E+00  1.00000
   26  55 ( 55Fe) 5.70025E-01    0    5.70025E-01  1.00000
   25  55 ( 55Mn) 4.14684E-02    0    4.14684E-02  1.00000
   25  54 ( 54Mn) 2.22541E+01    0    2.22541E+01  1.00000
   25  53 ( 53Mn) 4.91666E+01    0    4.91666E+01  1.00000
   24  53 ( 53Cr) 1.66702E+00    0    1.66702E+00  1.00000

   b. Per mass

   A  cross section

   58 7.23701E-01
   57 1.63909E+02
   56 8.62896E+02
   55 6.11494E-01
   54 2.22541E+01
   53 5.08337E+01

 Total residual production cross section:  1101.22839
 Non-elastic cross section              :  1102.45850

 ########## RESULTS FOR E=  25.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  25.00000 ###########

 Center-of-mass energy:   24.560

 1. Total (binary) cross sections

   Reaction        = 1.11915E+03
     Compound elastic= 5.53259E-05
     Non-elastic     = 1.11915E+03
       Direct          = 4.08065E+01
       Pre-equilibrium = 4.89499E+02
       Giant resonance = 2.44234E+01
       Compound non-el = 5.64421E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.84879E+00
 neutron = 5.06947E+02
 proton  = 4.96525E+02
 deuteron= 4.16561E+01
 triton  = 1.82551E+00
 helium-3= 1.88242E+00
 alpha   = 6.84653E+01

 3. Total particle production cross sections

 gamma   = 1.33673E+03    Multiplicity= 1.19442E+00
 neutron = 1.18633E+03    Multiplicity= 1.06003E+00
 proton  = 8.34236E+02    Multiplicity= 7.45419E-01
 deuteron= 4.23452E+01    Multiplicity= 3.78369E-02
 triton  = 1.82721E+00    Multiplicity= 1.63268E-03
 helium-3= 1.88242E+00    Multiplicity= 1.68201E-03
 alpha   = 9.20602E+01    Multiplicity= 8.22590E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 3.55237E-01    0    2.37206E-01  0.66774
                                 1    1.18031E-01  0.33226   3.27600E+04 sec. 
   27  57 ( 57Co) 3.39383E+01    0    3.39383E+01  1.00000
   26  57 ( 57Fe) 9.90265E+01    0    9.90265E+01  1.00000
   27  56 ( 56Co) 1.38769E+02    0    1.38769E+02  1.00000
   26  56 ( 56Fe) 6.20757E+02    0    6.20757E+02  1.00000
   25  56 ( 56Mn) 1.86876E+01    0    1.86876E+01  1.00000
   27  55 ( 55Co) 2.26595E+00    0    2.26595E+00  1.00000
   26  55 ( 55Fe) 1.06031E+02    0    1.06031E+02  1.00000
   25  55 ( 55Mn) 4.89598E+00    0    4.89598E+00  1.00000
   26  54 ( 54Fe) 8.52572E-02    0    8.52572E-02  1.00000
   25  54 ( 54Mn) 8.32502E+00    0    8.32502E+00  1.00000
   25  53 ( 53Mn) 7.61438E+01    0    7.61438E+01  1.00000
   24  53 ( 53Cr) 6.89372E+00    0    6.89372E+00  1.00000
   24  52 ( 52Cr) 4.92500E-01    0    4.92500E-01  1.00000
   23  50 ( 50V ) 6.31592E-02    0    6.31592E-02  1.00000

   b. Per mass

   A  cross section

   58 3.55237E-01
   57 1.32965E+02
   56 7.78214E+02
   55 1.13192E+02
   54 8.41028E+00
   53 8.30376E+01
   52 4.92500E-01
   50 6.31592E-02

 Total residual production cross section:  1116.72949
 Non-elastic cross section              :  1119.15002

 ########## RESULTS FOR E=  30.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  30.00000 ###########

 Center-of-mass energy:   29.470

 1. Total (binary) cross sections

   Reaction        = 1.11076E+03
     Compound elastic= 2.73276E-06
     Non-elastic     = 1.11076E+03
       Direct          = 3.63370E+01
       Pre-equilibrium = 6.06519E+02
       Giant resonance = 2.76589E+01
       Compound non-el = 4.40245E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.70027E+00
 neutron = 4.64247E+02
 proton  = 5.17151E+02
 deuteron= 5.31630E+01
 triton  = 3.42144E+00
 helium-3= 6.47331E+00
 alpha   = 6.46044E+01

 3. Total particle production cross sections

 gamma   = 1.23698E+03    Multiplicity= 1.11363E+00
 neutron = 1.35394E+03    Multiplicity= 1.21893E+00
 proton  = 9.32850E+02    Multiplicity= 8.39830E-01
 deuteron= 5.48612E+01    Multiplicity= 4.93907E-02
 triton  = 3.45293E+00    Multiplicity= 3.10862E-03
 helium-3= 6.47541E+00    Multiplicity= 5.82971E-03
 alpha   = 9.00556E+01    Multiplicity= 8.10757E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 2.43280E-01    0    1.63696E-01  0.67287
                                 1    7.95831E-02  0.32713   3.27600E+04 sec. 
   27  57 ( 57Co) 2.61767E+01    0    2.61767E+01  1.00000
   26  57 ( 57Fe) 8.77215E+01    0    8.77215E+01  1.00000
   27  56 ( 56Co) 6.12478E+01    0    6.12478E+01  1.00000
   26  56 ( 56Fe) 4.28391E+02    0    4.28391E+02  1.00000
   25  56 ( 56Mn) 2.01885E+01    0    2.01885E+01  1.00000
   27  55 ( 55Co) 1.72863E+01    0    1.72863E+01  1.00000
   26  55 ( 55Fe) 3.33112E+02    0    3.33112E+02  1.00000
   25  55 ( 55Mn) 4.13444E+01    0    4.13444E+01  1.00000
   26  54 ( 54Fe) 1.17150E+00    0    1.17150E+00  1.00000
   25  54 ( 54Mn) 5.38649E+00    0    5.38649E+00  1.00000
   24  54 ( 54Cr) 4.30087E-02    0    4.30087E-02  1.00000
   25  53 ( 53Mn) 5.62010E+01    0    5.62010E+01  1.00000
   24  53 ( 53Cr) 8.12117E+00    0    8.12117E+00  1.00000
   25  52 ( 52Mn) 2.23267E+00    0    1.66067E+00  0.74380
                                 1    5.72003E-01  0.25620   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.80319E+01    0    1.80319E+01  1.00000
   23  50 ( 50V ) 3.93488E-01    0    3.93488E-01  1.00000

   b. Per mass

   A  cross section

   58 2.43280E-01
   57 1.13898E+02
   56 5.09827E+02
   55 3.91743E+02
   54 6.60100E+00
   53 6.43222E+01
   52 2.02646E+01
   50 3.93488E-01

 Total residual production cross section:  1107.29224
 Non-elastic cross section              :  1110.76001

 ########## RESULTS FOR E=  35.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  35.00000 ###########

 Center-of-mass energy:   34.381

 1. Total (binary) cross sections

   Reaction        = 1.08628E+03
     Compound elastic= 2.49828E-07
     Non-elastic     = 1.08628E+03
       Direct          = 3.28704E+01
       Pre-equilibrium = 6.88904E+02
       Giant resonance = 3.06305E+01
       Compound non-el = 3.33875E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.57988E+00
 neutron = 4.24408E+02
 proton  = 5.24323E+02
 deuteron= 6.16393E+01
 triton  = 5.00442E+00
 helium-3= 1.16328E+01
 alpha   = 5.76926E+01

 3. Total particle production cross sections

 gamma   = 1.37534E+03    Multiplicity= 1.26610E+00
 neutron = 1.40180E+03    Multiplicity= 1.29046E+00
 proton  = 9.70771E+02    Multiplicity= 8.93665E-01
 deuteron= 6.37111E+01    Multiplicity= 5.86507E-02
 triton  = 5.07055E+00    Multiplicity= 4.66781E-03
 helium-3= 1.16444E+01    Multiplicity= 1.07195E-02
 alpha   = 8.46074E+01    Multiplicity= 7.78873E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 2.00485E-01    0    1.34580E-01  0.67127
                                 1    6.59044E-02  0.32873   3.27600E+04 sec. 
   27  57 ( 57Co) 2.02354E+01    0    2.02354E+01  1.00000
   26  57 ( 57Fe) 7.86750E+01    0    7.86750E+01  1.00000
   27  56 ( 56Co) 3.88432E+01    0    3.88432E+01  1.00000
   26  56 ( 56Fe) 3.43369E+02    0    3.43369E+02  1.00000
   25  56 ( 56Mn) 1.92663E+01    0    1.92663E+01  1.00000
   27  55 ( 55Co) 1.96821E+01    0    1.96821E+01  1.00000
   26  55 ( 55Fe) 3.79051E+02    0    3.79051E+02  1.00000
   25  55 ( 55Mn) 7.88981E+01    0    7.88981E+01  1.00000
   24  55 ( 55Cr) 3.06642E-02    0    3.06642E-02  1.00000
   26  54 ( 54Fe) 1.29407E+01    0    1.29407E+01  1.00000
   25  54 ( 54Mn) 9.73142E+00    0    9.73142E+00  1.00000
   24  54 ( 54Cr) 1.38332E-01    0    1.38332E-01  1.00000
   25  53 ( 53Mn) 2.69983E+01    0    2.69983E+01  1.00000
   24  53 ( 53Cr) 4.74876E+00    0    4.74876E+00  1.00000
   25  52 ( 52Mn) 1.88639E+01    0    1.11010E+01  0.58848
                                 1    7.76296E+00  0.41152   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.95175E+01    0    2.95175E+01  1.00000
   23  52 ( 52V ) 1.12200E-02    0    1.12200E-02  1.00000
   24  51 ( 51Cr) 2.08625E-02    0    2.08625E-02  1.00000
   23  51 ( 51V ) 2.10501E-03    0    2.10501E-03  1.00000
   23  50 ( 50V ) 6.61933E-01    0    6.61933E-01  1.00000
   23  49 ( 49V ) 1.95691E-01    0    1.95691E-01  1.00000

   b. Per mass

   A  cross section

   58 2.00485E-01
   57 9.89105E+01
   56 4.01479E+02
   55 4.77661E+02
   54 2.28104E+01
   53 3.17470E+01
   52 4.83926E+01
   51 2.29675E-02
   50 6.61933E-01
   49 1.95691E-01

 Total residual production cross section:  1082.08179
 Non-elastic cross section              :  1086.28003

 ########## RESULTS FOR E=  40.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  40.00000 ###########

 Center-of-mass energy:   39.290

 1. Total (binary) cross sections

   Reaction        = 1.05794E+03
     Compound elastic= 1.10066E-07
     Non-elastic     = 1.05794E+03
       Direct          = 3.02748E+01
       Pre-equilibrium = 7.44459E+02
       Giant resonance = 3.36034E+01
       Compound non-el = 2.49603E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.48688E+00
 neutron = 3.89409E+02
 proton  = 5.27090E+02
 deuteron= 6.80204E+01
 triton  = 6.42601E+00
 helium-3= 1.59666E+01
 alpha   = 4.95410E+01

 3. Total particle production cross sections

 gamma   = 1.33277E+03    Multiplicity= 1.25978E+00
 neutron = 1.45198E+03    Multiplicity= 1.37246E+00
 proton  = 1.00101E+03    Multiplicity= 9.46191E-01
 deuteron= 7.07833E+01    Multiplicity= 6.69067E-02
 triton  = 6.51741E+00    Multiplicity= 6.16047E-03
 helium-3= 1.59876E+01    Multiplicity= 1.51120E-02
 alpha   = 7.84050E+01    Multiplicity= 7.41110E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 1.69190E-01    0    1.13123E-01  0.66862
                                 1    5.60664E-02  0.33138   3.27600E+04 sec. 
   27  57 ( 57Co) 1.60478E+01    0    1.60478E+01  1.00000
   26  57 ( 57Fe) 6.96761E+01    0    6.96761E+01  1.00000
   27  56 ( 56Co) 3.02522E+01    0    3.02522E+01  1.00000
   26  56 ( 56Fe) 3.03289E+02    0    3.03289E+02  1.00000
   25  56 ( 56Mn) 2.09840E+01    0    2.09840E+01  1.00000
   27  55 ( 55Co) 1.11338E+01    0    1.11338E+01  1.00000
   26  55 ( 55Fe) 3.16294E+02    0    3.16294E+02  1.00000
   25  55 ( 55Mn) 8.97007E+01    0    8.97007E+01  1.00000
   24  55 ( 55Cr) 1.23500E-01    0    1.23500E-01  1.00000
   27  54 ( 54Co) 1.10245E-02    0    1.10493E-03  0.10022
                                 1    9.91960E-03  0.89978   8.88000E+01 sec. 
   26  54 ( 54Fe) 7.82581E+01    0    7.82581E+01  1.00000
   25  54 ( 54Mn) 4.05334E+01    0    4.05334E+01  1.00000
   24  54 ( 54Cr) 6.88242E-01    0    6.88242E-01  1.00000
   26  53 ( 53Fe) 1.48039E-02    0    1.47230E-02  0.99453
                                22    8.09716E-05  0.00547   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.64741E+01    0    1.64741E+01  1.00000
   24  53 ( 53Cr) 2.94239E+00    0    2.94239E+00  1.00000
   25  52 ( 52Mn) 2.31876E+01    0    1.31786E+01  0.56835
                                 1    1.00090E+01  0.43165   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.95941E+01    0    2.95941E+01  1.00000
   23  52 ( 52V ) 9.39283E-02    0    9.39283E-02  1.00000
   25  51 ( 51Mn) 7.34604E-02    0    7.34604E-02  1.00000
   24  51 ( 51Cr) 2.26556E+00    0    2.26556E+00  1.00000
   23  51 ( 51V ) 3.36708E-02    0    3.36708E-02  1.00000
   23  50 ( 50V ) 3.86467E-01    0    3.86467E-01  1.00000
   23  49 ( 49V ) 1.10927E+00    0    1.10927E+00  1.00000
   22  49 ( 49Ti) 2.38990E-02    0    2.38990E-02  1.00000

   b. Per mass

   A  cross section

   58 1.69190E-01
   57 8.57239E+01
   56 3.54525E+02
   55 4.17252E+02
   54 1.19491E+02
   53 1.94313E+01
   52 5.28756E+01
   51 2.37269E+00
   50 3.86467E-01
   49 1.13317E+00

 Total residual production cross section:  1053.36023
 Non-elastic cross section              :  1057.93994

 ########## RESULTS FOR E=  45.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  45.00000 ###########

 Center-of-mass energy:   44.200

 1. Total (binary) cross sections

   Reaction        = 1.02749E+03
     Compound elastic= 1.00773E-07
     Non-elastic     = 1.02749E+03
       Direct          = 2.83551E+01
       Pre-equilibrium = 7.79323E+02
       Giant resonance = 3.57075E+01
       Compound non-el = 1.84104E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.41922E+00
 neutron = 3.58565E+02
 proton  = 5.24764E+02
 deuteron= 7.30186E+01
 triton  = 7.53507E+00
 helium-3= 1.95964E+01
 alpha   = 4.25917E+01

 3. Total particle production cross sections

 gamma   = 1.21459E+03    Multiplicity= 1.18210E+00
 neutron = 1.49654E+03    Multiplicity= 1.45650E+00
 proton  = 1.03060E+03    Multiplicity= 1.00303E+00
 deuteron= 7.66047E+01    Multiplicity= 7.45551E-02
 triton  = 7.67349E+00    Multiplicity= 7.46819E-03
 helium-3= 1.96332E+01    Multiplicity= 1.91080E-02
 alpha   = 7.22497E+01    Multiplicity= 7.03166E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 1.47537E-01    0    9.91374E-02  0.67195
                                 1    4.83994E-02  0.32805   3.27600E+04 sec. 
   27  57 ( 57Co) 1.29383E+01    0    1.29383E+01  1.00000
   26  57 ( 57Fe) 6.24092E+01    0    6.24092E+01  1.00000
   27  56 ( 56Co) 2.45721E+01    0    2.45721E+01  1.00000
   26  56 ( 56Fe) 2.73046E+02    0    2.73046E+02  1.00000
   25  56 ( 56Mn) 2.20501E+01    0    2.20501E+01  1.00000
   27  55 ( 55Co) 6.37438E+00    0    6.37438E+00  1.00000
   26  55 ( 55Fe) 2.48919E+02    0    2.48919E+02  1.00000
   25  55 ( 55Mn) 7.97248E+01    0    7.97248E+01  1.00000
   24  55 ( 55Cr) 1.86499E-01    0    1.86499E-01  1.00000
   27  54 ( 54Co) 2.50317E-01    0    1.16575E-01  0.46571
                                 1    1.33742E-01  0.53429   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.23895E+02    0    1.23895E+02  1.00000
   25  54 ( 54Mn) 9.03596E+01    0    9.03596E+01  1.00000
   24  54 ( 54Cr) 1.27209E+00    0    1.27209E+00  1.00000
   26  53 ( 53Fe) 1.53460E-01    0    1.45625E-01  0.94895
                                22    7.83470E-03  0.05105   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.71883E+01    0    1.71883E+01  1.00000
   24  53 ( 53Cr) 2.31441E+00    0    2.31441E+00  1.00000
   25  52 ( 52Mn) 1.52619E+01    0    8.82112E+00  0.57798
                                 1    6.44078E+00  0.42202   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.30773E+01    0    2.30773E+01  1.00000
   23  52 ( 52V ) 1.68666E-01    0    1.68666E-01  1.00000
   25  51 ( 51Mn) 1.77250E+00    0    1.77250E+00  1.00000
   24  51 ( 51Cr) 1.40712E+01    0    1.40712E+01  1.00000
   23  51 ( 51V ) 3.77814E-01    0    3.77814E-01  1.00000
   24  50 ( 50Cr) 2.43897E-02    0    2.43897E-02  1.00000
   23  50 ( 50V ) 2.39686E-01    0    2.39686E-01  1.00000
   23  49 ( 49V ) 1.54423E+00    0    1.54423E+00  1.00000
   22  49 ( 49Ti) 8.42255E-02    0    8.42255E-02  1.00000
   23  48 ( 48V ) 5.98158E-03    0    5.98158E-03  1.00000
   22  48 ( 48Ti) 6.07346E-02    0    6.07292E-02  0.99991
                                14    5.37026E-06  0.00009   1.03000E+01 sec. 

   b. Per mass

   A  cross section

   58 1.47537E-01
   57 7.53475E+01
   56 3.19668E+02
   55 3.35204E+02
   54 2.15777E+02
   53 1.96561E+01
   52 3.85079E+01
   51 1.62215E+01
   50 2.64076E-01
   49 1.62845E+00
   48 6.67162E-02

 Total residual production cross section:  1022.48944
 Non-elastic cross section              :  1027.48999

 ########## RESULTS FOR E=  50.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  50.00000 ###########

