
    TALYS-1.8 (Version: December 28, 2015)

 Copyright (C) 2015  A.J. Koning, S. Hilaire and S. Goriely      
                         NRG          CEA          ULB    

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

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

 USER INPUT FILE

 #                                                                               
 # general                                                                       
 #                                                                               
 projectile n                                                                    
 element ge                                                                      
 mass 74                                                                         
 energy energies                                                                 
 #                                                                               
 # output                                                                        
 #                                                                               
 outexcitation n                                                                 
 outdiscrete y                                                                   
 filediscrete 1                                                                  

 USER INPUT FILE + DEFAULTS

 Keyword           Value   Variable     Explanation

 #
 # Four main keywords
 #
 projectile          n     ptype0       type of incident particle
 element            Ge     Starget      symbol of target nucleus
 mass               74     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               32     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     30     nlevbin      maximum number of included discrete levels for neutron  channel
 maxlevelsbin p     10     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
 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   n            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 optical model (1=normal, 2= McFadden-Satchler, 3-5= folding potential, 6,8= Avrigeanu, 7=Nolte)
 deuteronomp         1     deuteronomp  deuteron optical model (1=normal, 2=Daehnick, 3=Bojowald, 4=Han-Shi-Shen, 5=An-Cai)
 #
 # Compound nucleus
 #
 widthfluc           y     flagwidth    flag 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      2.878 epreeq       on-set incident energy for preequilibrium calculation
 preeqmode           2     preeqmode    designator for pre-equilibrium model
 multipreeq          n     flagmulpre   flag for multiple pre-equilibrium calculation
 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           1     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         y     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       n     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          y     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           : neutron     Mass in a.m.u.      :   1.008665
 Target               :  74Ge       Mass in a.m.u.      :  73.921177

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

    29 incident energies (LAB):

      0.100
      0.200
      0.400
      0.600
      0.700
      0.800
      0.900
      1.000
      1.100
      1.200
      1.300
      1.400
      1.500
      1.600
      1.800
      2.000
      2.500
      3.000
      3.500
      4.000
      4.500
      5.000
      5.500
      6.000
      6.500
      7.000
      8.000
      9.000
     10.000

 Q-values for binary reactions:

 Q(n,g):  6.50585
 Q(n,n):  0.00000
 Q(n,p): -4.59047
 Q(n,d): -8.78750
 Q(n,t):-11.71266
 Q(n,h):-12.13684
 Q(n,a): -0.44726

 ########## RESULTS FOR E=  0.10000 ##########

 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=  0.10000 ###########

 Center-of-mass energy:   0.099

 1. Total (binary) cross sections

 Total           = 8.33029E+03
   Shape elastic   = 4.73868E+03
   Reaction        = 3.59161E+03
     Compound elastic= 3.56410E+03
     Non-elastic     = 2.75115E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 2.75115E+01
     Total elastic   = 8.30278E+03

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

 gamma   = 2.70104E+01
 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   = 5.72561E+01    Multiplicity= 2.08117E+00
 neutron = 3.81474E-03    Multiplicity= 1.38660E-04
 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

   32  75 ( 75Ge) 2.70066E+01    0    1.78943E+01  0.66259
                                 2    9.11229E+00  0.33741   4.77000E+01 sec. 
   32  74 ( 74Ge) 3.81474E-03    0    3.81474E-03  1.00000

   b. Per mass

   A  cross section

   75 2.70066E+01
   74 3.81474E-03

 Total residual production cross section:    27.01041
 Non-elastic cross section              :    27.51147

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   6.60450    0.5-     0.00000     0.74891     0.74891          
  1   0.06192   6.54258    1.5-     0.00000     0.95623     0.95623          
  2   0.13969   6.46481    3.5+     0.00000     0.10679     0.10679          
  3   0.19219   6.41231    2.5+     0.00000     0.55938     0.55938          
  4   0.19989   6.40461    4.5+     0.00000     0.00976     0.00976          
  5   0.25315   6.35135    1.5-     0.00000     0.78867     0.78867          
  6   0.31681   6.28769    2.5-     0.00000     0.49608     0.49608          
  7   0.45707   6.14743    2.5-     0.00000     0.42937     0.42937          
  8   0.57470   6.02980    1.5-     0.00000     0.56567     0.56567          
  9   0.58442   6.02008    2.5+     0.00000     0.37356     0.37356          
 10   0.65100   5.95350    3.5-     0.00000     0.13833     0.13833          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     5.17277     5.17277
 Continuum   (n,g)  :               0.00000    21.83763    21.83763
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    27.01040    27.01041


 ########## RESULTS FOR E=  0.20000 ##########

 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=  0.20000 ###########

 Center-of-mass energy:   0.197

 1. Total (binary) cross sections

 Total           = 7.63869E+03
   Shape elastic   = 4.22525E+03
   Reaction        = 3.41344E+03
     Compound elastic= 3.39164E+03
     Non-elastic     = 2.17976E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 2.17976E+01
     Total elastic   = 7.61689E+03

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

 gamma   = 2.13048E+01
 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   = 4.56421E+01    Multiplicity= 2.09390E+00
 neutron = 4.09948E-03    Multiplicity= 1.88070E-04
 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

   32  75 ( 75Ge) 2.13008E+01    0    1.33824E+01  0.62826
                                 2    7.91838E+00  0.37174   4.77000E+01 sec. 
   32  74 ( 74Ge) 4.09948E-03    0    4.09948E-03  1.00000

   b. Per mass

   A  cross section

   75 2.13008E+01
   74 4.09948E-03

 Total residual production cross section:    21.30485
 Non-elastic cross section              :    21.79761

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   6.70315    0.5-     0.00000     0.48325     0.48325          
  1   0.06192   6.64123    1.5-     0.00000     0.69893     0.69893          
  2   0.13969   6.56346    3.5+     0.00000     0.14948     0.14948          
  3   0.19219   6.51096    2.5+     0.00000     0.42379     0.42379          
  4   0.19989   6.50326    4.5+     0.00000     0.03844     0.03844          
  5   0.25315   6.45000    1.5-     0.00000     0.57715     0.57715          
  6   0.31681   6.38634    2.5-     0.00000     0.41631     0.41631          
  7   0.45707   6.24608    2.5-     0.00000     0.36062     0.36062          
  8   0.57470   6.12845    1.5-     0.00000     0.41475     0.41475          
  9   0.58442   6.11873    2.5+     0.00000     0.28463     0.28463          
 10   0.65100   6.05215    3.5-     0.00000     0.14278     0.14278          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     3.99014     3.99014
 Continuum   (n,g)  :               0.00000    17.31472    17.31472
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    21.30485    21.30485


 ########## RESULTS FOR E=  0.40000 ##########

 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=  0.40000 ###########

 Center-of-mass energy:   0.395

 1. Total (binary) cross sections

 Total           = 6.65684E+03
   Shape elastic   = 3.54787E+03
   Reaction        = 3.10897E+03
     Compound elastic= 3.08912E+03
     Non-elastic     = 1.98496E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.98496E+01
     Total elastic   = 6.63699E+03

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

 gamma   = 1.94811E+01
 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   = 4.27883E+01    Multiplicity= 2.15562E+00
 neutron = 4.97410E-03    Multiplicity= 2.50589E-04
 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

   32  75 ( 75Ge) 1.94761E+01    0    1.11605E+01  0.57303
                                 2    8.31565E+00  0.42697   4.77000E+01 sec. 
   32  74 ( 74Ge) 4.97410E-03    0    4.97410E-03  1.00000

   b. Per mass

   A  cross section

   75 1.94761E+01
   74 4.97410E-03

 Total residual production cross section:    19.48109
 Non-elastic cross section              :    19.84961