 Center-of-mass energy:   49.108

 1. Total (binary) cross sections

   Reaction        = 9.97197E+02
     Compound elastic= 1.00068E-07
     Non-elastic     = 9.97197E+02
       Direct          = 2.56445E+01
       Pre-equilibrium = 7.99654E+02
       Giant resonance = 3.65990E+01
       Compound non-el = 1.35300E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.37757E+00
 neutron = 3.34780E+02
 proton  = 5.20199E+02
 deuteron= 7.43314E+01
 triton  = 8.42238E+00
 helium-3= 2.23956E+01
 alpha   = 3.56905E+01

 3. Total particle production cross sections

 gamma   = 1.16078E+03    Multiplicity= 1.16404E+00
 neutron = 1.51389E+03    Multiplicity= 1.51814E+00
 proton  = 1.05849E+03    Multiplicity= 1.06146E+00
 deuteron= 7.87271E+01    Multiplicity= 7.89484E-02
 triton  = 8.62335E+00    Multiplicity= 8.64759E-03
 helium-3= 2.24533E+01    Multiplicity= 2.25164E-02
 alpha   = 6.63842E+01    Multiplicity= 6.65708E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 1.39531E-01    0    9.43789E-02  0.67640
                                 1    4.51522E-02  0.32360   3.27600E+04 sec. 
   27  57 ( 57Co) 1.09236E+01    0    1.09236E+01  1.00000
   26  57 ( 57Fe) 5.87043E+01    0    5.87043E+01  1.00000
   27  56 ( 56Co) 2.04354E+01    0    2.04354E+01  1.00000
   26  56 ( 56Fe) 2.45813E+02    0    2.45813E+02  1.00000
   25  56 ( 56Mn) 2.18616E+01    0    2.18616E+01  1.00000
   27  55 ( 55Co) 4.56398E+00    0    4.56398E+00  1.00000
   26  55 ( 55Fe) 2.13948E+02    0    2.13948E+02  1.00000
   25  55 ( 55Mn) 7.34954E+01    0    7.34954E+01  1.00000
   24  55 ( 55Cr) 2.18382E-01    0    2.18382E-01  1.00000
   27  54 ( 54Co) 4.62614E-01    0    2.58164E-01  0.55805
                                 1    2.04451E-01  0.44195   8.88000E+01 sec. 
   26  54 ( 54Fe) 1.23256E+02    0    1.23256E+02  1.00000
   25  54 ( 54Mn) 1.15625E+02    0    1.15625E+02  1.00000
   24  54 ( 54Cr) 2.14803E+00    0    2.14803E+00  1.00000
   26  53 ( 53Fe) 1.20027E+00    0    1.15313E+00  0.96072
                                22    4.71411E-02  0.03928   1.52400E+02 sec. 
   25  53 ( 53Mn) 4.20427E+01    0    4.20427E+01  1.00000
   24  53 ( 53Cr) 2.49175E+00    0    2.49175E+00  1.00000
   25  52 ( 52Mn) 9.16208E+00    0    5.32087E+00  0.58075
                                 1    3.84120E+00  0.41925   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.57813E+01    0    1.57813E+01  1.00000
   23  52 ( 52V ) 1.49239E-01    0    1.49239E-01  1.00000
   25  51 ( 51Mn) 3.86525E+00    0    3.86525E+00  1.00000
   24  51 ( 51Cr) 2.22198E+01    0    2.22198E+01  1.00000
   23  51 ( 51V ) 1.11829E+00    0    1.11829E+00  1.00000
   24  50 ( 50Cr) 3.88870E-01    0    3.88870E-01  1.00000
   23  50 ( 50V ) 1.81633E-01    0    1.81633E-01  1.00000
   22  50 ( 50Ti) 1.67708E-03    0    1.67708E-03  1.00000
   23  49 ( 49V ) 1.27263E+00    0    1.27263E+00  1.00000
   22  49 ( 49Ti) 1.01427E-01    0    1.01427E-01  1.00000
   23  48 ( 48V ) 3.34612E-01    0    3.34612E-01  1.00000
   22  48 ( 48Ti) 2.44664E-01    0    2.44212E-01  0.99815
                                14    4.51793E-04  0.00185   1.03000E+01 sec. 
   21  46 ( 46Sc) 2.59017E-03    0    2.14590E-03  0.82848
                                 2    4.44272E-04  0.17152   1.87500E+01 sec. 

   b. Per mass

   A  cross section

   58 1.39531E-01
   57 6.96280E+01
   56 2.88110E+02
   55 2.92226E+02
   54 2.41491E+02
   53 4.57347E+01
   52 2.50926E+01
   51 2.72034E+01
   50 5.72180E-01
   49 1.37406E+00
   48 5.79276E-01
   46 2.59017E-03

 Total residual production cross section:   992.15320
 Non-elastic cross section              :   997.19702

 ########## RESULTS FOR E=  60.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  60.00000 ###########

 Center-of-mass energy:   58.925

 1. Total (binary) cross sections

   Reaction        = 9.41087E+02
     Compound elastic= 1.00001E-07
     Non-elastic     = 9.41087E+02
       Direct          = 2.17957E+01
       Pre-equilibrium = 8.19326E+02
       Giant resonance = 3.49067E+01
       Compound non-el = 6.50587E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.29991E+00
 neutron = 2.95919E+02
 proton  = 5.04022E+02
 deuteron= 7.83774E+01
 triton  = 9.88725E+00
 helium-3= 2.57079E+01
 alpha   = 2.58736E+01

 3. Total particle production cross sections

 gamma   = 1.05467E+03    Multiplicity= 1.12069E+00
 neutron = 1.53631E+03    Multiplicity= 1.63249E+00
 proton  = 1.09269E+03    Multiplicity= 1.16109E+00
 deuteron= 8.41121E+01    Multiplicity= 8.93776E-02
 triton  = 1.02060E+01    Multiplicity= 1.08449E-02
 helium-3= 2.58014E+01    Multiplicity= 2.74166E-02
 alpha   = 5.71473E+01    Multiplicity= 6.07248E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 1.11904E-01    0    7.55031E-02  0.67471
                                 1    3.64012E-02  0.32529   3.27600E+04 sec. 
   27  57 ( 57Co) 7.83846E+00    0    7.83846E+00  1.00000
   26  57 ( 57Fe) 5.03711E+01    0    5.03711E+01  1.00000
   27  56 ( 56Co) 1.48665E+01    0    1.48665E+01  1.00000
   26  56 ( 56Fe) 2.09865E+02    0    2.09865E+02  1.00000
   25  56 ( 56Mn) 2.21785E+01    0    2.21785E+01  1.00000
   27  55 ( 55Co) 2.95984E+00    0    2.95984E+00  1.00000
   26  55 ( 55Fe) 1.75783E+02    0    1.75783E+02  1.00000
   25  55 ( 55Mn) 6.81272E+01    0    6.81272E+01  1.00000
   24  55 ( 55Cr) 2.92611E-01    0    2.92611E-01  1.00000
   27  54 ( 54Co) 2.59598E-01    0    1.56495E-01  0.60284
                                 1    1.03103E-01  0.39716   8.88000E+01 sec. 
   26  54 ( 54Fe) 9.32090E+01    0    9.32090E+01  1.00000
   25  54 ( 54Mn) 1.02702E+02    0    1.02702E+02  1.00000
   24  54 ( 54Cr) 3.02599E+00    0    3.02599E+00  1.00000
   23  54 ( 54V ) 1.89364E-03    0    1.89364E-03  1.00000
   27  53 ( 53Co) 1.45698E-03    0    1.45698E-03  1.00000
   26  53 ( 53Fe) 7.70385E+00    0    7.17506E+00  0.93136
                                22    5.28788E-01  0.06864   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.10777E+02    0    1.10777E+02  1.00000
   24  53 ( 53Cr) 6.56027E+00    0    6.56027E+00  1.00000
   23  53 ( 53V ) 4.87542E-03    0    4.87542E-03  1.00000
   26  52 ( 52Fe) 2.71176E-02    0    2.70770E-02  0.99850
                                10    4.06327E-05  0.00150   4.59000E+01 sec. 
   25  52 ( 52Mn) 8.21919E+00    0    5.11416E+00  0.62222
                                 1    3.10503E+00  0.37778   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.56510E+01    0    1.56510E+01  1.00000
   23  52 ( 52V ) 9.96883E-02    0    9.96883E-02  1.00000
   25  51 ( 51Mn) 2.59743E+00    0    2.59743E+00  1.00000
   24  51 ( 51Cr) 1.78902E+01    0    1.78902E+01  1.00000
   23  51 ( 51V ) 1.56712E+00    0    1.56712E+00  1.00000
   22  51 ( 51Ti) 1.60686E-03    0    1.60686E-03  1.00000
   25  50 ( 50Mn) 3.60068E-02    0    1.01770E-02  0.28264
                                 1    2.58298E-02  0.71736   1.05000E+02 sec. 
   24  50 ( 50Cr) 9.40315E+00    0    9.40315E+00  1.00000
   23  50 ( 50V ) 1.43924E+00    0    1.43924E+00  1.00000
   22  50 ( 50Ti) 3.92802E-02    0    3.92802E-02  1.00000
   24  49 ( 49Cr) 2.41643E-02    0    2.41643E-02  1.00000
   23  49 ( 49V ) 7.35024E-01    0    7.35024E-01  1.00000
   22  49 ( 49Ti) 4.72254E-02    0    4.72254E-02  1.00000
   23  48 ( 48V ) 1.01105E+00    0    1.01105E+00  1.00000
   22  48 ( 48Ti) 4.01092E-01    0    3.98145E-01  0.99265
                                14    2.94740E-03  0.00735   1.03000E+01 sec. 
   23  47 ( 47V ) 9.84900E-02    0    9.84900E-02  1.00000
   22  47 ( 47Ti) 1.88274E-01    0    1.88274E-01  1.00000
   21  46 ( 46Sc) 2.74966E-03    0    2.24081E-03  0.81494
                                 2    5.08851E-04  0.18506   1.87500E+01 sec. 
   21  45 ( 45Sc) 6.21511E-03    0    6.21511E-03  1.00000

   b. Per mass

   A  cross section

   58 1.11904E-01
   57 5.82096E+01
   56 2.46910E+02
   55 2.47163E+02
   54 1.99199E+02
   53 1.25047E+02
   52 2.39970E+01
   51 2.20564E+01
   50 1.09177E+01
   49 8.06413E-01
   48 1.41214E+00
   47 2.86764E-01
   46 2.74966E-03
   45 6.21511E-03

 Total residual production cross section:   936.12555
 Non-elastic cross section              :   941.08698

 ########## RESULTS FOR E=  70.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  70.00000 ###########

 Center-of-mass energy:   68.739

 1. Total (binary) cross sections

   Reaction        = 8.92627E+02
     Compound elastic= 1.00000E-07
     Non-elastic     = 8.92627E+02
       Direct          = 1.82176E+01
       Pre-equilibrium = 8.24212E+02
       Giant resonance = 3.10396E+01
       Compound non-el = 1.91578E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.23866E+00
 neutron = 2.66852E+02
 proton  = 4.85209E+02
 deuteron= 8.08747E+01
 triton  = 1.12070E+01
 helium-3= 2.75786E+01
 alpha   = 1.96670E+01

 3. Total particle production cross sections

 gamma   = 9.82627E+02    Multiplicity= 1.10083E+00
 neutron = 1.55471E+03    Multiplicity= 1.74173E+00
 proton  = 1.11467E+03    Multiplicity= 1.24875E+00
 deuteron= 8.74401E+01    Multiplicity= 9.79581E-02
 triton  = 1.16300E+01    Multiplicity= 1.30289E-02
 helium-3= 2.76904E+01    Multiplicity= 3.10212E-02
 alpha   = 5.14017E+01    Multiplicity= 5.75848E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 9.63955E-02    0    6.49289E-02  0.67357
                                 1    3.14667E-02  0.32643   3.27600E+04 sec. 
   27  57 ( 57Co) 5.87064E+00    0    5.87064E+00  1.00000
   26  57 ( 57Fe) 4.16250E+01    0    4.16250E+01  1.00000
   27  56 ( 56Co) 1.13250E+01    0    1.13250E+01  1.00000
   26  56 ( 56Fe) 1.80500E+02    0    1.80500E+02  1.00000
   25  56 ( 56Mn) 2.13846E+01    0    2.13846E+01  1.00000
   27  55 ( 55Co) 2.22062E+00    0    2.22062E+00  1.00000
   26  55 ( 55Fe) 1.53223E+02    0    1.53223E+02  1.00000
   25  55 ( 55Mn) 6.46053E+01    0    6.46053E+01  1.00000
   24  55 ( 55Cr) 3.27077E-01    0    3.27077E-01  1.00000
   27  54 ( 54Co) 1.63286E-01    0    1.03871E-01  0.63613
                                 1    5.94154E-02  0.36387   8.88000E+01 sec. 
   26  54 ( 54Fe) 7.95760E+01    0    7.95760E+01  1.00000
   25  54 ( 54Mn) 9.40279E+01    0    9.40279E+01  1.00000
   24  54 ( 54Cr) 3.36573E+00    0    3.36573E+00  1.00000
   23  54 ( 54V ) 4.40820E-03    0    4.40820E-03  1.00000
   27  53 ( 53Co) 2.25642E-03    0    2.25642E-03  1.00000
   26  53 ( 53Fe) 8.46555E+00    0    8.04682E+00  0.95054
                                22    4.18732E-01  0.04946   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.16121E+02    0    1.16121E+02  1.00000
   24  53 ( 53Cr) 9.10059E+00    0    9.10059E+00  1.00000
   23  53 ( 53V ) 2.92848E-02    0    2.92848E-02  1.00000
   26  52 ( 52Fe) 2.47540E-01    0    2.46613E-01  0.99626
                                10    9.27003E-04  0.00374   4.59000E+01 sec. 
   25  52 ( 52Mn) 2.34503E+01    0    1.44133E+01  0.61463
                                 1    9.03704E+00  0.38537   1.26600E+03 sec. 
   24  52 ( 52Cr) 3.18624E+01    0    3.18624E+01  1.00000
   23  52 ( 52V ) 1.29228E-01    0    1.29228E-01  1.00000
   25  51 ( 51Mn) 2.06375E+00    0    2.06375E+00  1.00000
   24  51 ( 51Cr) 1.50981E+01    0    1.50981E+01  1.00000
   23  51 ( 51V ) 1.31858E+00    0    1.31858E+00  1.00000
   22  51 ( 51Ti) 2.38048E-03    0    2.38048E-03  1.00000
   25  50 ( 50Mn) 8.78193E-02    0    3.03947E-02  0.34611
                                 1    5.74245E-02  0.65389   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.27651E+01    0    1.27651E+01  1.00000
   23  50 ( 50V ) 3.06063E+00    0    3.06063E+00  1.00000
   22  50 ( 50Ti) 6.40107E-02    0    6.40107E-02  1.00000
   24  49 ( 49Cr) 7.49905E-01    0    7.49905E-01  1.00000
   23  49 ( 49V ) 3.18128E+00    0    3.18128E+00  1.00000
   22  49 ( 49Ti) 7.77903E-02    0    7.77903E-02  1.00000
   24  48 ( 48Cr) 2.03907E-03    0    2.03907E-03  1.00000
   23  48 ( 48V ) 7.16667E-01    0    7.16667E-01  1.00000
   22  48 ( 48Ti) 3.09714E-01    0    3.07552E-01  0.99302
                                14    2.16283E-03  0.00698   1.03000E+01 sec. 
   21  48 ( 48Sc) 1.72274E-03    0    1.72274E-03  1.00000
   23  47 ( 47V ) 3.27984E-01    0    3.27984E-01  1.00000
   22  47 ( 47Ti) 4.58868E-01    0    4.58868E-01  1.00000
   21  47 ( 47Sc) 1.06304E-02    0    1.06304E-02  1.00000
   23  46 ( 46V ) 2.20023E-03    0    2.20023E-03  1.00000
   22  46 ( 46Ti) 1.20795E-01    0    1.20795E-01  1.00000
   21  46 ( 46Sc) 2.52610E-03    0    2.12674E-03  0.84190
                                 2    3.99365E-04  0.15810   1.87500E+01 sec. 
   21  45 ( 45Sc) 8.39127E-03    0    8.39127E-03  1.00000
   21  44 ( 44Sc) 8.00207E-03    0    5.62987E-03  0.70355
                                 4    2.37220E-03  0.29645   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.04474E-03    0    1.04474E-03  1.00000

   b. Per mass

   A  cross section

   58 9.63956E-02
   57 4.74957E+01
   56 2.13210E+02
   55 2.20376E+02
   54 1.77137E+02
   53 1.33719E+02
   52 5.56895E+01
   51 1.84828E+01
   50 1.59776E+01
   49 4.00898E+00
   48 1.03014E+00
   47 7.97482E-01
   46 1.25521E-01
   45 8.39127E-03
   44 9.04681E-03

 Total residual production cross section:   888.16370
 Non-elastic cross section              :   892.62701

 ########## RESULTS FOR E=  80.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  80.00000 ###########

 Center-of-mass energy:   78.552

 1. Total (binary) cross sections

   Reaction        = 8.51755E+02
     Compound elastic= 9.82967E-08
     Non-elastic     = 8.51755E+02
       Direct          = 1.51268E+01
       Pre-equilibrium = 8.10044E+02
       Giant resonance = 2.65845E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.17204E+00
 neutron = 2.47178E+02
 proton  = 4.63458E+02
 deuteron= 8.19327E+01
 triton  = 1.27070E+01
 helium-3= 2.91785E+01
 alpha   = 1.61295E+01