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   6.90046    0.5-     0.00000     0.32051     0.32051          
  1   0.06192   6.83854    1.5-     0.00000     0.51292     0.51292          
  2   0.13969   6.76077    3.5+     0.00000     0.22696     0.22696          
  3   0.19219   6.70827    2.5+     0.00000     0.39776     0.39776          
  4   0.19989   6.70057    4.5+     0.00000     0.09083     0.09083          
  5   0.25315   6.64731    1.5-     0.00000     0.42510     0.42510          
  6   0.31681   6.58365    2.5-     0.00000     0.34709     0.34709          
  7   0.45707   6.44339    2.5-     0.00000     0.30167     0.30167          
  8   0.57470   6.32576    1.5-     0.00000     0.30757     0.30757          
  9   0.58442   6.31604    2.5+     0.00000     0.26860     0.26860          
 10   0.65100   6.24946    3.5-     0.00000     0.14196     0.14196          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     3.34096     3.34096
 Continuum   (n,g)  :               0.00000    16.14013    16.14013
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    19.48109    19.48108


 ########## RESULTS FOR E=  0.60000 ##########

 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=  0.60000 ###########

 Center-of-mass energy:   0.592

 1. Total (binary) cross sections

 Total           = 5.87069E+03
   Shape elastic   = 3.05566E+03
   Reaction        = 2.81503E+03
     Compound elastic= 2.79453E+03
     Non-elastic     = 2.04951E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 2.04951E+01
     Total elastic   = 5.85019E+03

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

 gamma   = 2.02275E+01
 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   = 4.53097E+01    Multiplicity= 2.21076E+00
 neutron = 6.87970E-02    Multiplicity= 3.35675E-03
 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

   32  75 ( 75Ge) 2.01587E+01    0    1.09427E+01  0.54283
                                 2    9.21600E+00  0.45717   4.77000E+01 sec. 
   32  74 ( 74Ge) 6.87970E-02    0    6.87970E-02  1.00000

   b. Per mass

   A  cross section

   75 2.01587E+01
   74 6.87970E-02

 Total residual production cross section:    20.22752
 Non-elastic cross section              :    20.49512

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.09777    0.5-     0.00000     0.26620     0.26620          
  1   0.06192   7.03585    1.5-     0.00000     0.44755     0.44755          
  2   0.13969   6.95808    3.5+     0.00000     0.26678     0.26678          
  3   0.19219   6.90558    2.5+     0.00000     0.40240     0.40240          
  4   0.19989   6.89788    4.5+     0.00000     0.11707     0.11707          
  5   0.25315   6.84462    1.5-     0.00000     0.37221     0.37221          
  6   0.31681   6.78096    2.5-     0.00000     0.32679     0.32679          
  7   0.45707   6.64070    2.5-     0.00000     0.28481     0.28481          
  8   0.57470   6.52307    1.5-     0.00000     0.27103     0.27103          
  9   0.58442   6.51335    2.5+     0.00000     0.27348     0.27348          
 10   0.65100   6.44677    3.5-     0.00000     0.14713     0.14713          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     3.17544     3.17544
 Continuum   (n,g)  :               0.00000    17.05209    17.05209
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    20.22753    20.22751


 ########## RESULTS FOR E=  0.70000 ##########

 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=  0.70000 ###########

 Center-of-mass energy:   0.691

 1. Total (binary) cross sections

 Total           = 5.51684E+03
   Shape elastic   = 2.83670E+03
   Reaction        = 2.68013E+03
     Compound elastic= 2.21000E+03
     Non-elastic     = 4.70131E+02
       Direct          = 2.83600E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 4.41771E+02
     Total elastic   = 5.04670E+03

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

 gamma   = 9.13334E+00
 neutron = 4.60921E+02
 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   = 2.05688E+01    Multiplicity= 4.37512E-02
 neutron = 4.60965E+02    Multiplicity= 9.80504E-01
 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

   32  75 ( 75Ge) 9.08889E+00    0    5.28978E+00  0.58201
                                 2    3.79910E+00  0.41799   4.77000E+01 sec. 
   32  74 ( 74Ge) 4.60965E+02    0    4.60965E+02  1.00000

   b. Per mass

   A  cross section

   75 9.08889E+00
   74 4.60965E+02

 Total residual production cross section:   470.05414
 Non-elastic cross section              :   470.13110

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.19642    0.5-     0.00000     0.16287     0.16287          
  1   0.06192   7.13450    1.5-     0.00000     0.21760     0.21760          
  2   0.13969   7.05673    3.5+     0.00000     0.07836     0.07836          
  3   0.19219   7.00423    2.5+     0.00000     0.15896     0.15896          
  4   0.19989   6.99653    4.5+     0.00000     0.04267     0.04267          
  5   0.25315   6.94327    1.5-     0.00000     0.18126     0.18126          
  6   0.31681   6.87961    2.5-     0.00000     0.12941     0.12941          
  7   0.45707   6.73935    2.5-     0.00000     0.11292     0.11292          
  8   0.57470   6.62172    1.5-     0.00000     0.13238     0.13238          
  9   0.58442   6.61200    2.5+     0.00000     0.10842     0.10842          
 10   0.65100   6.54542    3.5-     0.00000     0.05401     0.05401          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     1.37887     1.37887
 Continuum   (n,g)  :               0.00000     7.75448     7.75448
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     9.13335     9.13334


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.09472    2.0+    28.36000   432.56079   460.92078    Direct
  2   1.20421  -0.51363    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.77319    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.79224    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -1.00657    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -1.03438    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -1.22243    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -1.47443    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -1.49102    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.50736    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -1.53720    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.60943    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.71293    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.79943    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.84574    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.87876    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.88143    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.90975    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.97905    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -2.00003    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -2.00311    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -2.00634    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -2.02043    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -2.06004    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -2.13793    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -2.14284    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -2.14535    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -2.15143    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -2.16547    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -2.18757    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              28.36000   432.56079   460.92078
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              28.36000   432.56079   460.92078

 (n,gn) cross section:     0.04446

 ########## RESULTS FOR E=  0.80000 ##########

 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=  0.80000 ###########

 Center-of-mass energy:   0.789

 1. Total (binary) cross sections

 Total           = 5.20815E+03
   Shape elastic   = 2.63613E+03
   Reaction        = 2.57202E+03
     Compound elastic= 1.88762E+03
     Non-elastic     = 6.84403E+02
       Direct          = 5.77979E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 6.26605E+02
     Total elastic   = 4.52375E+03

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

 gamma   = 7.79044E+00
 neutron = 6.76560E+02
 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   = 1.76712E+01    Multiplicity= 2.58199E-02
 neutron = 6.76604E+02    Multiplicity= 9.88604E-01
 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

   32  75 ( 75Ge) 7.74710E+00    0    4.54073E+00  0.58612
                                 2    3.20637E+00  0.41388   4.77000E+01 sec. 
   32  74 ( 74Ge) 6.76604E+02    0    6.76604E+02  1.00000

   b. Per mass

   A  cross section

   75 7.74710E+00
   74 6.76604E+02

 Total residual production cross section:   684.35065
 Non-elastic cross section              :   684.40271

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.29507    0.5-     0.00000     0.14051     0.14051          
  1   0.06192   7.23315    1.5-     0.00000     0.18708     0.18708          
  2   0.13969   7.15538    3.5+     0.00000     0.06126     0.06126          
  3   0.19219   7.10288    2.5+     0.00000     0.12384     0.12384          
  4   0.19989   7.09518    4.5+     0.00000     0.03378     0.03378          
  5   0.25315   7.04192    1.5-     0.00000     0.15606     0.15606          
  6   0.31681   6.97826    2.5-     0.00000     0.10709     0.10709          
  7   0.45707   6.83800    2.5-     0.00000     0.09353     0.09353          
  8   0.57470   6.72037    1.5-     0.00000     0.11425     0.11425          
  9   0.58442   6.71065    2.5+     0.00000     0.08479     0.08479          
 10   0.65100   6.64407    3.5-     0.00000     0.04531     0.04531          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     1.14750     1.14750
 Continuum   (n,g)  :               0.00000     6.64294     6.64294
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     7.79044     7.79044