 3. Total particle production cross sections

 gamma   = 9.04340E+02    Multiplicity= 1.06174E+00
 neutron = 1.60180E+03    Multiplicity= 1.88058E+00
 proton  = 1.13965E+03    Multiplicity= 1.33800E+00
 deuteron= 8.97788E+01    Multiplicity= 1.05405E-01
 triton  = 1.32943E+01    Multiplicity= 1.56082E-02
 helium-3= 2.93177E+01    Multiplicity= 3.44203E-02
 alpha   = 4.99487E+01    Multiplicity= 5.86421E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 7.85714E-02    0    5.29154E-02  0.67347
                                 1    2.56560E-02  0.32653   3.27600E+04 sec. 
   27  57 ( 57Co) 4.50209E+00    0    4.50209E+00  1.00000
   26  57 ( 57Fe) 3.38933E+01    0    3.38933E+01  1.00000
   27  56 ( 56Co) 8.85076E+00    0    8.85076E+00  1.00000
   26  56 ( 56Fe) 1.51368E+02    0    1.51368E+02  1.00000
   25  56 ( 56Mn) 1.96217E+01    0    1.96217E+01  1.00000
   27  55 ( 55Co) 1.70204E+00    0    1.70204E+00  1.00000
   26  55 ( 55Fe) 1.36456E+02    0    1.36456E+02  1.00000
   25  55 ( 55Mn) 6.06531E+01    0    6.06531E+01  1.00000
   24  55 ( 55Cr) 3.31672E-01    0    3.31672E-01  1.00000
   27  54 ( 54Co) 1.14549E-01    0    7.47494E-02  0.65256
                                 1    3.97994E-02  0.34744   8.88000E+01 sec. 
   26  54 ( 54Fe) 7.02113E+01    0    7.02113E+01  1.00000
   25  54 ( 54Mn) 8.39957E+01    0    8.39957E+01  1.00000
   24  54 ( 54Cr) 3.25067E+00    0    3.25067E+00  1.00000
   23  54 ( 54V ) 6.36199E-03    0    6.36199E-03  1.00000
   27  53 ( 53Co) 1.72795E-03    0    1.72795E-03  1.00000
   26  53 ( 53Fe) 8.10950E+00    0    7.78143E+00  0.95955
                                22    3.28065E-01  0.04045   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.12506E+02    0    1.12506E+02  1.00000
   24  53 ( 53Cr) 9.59927E+00    0    9.59927E+00  1.00000
   23  53 ( 53V ) 6.45209E-02    0    6.45209E-02  1.00000
   26  52 ( 52Fe) 4.35682E-01    0    4.33812E-01  0.99571
                                10    1.86959E-03  0.00429   4.59000E+01 sec. 
   25  52 ( 52Mn) 3.62600E+01    0    2.07506E+01  0.57227
                                 1    1.55094E+01  0.42773   1.26600E+03 sec. 
   24  52 ( 52Cr) 4.38744E+01    0    4.38744E+01  1.00000
   23  52 ( 52V ) 2.46468E-01    0    2.46468E-01  1.00000
   26  51 ( 51Fe) 7.24896E-04    0    7.24896E-04  1.00000
   25  51 ( 51Mn) 4.49328E+00    0    4.49328E+00  1.00000
   24  51 ( 51Cr) 2.52521E+01    0    2.52521E+01  1.00000
   23  51 ( 51V ) 1.60322E+00    0    1.60322E+00  1.00000
   22  51 ( 51Ti) 2.89839E-03    0    2.89839E-03  1.00000
   25  50 ( 50Mn) 8.83202E-02    0    3.19517E-02  0.36177
                                 1    5.63685E-02  0.63823   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.37202E+01    0    1.37202E+01  1.00000
   23  50 ( 50V ) 3.29530E+00    0    3.29530E+00  1.00000
   22  50 ( 50Ti) 7.48517E-02    0    7.48517E-02  1.00000
   25  49 ( 49Mn) 1.02246E-03    0    1.02246E-03  1.00000
   24  49 ( 49Cr) 1.95935E+00    0    1.95935E+00  1.00000
   23  49 ( 49V ) 7.15727E+00    0    7.15727E+00  1.00000
   22  49 ( 49Ti) 2.10602E-01    0    2.10602E-01  1.00000
   24  48 ( 48Cr) 4.92447E-02    0    4.92447E-02  1.00000
   23  48 ( 48V ) 1.68070E+00    0    1.68070E+00  1.00000
   22  48 ( 48Ti) 6.15784E-01    0    6.12671E-01  0.99494
                                14    3.11389E-03  0.00506   1.03000E+01 sec. 
   21  48 ( 48Sc) 1.66708E-03    0    1.66708E-03  1.00000
   23  47 ( 47V ) 3.31106E-01    0    3.31106E-01  1.00000
   22  47 ( 47Ti) 5.16049E-01    0    5.16049E-01  1.00000
   21  47 ( 47Sc) 1.82537E-02    0    1.82537E-02  1.00000
   23  46 ( 46V ) 1.67681E-02    0    1.67681E-02  1.00000
   22  46 ( 46Ti) 3.70059E-01    0    3.70059E-01  1.00000
   21  46 ( 46Sc) 1.65146E-02    0    1.40698E-02  0.85196
                                 2    2.44485E-03  0.14804   1.87500E+01 sec. 
   22  45 ( 45Ti) 1.78145E-02    0    1.78145E-02  1.00000
   21  45 ( 45Sc) 1.66240E-02    0    1.66240E-02  1.00000
   21  44 ( 44Sc) 1.35048E-02    0    9.50145E-03  0.70356
                                 4    4.00333E-03  0.29644   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.47414E-03    0    1.47414E-03  1.00000
   21  43 ( 43Sc) 3.55370E-03    0    3.55370E-03  1.00000
   20  43 ( 43Ca) 2.08894E-03    0    2.08894E-03  1.00000

   b. Per mass

   A  cross section

   58 7.85714E-02
   57 3.83954E+01
   56 1.79840E+02
   55 1.99143E+02
   54 1.57579E+02
   53 1.30281E+02
   52 8.08166E+01
   51 3.13523E+01
   50 1.71787E+01
   49 9.32825E+00
   48 2.34739E+00
   47 8.65409E-01
   46 4.03342E-01
   45 3.44385E-02
   44 1.49789E-02
   43 5.64264E-03

 Total residual production cross section:   847.66376
 Non-elastic cross section              :   851.75500

 ########## RESULTS FOR E=  90.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  90.00000 ###########

 Center-of-mass energy:   88.363

 1. Total (binary) cross sections

   Reaction        = 8.17522E+02
     Compound elastic= 9.57555E-08
     Non-elastic     = 8.17522E+02
       Direct          = 1.24919E+01
       Pre-equilibrium = 7.82749E+02
       Giant resonance = 2.22808E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.11670E+00
 neutron = 2.35731E+02
 proton  = 4.42360E+02
 deuteron= 7.71602E+01
 triton  = 1.45823E+01
 helium-3= 3.09442E+01
 alpha   = 1.56275E+01

 3. Total particle production cross sections

 gamma   = 8.56050E+02    Multiplicity= 1.04713E+00
 neutron = 1.66501E+03    Multiplicity= 2.03665E+00
 proton  = 1.17788E+03    Multiplicity= 1.44079E+00
 deuteron= 8.78060E+01    Multiplicity= 1.07405E-01
 triton  = 1.55327E+01    Multiplicity= 1.89997E-02
 helium-3= 3.11568E+01    Multiplicity= 3.81113E-02
 alpha   = 5.41747E+01    Multiplicity= 6.62669E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 6.27595E-02    0    4.22214E-02  0.67275
                                 1    2.05381E-02  0.32725   3.27600E+04 sec. 
   27  57 ( 57Co) 3.55733E+00    0    3.55733E+00  1.00000
   26  57 ( 57Fe) 2.80129E+01    0    2.80129E+01  1.00000
   27  56 ( 56Co) 7.08434E+00    0    7.08434E+00  1.00000
   26  56 ( 56Fe) 1.31828E+02    0    1.31828E+02  1.00000
   25  56 ( 56Mn) 1.93062E+01    0    1.93062E+01  1.00000
   27  55 ( 55Co) 1.34966E+00    0    1.34966E+00  1.00000
   26  55 ( 55Fe) 1.18245E+02    0    1.18245E+02  1.00000
   25  55 ( 55Mn) 5.35695E+01    0    5.35695E+01  1.00000
   24  55 ( 55Cr) 3.11634E-01    0    3.11634E-01  1.00000
   27  54 ( 54Co) 8.39254E-02    0    5.48718E-02  0.65382
                                 1    2.90537E-02  0.34618   8.88000E+01 sec. 
   26  54 ( 54Fe) 6.00555E+01    0    6.00555E+01  1.00000
   25  54 ( 54Mn) 7.59312E+01    0    7.59312E+01  1.00000
   24  54 ( 54Cr) 3.05612E+00    0    3.05612E+00  1.00000
   23  54 ( 54V ) 7.38929E-03    0    7.38929E-03  1.00000
   27  53 ( 53Co) 1.23949E-03    0    1.23949E-03  1.00000
   26  53 ( 53Fe) 7.14941E+00    0    6.92173E+00  0.96815
                                22    2.27681E-01  0.03185   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.01520E+02    0    1.01520E+02  1.00000
   24  53 ( 53Cr) 9.46759E+00    0    9.46759E+00  1.00000
   23  53 ( 53V ) 9.51701E-02    0    9.51701E-02  1.00000
   26  52 ( 52Fe) 5.25755E-01    0    5.23691E-01  0.99608
                                10    2.06333E-03  0.00392   4.59000E+01 sec. 
   25  52 ( 52Mn) 4.05641E+01    0    2.17457E+01  0.53608
                                 1    1.88185E+01  0.46392   1.26600E+03 sec. 
   24  52 ( 52Cr) 4.91146E+01    0    4.91146E+01  1.00000
   23  52 ( 52V ) 3.72426E-01    0    3.72426E-01  1.00000
   22  52 ( 52Ti) 2.70391E-04    0    2.70391E-04  1.00000
   26  51 ( 51Fe) 3.15272E-03    0    3.15272E-03  1.00000
   25  51 ( 51Mn) 8.59472E+00    0    8.59472E+00  1.00000
   24  51 ( 51Cr) 4.16894E+01    0    4.16894E+01  1.00000
   23  51 ( 51V ) 2.41592E+00    0    2.41592E+00  1.00000
   22  51 ( 51Ti) 4.67925E-03    0    4.67925E-03  1.00000
   25  50 ( 50Mn) 1.56728E-01    0    5.40562E-02  0.34491
                                 1    1.02671E-01  0.65509   1.05000E+02 sec. 
   24  50 ( 50Cr) 2.01539E+01    0    2.01539E+01  1.00000
   23  50 ( 50V ) 4.37040E+00    0    4.37040E+00  1.00000
   22  50 ( 50Ti) 8.26229E-02    0    8.26229E-02  1.00000
   25  49 ( 49Mn) 2.40327E-03    0    2.40327E-03  1.00000
   24  49 ( 49Cr) 3.12155E+00    0    3.12155E+00  1.00000
   23  49 ( 49V ) 1.06022E+01    0    1.06022E+01  1.00000
   22  49 ( 49Ti) 3.67376E-01    0    3.67376E-01  1.00000
   24  48 ( 48Cr) 2.21512E-01    0    2.21512E-01  1.00000
   23  48 ( 48V ) 5.22074E+00    0    5.22074E+00  1.00000
   22  48 ( 48Ti) 1.57121E+00    0    1.56220E+00  0.99426
                                14    9.01664E-03  0.00574   1.03000E+01 sec. 
   21  48 ( 48Sc) 4.15276E-03    0    4.15276E-03  1.00000
   23  47 ( 47V ) 1.05355E+00    0    1.05355E+00  1.00000
   22  47 ( 47Ti) 1.40406E+00    0    1.40406E+00  1.00000
   21  47 ( 47Sc) 4.04486E-02    0    4.04486E-02  1.00000
   23  46 ( 46V ) 4.88748E-02    0    4.88748E-02  1.00000
   22  46 ( 46Ti) 9.02060E-01    0    9.02060E-01  1.00000
   21  46 ( 46Sc) 5.30833E-02    0    4.42635E-02  0.83385
                                 2    8.81984E-03  0.16615   1.87500E+01 sec. 
   20  46 ( 46Ca) 2.85854E-04    0    2.85854E-04  1.00000
   23  45 ( 45V ) 5.75797E-04    0    5.75797E-04  1.00000
   22  45 ( 45Ti) 1.58349E-01    0    1.58349E-01  1.00000
   21  45 ( 45Sc) 1.22848E-01    0    1.22848E-01  1.00000
   20  45 ( 45Ca) 1.13072E-03    0    1.13072E-03  1.00000
   22  44 ( 44Ti) 1.07881E-02    0    1.07881E-02  1.00000
   21  44 ( 44Sc) 5.49675E-02    0    3.52923E-02  0.64206
                                 4    1.96752E-02  0.35794   2.11000E+05 sec. 
   20  44 ( 44Ca) 8.23650E-03    0    8.23650E-03  1.00000
   21  43 ( 43Sc) 1.62890E-02    0    1.62890E-02  1.00000
   20  43 ( 43Ca) 1.02607E-02    0    1.02607E-02  1.00000
   21  42 ( 42Sc) 7.81638E-04    0    3.79342E-04  0.48532
                                 2    4.02295E-04  0.51468   6.17000E+01 sec. 
   20  42 ( 42Ca) 1.00713E-02    0    1.00713E-02  1.00000
   20  41 ( 41Ca) 1.38538E-03    0    1.38538E-03  1.00000

   b. Per mass

   A  cross section

   58 6.27595E-02
   57 3.15703E+01
   56 1.58218E+02
   55 1.73476E+02
   54 1.39134E+02
   53 1.18234E+02
   52 9.05772E+01
   51 5.27079E+01
   50 2.47636E+01
   49 1.40935E+01
   48 7.01762E+00
   47 2.49805E+00
   46 1.00430E+00
   45 2.82904E-01
   44 7.39922E-02
   43 2.65498E-02
   42 1.08530E-02
   41 1.38538E-03

 Total residual production cross section:   813.75305
 Non-elastic cross section              :   817.52197

 ########## RESULTS FOR E= 100.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E= 100.00000 ###########

 Center-of-mass energy:   98.172

 1. Total (binary) cross sections

   Reaction        = 7.88782E+02
     Compound elastic= 9.36279E-08
     Non-elastic     = 7.88782E+02
       Direct          = 1.02953E+01
       Pre-equilibrium = 7.60056E+02
       Giant resonance = 1.84310E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.06350E+00
 neutron = 2.26122E+02
 proton  = 4.22689E+02
 deuteron= 7.32723E+01
 triton  = 1.68484E+01
 helium-3= 3.32125E+01
 alpha   = 1.55737E+01

 3. Total particle production cross sections

 gamma   = 8.11722E+02    Multiplicity= 1.02908E+00
 neutron = 1.74550E+03    Multiplicity= 2.21291E+00
 proton  = 1.21859E+03    Multiplicity= 1.54490E+00
 deuteron= 8.78209E+01    Multiplicity= 1.11337E-01
 triton  = 1.83605E+01    Multiplicity= 2.32771E-02
 helium-3= 3.35368E+01    Multiplicity= 4.25172E-02
 alpha   = 5.90958E+01    Multiplicity= 7.49203E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  58 ( 58Co) 5.98438E-02    0    4.03347E-02  0.67400
                                 1    1.95091E-02  0.32600   3.27600E+04 sec. 
   27  57 ( 57Co) 2.81935E+00    0    2.81935E+00  1.00000
   26  57 ( 57Fe) 2.26835E+01    0    2.26835E+01  1.00000
   27  56 ( 56Co) 5.63649E+00    0    5.63649E+00  1.00000
   26  56 ( 56Fe) 1.12313E+02    0    1.12313E+02  1.00000
   25  56 ( 56Mn) 1.68828E+01    0    1.68828E+01  1.00000
   27  55 ( 55Co) 1.14250E+00    0    1.14250E+00  1.00000
   26  55 ( 55Fe) 1.04865E+02    0    1.04865E+02  1.00000
   25  55 ( 55Mn) 5.14662E+01    0    5.14662E+01  1.00000
   24  55 ( 55Cr) 2.94398E-01    0    2.94398E-01  1.00000
   27  54 ( 54Co) 6.57694E-02    0    4.33340E-02  0.65888
                                 1    2.24355E-02  0.34112   8.88000E+01 sec. 
   26  54 ( 54Fe) 5.41406E+01    0    5.41406E+01  1.00000
   25  54 ( 54Mn) 6.73023E+01    0    6.73023E+01  1.00000
   24  54 ( 54Cr) 3.14445E+00    0    3.14445E+00  1.00000
   23  54 ( 54V ) 7.36973E-03    0    7.36973E-03  1.00000
   27  53 ( 53Co) 9.04871E-04    0    9.04871E-04  1.00000
   26  53 ( 53Fe) 6.41167E+00    0    6.22605E+00  0.97105
                                22    1.85627E-01  0.02895   1.52400E+02 sec. 
   25  53 ( 53Mn) 9.24030E+01    0    9.24030E+01  1.00000
   24  53 ( 53Cr) 9.02037E+00    0    9.02037E+00  1.00000
   23  53 ( 53V ) 1.12862E-01    0    1.12862E-01  1.00000
   22  53 ( 53Ti) 1.19354E-05    0    1.19354E-05  1.00000
   26  52 ( 52Fe) 5.08703E-01    0    5.07069E-01  0.99679
                                10    1.63393E-03  0.00321   4.59000E+01 sec. 
   25  52 ( 52Mn) 3.90670E+01    0    2.06117E+01  0.52760
                                 1    1.84554E+01  0.47240   1.26600E+03 sec. 
   24  52 ( 52Cr) 4.96976E+01    0    4.96976E+01  1.00000
   23  52 ( 52V ) 5.26603E-01    0    5.26603E-01  1.00000
   22  52 ( 52Ti) 9.23761E-04    0    9.23761E-04  1.00000
   26  51 ( 51Fe) 6.41441E-03    0    6.41441E-03  1.00000
   25  51 ( 51Mn) 1.15379E+01    0    1.15379E+01  1.00000
   24  51 ( 51Cr) 4.87166E+01    0    4.87166E+01  1.00000
   23  51 ( 51V ) 3.07704E+00    0    3.07704E+00  1.00000
   22  51 ( 51Ti) 7.72311E-03    0    7.72311E-03  1.00000
   25  50 ( 50Mn) 3.43739E-01    0    1.26534E-01  0.36811
                                 1    2.17205E-01  0.63189   1.05000E+02 sec. 
   24  50 ( 50Cr) 3.17476E+01    0    3.17476E+01  1.00000
   23  50 ( 50V ) 5.78236E+00    0    5.78236E+00  1.00000
   22  50 ( 50Ti) 1.42485E-01    0    1.42485E-01  1.00000
   25  49 ( 49Mn) 5.07807E-03    0    5.07807E-03  1.00000
   24  49 ( 49Cr) 5.34376E+00    0    5.34376E+00  1.00000
   23  49 ( 49V ) 1.54306E+01    0    1.54306E+01  1.00000
   22  49 ( 49Ti) 4.98217E-01    0    4.98217E-01  1.00000
   21  49 ( 49Sc) 6.43009E-04    0    6.43009E-04  1.00000
   24  48 ( 48Cr) 4.89204E-01    0    4.89204E-01  1.00000
   23  48 ( 48V ) 8.59582E+00    0    8.59582E+00  1.00000
   22  48 ( 48Ti) 2.67624E+00    0    2.66275E+00  0.99496
                                14    1.34897E-02  0.00504   1.03000E+01 sec. 
   21  48 ( 48Sc) 8.41215E-03    0    8.41215E-03  1.00000
   24  47 ( 47Cr) 2.39320E-03    0    2.39320E-03  1.00000
   23  47 ( 47V ) 2.67851E+00    0    2.67851E+00  1.00000
   22  47 ( 47Ti) 3.16010E+00    0    3.16010E+00  1.00000
   21  47 ( 47Sc) 1.06964E-01    0    1.06964E-01  1.00000
   20  47 ( 47Ca) 6.77546E-05    0    6.77546E-05  1.00000
   23  46 ( 46V ) 1.61638E-01    0    1.61638E-01  1.00000
   22  46 ( 46Ti) 2.64868E+00    0    2.64868E+00  1.00000
   21  46 ( 46Sc) 1.30563E-01    0    1.09287E-01  0.83705
                                 2    2.12758E-02  0.16295   1.87500E+01 sec. 
   20  46 ( 46Ca) 1.30282E-03    0    1.30282E-03  1.00000
   23  45 ( 45V ) 2.10215E-03    0    2.10215E-03  1.00000
   22  45 ( 45Ti) 6.35660E-01    0    6.35660E-01  1.00000
   21  45 ( 45Sc) 3.49965E-01    0    3.49965E-01  1.00000
   20  45 ( 45Ca) 4.70013E-03    0    4.70013E-03  1.00000
   22  44 ( 44Ti) 7.15174E-02    0    7.15174E-02  1.00000
   21  44 ( 44Sc) 2.76370E-01    0    1.73985E-01  0.62953
                                 4    1.02386E-01  0.37047   2.11000E+05 sec. 
   20  44 ( 44Ca) 2.95457E-02    0    2.95457E-02  1.00000
   21  43 ( 43Sc) 1.13035E-01    0    1.13035E-01  1.00000
   20  43 ( 43Ca) 5.45677E-02    0    5.45677E-02  1.00000
   19  43 ( 43K ) 2.78676E-04    0    2.78676E-04  1.00000
   21  42 ( 42Sc) 5.59275E-03    0    2.73427E-03  0.48890
                                 2    2.85847E-03  0.51110   6.17000E+01 sec. 
   20  42 ( 42Ca) 6.67055E-02    0    6.67055E-02  1.00000
   19  42 ( 42K ) 1.28156E-03    0    1.28156E-03  1.00000
   20  41 ( 41Ca) 2.64543E-02    0    2.64543E-02  1.00000
   19  41 ( 41K ) 3.39667E-03    0    3.39667E-03  1.00000
   20  40 ( 40Ca) 4.36909E-03    0    4.36909E-03  1.00000
   19  40 ( 40K ) 3.49994E-03    0    3.49994E-03  1.00000
   19  39 ( 39K ) 1.65945E-03    0    1.65945E-03  1.00000

   b. Per mass

   A  cross section

   58 5.98438E-02
   57 2.55028E+01
   56 1.34832E+02
   55 1.57768E+02
   54 1.24661E+02
   53 1.07949E+02
   52 8.98009E+01
   51 6.33457E+01
   50 3.80162E+01
   49 2.12783E+01
   48 1.17697E+01
   47 5.94804E+00
   46 2.94219E+00
   45 9.92428E-01
   44 3.77433E-01
   43 1.67882E-01
   42 7.35798E-02
   41 2.98509E-02
   40 7.86903E-03
   39 1.65945E-03

 Total residual production cross section:   785.52386
 Non-elastic cross section              :   788.78198

 Execution time:  0 hours  1 minutes 13.38 seconds 

 The TALYS team congratulates you with this successful calculation.

    TALYS-1.9 (Version: December 21, 2017)

 Copyright (C) 2017  A.J. Koning, S. Hilaire and S. Goriely      
                         IAEA         CEA          ULB    

 Dimensions - Cross sections: mb, Energies: MeV, Angles: degrees

 ########## USER INPUT ##########

 USER INPUT FILE

 #                                                                               
 # general                                                                       
 #                                                                               
 projectile p                                                                    
 element fe                                                                      
 mass 0                                                                          
 energy energies                                                                 
 #                                                                               
 # output                                                                        
 #                                                                               
 fileresidual     y                                                              

 USER INPUT FILE + DEFAULTS

 Keyword           Value   Variable     Explanation

 #
 # Four main keywords
 #
 projectile          p     ptype0       type of incident particle
 element            Fe     Starget      symbol of target nucleus
 mass               58     mass         mass number of target nucleus
 energy energies           energyfile   file with incident energies
 #
 # Basic physical and numerical parameters
 #
 ejectiles g n p d t h a   outtype      outgoing particles
 maxz               12     maxZ         maximal number of protons away from the initial compound nucleus
 maxn               29     maxN         maximal number of neutrons away from the initial compound nucleus
 bins               40     nbins        number of continuum excitation energy bins
 equidistant         n     flagequi     flag to use equidistant excitation bins instead of logarithmic bins
 popmev              n     flagpopmev   flag to use initial population per MeV instead of histograms
 segment             1     segment      number of segments to divide emission energy grid
 maxlevelstar       30     nlevmax      maximum number of included discrete levels for target
 maxlevelsres       10     nlevmaxres   maximum number of included discrete levels for residual nucleus
 maxlevelsbin g     10     nlevbin      maximum number of included discrete levels for gamma    channel
 maxlevelsbin n     10     nlevbin      maximum number of included discrete levels for neutron  channel
 maxlevelsbin p     30     nlevbin      maximum number of included discrete levels for proton   channel
 maxlevelsbin d      5     nlevbin      maximum number of included discrete levels for deuteron channel
 maxlevelsbin t      5     nlevbin      maximum number of included discrete levels for triton   channel
 maxlevelsbin h      5     nlevbin      maximum number of included discrete levels for helium-3 channel
 maxlevelsbin a     10     nlevbin      maximum number of included discrete levels for alpha    channel
 ltarget             0     ltarget      excited level of target
 isomer           1.00E+00 isomer       definition of isomer in seconds
 transpower          5     transpower   power for transmission coefficient limit
 transeps         1.00E-08 transeps     limit for transmission coefficient
 xseps            1.00E-07 xseps        limit for cross sections
 popeps           1.00E-03 popeps       limit for population cross section per nucleus
 Rfiseps          1.00E-03 Rfiseps      ratio for limit for fission cross section per nucleus
 elow             1.00E-06 elow         minimal incident energy for nuclear model calculations
 angles             90     nangle       number of angles
 anglescont         18     nanglecont   number of angles for continuum
 anglesrec           1     nanglerec    number of recoil angles
 maxenrec           20     maxenrec     number of recoil energies
 channels            n     flagchannels flag for exclusive channels calculation
 maxchannel          4     maxchannel   maximal number of outgoing particles in individual channel description
 micro               n     flagmicro    flag for completely microscopic Talys calculation
 best                n     flagbest     flag to use best set of adjusted parameters
 bestbranch          y     flagbestbr   flag to use flag to use only best set of branching ratios
 bestend             n     flagbestend  flag to put best set of parameters at end of input file
 relativistic        y     flagrel      flag for relativistic kinematics
 recoil              n     flagrecoil   flag for calculation of recoils
 labddx              n     flaglabddx   flag for calculation of DDX in LAB system
 recoilaverage       n     flagrecoilav flag for average velocity in recoil calculation
 channelenergy       n     flagEchannel flag for channel energy for emission spectrum
 reaction            y     flagreaction flag for calculation of nuclear reactions
 astro               n     flagastro    flag for calculation of astrophysics reaction rate
 astrogs             n     flagastrogs  flag for calculation of astrophysics reaction rate with target in ground state only
 astroex             n     flagastroex  flag for calculation of astrophysics reaction rate to long-lived excited states
 nonthermlev        -1     nonthermlev  excited level non-thermalized in the calculation of astrophysics rate
 massmodel           2     massmodel    model for theoretical nuclear mass
 expmass             y     flagexpmass  flag for using experimental nuclear mass if available
 disctable           1     disctable    table with discrete levels
 production          n     flagprod     flag for isotope production
 outfy               n     flagoutfy    flag for output detailed fission yield calculation
 gefran          50000     gefran       number of random events for GEF calculation
 Estop            1000.000 Estop        incident energy above which TALYS stops
 rpevap              n     flagrpevap   flag for evaporation of residual products at high incident energies
 maxZrp             12     maxZrp       maximal number of protons away from the initial compound nucleus before residual evaporation
 maxNrp             32     maxNrp       maximal number of neutons away from the initial compound nucleus before residual evaporation
 #
 # Optical model
 #
 localomp            y     flaglocalomp flag for local (y) or global (n) optical model
 dispersion          n     flagdisp     flag for dispersive optical model
 jlmomp              n     flagjlm      flag for using semi-microscopic JLM OMP
 optmodall           n     flagompall   flag for new optical model calculation for all residual nuclei
 incadjust           y     flagincadj   flag for OMP adjustment on incident channel also
 omponly             n     flagomponly  flag to execute ONLY an optical model calculation
 autorot             n     flagautorot  flag for automatic rotational coupled channels calculations for A > 150
 spherical           n     flagspher    flag to force spherical optical model
 coulomb             y     flagcoulomb  flag for Coulomb excitation calculation with ECIS
 statepot            n     flagstate    flag for optical model potential for each excited state
 maxband             0     maxband      highest vibrational band added to rotational model
 maxrot              2     maxrot       number of included excited rotational levels
 sysreaction               sysreaction  particles with reaction cross section from systematics
 rotational   p            rotational   particles with possible rotational optical model
 core               -1     core         even-even core for weakcoupling (-1 or 1)
 ecissave            n     flagecissave flag for saving ECIS input and output files
 eciscalc            y     flageciscalc flag for new ECIS calculation for outgoing particles and energy grid
 inccalc             y     flaginccalc  flag for new ECIS calculation for incident channel
 endfecis            y     flagendfecis flag for new ECIS calculation for ENDF-6 files
 radialmodel         2     radialmodel  model for radial matter densities (JLM OMP only)
 jlmmode             0     jlmmode      option for JLM imaginary potential normalization
 alphaomp            6     alphaomp     alpha OMP (1=normal, 2= McFadden-Satchler, 3-5= folding potential, 6,8= Avrigeanu, 7=Nolte)
 deuteronomp         1     deuteronomp  deuteron OMP (1=normal, 2=Daehnick, 3=Bojowald, 4=Han-Shi-Shen, 5=An-Cai)
 #
 # Compound nucleus
 #
 widthfluc          11.958 ewfc         off-set incident energy for width fluctuation calculation
 widthmode           1     wmode        designator for width fluctuation model
 compound            y     flagcomp     flag for compound nucleus model
 fullhf              n     flagfullhf   flag for full spin dependence of transmission coefficients
 eciscompound        n     flageciscomp flag for compound nucleus calculation by ECIS
 cpang               n     flagcpang    flag for compound angular distribution calculation for incident charged particles
 urr                 n     flagurr      flag for URR calculation
 urrnjoy             n     flagurrnjoy  flag for normalization of URR parameters with NJOY method
 lurr                2     lurr         maximal orbital angular momentum for URR
 #
 # Gamma emission
 #
 gammax              2     gammax       number of l-values for gamma multipolarity
 strength            1     strength     model for E1 gamma-ray strength function
 strengthM1          2     strengthM1   model for M1 gamma-ray strength function
 electronconv        y     flagelectron flag for application of electron conversion coefficient
 racap               n     flagracap    flag for radiative capture model
 ldmodelracap        1     ldmodelracap level density model for direct radiative capture
 #
 # Pre-equilibrium
 #
 preequilibrium      4.088 epreeq       on-set incident energy for preequilibrium calculation
 preeqmode           2     preeqmode    designator for pre-equilibrium model
 multipreeq         20.000 emulpre      on-set incident energy for multiple preequilibrium
 mpreeqmode          2     mpreeqmode   designator for multiple pre-equilibrium model
 breakupmodel        1     breakupmodel model for break-up reaction: 1. Kalbach 2. Avrigeanu
 phmodel             1     phmodel      particle-hole state density model
 pairmodel           2     pairmodel    designator for pre-equilibrium pairing model
 preeqspin           2     pespinmodel  model for pre-equilibrium spin distribution
 giantresonance      y     flaggiant    flag for collective contribution from giant resonances
 preeqsurface        y     flagsurface  flag for surface effects in exciton model
 preeqcomplex        y     flagpecomp   flag for Kalbach complex particle emission model
 twocomponent        y     flag2comp    flag for two-component pre-equilibrium model
 ecisdwba            y     flagecisdwba flag for new ECIS calculation for DWBA for MSD
 onestep             n     flagonestep  flag for continuum one-step direct only
 #
 # Level densities
 #
 ldmodel             1     ldmodelall   level density model
 shellmodel          1     shellmodel   model for shell correction energies
 kvibmodel           2     kvibmodel    model for vibrational enhancement
 spincutmodel        1     spincutmodel model for spin cutoff factor for ground state
 asys                n     flagasys     flag for all level density parameters a from systematics
 parity              n     flagparity   flag for non-equal parity distribution
 colenhance          n     flagcolall   flag for collective enahncement of level density for all nuclides
 ctmglobal           n     flagctmglob  flag for global CTM model (no discrete level info)
 gshell              n     flaggshell   flag for energy dependence of single particle level density parameter g
 #
 # Fission
 #
 fission             n     flagfission  flag for fission
 fismodel            1     fismodel     fission model
 fismodelalt         4     fismodelalt  alternative fission model for default barriers
 hbstate             y     flaghbstate  flag for head band states in fission
 class2              y     flagclass2   flag for class2 states in fission
 massdis             n     flagmassdis  flag for calculation of fission fragment mass yields
 ffevaporation       y     flagffevap   flag for calculation of particle evaporation from fission fragment mass yields
 fisfeed             n     flagfisfeed  flag for output of fission per excitation bin
 fymodel             2     fymodel      fission yield model, 1: Brosa 2: GEF
 ffspin              n     flagffspin   flag to use spin distribution in initial FF population
 #
 # Output
 #
 outmain             y     flagmain     flag for main output
 outbasic            n     flagbasic    flag for output of basic information and results
 outpopulation       n     flagpop      flag for output of population
 outcheck            n     flagcheck    flag for output of numerical checks
 outlevels           n     flaglevels   flag for output of discrete level information
 outdensity          n     flagdensity  flag for output of level densities
 outomp              n     flagoutomp   flag for output of optical model parameters
 outdirect           n     flagdirect   flag for output of direct reaction results
 outinverse          n     flaginverse  flag for output of transmission coefficients and inverse reaction cross sections
 outtransenergy      y     flagtransen  flag for output of transmission coefficients per energy
 outecis             n     flagoutecis  flag for output of ECIS results
 outgamma            n     flaggamma    flag for output of gamma-ray information
 outpreequilibrium   n     flagpeout    flag for output of pre-equilibrium results 
 outfission          n     flagfisout   flag for output of fission information
 outdiscrete         n     flagdisc     flag for output of discrete state cross sections
 outspectra          n     flagspec     flag for output of double-differential cross sections
 outbinspectra       n     flagbinspec  flag for output of emission spectrum per excitation bin
 resonance           n     flagres      flag for output of low energy resonance cross sections
 group               n     flaggroup    flag for output of low energy groupwise cross sections
 addiscrete          y     flagadd      flag for addition of discrete states to spectra
 addelastic          y     flagaddel    flag for addition of elastic peak to spectra
 outangle            n     flagang      flag for output of angular distributions
 outlegendre         n     flaglegendre flag for output of Legendre coefficients
 ddxmode             0     ddxmode      mode for double-differential cross sections
 outdwba             n     flagoutdwba  flag for output of DWBA cross sections for MSD
 outgamdis           n     flaggamdis   flag for output of discrete gamma-ray intensities
 outexcitation       y     flagexc      flag for output of excitation functions
 components          n     flagcompo    flag for output of cross section components
 endf                n     flagendf     flag for information for ENDF-6 file
 endfdetail          n     flagendfdet  flag for detailed ENDF-6 information per channel
 sacs                n     flagsacs     flag for statistical analysis of cross sections
 partable            n     flagpartable flag for output of model parameters on separate file

 ########## BASIC REACTION PARAMETERS ##########

 Projectile           : proton      Mass in a.m.u.      :   1.007276
 Target               :  58Fe       Mass in a.m.u.      :  57.933273

 Included channels:
                     gamma   
                     neutron 
                     proton  
                     deuteron
                     triton  
                     helium-3
                     alpha   

    24 incident energies (LAB):

      1.000
      2.000
      3.000
      4.000
      5.000
      6.000
      8.000
     10.000
     12.000
     14.000
     16.000
     18.000
     20.000
     25.000
     30.000
     35.000
     40.000
     45.000
     50.000
     60.000
     70.000
     80.000
     90.000
    100.000

 Q-values for binary reactions:

 Q(p,g):  7.36356
 Q(p,n): -3.09031
 Q(p,p):  0.00000
 Q(p,d): -7.82002
 Q(p,t): -9.20885
 Q(p,h):-12.88581
 Q(p,a):  0.42136

 ########## RESULTS FOR E=   1.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   1.00000 ###########

 Center-of-mass energy:    0.983

 1. Total (binary) cross sections

   Reaction        = 3.33990E-03
     Compound elastic= 2.95351E-04
     Non-elastic     = 3.04455E-03
       Direct          = 1.13995E-25
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 3.04455E-03

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 3.04455E-03
 neutron = 0.00000E+00
 proton  = 1.13995E-25
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 4.92128E-03    Multiplicity= 1.61642E+00
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.13995E-25    Multiplicity= 3.74423E-23
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 3.04098E-03    0    3.04098E-03  1.00000
   25  55 ( 55Mn) 1.00000E-07    0    0.00000E+00  0.00000

   b. Per mass

   A  cross section

   59 3.04098E-03

 Total residual production cross section:     0.00304
 Non-elastic cross section              :     0.00304

 ########## RESULTS FOR E=   2.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   2.00000 ###########

 Center-of-mass energy:    1.966

 1. Total (binary) cross sections

   Reaction        = 2.99975E+00
     Compound elastic= 2.65945E+00
     Non-elastic     = 3.40296E-01
       Direct          = 2.13664E-06
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 3.40294E-01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 3.22417E-01
 neutron = 0.00000E+00
 proton  = 1.78367E-02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 0.00000E+00

 3. Total particle production cross sections

 gamma   = 5.59681E-01    Multiplicity= 1.64469E+00
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 1.80621E-02    Multiplicity= 5.30776E-02
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 0.00000E+00    Multiplicity= 0.00000E+00

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 3.22192E-01    0    3.22192E-01  1.00000
   26  58 ( 58Fe) 1.80621E-02    0    1.80621E-02  1.00000
   25  55 ( 55Mn) 1.00000E-07    0    0.00000E+00  0.00000

   b. Per mass

   A  cross section

   59 3.22192E-01
   58 1.80621E-02

 Total residual production cross section:     0.34025
 Non-elastic cross section              :     0.34030

 ########## RESULTS FOR E=   3.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   3.00000 ###########

 Center-of-mass energy:    2.949

 1. Total (binary) cross sections

   Reaction        = 5.09961E+01
     Compound elastic= 4.52771E+01
     Non-elastic     = 5.71905E+00
       Direct          = 1.57813E-02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 5.70327E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.43788E-01
 neutron = 0.00000E+00
 proton  = 4.87285E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.72203E-04

 3. Total particle production cross sections

 gamma   = 1.56591E+00    Multiplicity= 2.73806E-01
 neutron = 0.00000E+00    Multiplicity= 0.00000E+00
 proton  = 4.88259E+00    Multiplicity= 8.53741E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.72203E-04    Multiplicity= 3.01104E-05

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 8.34045E-01    0    8.34045E-01  1.00000
   26  58 ( 58Fe) 4.88259E+00    0    4.88259E+00  1.00000
   25  55 ( 55Mn) 1.00000E-07    0    1.26774E-04  0.00000

   b. Per mass

   A  cross section

   59 8.34045E-01
   58 4.88259E+00

 Total residual production cross section:     5.71663
 Non-elastic cross section              :     5.71905

 ########## RESULTS FOR E=   4.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : n
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   4.00000 ###########