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.19338    2.0+    57.79790   618.76227   676.56018    Direct
  2   1.20421  -0.41498    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.67453    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.69358    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.90791    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.93573    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -1.12377    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -1.37577    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -1.39237    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.40871    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -1.43854    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.51077    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.61427    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.70077    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.74708    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.78010    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.78277    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.81109    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.88039    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.90137    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.90445    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.90769    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.92177    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.96138    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -2.03928    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -2.04418    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -2.04670    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -2.05277    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -2.06681    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -2.08891    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              57.79790   618.76227   676.56018
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              57.79790   618.76227   676.56024

 (n,gn) cross section:     0.04334

 ########## RESULTS FOR E=  0.90000 ##########

 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=  0.90000 ###########

 Center-of-mass energy:   0.888

 1. Total (binary) cross sections

 Total           = 4.94455E+03
   Shape elastic   = 2.45758E+03
   Reaction        = 2.48697E+03
     Compound elastic= 1.67280E+03
     Non-elastic     = 8.14165E+02
       Direct          = 8.05735E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 7.33592E+02
     Total elastic   = 4.13038E+03

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

 gamma   = 7.27078E+00
 neutron = 8.06852E+02
 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   = 1.65408E+01    Multiplicity= 2.03163E-02
 neutron = 8.06943E+02    Multiplicity= 9.91129E-01
 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

   32  75 ( 75Ge) 7.18001E+00    0    4.17835E+00  0.58194
                                 2    3.00166E+00  0.41806   4.77000E+01 sec. 
   32  74 ( 74Ge) 8.06943E+02    0    8.06943E+02  1.00000

   b. Per mass

   A  cross section

   75 7.18001E+00
   74 8.06943E+02

 Total residual production cross section:   814.12256
 Non-elastic cross section              :   814.16504

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.39372    0.5-     0.00000     0.12686     0.12686          
  1   0.06192   7.33180    1.5-     0.00000     0.16965     0.16965          
  2   0.13969   7.25403    3.5+     0.00000     0.05567     0.05567          
  3   0.19219   7.20153    2.5+     0.00000     0.10879     0.10879          
  4   0.19989   7.19383    4.5+     0.00000     0.03143     0.03143          
  5   0.25315   7.14057    1.5-     0.00000     0.14173     0.14173          
  6   0.31681   7.07691    2.5-     0.00000     0.09660     0.09660          
  7   0.45707   6.93665    2.5-     0.00000     0.08446     0.08446          
  8   0.57470   6.81902    1.5-     0.00000     0.10404     0.10404          
  9   0.58442   6.80930    2.5+     0.00000     0.07473     0.07473          
 10   0.65100   6.74272    3.5-     0.00000     0.04186     0.04186          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     1.03583     1.03583
 Continuum   (n,g)  :               0.00000     6.23495     6.23495
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     7.27078     7.27078


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.29203    2.0+    80.57350   726.27826   806.85175    Direct
  2   1.20421  -0.31633    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.57588    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.59493    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.80926    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.83708    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -1.02512    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -1.27712    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -1.29372    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.31005    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -1.33989    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.41212    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.51562    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.60212    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.64843    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.68145    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.68412    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.71244    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.78174    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.80272    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.80580    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.80904    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.82312    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.86273    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.94063    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.94553    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.94804    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.95412    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.96816    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.99026    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              80.57350   726.27826   806.85175
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              80.57350   726.27826   806.85181

 (n,gn) cross section:     0.09077

 ########## 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:   0.987

 1. Total (binary) cross sections

 Total           = 4.71790E+03
   Shape elastic   = 2.30008E+03
   Reaction        = 2.41782E+03
     Compound elastic= 1.51900E+03
     Non-elastic     = 8.98818E+02
       Direct          = 9.67706E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 8.02047E+02
     Total elastic   = 3.81908E+03

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

 gamma   = 7.11709E+00
 neutron = 8.91664E+02
 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   = 1.62990E+01    Multiplicity= 1.81338E-02
 neutron = 8.91779E+02    Multiplicity= 9.92169E-01
 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

   32  75 ( 75Ge) 7.00231E+00    0    4.02710E+00  0.57511
                                 2    2.97521E+00  0.42489   4.77000E+01 sec. 
   32  74 ( 74Ge) 8.91779E+02    0    8.91779E+02  1.00000

   b. Per mass

   A  cross section

   75 7.00231E+00
   74 8.91779E+02

 Total residual production cross section:   898.78156
 Non-elastic cross section              :   898.81750

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.49238    0.5-     0.00000     0.11774     0.11774          
  1   0.06192   7.43046    1.5-     0.00000     0.15844     0.15844          
  2   0.13969   7.35269    3.5+     0.00000     0.05432     0.05432          
  3   0.19219   7.30019    2.5+     0.00000     0.10188     0.10188          
  4   0.19989   7.29249    4.5+     0.00000     0.03160     0.03160          
  5   0.25315   7.23923    1.5-     0.00000     0.13257     0.13257          
  6   0.31681   7.17557    2.5-     0.00000     0.09107     0.09107          
  7   0.45707   7.03531    2.5-     0.00000     0.07972     0.07972          
  8   0.57470   6.91768    1.5-     0.00000     0.09757     0.09757          
  9   0.58442   6.90796    2.5+     0.00000     0.07021     0.07021          
 10   0.65100   6.84138    3.5-     0.00000     0.04055     0.04055          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.97568     0.97568
 Continuum   (n,g)  :               0.00000     6.14141     6.14141
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     7.11709     7.11709


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.39068    2.0+    96.77060   794.89380   891.66443    Direct
  2   1.20421  -0.21767    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.47723    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.49628    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.71061    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.73842    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.92647    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -1.17847    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -1.19506    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.21140    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -1.24124    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.31347    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.41697    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.50347    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.54978    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.58280    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.58547    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.61379    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.68309    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.70407    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.70715    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.71039    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.72447    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.76408    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.84198    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.84688    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.84939    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.85547    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.86951    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.89161    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              96.77060   794.89380   891.66443
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              96.77060   794.89380   891.66443

 (n,gn) cross section:     0.11478

 ########## RESULTS FOR E=  1.10000 ##########

 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=  1.10000 ###########

 Center-of-mass energy:   1.085

 1. Total (binary) cross sections

 Total           = 4.52131E+03
   Shape elastic   = 2.16148E+03
   Reaction        = 2.35983E+03
     Compound elastic= 1.40234E+03
     Non-elastic     = 9.57486E+02
       Direct          = 1.07832E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 8.49654E+02
     Total elastic   = 3.56382E+03

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

 gamma   = 7.18249E+00
 neutron = 9.50277E+02
 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   = 1.65586E+01    Multiplicity= 1.72939E-02
 neutron = 9.50421E+02    Multiplicity= 9.92622E-01
 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

   32  75 ( 75Ge) 7.03802E+00    0    3.98862E+00  0.56673
                                 2    3.04939E+00  0.43327   4.77000E+01 sec. 
   32  74 ( 74Ge) 9.50421E+02    0    9.50421E+02  1.00000

   b. Per mass

   A  cross section

   75 7.03802E+00
   74 9.50421E+02

 Total residual production cross section:   957.45935
 Non-elastic cross section              :   957.48608

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.59103    0.5-     0.00000     0.11143     0.11143          
  1   0.06192   7.52911    1.5-     0.00000     0.15098     0.15098          
  2   0.13969   7.45134    3.5+     0.00000     0.05520     0.05520          
  3   0.19219   7.39884    2.5+     0.00000     0.09931     0.09931          
  4   0.19989   7.39114    4.5+     0.00000     0.03313     0.03313          
  5   0.25315   7.33788    1.5-     0.00000     0.12652     0.12652          
  6   0.31681   7.27422    2.5-     0.00000     0.08826     0.08826          
  7   0.45707   7.13396    2.5-     0.00000     0.07734     0.07734          
  8   0.57470   7.01633    1.5-     0.00000     0.09337     0.09337          
  9   0.58442   7.00661    2.5+     0.00000     0.06864     0.06864          
 10   0.65100   6.94003    3.5-     0.00000     0.04041     0.04041          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.94458     0.94458
 Continuum   (n,g)  :               0.00000     6.23791     6.23791
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     7.18249     7.18249


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.48933    2.0+   107.83200   842.44482   950.27686    Direct
  2   1.20421  -0.11902    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.37857    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.39763    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.61196    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.63977    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.82782    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -1.07982    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -1.09641    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.11275    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -1.14259    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.21482    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.31832    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.40482    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.45113    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.48414    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.48682    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.51514    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.58444    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.60542    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.60850    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.61173    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.62582    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.66543    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.74332    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.74823    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.75074    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.75682    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.77086    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.79296    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             107.83200   842.44482   950.27686
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             107.83200   842.44482   950.27686

 (n,gn) cross section:     0.14448

 ########## RESULTS FOR E=  1.20000 ##########

 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=  1.20000 ###########

 Center-of-mass energy:   1.184

 1. Total (binary) cross sections

 Total           = 4.34951E+03
   Shape elastic   = 2.03920E+03
   Reaction        = 2.31032E+03
     Compound elastic= 1.31026E+03
     Non-elastic     = 1.00006E+03
       Direct          = 1.15065E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 8.84996E+02
     Total elastic   = 3.34946E+03

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

 gamma   = 7.40636E+00
 neutron = 9.92628E+02
 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   = 1.72032E+01    Multiplicity= 1.72022E-02
 neutron = 9.92801E+02    Multiplicity= 9.92740E-01
 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

   32  75 ( 75Ge) 7.23371E+00    0    4.03357E+00  0.55761
                                 2    3.20015E+00  0.44239   4.77000E+01 sec. 
   32  74 ( 74Ge) 9.92801E+02    0    9.92801E+02  1.00000

   b. Per mass

   A  cross section

   75 7.23371E+00
   74 9.92801E+02

 Total residual production cross section:  1000.03467
 Non-elastic cross section              :  1000.06104

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.68968    0.5-     0.00000     0.10694     0.10694          
  1   0.06192   7.62776    1.5-     0.00000     0.14594     0.14594          
  2   0.13969   7.54999    3.5+     0.00000     0.05764     0.05764          
  3   0.19219   7.49749    2.5+     0.00000     0.09956     0.09956          
  4   0.19989   7.48979    4.5+     0.00000     0.03565     0.03565          
  5   0.25315   7.43653    1.5-     0.00000     0.12248     0.12248          
  6   0.31681   7.37287    2.5-     0.00000     0.08714     0.08714          
  7   0.45707   7.23261    2.5-     0.00000     0.07644     0.07644          
  8   0.57470   7.11498    1.5-     0.00000     0.09062     0.09062          
  9   0.58442   7.10526    2.5+     0.00000     0.06903     0.06903          
 10   0.65100   7.03868    3.5-     0.00000     0.04099     0.04099          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.93242     0.93242
 Continuum   (n,g)  :               0.00000     6.47394     6.47394
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     7.40636     7.40636


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.58799    2.0+   115.06500   877.56329   992.62830    Direct
  2   1.20421  -0.02037    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.27992    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.29897    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.51330    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.54112    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.72916    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -0.98116    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.99776    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.01410    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -1.04393    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.11616    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.21966    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.30616    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.35247    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.38549    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.38816    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.41648    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.48578    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.50676    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.50984    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.51308    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.52716    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.56677    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.64467    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.64957    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.65209    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.65816    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.67220    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.69430    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             115.06500   877.56329   992.62830
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             115.06500   877.56329   992.62836

 (n,gn) cross section:     0.17265

 ########## RESULTS FOR E=  1.30000 ##########

 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=  1.30000 ###########

 Center-of-mass energy:   1.282

 1. Total (binary) cross sections

 Total           = 4.19666E+03
   Shape elastic   = 1.93015E+03
   Reaction        = 2.26651E+03
     Compound elastic= 1.15332E+03
     Non-elastic     = 1.11319E+03
       Direct          = 1.23839E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 9.89352E+02
     Total elastic   = 3.08347E+03

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

 gamma   = 6.66874E+00
 neutron = 1.10651E+03
 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   = 1.56168E+01    Multiplicity= 1.40288E-02
 neutron = 1.10668E+03    Multiplicity= 9.94151E-01
 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

   32  75 ( 75Ge) 6.49436E+00    0    3.60022E+00  0.55436
                                 2    2.89413E+00  0.44564   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.10668E+03    0    1.10668E+03  1.00000

   b. Per mass

   A  cross section

   75 6.49436E+00
   74 1.10668E+03

 Total residual production cross section:  1113.17432
 Non-elastic cross section              :  1113.19153

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.78833    0.5-     0.00000     0.09501     0.09501          
  1   0.06192   7.72641    1.5-     0.00000     0.12491     0.12491          
  2   0.13969   7.64864    3.5+     0.00000     0.04946     0.04946          
  3   0.19219   7.59614    2.5+     0.00000     0.08566     0.08566          
  4   0.19989   7.58844    4.5+     0.00000     0.03246     0.03246          
  5   0.25315   7.53518    1.5-     0.00000     0.10499     0.10499          
  6   0.31681   7.47152    2.5-     0.00000     0.07156     0.07156          
  7   0.45707   7.33126    2.5-     0.00000     0.06285     0.06285          
  8   0.57470   7.21363    1.5-     0.00000     0.07788     0.07788          
  9   0.58442   7.20391    2.5+     0.00000     0.05957     0.05957          
 10   0.65100   7.13733    3.5-     0.00000     0.03474     0.03474          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.79909     0.79909
 Continuum   (n,g)  :               0.00000     5.86965     5.86965
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.66874     6.66874


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.68664    2.0+   118.34500   815.29065   933.63562    Direct
  2   1.20421   0.07828    2.0+     5.49408   167.37589   172.86996    Direct
  3   1.46376  -0.18127    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.20032    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.41465    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.44247    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.63051    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -0.88251    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.89911    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.91544    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -0.94528    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -1.01751    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.12101    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.20751    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.25382    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.28684    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.28951    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.31783    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.38713    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.40811    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.41119    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.41443    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.42851    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.46812    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.54602    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.55092    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.55343    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.55951    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.57355    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.59565    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             123.83908   982.66650  1106.50562
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             123.83908   982.66650  1106.50562

 (n,gn) cross section:     0.17438

 ########## RESULTS FOR E=  1.40000 ##########

 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=  1.40000 ###########

 Center-of-mass energy:   1.381

 1. Total (binary) cross sections

 Total           = 4.06723E+03
   Shape elastic   = 1.83554E+03
   Reaction        = 2.23169E+03
     Compound elastic= 1.03719E+03
     Non-elastic     = 1.19450E+03
       Direct          = 1.31770E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.06273E+03
     Total elastic   = 2.87273E+03

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

 gamma   = 6.48295E+00
 neutron = 1.18800E+03
 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   = 1.51538E+01    Multiplicity= 1.26863E-02
 neutron = 1.18826E+03    Multiplicity= 9.94775E-01
 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

   32  75 ( 75Ge) 6.23028E+00    0    3.41696E+00  0.54844
                                 2    2.81332E+00  0.45156   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.18826E+03    0    1.18826E+03  1.00000

   b. Per mass

   A  cross section

   75 6.23028E+00
   74 1.18826E+03

 Total residual production cross section:  1194.48755
 Non-elastic cross section              :  1194.49890

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.88699    0.5-     0.00000     0.08889     0.08889          
  1   0.06192   7.82507    1.5-     0.00000     0.11711     0.11711          
  2   0.13969   7.74730    3.5+     0.00000     0.04661     0.04661          
  3   0.19219   7.69480    2.5+     0.00000     0.07895     0.07895          
  4   0.19989   7.68710    4.5+     0.00000     0.03145     0.03145          
  5   0.25315   7.63384    1.5-     0.00000     0.09858     0.09858          
  6   0.31681   7.57018    2.5-     0.00000     0.06692     0.06692          
  7   0.45707   7.42992    2.5-     0.00000     0.05883     0.05883          
  8   0.57470   7.31229    1.5-     0.00000     0.07331     0.07331          
  9   0.58442   7.30257    2.5+     0.00000     0.05506     0.05506          
 10   0.65100   7.23599    3.5-     0.00000     0.03287     0.03287          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.74859     0.74859
 Continuum   (n,g)  :               0.00000     5.73436     5.73436
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.48295     6.48295