 Center-of-mass energy:    3.932

 1. Total (binary) cross sections

   Reaction        = 2.02487E+02
     Compound elastic= 6.37120E+01
     Non-elastic     = 1.38775E+02
       Direct          = 1.01730E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.37758E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.98167E-01
 neutron = 1.28583E+02
 proton  = 9.99011E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 3.93227E-03

 3. Total particle production cross sections

 gamma   = 3.81999E-01    Multiplicity= 2.75265E-03
 neutron = 1.28583E+02    Multiplicity= 9.26559E-01
 proton  = 1.00031E+01    Multiplicity= 7.20812E-02
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 3.93228E-03    Multiplicity= 2.83357E-05

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.84718E-01    0    1.84718E-01  1.00000
   27  58 ( 58Co) 1.28583E+02    0    1.16132E+02  0.90317
                                 1    1.24510E+01  0.09683   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.00031E+01    0    1.00031E+01  1.00000
   25  55 ( 55Mn) 3.93228E-03    0    3.93228E-03  1.00000

   b. Per mass

   A  cross section

   59 1.84718E-01
   58 1.38586E+02
   55 3.93228E-03

 Total residual production cross section:   138.77499
 Non-elastic cross section              :   138.77499

 ########## RESULTS FOR E=   5.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   5.00000 ###########

 Center-of-mass energy:    4.914

 1. Total (binary) cross sections

   Reaction        = 3.91526E+02
     Compound elastic= 3.11941E+01
     Non-elastic     = 3.60332E+02
       Direct          = 7.65208E+00
       Pre-equilibrium = 5.30606E-01
       Giant resonance = 1.09191E-09
       Compound non-el = 3.52149E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.46503E-01
 neutron = 3.33504E+02
 proton  = 2.66116E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 6.97404E-02

 3. Total particle production cross sections

 gamma   = 1.48888E+02    Multiplicity= 4.13197E-01
 neutron = 3.33509E+02    Multiplicity= 9.25560E-01
 proton  = 2.66261E+01    Multiplicity= 7.38933E-02
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 6.97405E-02    Multiplicity= 1.93545E-04

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.27587E-01    0    1.27587E-01  1.00000
   27  58 ( 58Co) 3.33510E+02    0    2.90549E+02  0.87118
                                 1    4.29615E+01  0.12882   3.27600E+04 sec. 
   26  58 ( 58Fe) 2.66261E+01    0    2.66261E+01  1.00000
   25  55 ( 55Mn) 6.97405E-02    0    6.97405E-02  1.00000

   b. Per mass

   A  cross section

   59 1.27587E-01
   58 3.60136E+02
   55 6.97405E-02

 Total residual production cross section:   360.33350
 Non-elastic cross section              :   360.33188

 ########## RESULTS FOR E=   6.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   6.00000 ###########

 Center-of-mass energy:    5.897

 1. Total (binary) cross sections

   Reaction        = 5.46745E+02
     Compound elastic= 1.55969E+01
     Non-elastic     = 5.31148E+02
       Direct          = 1.85987E+01
       Pre-equilibrium = 3.47890E+00
       Giant resonance = 1.77819E-04
       Compound non-el = 5.09070E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.65476E-01
 neutron = 4.82061E+02
 proton  = 4.83470E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 5.76652E-01

 3. Total particle production cross sections

 gamma   = 3.78160E+02    Multiplicity= 7.11968E-01
 neutron = 4.82076E+02    Multiplicity= 9.07610E-01
 proton  = 4.83650E+01    Multiplicity= 9.10574E-02
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 5.76653E-01    Multiplicity= 1.08567E-03

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.32662E-01    0    1.32662E-01  1.00000
   27  58 ( 58Co) 4.82080E+02    0    4.16663E+02  0.86430
                                 1    6.54163E+01  0.13570   3.27600E+04 sec. 
   26  58 ( 58Fe) 4.83650E+01    0    4.83650E+01  1.00000
   25  55 ( 55Mn) 5.76645E-01    0    5.76645E-01  1.00000

   b. Per mass

   A  cross section

   59 1.32662E-01
   58 5.30445E+02
   55 5.76645E-01

 Total residual production cross section:   531.15387
 Non-elastic cross section              :   531.14813

 ########## RESULTS FOR E=   8.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=   8.00000 ###########

 Center-of-mass energy:    7.863

 1. Total (binary) cross sections

   Reaction        = 7.27150E+02
     Compound elastic= 4.04956E+00
     Non-elastic     = 7.23100E+02
       Direct          = 3.49484E+01
       Pre-equilibrium = 1.79271E+01
       Giant resonance = 7.61500E-02
       Compound non-el = 6.70149E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 2.84232E-01
 neutron = 6.32373E+02
 proton  = 8.53299E+01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 5.11766E+00

 3. Total particle production cross sections

 gamma   = 7.84062E+02    Multiplicity= 1.08431E+00
 neutron = 6.32432E+02    Multiplicity= 8.74612E-01
 proton  = 8.53553E+01    Multiplicity= 1.18041E-01
 deuteron= 0.00000E+00    Multiplicity= 0.00000E+00
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 5.11768E+00    Multiplicity= 7.07742E-03

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.99509E-01    0    1.99509E-01  1.00000
   27  58 ( 58Co) 6.32412E+02    0    5.21254E+02  0.82423
                                 1    1.11157E+02  0.17577   3.27600E+04 sec. 
   26  58 ( 58Fe) 8.53563E+01    0    8.53563E+01  1.00000
   25  55 ( 55Mn) 5.11769E+00    0    5.11769E+00  1.00000

   b. Per mass

   A  cross section

   59 1.99509E-01
   58 7.17768E+02
   55 5.11769E+00

 Total residual production cross section:   723.08508
 Non-elastic cross section              :   723.10046

 ########## RESULTS FOR E=  10.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  10.00000 ###########

 Center-of-mass energy:    9.828

 1. Total (binary) cross sections

   Reaction        = 8.65135E+02
     Compound elastic= 1.09594E+00
     Non-elastic     = 8.64039E+02
       Direct          = 4.87069E+01
       Pre-equilibrium = 4.97082E+01
       Giant resonance = 3.49889E-01
       Compound non-el = 7.65274E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 5.78343E-01
 neutron = 7.26872E+02
 proton  = 1.21510E+02
 deuteron= 2.43523E-03
 triton  = 1.95099E-16
 helium-3= 0.00000E+00
 alpha   = 1.50794E+01

 3. Total particle production cross sections

 gamma   = 1.20643E+03    Multiplicity= 1.39627E+00
 neutron = 7.27013E+02    Multiplicity= 8.41412E-01
 proton  = 1.21541E+02    Multiplicity= 1.40666E-01
 deuteron= 2.43523E-03    Multiplicity= 2.81843E-06
 triton  = 1.95099E-16    Multiplicity= 2.25799E-19
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.50797E+01    Multiplicity= 1.74525E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 4.06834E-01    0    4.06834E-01  1.00000
   27  58 ( 58Co) 7.26966E+02    0    5.66892E+02  0.77981
                                 1    1.60074E+02  0.22019   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.21532E+02    0    1.21532E+02  1.00000
   26  57 ( 57Fe) 2.43523E-03    0    2.43523E-03  1.00000
   25  55 ( 55Mn) 1.50799E+01    0    1.50799E+01  1.00000

   b. Per mass

   A  cross section

   59 4.06834E-01
   58 8.48498E+02
   57 2.43523E-03
   55 1.50799E+01

 Total residual production cross section:   863.98718
 Non-elastic cross section              :   864.03906

 ########## RESULTS FOR E=  12.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  12.00000 ###########

 Center-of-mass energy:   11.794

 1. Total (binary) cross sections

   Reaction        = 9.64089E+02
     Compound elastic= 1.42273E-01
     Non-elastic     = 9.63947E+02
       Direct          = 5.78027E+01
       Pre-equilibrium = 9.45183E+01
       Giant resonance = 1.94862E+00
       Compound non-el = 8.09677E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.28993E-01
 neutron = 7.77780E+02
 proton  = 1.57917E+02
 deuteron= 5.74740E-01
 triton  = 6.93250E-04
 helium-3= 0.00000E+00
 alpha   = 2.67450E+01

 3. Total particle production cross sections

 gamma   = 1.49295E+03    Multiplicity= 1.54879E+00
 neutron = 8.11066E+02    Multiplicity= 8.41401E-01
 proton  = 1.68016E+02    Multiplicity= 1.74300E-01
 deuteron= 5.74741E-01    Multiplicity= 5.96237E-04
 triton  = 6.93250E-04    Multiplicity= 7.19179E-07
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 2.67459E+01    Multiplicity= 2.77463E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 6.50526E-01    0    6.50526E-01  1.00000
   27  58 ( 58Co) 7.34840E+02    0    5.44415E+02  0.74086
                                 1    1.90425E+02  0.25914   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.57841E+02    0    1.57841E+02  1.00000
   27  57 ( 57Co) 3.29754E+01    0    3.29754E+01  1.00000
   26  57 ( 57Fe) 1.07075E+01    0    1.07075E+01  1.00000
   25  55 ( 55Mn) 2.67465E+01    0    2.67465E+01  1.00000

   b. Per mass

   A  cross section

   59 6.50526E-01
   58 8.92681E+02
   57 4.36828E+01
   55 2.67465E+01

 Total residual production cross section:   963.76129
 Non-elastic cross section              :   963.94672

 ########## RESULTS FOR E=  14.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  14.00000 ###########

 Center-of-mass energy:   13.759

 1. Total (binary) cross sections

   Reaction        = 1.02855E+03
     Compound elastic= 3.74349E-02
     Non-elastic     = 1.02851E+03
       Direct          = 6.26266E+01
       Pre-equilibrium = 1.47654E+02
       Giant resonance = 5.76946E+00
       Compound non-el = 8.12462E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.19040E+00
 neutron = 7.98051E+02
 proton  = 1.93452E+02
 deuteron= 2.70027E+00
 triton  = 4.49878E-02
 helium-3= 0.00000E+00
 alpha   = 3.30744E+01

 3. Total particle production cross sections

 gamma   = 9.69102E+02    Multiplicity= 9.42237E-01
 neutron = 1.15673E+03    Multiplicity= 1.12466E+00
 proton  = 2.47956E+02    Multiplicity= 2.41082E-01
 deuteron= 2.70028E+00    Multiplicity= 2.62542E-03
 triton  = 4.49879E-02    Multiplicity= 4.37407E-05
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 3.30768E+01    Multiplicity= 3.21598E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 8.05238E-01    0    8.05238E-01  1.00000
   27  58 ( 58Co) 3.98150E+02    0    2.77541E+02  0.69707
                                 1    1.20610E+02  0.30293   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.80598E+02    0    1.80598E+02  1.00000
   27  57 ( 57Co) 3.45563E+02    0    3.45563E+02  1.00000
   26  57 ( 57Fe) 6.99429E+01    0    6.99429E+01  1.00000
   26  56 ( 56Fe) 4.49875E-02    0    4.49875E-02  1.00000
   25  55 ( 55Mn) 3.30744E+01    0    3.30744E+01  1.00000

   b. Per mass

   A  cross section

   59 8.05238E-01
   58 5.78749E+02
   57 4.15506E+02
   56 4.49875E-02
   55 3.30744E+01

 Total residual production cross section:  1028.17920
 Non-elastic cross section              :  1028.51257

 ########## RESULTS FOR E=  16.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  16.00000 ###########

 Center-of-mass energy:   15.724

 1. Total (binary) cross sections

   Reaction        = 1.07363E+03
     Compound elastic= 9.62415E-03
     Non-elastic     = 1.07362E+03
       Direct          = 6.37476E+01
       Pre-equilibrium = 2.08681E+02
       Giant resonance = 8.10922E+00
       Compound non-el = 7.93083E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.34124E+00
 neutron = 8.01142E+02
 proton  = 2.27620E+02
 deuteron= 7.03795E+00
 triton  = 1.28502E-01
 helium-3= 4.26603E-10
 alpha   = 3.63514E+01

 3. Total particle production cross sections

 gamma   = 6.78932E+02    Multiplicity= 6.32377E-01
 neutron = 1.40219E+03    Multiplicity= 1.30604E+00
 proton  = 3.09843E+02    Multiplicity= 2.88596E-01
 deuteron= 7.03801E+00    Multiplicity= 6.55540E-03
 triton  = 1.28503E-01    Multiplicity= 1.19691E-04
 helium-3= 4.26603E-10    Multiplicity= 3.97350E-13
 alpha   = 3.63908E+01    Multiplicity= 3.38954E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 8.65463E-01    0    8.65463E-01  1.00000
   27  58 ( 58Co) 1.78825E+02    0    1.19178E+02  0.66645
                                 1    5.96471E+01  0.33355   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.67526E+02    0    1.67526E+02  1.00000
   27  57 ( 57Co) 5.40265E+02    0    5.40265E+02  1.00000
   26  57 ( 57Fe) 1.49046E+02    0    1.49046E+02  1.00000
   26  56 ( 56Fe) 1.28501E-01    0    1.28501E-01  1.00000
   25  55 ( 55Mn) 3.58017E+01    0    3.58017E+01  1.00000
   25  54 ( 54Mn) 4.63320E-01    0    4.63320E-01  1.00000
   24  54 ( 54Cr) 1.20503E-01    0    1.20503E-01  1.00000

   b. Per mass

   A  cross section

   59 8.65463E-01
   58 3.46351E+02
   57 6.89311E+02
   56 1.28501E-01
   55 3.58017E+01
   54 5.83823E-01

 Total residual production cross section:  1073.04138
 Non-elastic cross section              :  1073.62036

 ########## RESULTS FOR E=  18.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : n
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  18.00000 ###########

 Center-of-mass energy:   17.690

 1. Total (binary) cross sections

   Reaction        = 1.10045E+03
     Compound elastic= 2.42545E-03
     Non-elastic     = 1.10045E+03
       Direct          = 6.31818E+01
       Pre-equilibrium = 2.72956E+02
       Giant resonance = 9.22001E+00
       Compound non-el = 7.55090E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.42607E+00
 neutron = 7.87419E+02
 proton  = 2.59756E+02
 deuteron= 1.31841E+01
 triton  = 2.60532E-01
 helium-3= 1.54839E-05
 alpha   = 3.84021E+01

 3. Total particle production cross sections

 gamma   = 8.30294E+02    Multiplicity= 7.54506E-01
 neutron = 1.48745E+03    Multiplicity= 1.35168E+00
 proton  = 3.59708E+02    Multiplicity= 3.26875E-01
 deuteron= 1.31843E+01    Multiplicity= 1.19809E-02
 triton  = 2.60536E-01    Multiplicity= 2.36754E-04
 helium-3= 1.54839E-05    Multiplicity= 1.40706E-08
 alpha   = 3.97012E+01    Multiplicity= 3.60773E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 8.33783E-01    0    8.33783E-01  1.00000
   27  58 ( 58Co) 1.02307E+02    0    6.68110E+01  0.65304
                                 1    3.54965E+01  0.34696   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.51437E+02    0    1.51437E+02  1.00000
   27  57 ( 57Co) 5.84881E+02    0    5.84881E+02  1.00000
   26  57 ( 57Fe) 2.20206E+02    0    2.20206E+02  1.00000
   25  57 ( 57Mn) 1.07005E-02    0    1.07005E-02  1.00000
   26  56 ( 56Fe) 2.62833E-01    0    2.62833E-01  1.00000
   25  55 ( 55Mn) 3.08805E+01    0    3.08805E+01  1.00000
   25  54 ( 54Mn) 7.90011E+00    0    7.90011E+00  1.00000
   24  54 ( 54Cr) 9.06432E-01    0    9.06432E-01  1.00000

   b. Per mass

   A  cross section

   59 8.33782E-01
   58 2.53745E+02
   57 8.05098E+02
   56 2.62833E-01
   55 3.08805E+01
   54 8.80655E+00

 Total residual production cross section:  1099.62622
 Non-elastic cross section              :  1100.44751

 ########## RESULTS FOR E=  20.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  20.00000 ###########

 Center-of-mass energy:   19.655

 1. Total (binary) cross sections

   Reaction        = 1.11516E+03
     Compound elastic= 6.14725E-04
     Non-elastic     = 1.11516E+03
       Direct          = 6.19212E+01
       Pre-equilibrium = 3.37182E+02
       Giant resonance = 9.95441E+00
       Compound non-el = 7.06102E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.46054E+00
 neutron = 7.62453E+02
 proton  = 2.90401E+02
 deuteron= 1.98784E+01
 triton  = 4.80283E-01
 helium-3= 3.16485E-03
 alpha   = 4.04829E+01

 3. Total particle production cross sections

 gamma   = 1.05559E+03    Multiplicity= 9.46581E-01
 neutron = 1.50544E+03    Multiplicity= 1.34998E+00
 proton  = 4.03870E+02    Multiplicity= 3.62164E-01
 deuteron= 1.99232E+01    Multiplicity= 1.78658E-02
 triton  = 4.80291E-01    Multiplicity= 4.30693E-04
 helium-3= 3.16485E-03    Multiplicity= 2.83803E-06
 alpha   = 4.70382E+01    Multiplicity= 4.21807E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 7.02896E-01    0    7.02896E-01  1.00000
   27  58 ( 58Co) 7.15990E+01    0    4.69034E+01  0.65508
                                 1    2.46956E+01  0.34492   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.43160E+02    0    1.43160E+02  1.00000
   27  57 ( 57Co) 5.71810E+02    0    5.71810E+02  1.00000
   26  57 ( 57Fe) 2.77103E+02    0    2.77103E+02  1.00000
   25  57 ( 57Mn) 1.59291E-01    0    1.59291E-01  1.00000
   26  56 ( 56Fe) 2.15558E+00    0    2.15558E+00  1.00000
   25  56 ( 56Mn) 3.16471E-03    0    3.16471E-03  1.00000
   25  55 ( 55Mn) 1.75644E+01    0    1.75644E+01  1.00000
   25  54 ( 54Mn) 2.87504E+01    0    2.87504E+01  1.00000
   24  54 ( 54Cr) 6.99486E-01    0    6.99486E-01  1.00000

   b. Per mass

   A  cross section

   59 7.02896E-01
   58 2.14759E+02
   57 8.49073E+02
   56 2.15875E+00
   55 1.75644E+01
   54 2.94499E+01

 Total residual production cross section:  1113.70740
 Non-elastic cross section              :  1115.15942

 ########## RESULTS FOR E=  25.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  25.00000 ###########

 Center-of-mass energy:   24.567

 1. Total (binary) cross sections

   Reaction        = 1.13501E+03
     Compound elastic= 2.34837E-05
     Non-elastic     = 1.13501E+03
       Direct          = 5.97382E+01
       Pre-equilibrium = 4.87704E+02
       Giant resonance = 1.26320E+01
       Compound non-el = 5.74936E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.44357E+00
 neutron = 6.89045E+02
 proton  = 3.59842E+02
 deuteron= 3.59737E+01
 triton  = 1.65494E+00
 helium-3= 9.45300E-01
 alpha   = 4.61064E+01

 3. Total particle production cross sections

 gamma   = 1.23460E+03    Multiplicity= 1.08774E+00
 neutron = 1.51210E+03    Multiplicity= 1.33224E+00
 proton  = 6.60959E+02    Multiplicity= 5.82337E-01
 deuteron= 3.67996E+01    Multiplicity= 3.24223E-02
 triton  = 1.65612E+00    Multiplicity= 1.45912E-03
 helium-3= 9.45300E-01    Multiplicity= 8.32856E-04
 alpha   = 6.54633E+01    Multiplicity= 5.76764E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 3.69658E-01    0    3.69658E-01  1.00000
   27  58 ( 58Co) 4.71122E+01    0    3.09430E+01  0.65679
                                 1    1.61693E+01  0.34321   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.30053E+02    0    1.30053E+02  1.00000
   27  57 ( 57Co) 3.14704E+02    0    3.14704E+02  1.00000
   26  57 ( 57Fe) 3.36426E+02    0    3.36426E+02  1.00000
   25  57 ( 57Mn) 2.25149E+00    0    2.25149E+00  1.00000
   27  56 ( 56Co) 1.03077E+01    0    1.03077E+01  1.00000
   26  56 ( 56Fe) 2.24427E+02    0    2.24427E+02  1.00000
   25  56 ( 56Mn) 9.48470E-01    0    9.48470E-01  1.00000
   26  55 ( 55Fe) 4.72630E-02    0    4.72630E-02  1.00000
   25  55 ( 55Mn) 6.19646E+00    0    6.19646E+00  1.00000
   25  54 ( 54Mn) 5.72053E+01    0    5.72053E+01  1.00000
   24  54 ( 54Cr) 1.77735E+00    0    1.77735E+00  1.00000
   25  53 ( 53Mn) 3.94645E-02    0    3.94645E-02  1.00000
   23  51 ( 51V ) 9.15393E-02    0    9.15393E-02  1.00000

   b. Per mass

   A  cross section

   59 3.69658E-01
   58 1.77165E+02
   57 6.53381E+02
   56 2.35683E+02
   55 6.24372E+00
   54 5.89827E+01
   53 3.94645E-02
   51 9.15393E-02

 Total residual production cross section:  1131.95618
 Non-elastic cross section              :  1135.01001

 ########## RESULTS FOR E=  30.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  30.00000 ###########

 Center-of-mass energy:   29.479

 1. Total (binary) cross sections

   Reaction        = 1.12611E+03
     Compound elastic= 1.20094E-06
     Non-elastic     = 1.12611E+03
       Direct          = 5.73912E+01
       Pre-equilibrium = 6.03453E+02
       Giant resonance = 1.54575E+01
       Compound non-el = 4.49808E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.35048E+00
 neutron = 6.12707E+02
 proton  = 4.08891E+02
 deuteron= 4.86280E+01
 triton  = 3.24694E+00
 helium-3= 4.34631E+00
 alpha   = 4.69398E+01

 3. Total particle production cross sections

 gamma   = 1.16384E+03    Multiplicity= 1.03351E+00
 neutron = 1.65966E+03    Multiplicity= 1.47380E+00
 proton  = 7.50110E+02    Multiplicity= 6.66107E-01
 deuteron= 5.01496E+01    Multiplicity= 4.45335E-02
 triton  = 3.29152E+00    Multiplicity= 2.92291E-03
 helium-3= 4.34756E+00    Multiplicity= 3.86069E-03
 alpha   = 7.01581E+01    Multiplicity= 6.23013E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 2.55705E-01    0    2.55705E-01  1.00000
   27  58 ( 58Co) 3.74060E+01    0    2.45412E+01  0.65608
                                 1    1.28648E+01  0.34392   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.16400E+02    0    1.16400E+02  1.00000
   27  57 ( 57Co) 1.29296E+02    0    1.29296E+02  1.00000
   26  57 ( 57Fe) 2.70087E+02    0    2.70087E+02  1.00000
   25  57 ( 57Mn) 6.71210E+00    0    6.71210E+00  1.00000
   27  56 ( 56Co) 9.17871E+01    0    9.17871E+01  1.00000
   26  56 ( 56Fe) 3.92315E+02    0    3.92315E+02  1.00000
   25  56 ( 56Mn) 5.41754E+00    0    5.41754E+00  1.00000
   26  55 ( 55Fe) 1.27532E+00    0    1.27532E+00  1.00000
   25  55 ( 55Mn) 3.95615E+00    0    3.95615E+00  1.00000
   25  54 ( 54Mn) 4.62099E+01    0    4.62099E+01  1.00000
   24  54 ( 54Cr) 2.51545E+00    0    2.51545E+00  1.00000
   25  53 ( 53Mn) 1.71907E+01    0    1.71907E+01  1.00000
   24  53 ( 53Cr) 4.35586E-01    0    4.35586E-01  1.00000
   24  52 ( 52Cr) 1.24004E-03    0    1.24004E-03  1.00000
   23  51 ( 51V ) 2.24291E-01    0    2.24291E-01  1.00000

   b. Per mass

   A  cross section

   59 2.55705E-01
   58 1.53806E+02
   57 4.06095E+02
   56 4.89520E+02
   55 5.23147E+00
   54 4.87254E+01
   53 1.76263E+01
   52 1.24004E-03
   51 2.24291E-01

 Total residual production cross section:  1121.48584
 Non-elastic cross section              :  1126.10999

 ########## RESULTS FOR E=  35.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  35.00000 ###########

 Center-of-mass energy:   34.391

 1. Total (binary) cross sections

   Reaction        = 1.10205E+03
     Compound elastic= 1.62367E-07
     Non-elastic     = 1.10205E+03
       Direct          = 5.47572E+01
       Pre-equilibrium = 6.85389E+02
       Giant resonance = 1.83613E+01
       Compound non-el = 3.43542E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.25901E+00
 neutron = 5.43138E+02
 proton  = 4.42706E+02
 deuteron= 5.77174E+01
 triton  = 4.81468E+00
 helium-3= 8.40809E+00
 alpha   = 4.40065E+01

 3. Total particle production cross sections

 gamma   = 1.33360E+03    Multiplicity= 1.21010E+00
 neutron = 1.68187E+03    Multiplicity= 1.52612E+00
 proton  = 7.86902E+02    Multiplicity= 7.14035E-01
 deuteron= 5.95050E+01    Multiplicity= 5.39948E-02
 triton  = 4.89561E+00    Multiplicity= 4.44227E-03
 helium-3= 8.41543E+00    Multiplicity= 7.63616E-03
 alpha   = 7.34071E+01    Multiplicity= 6.66096E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 2.03161E-01    0    2.03161E-01  1.00000
   27  58 ( 58Co) 2.69284E+01    0    1.76825E+01  0.65665
                                 1    9.24590E+00  0.34335   3.27600E+04 sec. 
   26  58 ( 58Fe) 1.04526E+02    0    1.04526E+02  1.00000
   27  57 ( 57Co) 8.27447E+01    0    8.27447E+01  1.00000
   26  57 ( 57Fe) 2.38368E+02    0    2.38368E+02  1.00000
   25  57 ( 57Mn) 1.05785E+01    0    1.05785E+01  1.00000
   27  56 ( 56Co) 8.81941E+01    0    8.81941E+01  1.00000
   26  56 ( 56Fe) 4.28966E+02    0    4.28966E+02  1.00000
   25  56 ( 56Mn) 1.68984E+01    0    1.68984E+01  1.00000
   27  55 ( 55Co) 1.80694E-01    0    1.80694E-01  1.00000
   26  55 ( 55Fe) 2.05201E+01    0    2.05201E+01  1.00000
   25  55 ( 55Mn) 7.05866E+00    0    7.05866E+00  1.00000
   24  55 ( 55Cr) 1.61726E-03    0    1.61726E-03  1.00000
   26  54 ( 54Fe) 7.76231E-03    0    7.76231E-03  1.00000
   25  54 ( 54Mn) 2.11803E+01    0    2.11803E+01  1.00000
   24  54 ( 54Cr) 1.83228E+00    0    1.83228E+00  1.00000
   25  53 ( 53Mn) 4.38427E+01    0    4.38427E+01  1.00000
   24  53 ( 53Cr) 3.90672E+00    0    3.90672E+00  1.00000
   24  52 ( 52Cr) 6.56859E-02    0    6.56859E-02  1.00000
   23  51 ( 51V ) 2.43160E-01    0    2.43160E-01  1.00000
   23  50 ( 50V ) 3.04049E-02    0    3.04049E-02  1.00000
   22  50 ( 50Ti) 7.46926E-03    0    7.46926E-03  1.00000

   b. Per mass

   A  cross section

   59 2.03161E-01
   58 1.31454E+02
   57 3.31691E+02
   56 5.34058E+02
   55 2.77611E+01
   54 2.30203E+01
   53 4.77494E+01
   52 6.56859E-02
   51 2.43160E-01
   50 3.78742E-02

 Total residual production cross section:  1096.28406
 Non-elastic cross section              :  1102.05005

 ########## RESULTS FOR E=  40.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  40.00000 ###########

 Center-of-mass energy:   39.302

 1. Total (binary) cross sections

   Reaction        = 1.07380E+03
     Compound elastic= 1.04213E-07
     Non-elastic     = 1.07380E+03
       Direct          = 5.22068E+01
       Pre-equilibrium = 7.41486E+02
       Giant resonance = 2.14430E+01
       Compound non-el = 2.58664E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.18633E+00
 neutron = 4.83550E+02
 proton  = 4.66217E+02
 deuteron= 6.49172E+01
 triton  = 6.18724E+00
 helium-3= 1.22669E+01
 alpha   = 3.94757E+01

 3. Total particle production cross sections

 gamma   = 1.32382E+03    Multiplicity= 1.23284E+00
 neutron = 1.71602E+03    Multiplicity= 1.59809E+00
 proton  = 8.41863E+02    Multiplicity= 7.84004E-01
 deuteron= 6.73969E+01    Multiplicity= 6.27649E-02
 triton  = 6.29885E+00    Multiplicity= 5.86594E-03
 helium-3= 1.22808E+01    Multiplicity= 1.14368E-02
 alpha   = 7.13186E+01    Multiplicity= 6.64170E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.68277E-01    0    1.68277E-01  1.00000
   27  58 ( 58Co) 2.11597E+01    0    1.39253E+01  0.65811
                                 1    7.23440E+00  0.34189   3.27600E+04 sec. 
   26  58 ( 58Fe) 9.38256E+01    0    9.38256E+01  1.00000
   27  57 ( 57Co) 6.32727E+01    0    6.32727E+01  1.00000
   26  57 ( 57Fe) 2.18381E+02    0    2.18381E+02  1.00000
   25  57 ( 57Mn) 1.35727E+01    0    1.35727E+01  1.00000
   27  56 ( 56Co) 4.78199E+01    0    4.78199E+01  1.00000
   26  56 ( 56Fe) 3.68434E+02    0    3.68434E+02  1.00000
   25  56 ( 56Mn) 2.69168E+01    0    2.69168E+01  1.00000
   24  56 ( 56Cr) 5.77470E-03    0    5.77470E-03  1.00000
   27  55 ( 55Co) 4.19802E+00    0    4.19802E+00  1.00000
   26  55 ( 55Fe) 1.17179E+02    0    1.17179E+02  1.00000
   25  55 ( 55Mn) 2.21759E+01    0    2.21759E+01  1.00000
   24  55 ( 55Cr) 2.06936E-02    0    2.06936E-02  1.00000
   26  54 ( 54Fe) 4.51311E-01    0    4.51311E-01  1.00000
   25  54 ( 54Mn) 1.22281E+01    0    1.22281E+01  1.00000
   24  54 ( 54Cr) 1.23416E+00    0    1.23416E+00  1.00000
   25  53 ( 53Mn) 4.41111E+01    0    4.41111E+01  1.00000
   24  53 ( 53Cr) 7.01086E+00    0    7.01086E+00  1.00000
   23  53 ( 53V ) 5.61956E-03    0    5.61956E-03  1.00000
   25  52 ( 52Mn) 4.10214E-01    0    3.25811E-01  0.79425
                                 1    8.44025E-02  0.20575   1.26600E+03 sec. 
   24  52 ( 52Cr) 4.48057E+00    0    4.48057E+00  1.00000
   23  52 ( 52V ) 2.66984E-03    0    2.66984E-03  1.00000
   23  51 ( 51V ) 1.48382E-01    0    1.48382E-01  1.00000
   23  50 ( 50V ) 2.94099E-01    0    2.94099E-01  1.00000
   22  50 ( 50Ti) 1.43512E-02    0    1.43512E-02  1.00000

   b. Per mass

   A  cross section

   59 1.68277E-01
   58 1.14985E+02
   57 2.95226E+02
   56 4.43177E+02
   55 1.43574E+02
   54 1.39136E+01
   53 5.11276E+01
   52 4.89345E+00
   51 1.48382E-01
   50 3.08450E-01

 Total residual production cross section:  1067.52161
 Non-elastic cross section              :  1073.80005

 ########## RESULTS FOR E=  45.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  45.00000 ###########

 Center-of-mass energy:   44.213

 1. Total (binary) cross sections

   Reaction        = 1.04310E+03
     Compound elastic= 1.00328E-07
     Non-elastic     = 1.04310E+03
       Direct          = 4.94296E+01
       Pre-equilibrium = 7.76502E+02
       Giant resonance = 2.39483E+01
       Compound non-el = 1.93221E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.13699E+00
 neutron = 4.33744E+02
 proton  = 4.80418E+02
 deuteron= 7.01374E+01
 triton  = 7.29892E+00
 helium-3= 1.56991E+01
 alpha   = 3.46654E+01

 3. Total particle production cross sections

 gamma   = 1.28375E+03    Multiplicity= 1.23070E+00
 neutron = 1.75200E+03    Multiplicity= 1.67961E+00
 proton  = 8.80396E+02    Multiplicity= 8.44019E-01
 deuteron= 7.33299E+01    Multiplicity= 7.03000E-02
 triton  = 7.46866E+00    Multiplicity= 7.16006E-03
 helium-3= 1.57246E+01    Multiplicity= 1.50748E-02
 alpha   = 6.59578E+01    Multiplicity= 6.32325E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.48945E-01    0    1.48945E-01  1.00000
   27  58 ( 58Co) 1.73254E+01    0    1.13874E+01  0.65727
                                 1    5.93798E+00  0.34273   3.27600E+04 sec. 
   26  58 ( 58Fe) 8.54187E+01    0    8.54187E+01  1.00000
   27  57 ( 57Co) 5.03691E+01    0    5.03691E+01  1.00000
   26  57 ( 57Fe) 1.98902E+02    0    1.98902E+02  1.00000
   25  57 ( 57Mn) 1.57685E+01    0    1.57685E+01  1.00000
   27  56 ( 56Co) 2.61039E+01    0    2.61039E+01  1.00000
   26  56 ( 56Fe) 2.99041E+02    0    2.99041E+02  1.00000
   25  56 ( 56Mn) 2.95678E+01    0    2.95678E+01  1.00000
   24  56 ( 56Cr) 2.81921E-02    0    2.81921E-02  1.00000
   27  55 ( 55Co) 7.35975E+00    0    7.35975E+00  1.00000
   26  55 ( 55Fe) 1.87973E+02    0    1.87973E+02  1.00000
   25  55 ( 55Mn) 4.71572E+01    0    4.71572E+01  1.00000
   24  55 ( 55Cr) 7.30187E-02    0    7.30187E-02  1.00000
   26  54 ( 54Fe) 3.36280E+00    0    3.36280E+00  1.00000
   25  54 ( 54Mn) 1.11315E+01    0    1.11315E+01  1.00000
   24  54 ( 54Cr) 1.02811E+00    0    1.02811E+00  1.00000
   25  53 ( 53Mn) 2.77845E+01    0    2.77845E+01  1.00000
   24  53 ( 53Cr) 6.25716E+00    0    6.25716E+00  1.00000
   23  53 ( 53V ) 2.01147E-02    0    2.01147E-02  1.00000
   25  52 ( 52Mn) 6.72338E+00    0    4.45629E+00  0.66281
                                 1    2.26709E+00  0.33719   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.41160E+01    0    1.41160E+01  1.00000
   23  52 ( 52V ) 1.82056E-02    0    1.82056E-02  1.00000
   24  51 ( 51Cr) 2.16368E-02    0    2.16368E-02  1.00000
   23  51 ( 51V ) 8.72739E-02    0    8.72739E-02  1.00000
   23  50 ( 50V ) 5.80765E-01    0    5.80765E-01  1.00000
   22  50 ( 50Ti) 1.25324E-02    0    1.25324E-02  1.00000
   23  49 ( 49V ) 4.25194E-02    0    4.25194E-02  1.00000

   b. Per mass

   A  cross section

   59 1.48945E-01
   58 1.02744E+02
   57 2.65039E+02
   56 3.54741E+02
   55 2.42563E+02
   54 1.55224E+01
   53 3.40618E+01
   52 2.08575E+01
   51 1.08911E-01
   50 5.93297E-01
   49 4.25195E-02

 Total residual production cross section:  1036.42322
 Non-elastic cross section              :  1043.09998

 ########## RESULTS FOR E=  50.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  50.00000 ###########

 Center-of-mass energy:   49.124

 1. Total (binary) cross sections

   Reaction        = 1.01251E+03
     Compound elastic= 1.00028E-07
     Non-elastic     = 1.01251E+03
       Direct          = 4.68331E+01
       Pre-equilibrium = 7.99926E+02
       Giant resonance = 2.54218E+01
       Compound non-el = 1.40329E+02

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.09513E+00
 neutron = 3.91787E+02
 proton  = 4.89190E+02
 deuteron= 7.36612E+01
 triton  = 8.15200E+00
 helium-3= 1.84191E+01
 alpha   = 3.02066E+01