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.78529    2.0+   119.64600   774.66858   894.31458    Direct
  2   1.20421   0.17694    2.0+    12.12350   281.56656   293.69006    Direct
  3   1.46376  -0.08262    4.0+     0.00000     0.00000     0.00000    Direct
  4   1.48281  -0.10167    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.31600    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.34381    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.53186    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -0.78386    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.80046    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.81679    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -0.84663    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -0.91886    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -1.02236    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.10886    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.15517    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.18819    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.19086    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.21918    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.28848    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.30946    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.31254    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.31578    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.32986    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.36947    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.44737    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.45227    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.45478    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.46086    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.47490    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.49700    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             131.76950  1056.23511  1188.00464
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             131.76950  1056.23511  1188.00464

 (n,gn) cross section:     0.25267

 ########## RESULTS FOR E=  1.50000 ##########

 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=  1.50000 ###########

 Center-of-mass energy:   1.480

 1. Total (binary) cross sections

 Total           = 3.95721E+03
   Shape elastic   = 1.75002E+03
   Reaction        = 2.20719E+03
     Compound elastic= 9.49984E+02
     Non-elastic     = 1.25721E+03
       Direct          = 1.37570E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.11964E+03
     Total elastic   = 2.70000E+03

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

 gamma   = 6.23121E+00
 neutron = 1.25097E+03
 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   = 1.44918E+01    Multiplicity= 1.15270E-02
 neutron = 1.25127E+03    Multiplicity= 9.95275E-01
 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

   32  75 ( 75Ge) 5.93190E+00    0    3.31490E+00  0.55883
                                 2    2.61700E+00  0.44117   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.25127E+03    0    1.25127E+03  1.00000

   b. Per mass

   A  cross section

   75 5.93190E+00
   74 1.25127E+03

 Total residual production cross section:  1257.19812
 Non-elastic cross section              :  1257.20605

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.98564    0.5-     0.00000     0.08412     0.08412          
  1   0.06192   7.92372    1.5-     0.00000     0.11232     0.11232          
  2   0.13969   7.84595    3.5+     0.00000     0.04363     0.04363          
  3   0.19219   7.79345    2.5+     0.00000     0.07570     0.07570          
  4   0.19989   7.78575    4.5+     0.00000     0.02764     0.02764          
  5   0.25315   7.73249    1.5-     0.00000     0.09469     0.09469          
  6   0.31681   7.66883    2.5-     0.00000     0.06353     0.06353          
  7   0.45707   7.52857    2.5-     0.00000     0.05591     0.05591          
  8   0.57470   7.41094    1.5-     0.00000     0.07060     0.07060          
  9   0.58442   7.40122    2.5+     0.00000     0.05296     0.05296          
 10   0.65100   7.33464    3.5-     0.00000     0.02859     0.02859          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.70969     0.70969
 Continuum   (n,g)  :               0.00000     5.52152     5.52152
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.23121     6.23121


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.88394    2.0+   119.37300   748.55896   867.93195    Direct
  2   1.20421   0.27559    2.0+    18.14570   359.34238   377.48807    Direct
  3   1.46376   0.01603    4.0+     0.05099     5.49586     5.54685    Direct
  4   1.48281  -0.00302    0.0+     0.00000     0.00000     0.00000    Direct
  5   1.69714  -0.21735    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.24516    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.43321    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -0.68521    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.70180    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.71814    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -0.74798    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -0.82021    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -0.92371    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -1.01021    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -1.05652    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -1.08954    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -1.09221    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.12053    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.18983    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.21081    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.21389    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.21713    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.23121    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.27082    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.34871    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.35362    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.35613    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.36221    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.37625    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.39835    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             137.56970  1113.39722  1250.96692
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             137.56970  1113.39722  1250.96704

 (n,gn) cross section:     0.29932

 ########## RESULTS FOR E=  1.60000 ##########

 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=  1.60000 ###########

 Center-of-mass energy:   1.578

 1. Total (binary) cross sections

 Total           = 3.86681E+03
   Shape elastic   = 1.68743E+03
   Reaction        = 2.17938E+03
     Compound elastic= 8.25913E+02
     Non-elastic     = 1.35347E+03
       Direct          = 1.49871E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.20360E+03
     Total elastic   = 2.51334E+03

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

 gamma   = 5.77493E+00
 neutron = 1.34769E+03
 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   = 1.33773E+01    Multiplicity= 9.88372E-03
 neutron = 1.34802E+03    Multiplicity= 9.95974E-01
 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

   32  75 ( 75Ge) 5.44281E+00    0    3.07719E+00  0.56537
                                 2    2.36562E+00  0.43463   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.34802E+03    0    1.34802E+03  1.00000

   b. Per mass

   A  cross section

   75 5.44281E+00
   74 1.34802E+03

 Total residual production cross section:  1353.46118
 Non-elastic cross section              :  1353.46704

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   8.08429    0.5-     0.00000     0.07366     0.07366          
  1   0.06192   8.02237    1.5-     0.00000     0.10123     0.10123          
  2   0.13969   7.94460    3.5+     0.00000     0.03786     0.03786          
  3   0.19219   7.89210    2.5+     0.00000     0.06883     0.06883          
  4   0.19989   7.88440    4.5+     0.00000     0.02102     0.02102          
  5   0.25315   7.83114    1.5-     0.00000     0.08548     0.08548          
  6   0.31681   7.76748    2.5-     0.00000     0.06010     0.06010          
  7   0.45707   7.62722    2.5-     0.00000     0.05295     0.05295          
  8   0.57470   7.50959    1.5-     0.00000     0.06389     0.06389          
  9   0.58442   7.49987    2.5+     0.00000     0.04830     0.04830          
 10   0.65100   7.43329    3.5-     0.00000     0.02593     0.02593          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.63925     0.63925
 Continuum   (n,g)  :               0.00000     5.13568     5.13568
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.77493     5.77493


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   0.98259    2.0+   118.71600   698.96143   817.67743    Direct
  2   1.20421   0.37424    2.0+    22.47760   396.52835   419.00595    Direct
  3   1.46376   0.11468    4.0+     0.77291    35.83005    36.60296    Direct
  4   1.48281   0.09563    0.0+     7.90481    66.49519    74.39999    Direct
  5   1.69714  -0.11870    3.0+     0.00000     0.00000     0.00000          
  6   1.72495  -0.14651    0.0+     0.00000     0.00000     0.00000          
  7   1.91300  -0.33456    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -0.58656    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.60315    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.61949    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -0.64933    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -0.72156    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -0.82506    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -0.91156    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -0.95787    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -0.99089    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -0.99356    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -1.02188    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -1.09118    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -1.11216    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -1.11524    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -1.11847    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -1.13256    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -1.17217    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.25006    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.25497    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.25748    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.26356    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.27760    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.29970    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             149.87134  1197.81506  1347.68640
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             149.87134  1197.81506  1347.68628

 (n,gn) cross section:     0.33212

 ########## RESULTS FOR E=  1.80000 ##########

 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=  1.80000 ###########

 Center-of-mass energy:   1.776

 1. Total (binary) cross sections

 Total           = 3.73842E+03
   Shape elastic   = 1.58460E+03
   Reaction        = 2.15382E+03
     Compound elastic= 6.59873E+02
     Non-elastic     = 1.49395E+03
       Direct          = 1.68337E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.32561E+03
     Total elastic   = 2.24447E+03

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

 gamma   = 5.49531E+00
 neutron = 1.48844E+03
 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   = 1.27481E+01    Multiplicity= 8.53315E-03
 neutron = 1.48884E+03    Multiplicity= 9.96584E-01
 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

   32  75 ( 75Ge) 5.09560E+00    0    2.86986E+00  0.56320
                                 2    2.22574E+00  0.43680   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.48884E+03    0    1.48884E+03  1.00000

   b. Per mass

   A  cross section

   75 5.09560E+00
   74 1.48884E+03

 Total residual production cross section:  1493.93909
 Non-elastic cross section              :  1493.94678

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   8.28159    0.5-     0.00000     0.06367     0.06367          
  1   0.06192   8.21967    1.5-     0.00000     0.08798     0.08798          
  2   0.13969   8.14190    3.5+     0.00000     0.03406     0.03406          
  3   0.19219   8.08940    2.5+     0.00000     0.06192     0.06192          
  4   0.19989   8.08170    4.5+     0.00000     0.01808     0.01808          
  5   0.25315   8.02844    1.5-     0.00000     0.07453     0.07453          
  6   0.31681   7.96478    2.5-     0.00000     0.05433     0.05433          
  7   0.45707   7.82452    2.5-     0.00000     0.04797     0.04797          
  8   0.57470   7.70689    1.5-     0.00000     0.05599     0.05599          
  9   0.58442   7.69717    2.5+     0.00000     0.04373     0.04373          
 10   0.65100   7.63059    3.5-     0.00000     0.02276     0.02276          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.56500     0.56500
 Continuum   (n,g)  :               0.00000     4.93030     4.93030
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.49531     5.49531


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   1.17990    2.0+   117.28900   616.65094   733.93994    Direct
  2   1.20421   0.57154    2.0+    28.43960   418.82468   447.26428    Direct
  3   1.46376   0.31199    4.0+     3.14105    81.53721    84.67826    Direct
  4   1.48281   0.29294    0.0+    19.46780   114.92355   134.39136    Direct
  5   1.69714   0.07861    3.0+     0.00000    58.74017    58.74017          
  6   1.72495   0.05079    0.0+     0.00000    29.42981    29.42981          
  7   1.91300  -0.13725    0.0+     0.00000     0.00000     0.00000          
  8   2.16500  -0.38925    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.40585    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.42219    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -0.45202    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -0.52425    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -0.62775    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -0.71425    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -0.76056    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -0.79358    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -0.79625    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -0.82457    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -0.89387    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -0.91485    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -0.91793    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -0.92117    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -0.93525    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -0.97486    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -1.05276    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -1.05766    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -1.06018    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -1.06625    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -1.08029    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -1.10239    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             168.33746  1320.10632  1488.44385
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             168.33746  1320.10632  1488.44385

 (n,gn) cross section:     0.39971

 ########## 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:   1.973

 1. Total (binary) cross sections

 Total           = 3.65881E+03
   Shape elastic   = 1.51372E+03
   Reaction        = 2.14510E+03
     Compound elastic= 5.36983E+02
     Non-elastic     = 1.60812E+03
       Direct          = 1.81633E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.42648E+03
     Total elastic   = 2.05070E+03

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

 gamma   = 5.52530E+00
 neutron = 1.60258E+03
 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   = 1.27153E+01    Multiplicity= 7.90694E-03
 neutron = 1.60313E+03    Multiplicity= 9.96901E-01
 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

   32  75 ( 75Ge) 4.97045E+00    0    2.73570E+00  0.55039
                                 2    2.23475E+00  0.44961   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.60313E+03    0    1.60313E+03  1.00000

   b. Per mass

   A  cross section

   75 4.97045E+00
   74 1.60313E+03

 Total residual production cross section:  1608.10339
 Non-elastic cross section              :  1608.11670

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   8.47889    0.5-     0.00000     0.05596     0.05596          
  1   0.06192   8.41697    1.5-     0.00000     0.07920     0.07920          
  2   0.13969   8.33920    3.5+     0.00000     0.03367     0.03367          
  3   0.19219   8.28670    2.5+     0.00000     0.05842     0.05842          
  4   0.19989   8.27900    4.5+     0.00000     0.01786     0.01786          
  5   0.25315   8.22574    1.5-     0.00000     0.06733     0.06733          
  6   0.31681   8.16208    2.5-     0.00000     0.05175     0.05175          
  7   0.45707   8.02182    2.5-     0.00000     0.04581     0.04581          
  8   0.57470   7.90419    1.5-     0.00000     0.05086     0.05086          
  9   0.58442   7.89447    2.5+     0.00000     0.04155     0.04155          
 10   0.65100   7.82789    3.5-     0.00000     0.02202     0.02202          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.52443     0.52443
 Continuum   (n,g)  :               0.00000     5.00086     5.00086
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.52529     5.52530


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   1.37720    2.0+   117.22700   545.98199   663.20898    Direct
  2   1.20421   0.76884    2.0+    31.92680   399.94833   431.87512    Direct
  3   1.46376   0.50929    4.0+     5.85876   110.47301   116.33176    Direct
  4   1.48281   0.49024    0.0+    26.62090   122.08571   148.70660    Direct
  5   1.69714   0.27591    3.0+     0.00000   143.67926   143.67926          
  6   1.72495   0.24810    0.0+     0.00000    75.07220    75.07220          
  7   1.91300   0.06005    0.0+     0.00000    23.70401    23.70401          
  8   2.16500  -0.19195    1.0-     0.00000     0.00000     0.00000          
  9   2.18160  -0.20855    3.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.22488    2.0+     0.00000     0.00000     0.00000          
 11   2.22777  -0.25472    0.0+     0.00000     0.00000     0.00000          
 12   2.30000  -0.32695    1.0-     0.00000     0.00000     0.00000          
 13   2.40350  -0.43045    1.0-     0.00000     0.00000     0.00000          
 14   2.49000  -0.51695    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -0.56326    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -0.59628    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -0.59895    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -0.62727    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -0.69657    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -0.71755    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -0.72063    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -0.72387    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -0.73795    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -0.77756    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -0.85546    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -0.86036    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -0.86287    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -0.86895    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -0.88299    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -0.90509    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             181.63345  1420.94446  1602.57788
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             181.63345  1420.94446  1602.57788

 (n,gn) cross section:     0.55485

 ########## RESULTS FOR E=  2.50000 ##########

 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=  2.50000 ###########

 Center-of-mass energy:   2.466

 1. Total (binary) cross sections

 Total           = 3.59880E+03
   Shape elastic   = 1.43572E+03
   Reaction        = 2.16309E+03
     Compound elastic= 3.11095E+02
     Non-elastic     = 1.85200E+03
       Direct          = 2.00989E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.65101E+03
     Total elastic   = 1.74681E+03

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

 gamma   = 5.64986E+00
 neutron = 1.84634E+03
 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   = 1.29729E+01    Multiplicity= 7.00483E-03
 neutron = 1.84722E+03    Multiplicity= 9.97419E-01
 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

   32  75 ( 75Ge) 4.77045E+00    0    2.38338E+00  0.49961
                                 2    2.38707E+00  0.50039   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.84722E+03    0    1.84722E+03  1.00000

   b. Per mass

   A  cross section

   75 4.77045E+00
   74 1.84722E+03

 Total residual production cross section:  1851.98682
 Non-elastic cross section              :  1851.99536

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   8.97215    0.5-     0.00000     0.03562     0.03562          
  1   0.06192   8.91023    1.5-     0.00000     0.05395     0.05395          
  2   0.13969   8.83246    3.5+     0.00000     0.03715     0.03715          
  3   0.19219   8.77996    2.5+     0.00000     0.05251     0.05251          
  4   0.19989   8.77226    4.5+     0.00000     0.02261     0.02261          
  5   0.25315   8.71900    1.5-     0.00000     0.04638     0.04638          
  6   0.31681   8.65534    2.5-     0.00000     0.04075     0.04075          
  7   0.45707   8.51508    2.5-     0.00000     0.03638     0.03638          
  8   0.57470   8.39745    1.5-     0.00000     0.03561     0.03561          
  9   0.58442   8.38773    2.5+     0.00000     0.03803     0.03803          
 10   0.65100   8.32115    3.5-     0.00000     0.02052     0.02052          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.41951     0.41951
 Continuum   (n,g)  :               0.00000     5.23036     5.23036
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.64986     5.64986