 3. Total particle production cross sections

 gamma   = 1.25586E+03    Multiplicity= 1.24034E+00
 neutron = 1.75961E+03    Multiplicity= 1.73787E+00
 proton  = 9.04009E+02    Multiplicity= 8.92839E-01
 deuteron= 7.74783E+01    Multiplicity= 7.65211E-02
 triton  = 8.39284E+00    Multiplicity= 8.28914E-03
 helium-3= 1.84600E+01    Multiplicity= 1.82319E-02
 alpha   = 6.06135E+01    Multiplicity= 5.98646E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.34317E-01    0    1.34317E-01  1.00000
   27  58 ( 58Co) 1.53374E+01    0    1.01083E+01  0.65906
                                 1    5.22912E+00  0.34094   3.27600E+04 sec. 
   26  58 ( 58Fe) 8.08921E+01    0    8.08921E+01  1.00000
   27  57 ( 57Co) 4.09089E+01    0    4.09089E+01  1.00000
   26  57 ( 57Fe) 1.83097E+02    0    1.83097E+02  1.00000
   25  57 ( 57Mn) 1.70131E+01    0    1.70131E+01  1.00000
   27  56 ( 56Co) 1.77799E+01    0    1.77799E+01  1.00000
   26  56 ( 56Fe) 2.60139E+02    0    2.60139E+02  1.00000
   25  56 ( 56Mn) 3.02910E+01    0    3.02910E+01  1.00000
   24  56 ( 56Cr) 6.88769E-02    0    6.88769E-02  1.00000
   27  55 ( 55Co) 5.88931E+00    0    5.88931E+00  1.00000
   26  55 ( 55Fe) 1.88683E+02    0    1.88683E+02  1.00000
   25  55 ( 55Mn) 6.54135E+01    0    6.54135E+01  1.00000
   24  55 ( 55Cr) 2.01062E-01    0    2.01062E-01  1.00000
   27  54 ( 54Co) 1.67360E-03    0    1.19382E-04  0.07133
                                 1    1.55422E-03  0.92867   8.88000E+01 sec. 
   26  54 ( 54Fe) 2.32526E+01    0    2.32526E+01  1.00000
   25  54 ( 54Mn) 2.25484E+01    0    2.25484E+01  1.00000
   24  54 ( 54Cr) 1.08279E+00    0    1.08279E+00  1.00000
   26  53 ( 53Fe) 2.69613E-03    0    2.66779E-03  0.98949
                                22    2.83402E-05  0.01051   1.52400E+02 sec. 
   25  53 ( 53Mn) 1.62795E+01    0    1.62795E+01  1.00000
   24  53 ( 53Cr) 4.50934E+00    0    4.50934E+00  1.00000
   23  53 ( 53V ) 3.27213E-02    0    3.27213E-02  1.00000
   25  52 ( 52Mn) 1.23374E+01    0    7.65342E+00  0.62034
                                 1    4.68395E+00  0.37966   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.78184E+01    0    1.78184E+01  1.00000
   23  52 ( 52V ) 8.50926E-02    0    8.50926E-02  1.00000
   25  51 ( 51Mn) 1.60890E-02    0    1.60890E-02  1.00000
   24  51 ( 51Cr) 6.42873E-01    0    6.42873E-01  1.00000
   23  51 ( 51V ) 8.24366E-02    0    8.24366E-02  1.00000
   23  50 ( 50V ) 5.36779E-01    0    5.36779E-01  1.00000
   22  50 ( 50Ti) 1.25821E-02    0    1.25821E-02  1.00000
   23  49 ( 49V ) 4.60464E-01    0    4.60464E-01  1.00000
   22  49 ( 49Ti) 1.02425E-02    0    1.02425E-02  1.00000

   b. Per mass

   A  cross section

   59 1.34317E-01
   58 9.62295E+01
   57 2.41019E+02
   56 3.08279E+02
   55 2.60187E+02
   54 4.68855E+01
   53 2.08242E+01
   52 3.02408E+01
   51 7.41398E-01
   50 5.49362E-01
   49 4.70707E-01

 Total residual production cross section:  1005.56134
 Non-elastic cross section              :  1012.51001

 ########## RESULTS FOR E=  60.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  60.00000 ###########

 Center-of-mass energy:   58.943

 1. Total (binary) cross sections

   Reaction        = 9.55634E+02
     Compound elastic= 1.00000E-07
     Non-elastic     = 9.55634E+02
       Direct          = 4.04344E+01
       Pre-equilibrium = 8.19000E+02
       Giant resonance = 2.51702E+01
       Compound non-el = 7.10297E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.04359E+00
 neutron = 3.32859E+02
 proton  = 4.90506E+02
 deuteron= 7.77942E+01
 triton  = 9.60519E+00
 helium-3= 2.17220E+01
 alpha   = 2.21035E+01

 3. Total particle production cross sections

 gamma   = 1.15292E+03    Multiplicity= 1.20645E+00
 neutron = 1.78813E+03    Multiplicity= 1.87115E+00
 proton  = 9.47824E+02    Multiplicity= 9.91828E-01
 deuteron= 8.29101E+01    Multiplicity= 8.67593E-02
 triton  = 1.00093E+01    Multiplicity= 1.04740E-02
 helium-3= 2.17969E+01    Multiplicity= 2.28088E-02
 alpha   = 5.04346E+01    Multiplicity= 5.27761E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 1.14296E-01    0    1.14296E-01  1.00000
   27  58 ( 58Co) 1.09371E+01    0    7.20697E+00  0.65895
                                 1    3.73016E+00  0.34105   3.27600E+04 sec. 
   26  58 ( 58Fe) 6.91246E+01    0    6.91246E+01  1.00000
   27  57 ( 57Co) 2.91982E+01    0    2.91982E+01  1.00000
   26  57 ( 57Fe) 1.57558E+02    0    1.57558E+02  1.00000
   25  57 ( 57Mn) 1.78518E+01    0    1.78518E+01  1.00000
   27  56 ( 56Co) 1.10602E+01    0    1.10602E+01  1.00000
   26  56 ( 56Fe) 2.17122E+02    0    2.17122E+02  1.00000
   25  56 ( 56Mn) 3.16266E+01    0    3.16266E+01  1.00000
   24  56 ( 56Cr) 1.48778E-01    0    1.48778E-01  1.00000
   27  55 ( 55Co) 2.52576E+00    0    2.52576E+00  1.00000
   26  55 ( 55Fe) 1.43048E+02    0    1.43048E+02  1.00000
   25  55 ( 55Mn) 6.88641E+01    0    6.88641E+01  1.00000
   24  55 ( 55Cr) 5.79095E-01    0    5.79095E-01  1.00000
   27  54 ( 54Co) 1.27682E-01    0    6.66943E-02  0.52235
                                 1    6.09873E-02  0.47765   8.88000E+01 sec. 
   26  54 ( 54Fe) 5.87600E+01    0    5.87600E+01  1.00000
   25  54 ( 54Mn) 6.78230E+01    0    6.78230E+01  1.00000
   24  54 ( 54Cr) 2.15849E+00    0    2.15849E+00  1.00000
   26  53 ( 53Fe) 3.86226E-01    0    3.64169E-01  0.94289
                                22    2.20565E-02  0.05711   1.52400E+02 sec. 
   25  53 ( 53Mn) 2.21173E+01    0    2.21173E+01  1.00000
   24  53 ( 53Cr) 3.37751E+00    0    3.37751E+00  1.00000
   23  53 ( 53V ) 3.31710E-02    0    3.31710E-02  1.00000
   25  52 ( 52Mn) 7.32644E+00    0    4.53922E+00  0.61957
                                 1    2.78722E+00  0.38043   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.30308E+01    0    1.30308E+01  1.00000
   23  52 ( 52V ) 2.48581E-01    0    2.48581E-01  1.00000
   25  51 ( 51Mn) 1.43365E+00    0    1.43365E+00  1.00000
   24  51 ( 51Cr) 1.02690E+01    0    1.02690E+01  1.00000
   23  51 ( 51V ) 6.42575E-01    0    6.42575E-01  1.00000
   24  50 ( 50Cr) 2.11918E-01    0    2.11918E-01  1.00000
   23  50 ( 50V ) 2.52812E-01    0    2.52812E-01  1.00000
   22  50 ( 50Ti) 9.34794E-03    0    9.34794E-03  1.00000
   23  49 ( 49V ) 8.96321E-01    0    8.96321E-01  1.00000
   22  49 ( 49Ti) 7.14582E-02    0    7.14582E-02  1.00000
   23  48 ( 48V ) 1.02428E-01    0    1.02428E-01  1.00000
   22  48 ( 48Ti) 9.40117E-02    0    9.38236E-02  0.99800
                                14    1.88085E-04  0.00200   1.03000E+01 sec. 
   21  46 ( 46Sc) 1.05333E-03    0    8.87621E-04  0.84268
                                 2    1.65707E-04  0.15732   1.87500E+01 sec. 

   b. Per mass

   A  cross section

   59 1.14296E-01
   58 8.00618E+01
   57 2.04608E+02
   56 2.59958E+02
   55 2.15017E+02
   54 1.28869E+02
   53 2.59142E+01
   52 2.06058E+01
   51 1.23453E+01
   50 4.74078E-01
   49 9.67780E-01
   48 1.96439E-01
   46 1.05333E-03

 Total residual production cross section:   949.13336
 Non-elastic cross section              :   955.63397

 ########## RESULTS FOR E=  70.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  70.00000 ###########

 Center-of-mass energy:   68.761

 1. Total (binary) cross sections

   Reaction        = 9.06345E+02
     Compound elastic= 1.00000E-07
     Non-elastic     = 9.06345E+02
       Direct          = 3.41906E+01
       Pre-equilibrium = 8.23907E+02
       Giant resonance = 2.28259E+01
       Compound non-el = 2.54216E+01

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 1.00295E+00
 neutron = 2.90719E+02
 proton  = 4.82118E+02
 deuteron= 8.06965E+01
 triton  = 1.09145E+01
 helium-3= 2.38229E+01
 alpha   = 1.70708E+01

 3. Total particle production cross sections

 gamma   = 1.06708E+03    Multiplicity= 1.17734E+00
 neutron = 1.81216E+03    Multiplicity= 1.99942E+00
 proton  = 9.78595E+02    Multiplicity= 1.07972E+00
 deuteron= 8.67974E+01    Multiplicity= 9.57664E-02
 triton  = 1.14815E+01    Multiplicity= 1.26679E-02
 helium-3= 2.39154E+01    Multiplicity= 2.63866E-02
 alpha   = 4.37795E+01    Multiplicity= 4.83034E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 9.58953E-02    0    9.58953E-02  1.00000
   27  58 ( 58Co) 7.93600E+00    0    5.22869E+00  0.65886
                                 1    2.70731E+00  0.34114   3.27600E+04 sec. 
   26  58 ( 58Fe) 5.64894E+01    0    5.64894E+01  1.00000
   27  57 ( 57Co) 2.22667E+01    0    2.22667E+01  1.00000
   26  57 ( 57Fe) 1.37483E+02    0    1.37483E+02  1.00000
   25  57 ( 57Mn) 1.79487E+01    0    1.79487E+01  1.00000
   27  56 ( 56Co) 7.91800E+00    0    7.91800E+00  1.00000
   26  56 ( 56Fe) 1.89717E+02    0    1.89717E+02  1.00000
   25  56 ( 56Mn) 3.22057E+01    0    3.22057E+01  1.00000
   24  56 ( 56Cr) 2.02103E-01    0    2.02103E-01  1.00000
   27  55 ( 55Co) 1.50235E+00    0    1.50235E+00  1.00000
   26  55 ( 55Fe) 1.19634E+02    0    1.19634E+02  1.00000
   25  55 ( 55Mn) 6.49905E+01    0    6.49905E+01  1.00000
   24  55 ( 55Cr) 8.17357E-01    0    8.17357E-01  1.00000
   23  55 ( 55V ) 4.99804E-04    0    4.99804E-04  1.00000
   27  54 ( 54Co) 1.02442E-01    0    6.15962E-02  0.60128
                                 1    4.08458E-02  0.39872   8.88000E+01 sec. 
   26  54 ( 54Fe) 5.43710E+01    0    5.43710E+01  1.00000
   25  54 ( 54Mn) 7.82123E+01    0    7.82123E+01  1.00000
   24  54 ( 54Cr) 3.46377E+00    0    3.46377E+00  1.00000
   23  54 ( 54V ) 4.76618E-03    0    4.76618E-03  1.00000
   26  53 ( 53Fe) 2.70376E+00    0    2.48074E+00  0.91752
                                22    2.23019E-01  0.08248   1.52400E+02 sec. 
   25  53 ( 53Mn) 5.76293E+01    0    5.76293E+01  1.00000
   24  53 ( 53Cr) 5.61481E+00    0    5.61481E+00  1.00000
   23  53 ( 53V ) 4.49014E-02    0    4.49014E-02  1.00000
   26  52 ( 52Fe) 1.06122E-02    0    1.05911E-02  0.99802
                                10    2.10522E-05  0.00198   4.59000E+01 sec. 
   25  52 ( 52Mn) 5.96257E+00    0    3.81662E+00  0.64010
                                 1    2.14594E+00  0.35990   1.26600E+03 sec. 
   24  52 ( 52Cr) 1.21310E+01    0    1.21310E+01  1.00000
   23  52 ( 52V ) 2.61115E-01    0    2.61115E-01  1.00000
   22  52 ( 52Ti) 4.70815E-04    0    4.70815E-04  1.00000
   25  51 ( 51Mn) 1.49091E+00    0    1.49091E+00  1.00000
   24  51 ( 51Cr) 1.13851E+01    0    1.13851E+01  1.00000
   23  51 ( 51V ) 1.31368E+00    0    1.31368E+00  1.00000
   22  51 ( 51Ti) 3.57313E-03    0    3.57313E-03  1.00000
   25  50 ( 50Mn) 1.18687E-02    0    3.26730E-03  0.27529
                                 1    8.60140E-03  0.72471   1.05000E+02 sec. 
   24  50 ( 50Cr) 3.76397E+00    0    3.76397E+00  1.00000
   23  50 ( 50V ) 8.34755E-01    0    8.34755E-01  1.00000
   22  50 ( 50Ti) 2.90010E-02    0    2.90010E-02  1.00000
   24  49 ( 49Cr) 1.61465E-02    0    1.61465E-02  1.00000
   23  49 ( 49V ) 6.71327E-01    0    6.71327E-01  1.00000
   22  49 ( 49Ti) 5.81639E-02    0    5.81639E-02  1.00000
   23  48 ( 48V ) 5.00861E-01    0    5.00861E-01  1.00000
   22  48 ( 48Ti) 2.34356E-01    0    2.32879E-01  0.99370
                                14    1.47684E-03  0.00630   1.03000E+01 sec. 
   23  47 ( 47V ) 2.77742E-02    0    2.77742E-02  1.00000
   22  47 ( 47Ti) 7.11798E-02    0    7.11798E-02  1.00000
   21  47 ( 47Sc) 4.96790E-04    0    4.96790E-04  1.00000
   21  46 ( 46Sc) 2.64433E-03    0    2.18964E-03  0.82805
                                 2    4.54689E-04  0.17195   1.87500E+01 sec. 
   21  45 ( 45Sc) 2.73404E-03    0    2.73404E-03  1.00000

   b. Per mass

   A  cross section

   59 9.58953E-02
   58 6.44254E+01
   57 1.77698E+02
   56 2.30043E+02
   55 1.86945E+02
   54 1.36154E+02
   53 6.59928E+01
   52 1.83658E+01
   51 1.41933E+01
   50 4.63960E+00
   49 7.45638E-01
   48 7.35217E-01
   47 9.94508E-02
   46 2.64433E-03
   45 2.73404E-03

 Total residual production cross section:   900.13898
 Non-elastic cross section              :   906.34497

 ########## RESULTS FOR E=  80.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  80.00000 ###########

 Center-of-mass energy:   78.577

 1. Total (binary) cross sections

   Reaction        = 8.64689E+02
     Compound elastic= 9.91008E-08
     Non-elastic     = 8.64689E+02
       Direct          = 2.85991E+01
       Pre-equilibrium = 8.16309E+02
       Giant resonance = 1.97808E+01
       Compound non-el = 2.85111E-05

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.63178E-01
 neutron = 2.61934E+02
 proton  = 4.67445E+02
 deuteron= 8.25360E+01
 triton  = 1.24351E+01
 helium-3= 2.56209E+01
 alpha   = 1.37545E+01

 3. Total particle production cross sections

 gamma   = 1.00780E+03    Multiplicity= 1.16551E+00
 neutron = 1.83948E+03    Multiplicity= 2.12733E+00
 proton  = 1.00455E+03    Multiplicity= 1.16175E+00
 deuteron= 8.97401E+01    Multiplicity= 1.03783E-01
 triton  = 1.31789E+01    Multiplicity= 1.52412E-02
 helium-3= 2.57161E+01    Multiplicity= 2.97403E-02
 alpha   = 4.02174E+01    Multiplicity= 4.65108E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 8.81544E-02    0    8.81544E-02  1.00000
   27  58 ( 58Co) 5.79527E+00    0    3.79986E+00  0.65568
                                 1    1.99541E+00  0.34432   3.27600E+04 sec. 
   26  58 ( 58Fe) 4.69169E+01    0    4.69169E+01  1.00000
   27  57 ( 57Co) 1.75327E+01    0    1.75327E+01  1.00000
   26  57 ( 57Fe) 1.20212E+02    0    1.20212E+02  1.00000
   25  57 ( 57Mn) 1.84641E+01    0    1.84641E+01  1.00000
   27  56 ( 56Co) 6.15085E+00    0    6.15085E+00  1.00000
   26  56 ( 56Fe) 1.66489E+02    0    1.66489E+02  1.00000
   25  56 ( 56Mn) 2.97481E+01    0    2.97481E+01  1.00000
   24  56 ( 56Cr) 2.19030E-01    0    2.19030E-01  1.00000
   27  55 ( 55Co) 1.08771E+00    0    1.08771E+00  1.00000
   26  55 ( 55Fe) 1.05369E+02    0    1.05369E+02  1.00000
   25  55 ( 55Mn) 6.41212E+01    0    6.41212E+01  1.00000
   24  55 ( 55Cr) 9.62885E-01    0    9.62885E-01  1.00000
   23  55 ( 55V ) 9.38356E-04    0    9.38356E-04  1.00000
   27  54 ( 54Co) 7.24822E-02    0    4.61035E-02  0.63607
                                 1    2.63787E-02  0.36393   8.88000E+01 sec. 
   26  54 ( 54Fe) 4.81611E+01    0    4.81611E+01  1.00000
   25  54 ( 54Mn) 7.53076E+01    0    7.53076E+01  1.00000
   24  54 ( 54Cr) 4.47847E+00    0    4.47847E+00  1.00000
   23  54 ( 54V ) 1.41764E-02    0    1.41764E-02  1.00000
   27  53 ( 53Co) 5.33208E-04    0    5.33208E-04  1.00000
   26  53 ( 53Fe) 3.85939E+00    0    3.61989E+00  0.93794
                                22    2.39505E-01  0.06206   1.52400E+02 sec. 
   25  53 ( 53Mn) 7.37366E+01    0    7.37366E+01  1.00000
   24  53 ( 53Cr) 8.22325E+00    0    8.22325E+00  1.00000
   23  53 ( 53V ) 9.52001E-02    0    9.52001E-02  1.00000
   26  52 ( 52Fe) 7.71632E-02    0    7.68328E-02  0.99572
                                10    3.30405E-04  0.00428   4.59000E+01 sec. 
   25  52 ( 52Mn) 1.38317E+01    0    8.75841E+00  0.63321
                                 1    5.07326E+00  0.36679   1.26600E+03 sec. 
   24  52 ( 52Cr) 2.14173E+01    0    2.14173E+01  1.00000
   23  52 ( 52V ) 3.21524E-01    0    3.21524E-01  1.00000
   22  52 ( 52Ti) 7.49351E-04    0    7.49351E-04  1.00000
   25  51 ( 51Mn) 1.48030E+00    0    1.48030E+00  1.00000
   24  51 ( 51Cr) 1.18303E+01    0    1.18303E+01  1.00000
   23  51 ( 51V ) 1.47144E+00    0    1.47144E+00  1.00000
   22  51 ( 51Ti) 7.79840E-03    0    7.79840E-03  1.00000
   25  50 ( 50Mn) 2.98054E-02    0    9.59516E-03  0.32193
                                 1    2.02103E-02  0.67807   1.05000E+02 sec. 
   24  50 ( 50Cr) 6.37669E+00    0    6.37669E+00  1.00000
   23  50 ( 50V ) 1.98777E+00    0    1.98777E+00  1.00000
   22  50 ( 50Ti) 5.10977E-02    0    5.10977E-02  1.00000
   24  49 ( 49Cr) 2.86767E-01    0    2.86767E-01  1.00000
   23  49 ( 49V ) 1.72162E+00    0    1.72162E+00  1.00000
   22  49 ( 49Ti) 7.67644E-02    0    7.67644E-02  1.00000
   21  49 ( 49Sc) 2.38199E-04    0    2.38199E-04  1.00000
   24  48 ( 48Cr) 1.16947E-03    0    1.16947E-03  1.00000
   23  48 ( 48V ) 5.01743E-01    0    5.01743E-01  1.00000
   22  48 ( 48Ti) 2.30441E-01    0    2.28966E-01  0.99360
                                14    1.47415E-03  0.00640   1.03000E+01 sec. 
   21  48 ( 48Sc) 2.23390E-03    0    2.23390E-03  1.00000
   23  47 ( 47V ) 9.20840E-02    0    9.20840E-02  1.00000
   22  47 ( 47Ti) 1.70644E-01    0    1.70644E-01  1.00000
   21  47 ( 47Sc) 6.26743E-03    0    6.26743E-03  1.00000
   22  46 ( 46Ti) 3.16802E-02    0    3.16802E-02  1.00000
   21  46 ( 46Sc) 2.82619E-03    0    2.37224E-03  0.83938
                                 2    4.53952E-04  0.16062   1.87500E+01 sec. 
   21  45 ( 45Sc) 3.75336E-03    0    3.75336E-03  1.00000
   21  44 ( 44Sc) 1.79061E-03    0    1.22931E-03  0.68653
                                 4    5.61297E-04  0.31347   2.11000E+05 sec. 