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   1.87045    2.0+   120.59200   368.33478   488.92679    Direct
  2   1.20421   1.26210    2.0+    36.29600   294.90030   331.19629    Direct
  3   1.46376   1.00254    4.0+    12.00810   139.06007   151.06818    Direct
  4   1.48281   0.98349    0.0+    31.62400    82.53966   114.16366    Direct
  5   1.69714   0.76916    3.0+     0.00000   193.93263   193.93263          
  6   1.72495   0.74135    0.0+     0.00000    71.32635    71.32635          
  7   1.91300   0.55330    0.0+     0.00000    60.86636    60.86636          
  8   2.16500   0.30130    1.0-     0.07764   100.89536   100.97300    Direct
  9   2.18160   0.28471    3.0+     0.00000    98.90325    98.90325          
 10   2.19793   0.26837    2.0+     0.33495   113.56358   113.89854    Direct
 11   2.22777   0.23853    0.0+     0.00000    32.64053    32.64053          
 12   2.30000   0.16630    1.0-     0.05664    61.48011    61.53675    Direct
 13   2.40350   0.06280    1.0-     0.00000    26.90431    26.90431          
 14   2.49000  -0.02370    5.0-     0.00000     0.00000     0.00000          
 15   2.53631  -0.07001    3.0-     0.00000     0.00000     0.00000          
 16   2.56933  -0.10303    6.0+     0.00000     0.00000     0.00000          
 17   2.57200  -0.10570    4.0+     0.00000     0.00000     0.00000          
 18   2.60032  -0.13402    1.0+     0.00000     0.00000     0.00000          
 19   2.66962  -0.20332    4.0+     0.00000     0.00000     0.00000          
 20   2.69060  -0.22430    1.0-     0.00000     0.00000     0.00000          
 21   2.69368  -0.22738    4.0+     0.00000     0.00000     0.00000          
 22   2.69692  -0.23062    2.0+     0.00000     0.00000     0.00000          
 23   2.71100  -0.24470    4.0+     0.00000     0.00000     0.00000          
 24   2.75061  -0.28431    0.0+     0.00000     0.00000     0.00000          
 25   2.82851  -0.36220    4.0+     0.00000     0.00000     0.00000          
 26   2.83341  -0.36711    2.0+     0.00000     0.00000     0.00000          
 27   2.83592  -0.36962    2.0+     0.00000     0.00000     0.00000          
 28   2.84200  -0.37570    3.0-     0.00000     0.00000     0.00000          
 29   2.85604  -0.38974    0.0+     0.00000     0.00000     0.00000          
 30   2.87814  -0.41184    5.0-     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             200.98935  1645.34717  1846.33655
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             200.98935  1645.34717  1846.33679

 (n,gn) cross section:     0.87941

 ########## 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:   2.960

 1. Total (binary) cross sections

 Total           = 3.64954E+03
   Shape elastic   = 1.45677E+03
   Reaction        = 2.19277E+03
     Compound elastic= 1.76972E+02
     Non-elastic     = 2.01580E+03
       Direct          = 2.14189E+02
       Pre-equilibrium = 6.75329E-01
       Giant resonance = 0.00000E+00
       Compound non-el = 1.80093E+03
     Total elastic   = 1.63374E+03

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

 gamma   = 5.06389E+00
 neutron = 2.01073E+03
 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   = 2.90505E+01    Multiplicity= 1.44114E-02
 neutron = 2.01195E+03    Multiplicity= 9.98090E-01
 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

   32  75 ( 75Ge) 3.84359E+00    0    1.86310E+00  0.48473
                                 2    1.98049E+00  0.51527   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.01195E+03    0    2.01195E+03  1.00000

   b. Per mass

   A  cross section

   75 3.84359E+00
   74 2.01195E+03

 Total residual production cross section:  2015.79077
 Non-elastic cross section              :  2015.79785

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   9.46540    0.5-     0.00020     0.02204     0.02224    Preeq 
  1   0.06192   9.40348    1.5-     0.00046     0.03511     0.03556    Preeq 
  2   0.13969   9.32571    3.5+     0.00043     0.02981     0.03023    Preeq 
  3   0.19219   9.27321    2.5+     0.00020     0.04022     0.04042    Preeq 
  4   0.19989   9.26551    4.5+     0.00020     0.01773     0.01792    Preeq 
  5   0.25315   9.21225    1.5-     0.00038     0.03061     0.03099    Preeq 
  6   0.31681   9.14859    2.5-     0.00067     0.02815     0.02881    Preeq 
  7   0.45707   9.00833    2.5-     0.00072     0.02545     0.02617    Preeq 
  8   0.57470   8.89070    1.5-     0.00029     0.02403     0.02432    Preeq 
  9   0.58442   8.88098    2.5+     0.00018     0.02968     0.02985    Preeq 
 10   0.65100   8.81440    3.5-     0.00015     0.01522     0.01537    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00387     0.29803     0.30190
 Continuum   (n,g)  :               0.00824     4.75375     4.76199
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.01211     5.05179     5.06389


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   2.36370    2.0+   125.57600   224.37372   349.94971    Direct
  2   1.20421   1.75535    2.0+    38.13010   182.70274   220.83284    Direct
  3   1.46376   1.49579    4.0+    16.67360   103.20963   119.88323    Direct
  4   1.48281   1.47674    0.0+    30.33010    50.04153    80.37163    Direct
  5   1.69714   1.26241    3.0+     0.00000   138.39868   138.39868    Preeq 
  6   1.72495   1.23460    0.0+     0.00000    45.04101    45.04101    Preeq 
  7   1.91300   1.04655    0.0+     0.00000    40.97772    40.97772    Preeq 
  8   2.16500   0.79455    1.0-     0.13839    89.78961    89.92800    Direct
  9   2.18160   0.77796    3.0+     0.00000   107.11513   107.11513    Preeq 
 10   2.19793   0.76162    2.0+     0.86290   117.16679   118.02969    Direct
 11   2.22777   0.73178    0.0+     0.00000    33.98726    33.98726    Preeq 
 12   2.30000   0.65955    1.0-     0.12581    81.34716    81.47297    Direct
 13   2.40350   0.55605    1.0-     0.11414    73.30522    73.41936    Direct
 14   2.49000   0.46955    5.0-     1.08943    10.41708    11.50651    Direct
 15   2.53631   0.42324    3.0-     0.13249    65.69559    65.82808    Direct
 16   2.56933   0.39022    6.0+     0.00092     1.83863     1.83954    Direct
 17   2.57200   0.38755    4.0+     0.10672    44.02370    44.13041    Direct
 18   2.60032   0.35923    1.0+     0.00000    53.37700    53.37700    Preeq 
 19   2.66962   0.28993    4.0+     0.07369    34.22169    34.29538    Direct
 20   2.69060   0.26895    1.0-     0.07307    42.68214    42.75521    Direct
 21   2.69368   0.26587    4.0+     0.06576    31.51698    31.58273    Direct
 22   2.69692   0.26263    2.0+     0.28686    57.16708    57.45394    Direct
 23   2.71100   0.24855    4.0+     0.06013    29.52877    29.58890    Direct
 24   2.75061   0.20894    0.0+     0.00000    13.75648    13.75648    Preeq 
 25   2.82851   0.13105    4.0+     0.02499    14.85884    14.88384    Direct
 26   2.83341   0.12614    2.0+     0.12581    29.56032    29.68613    Direct
 27   2.83592   0.12363    2.0+     0.12308    29.02225    29.14532    Direct
 28   2.84200   0.11755    3.0-     0.07118    24.76018    24.83137    Direct
 29   2.85604   0.10351    0.0+     0.00000     7.31776     7.31776    Preeq 
 30   2.87814   0.08141    5.0-     0.00000     1.38125     1.38125    Preeq 
                                  ---------   ---------   ---------
 Discrete  Inelastic:             214.18517  1778.58179  1992.76697
 Continuum Inelastic:               0.66709    17.29229    17.95938
                                  ---------   ---------   ---------
 Total     Inelastic:             214.85225  1795.87402  2010.72644