   b. Per mass

   A  cross section

   59 8.81544E-02
   58 5.27122E+01
   57 1.56209E+02
   56 2.02606E+02
   55 1.71542E+02
   54 1.28034E+02
   53 8.59149E+01
   52 3.56484E+01
   51 1.47899E+01
   50 8.44537E+00
   49 2.08539E+00
   48 7.35587E-01
   47 2.68995E-01
   46 3.45063E-02
   45 3.75336E-03
   44 1.79061E-03

 Total residual production cross section:   859.11987
 Non-elastic cross section              :   864.68903

 ########## RESULTS FOR E=  90.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E=  90.00000 ###########

 Center-of-mass energy:   88.391

 1. Total (binary) cross sections

   Reaction        = 8.29761E+02
     Compound elastic= 9.66441E-08
     Non-elastic     = 8.29761E+02
       Direct          = 2.35225E+01
       Pre-equilibrium = 7.89534E+02
       Giant resonance = 1.67044E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 9.26488E-01
 neutron = 2.48655E+02
 proton  = 4.47357E+02
 deuteron= 7.77015E+01
 triton  = 1.42836E+01
 helium-3= 2.74019E+01
 alpha   = 1.34352E+01

 3. Total particle production cross sections

 gamma   = 9.29046E+02    Multiplicity= 1.11966E+00
 neutron = 1.92049E+03    Multiplicity= 2.31451E+00
 proton  = 1.04459E+03    Multiplicity= 1.25891E+00
 deuteron= 8.75510E+01    Multiplicity= 1.05513E-01
 triton  = 1.54256E+01    Multiplicity= 1.85904E-02
 helium-3= 2.75434E+01    Multiplicity= 3.31943E-02
 alpha   = 4.34463E+01    Multiplicity= 5.23600E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 6.83254E-02    0    6.83254E-02  1.00000
   27  58 ( 58Co) 4.87793E+00    0    3.21375E+00  0.65884
                                 1    1.66418E+00  0.34116   3.27600E+04 sec. 
   26  58 ( 58Fe) 3.75450E+01    0    3.75450E+01  1.00000
   27  57 ( 57Co) 1.35715E+01    0    1.35715E+01  1.00000
   26  57 ( 57Fe) 1.02652E+02    0    1.02652E+02  1.00000
   25  57 ( 57Mn) 1.69461E+01    0    1.69461E+01  1.00000
   27  56 ( 56Co) 4.99811E+00    0    4.99811E+00  1.00000
   26  56 ( 56Fe) 1.48353E+02    0    1.48353E+02  1.00000
   25  56 ( 56Mn) 2.74942E+01    0    2.74942E+01  1.00000
   24  56 ( 56Cr) 2.06507E-01    0    2.06507E-01  1.00000
   27  55 ( 55Co) 8.05489E-01    0    8.05489E-01  1.00000
   26  55 ( 55Fe) 9.03747E+01    0    9.03747E+01  1.00000
   25  55 ( 55Mn) 5.76795E+01    0    5.76795E+01  1.00000
   24  55 ( 55Cr) 9.79465E-01    0    9.79465E-01  1.00000
   23  55 ( 55V ) 1.22212E-03    0    1.22212E-03  1.00000
   27  54 ( 54Co) 5.28531E-02    0    3.44478E-02  0.65177
                                 1    1.84053E-02  0.34823   8.88000E+01 sec. 
   26  54 ( 54Fe) 4.25465E+01    0    4.25465E+01  1.00000
   25  54 ( 54Mn) 7.00570E+01    0    7.00570E+01  1.00000
   24  54 ( 54Cr) 4.45056E+00    0    4.45056E+00  1.00000
   23  54 ( 54V ) 2.25404E-02    0    2.25404E-02  1.00000
   27  53 ( 53Co) 6.28257E-04    0    6.28257E-04  1.00000
   26  53 ( 53Fe) 4.22083E+00    0    4.02852E+00  0.95444
                                22    1.92315E-01  0.04556   1.52400E+02 sec. 
   25  53 ( 53Mn) 8.07115E+01    0    8.07115E+01  1.00000
   24  53 ( 53Cr) 9.96866E+00    0    9.96866E+00  1.00000
   23  53 ( 53V ) 1.58360E-01    0    1.58360E-01  1.00000
   26  52 ( 52Fe) 1.93135E-01    0    1.92274E-01  0.99554
                                10    8.60978E-04  0.00446   4.59000E+01 sec. 
   25  52 ( 52Mn) 2.44478E+01    0    1.46126E+01  0.59771
                                 1    9.83517E+00  0.40229   1.26600E+03 sec. 
   24  52 ( 52Cr) 3.30006E+01    0    3.30006E+01  1.00000
   23  52 ( 52V ) 4.63871E-01    0    4.63871E-01  1.00000
   22  52 ( 52Ti) 1.08113E-03    0    1.08113E-03  1.00000
   25  51 ( 51Mn) 3.35550E+00    0    3.35550E+00  1.00000
   24  51 ( 51Cr) 1.93965E+01    0    1.93965E+01  1.00000
   23  51 ( 51V ) 1.97665E+00    0    1.97665E+00  1.00000
   22  51 ( 51Ti) 1.16764E-02    0    1.16764E-02  1.00000
   25  50 ( 50Mn) 6.15546E-02    0    2.03167E-02  0.33006
                                 1    4.12379E-02  0.66994   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.01371E+01    0    1.01371E+01  1.00000
   23  50 ( 50V ) 2.79809E+00    0    2.79809E+00  1.00000
   22  50 ( 50Ti) 9.90718E-02    0    9.90718E-02  1.00000
   25  49 ( 49Mn) 6.13511E-04    0    6.13511E-04  1.00000
   24  49 ( 49Cr) 1.21155E+00    0    1.21155E+00  1.00000
   23  49 ( 49V ) 5.15291E+00    0    5.15291E+00  1.00000
   22  49 ( 49Ti) 2.15314E-01    0    2.15314E-01  1.00000
   21  49 ( 49Sc) 5.08642E-04    0    5.08642E-04  1.00000
   24  48 ( 48Cr) 3.91358E-02    0    3.91358E-02  1.00000
   23  48 ( 48V ) 1.54810E+00    0    1.54810E+00  1.00000
   22  48 ( 48Ti) 6.42741E-01    0    6.39413E-01  0.99482
                                14    3.32731E-03  0.00518   1.03000E+01 sec. 
   21  48 ( 48Sc) 4.67743E-03    0    4.67743E-03  1.00000
   23  47 ( 47V ) 2.70530E-01    0    2.70530E-01  1.00000
   22  47 ( 47Ti) 4.64189E-01    0    4.64189E-01  1.00000
   21  47 ( 47Sc) 2.17004E-02    0    2.17004E-02  1.00000
   23  46 ( 46V ) 1.17284E-02    0    1.17284E-02  1.00000
   22  46 ( 46Ti) 2.26591E-01    0    2.26591E-01  1.00000
   21  46 ( 46Sc) 1.95195E-02    0    1.65845E-02  0.84964
                                 2    2.93496E-03  0.15036   1.87500E+01 sec. 
   22  45 ( 45Ti) 2.23457E-02    0    2.23457E-02  1.00000
   21  45 ( 45Sc) 2.32877E-02    0    2.32877E-02  1.00000
   21  44 ( 44Sc) 8.44175E-03    0    5.70395E-03  0.67568
                                 4    2.73780E-03  0.32432   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.22548E-03    0    1.22548E-03  1.00000
   21  43 ( 43Sc) 3.48984E-03    0    3.48984E-03  1.00000
   20  43 ( 43Ca) 2.33370E-03    0    2.33370E-03  1.00000

   b. Per mass

   A  cross section

   59 6.83254E-02
   58 4.24229E+01
   57 1.33169E+02
   56 1.81051E+02
   55 1.49840E+02
   54 1.17129E+02
   53 9.50600E+01
   52 5.81065E+01
   51 2.47403E+01
   50 1.30958E+01
   49 6.58090E+00
   48 2.23465E+00
   47 7.56420E-01
   46 2.57839E-01
   45 4.56335E-02
   44 9.66724E-03
   43 5.82354E-03

 Total residual production cross section:   824.57513
 Non-elastic cross section              :   829.76099

 ########## RESULTS FOR E= 100.00000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : n
 Unresolved resonance parameters (flagurr) : n
 Preequilibrium (flagpreeq)                : y
 Multiple preequilibrium (flagmulpre)      : y
 Number of continuum excitation energy bins: 40

 ########### REACTION SUMMARY FOR E= 100.00000 ###########

 Center-of-mass energy:   98.203

 1. Total (binary) cross sections

   Reaction        = 8.00421E+02
     Compound elastic= 9.45807E-08
     Non-elastic     = 8.00421E+02
       Direct          = 1.93208E+01
       Pre-equilibrium = 7.67211E+02
       Giant resonance = 1.38895E+01
       Compound non-el = 0.00000E+00

 2. Binary non-elastic cross sections (non-exclusive)

 gamma   = 8.90613E-01
 neutron = 2.37792E+02
 proton  = 4.28323E+02
 deuteron= 7.38134E+01
 triton  = 1.64966E+01
 helium-3= 2.96296E+01
 alpha   = 1.34754E+01

 3. Total particle production cross sections

 gamma   = 8.87713E+02    Multiplicity= 1.10906E+00
 neutron = 2.00053E+03    Multiplicity= 2.49935E+00
 proton  = 1.08839E+03    Multiplicity= 1.35977E+00
 deuteron= 8.73218E+01    Multiplicity= 1.09095E-01
 triton  = 1.82712E+01    Multiplicity= 2.28269E-02
 helium-3= 2.98386E+01    Multiplicity= 3.72786E-02
 alpha   = 4.72813E+01    Multiplicity= 5.90706E-02

 4. Residual production cross sections

   a. Per isotope

   Z   A  nuclide    total     level   isomeric    isomeric    lifetime
                 cross section       cross section  ratio

   27  59 ( 59Co) 6.11022E-02    0    6.11022E-02  1.00000
   27  58 ( 58Co) 3.52216E+00    0    2.31471E+00  0.65718
                                 1    1.20745E+00  0.34282   3.27600E+04 sec. 
   26  58 ( 58Fe) 3.09229E+01    0    3.09229E+01  1.00000
   27  57 ( 57Co) 1.10867E+01    0    1.10867E+01  1.00000
   26  57 ( 57Fe) 8.99333E+01    0    8.99333E+01  1.00000
   25  57 ( 57Mn) 1.56703E+01    0    1.56703E+01  1.00000
   27  56 ( 56Co) 4.02449E+00    0    4.02449E+00  1.00000
   26  56 ( 56Fe) 1.26708E+02    0    1.26708E+02  1.00000
   25  56 ( 56Mn) 2.71070E+01    0    2.71070E+01  1.00000
   24  56 ( 56Cr) 2.06529E-01    0    2.06529E-01  1.00000
   27  55 ( 55Co) 6.29374E-01    0    6.29374E-01  1.00000
   26  55 ( 55Fe) 8.30699E+01    0    8.30699E+01  1.00000
   25  55 ( 55Mn) 5.37722E+01    0    5.37722E+01  1.00000
   24  55 ( 55Cr) 9.34415E-01    0    9.34415E-01  1.00000
   23  55 ( 55V ) 1.29328E-03    0    1.29328E-03  1.00000
   27  54 ( 54Co) 3.80247E-02    0    2.52561E-02  0.66420
                                 1    1.27686E-02  0.33580   8.88000E+01 sec. 
   26  54 ( 54Fe) 3.73680E+01    0    3.73680E+01  1.00000
   25  54 ( 54Mn) 6.48953E+01    0    6.48953E+01  1.00000
   24  54 ( 54Cr) 4.62864E+00    0    4.62864E+00  1.00000
   23  54 ( 54V ) 2.65073E-02    0    2.65073E-02  1.00000
   27  53 ( 53Co) 5.46620E-04    0    5.46620E-04  1.00000
   26  53 ( 53Fe) 4.05070E+00    0    3.89737E+00  0.96215
                                22    1.53322E-01  0.03785   1.52400E+02 sec. 
   25  53 ( 53Mn) 7.61236E+01    0    7.61236E+01  1.00000
   24  53 ( 53Cr) 1.02007E+01    0    1.02007E+01  1.00000
   23  53 ( 53V ) 2.29532E-01    0    2.29532E-01  1.00000
   22  53 ( 53Ti) 2.23667E-05    0    2.23667E-05  1.00000
   26  52 ( 52Fe) 2.48754E-01    0    2.47674E-01  0.99566
                                10    1.08006E-03  0.00434   4.59000E+01 sec. 
   25  52 ( 52Mn) 2.86503E+01    0    1.61359E+01  0.56320
                                 1    1.25144E+01  0.43680   1.26600E+03 sec. 
   24  52 ( 52Cr) 3.83509E+01    0    3.83509E+01  1.00000
   23  52 ( 52V ) 6.53111E-01    0    6.53111E-01  1.00000
   22  52 ( 52Ti) 1.94630E-03    0    1.94630E-03  1.00000
   26  51 ( 51Fe) 1.81132E-03    0    1.81132E-03  1.00000
   25  51 ( 51Mn) 6.14170E+00    0    6.14170E+00  1.00000
   24  51 ( 51Cr) 3.11848E+01    0    3.11848E+01  1.00000
   23  51 ( 51V ) 2.67591E+00    0    2.67591E+00  1.00000
   22  51 ( 51Ti) 1.65438E-02    0    1.65438E-02  1.00000
   25  50 ( 50Mn) 1.46257E-01    0    4.90364E-02  0.33527
                                 1    9.72210E-02  0.66473   1.05000E+02 sec. 
   24  50 ( 50Cr) 1.72488E+01    0    1.72488E+01  1.00000
   23  50 ( 50V ) 4.24000E+00    0    4.24000E+00  1.00000
   22  50 ( 50Ti) 1.61941E-01    0    1.61941E-01  1.00000
   21  50 ( 50Sc) 1.23359E-04    0    1.23359E-04  1.00000
   25  49 ( 49Mn) 1.72411E-03    0    1.72411E-03  1.00000
   24  49 ( 49Cr) 2.36839E+00    0    2.36839E+00  1.00000
   23  49 ( 49V ) 8.43620E+00    0    8.43620E+00  1.00000
   22  49 ( 49Ti) 3.53025E-01    0    3.53025E-01  1.00000
   21  49 ( 49Sc) 1.53139E-03    0    1.53139E-03  1.00000
   24  48 ( 48Cr) 1.58819E-01    0    1.58819E-01  1.00000
   23  48 ( 48V ) 4.16320E+00    0    4.16320E+00  1.00000
   22  48 ( 48Ti) 1.29610E+00    0    1.28855E+00  0.99418
                                14    7.54821E-03  0.00582   1.03000E+01 sec. 
   21  48 ( 48Sc) 9.24746E-03    0    9.24746E-03  1.00000
   23  47 ( 47V ) 9.47774E-01    0    9.47774E-01  1.00000
   22  47 ( 47Ti) 1.38401E+00    0    1.38401E+00  1.00000
   21  47 ( 47Sc) 5.63920E-02    0    5.63920E-02  1.00000
   23  46 ( 46V ) 4.82746E-02    0    4.82746E-02  1.00000
   22  46 ( 46Ti) 8.33473E-01    0    8.33473E-01  1.00000
   21  46 ( 46Sc) 6.97448E-02    0    5.85353E-02  0.83928
                                 2    1.12096E-02  0.16072   1.87500E+01 sec. 
   20  46 ( 46Ca) 5.30879E-04    0    5.30879E-04  1.00000
   23  45 ( 45V ) 7.70106E-04    0    7.70106E-04  1.00000
   22  45 ( 45Ti) 1.98906E-01    0    1.98906E-01  1.00000
   21  45 ( 45Sc) 1.67004E-01    0    1.67004E-01  1.00000
   20  45 ( 45Ca) 2.21427E-03    0    2.21427E-03  1.00000
   22  44 ( 44Ti) 1.89492E-02    0    1.89492E-02  1.00000
   21  44 ( 44Sc) 7.87704E-02    0    4.83712E-02  0.61408
                                 4    3.03991E-02  0.38592   2.11000E+05 sec. 
   20  44 ( 44Ca) 1.17679E-02    0    1.17679E-02  1.00000
   21  43 ( 43Sc) 2.23720E-02    0    2.23720E-02  1.00000
   20  43 ( 43Ca) 1.61985E-02    0    1.61985E-02  1.00000
   21  42 ( 42Sc) 1.59981E-03    0    7.74185E-04  0.48392
                                 2    8.25622E-04  0.51608   6.17000E+01 sec. 
   20  42 ( 42Ca) 1.96648E-02    0    1.96648E-02  1.00000
   20  41 ( 41Ca) 3.87685E-03    0    3.87685E-03  1.00000

   b. Per mass

   A  cross section

   59 6.11022E-02
   58 3.44450E+01
   57 1.16690E+02
   56 1.58046E+02
   55 1.38407E+02
   54 1.06957E+02
   53 9.06051E+01
   52 6.79050E+01
   51 4.00208E+01
   50 2.17971E+01
   49 1.11609E+01
   48 5.62736E+00
   47 2.38818E+00
   46 9.52024E-01
   45 3.68894E-01
   44 1.09487E-01
   43 3.85705E-02
   42 2.12646E-02
   41 3.87685E-03

 Total residual production cross section:   795.60510
 Non-elastic cross section              :   800.42102

 Execution time:  0 hours  1 minutes 37.91 seconds 

 The TALYS team congratulates you with this successful calculation.