 (n,gn) cross section:     1.22042

 ########## RESULTS FOR E=  3.50000 ##########

 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=  3.50000 ###########

 Center-of-mass energy:   3.453

 1. Total (binary) cross sections

 Total           = 3.73376E+03
   Shape elastic   = 1.53778E+03
   Reaction        = 2.19598E+03
     Compound elastic= 1.01983E+02
     Non-elastic     = 2.09400E+03
       Direct          = 2.25370E+02
       Pre-equilibrium = 2.20131E+01
       Giant resonance = 1.94192E+00
       Compound non-el = 1.84467E+03
     Total elastic   = 1.63976E+03

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

 gamma   = 4.71405E+00
 neutron = 2.08928E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 7.46018E-27

 3. Total particle production cross sections

 gamma   = 4.30947E+02    Multiplicity= 2.05801E-01
 neutron = 2.09077E+03    Multiplicity= 9.98461E-01
 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   = 7.46018E-27    Multiplicity= 3.56265E-30

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 3.21817E+00    0    1.50982E+00  0.46916
                                 2    1.70835E+00  0.53084   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.09077E+03    0    2.09077E+03  1.00000

   b. Per mass

   A  cross section

   75 3.21817E+00
   74 2.09077E+03

 Total residual production cross section:  2093.99219
 Non-elastic cross section              :  2093.99658

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   9.95864    0.5-     0.00026     0.01529     0.01554    Preeq 
  1   0.06192   9.89672    1.5-     0.00058     0.02401     0.02460    Preeq 
  2   0.13969   9.81895    3.5+     0.00054     0.02307     0.02362    Preeq 
  3   0.19219   9.76645    2.5+     0.00025     0.02982     0.03008    Preeq 
  4   0.19989   9.75875    4.5+     0.00025     0.01444     0.01469    Preeq 
  5   0.25315   9.70549    1.5-     0.00049     0.02115     0.02163    Preeq 
  6   0.31681   9.64184    2.5-     0.00085     0.01933     0.02019    Preeq 
  7   0.45707   9.50157    2.5-     0.00093     0.01771     0.01864    Preeq 
  8   0.57470   9.38394    1.5-     0.00039     0.01695     0.01734    Preeq 
  9   0.58442   9.37422    2.5+     0.00023     0.02236     0.02259    Preeq 
 10   0.65100   9.30764    3.5-     0.00020     0.01121     0.01142    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00499     0.21534     0.22033
 Continuum   (n,g)  :               0.01121     4.48252     4.49373
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.01620     4.69786     4.71405


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   2.85695    2.0+   129.09700   134.86009   263.95709    Direct
  2   1.20421   2.24859    2.0+    38.25920   111.90742   150.16663    Direct
  3   1.46376   1.98904    4.0+    20.43880    71.75761    92.19642    Direct
  4   1.48281   1.96999    0.0+    28.92630    30.40565    59.33195    Direct
  5   1.69714   1.75566    3.0+     0.00000    89.99015    89.99015    Preeq 
  6   1.72495   1.72785    0.0+     0.00000    27.67007    27.67007    Preeq 
  7   1.91300   1.53980    0.0+     0.00000    25.75331    25.75331    Preeq 
  8   2.16500   1.28780    1.0-     0.18173    59.48506    59.66679    Direct
  9   2.18160   1.27120    3.0+     0.00000    73.60752    73.60752    Preeq 
 10   2.19793   1.25487    2.0+     1.13298    77.81236    78.94534    Direct
 11   2.22777   1.22503    0.0+     0.00000    22.46453    22.46453    Preeq 
 12   2.30000   1.15280    1.0-     0.17626    55.86031    56.03657    Direct
 13   2.40350   1.04930    1.0-     0.17056    52.85985    53.03041    Direct
 14   2.49000   0.96280    5.0-     3.27193    14.71738    17.98931    Direct
 15   2.53631   0.91649    3.0-     0.21613    57.24500    57.46114    Direct
 16   2.56933   0.88347    6.0+     0.00991     3.40015     3.41006    Direct
 17   2.57200   0.88080    4.0+     0.26854    40.97992    41.24846    Direct
 18   2.60032   0.85248    1.0+     0.00000    45.88633    45.88633    Preeq 
 19   2.66962   0.78318    4.0+     0.23795    38.64121    38.87915    Direct
 20   2.69060   0.76220    1.0-     0.14633    44.09293    44.23925    Direct
 21   2.69368   0.75912    4.0+     0.23031    38.07473    38.30504    Direct
 22   2.69692   0.75588    2.0+     0.74216    59.87740    60.61956    Direct
 23   2.71100   0.74180    4.0+     0.22479    37.65644    37.88123    Direct
 24   2.75061   0.70219    0.0+     0.00000    16.65501    16.65501    Preeq 
 25   2.82851   0.62429    4.0+     0.18672    34.66479    34.85151    Direct
 26   2.83341   0.61939    2.0+     0.61614    54.38060    54.99674    Direct
 27   2.83592   0.61688    2.0+     0.61373    54.26069    54.87442    Direct
 28   2.84200   0.61080    3.0-     0.18321    44.59399    44.77720    Direct
 29   2.85604   0.59676    0.0+     0.00000    15.31273    15.31273    Preeq 
 30   2.87814   0.57466    5.0-     0.03459     8.32094     8.35553    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             225.36528  1443.19434  1668.55957
 Continuum Inelastic:              23.94377   396.77429   420.71805
                                  ---------   ---------   ---------
 Total     Inelastic:             249.30905  1839.96863  2089.27759

 (n,gn) cross section:     1.49605

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   3.00554    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   2.84784    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   2.71924    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   2.54054    3.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   2.51574    0.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   2.33084    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   2.15254    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   1.95354    1.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   1.92754    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   1.74424    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   1.58454    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00000     0.00000
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00000     0.00000

 (n,ga) cross section:     0.00000

 ########## 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:   3.946

 1. Total (binary) cross sections

 Total           = 3.81020E+03
   Shape elastic   = 1.64501E+03
   Reaction        = 2.16519E+03
     Compound elastic= 6.05231E+01
     Non-elastic     = 2.10467E+03
       Direct          = 2.31572E+02
       Pre-equilibrium = 5.12846E+01
       Giant resonance = 3.23889E+00
       Compound non-el = 1.81857E+03
     Total elastic   = 1.70553E+03

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

 gamma   = 4.68214E+00
 neutron = 2.09998E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 4.58352E-20

 3. Total particle production cross sections

 gamma   = 8.72436E+02    Multiplicity= 4.14524E-01
 neutron = 2.10184E+03    Multiplicity= 9.98656E-01
 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   = 4.58352E-20    Multiplicity= 2.17779E-23

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 2.82576E+00    0    1.28768E+00  0.45569
                                 2    1.53808E+00  0.54431   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.10184E+03    0    2.10184E+03  1.00000

   b. Per mass

   A  cross section

   75 2.82576E+00
   74 2.10184E+03

 Total residual production cross section:  2104.66455
 Non-elastic cross section              :  2104.66699

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  10.45189    0.5-     0.00032     0.01101     0.01133    Preeq 
  1   0.06192  10.38997    1.5-     0.00072     0.01711     0.01784    Preeq 
  2   0.13969  10.31220    3.5+     0.00067     0.01879     0.01946    Preeq 
  3   0.19219  10.25970    2.5+     0.00031     0.02342     0.02373    Preeq 
  4   0.19989  10.25200    4.5+     0.00032     0.01224     0.01256    Preeq 
  5   0.25315  10.19874    1.5-     0.00060     0.01512     0.01573    Preeq 
  6   0.31681  10.13508    2.5-     0.00105     0.01369     0.01474    Preeq 
  7   0.45707   9.99482    2.5-     0.00117     0.01263     0.01380    Preeq 
  8   0.57470   9.87719    1.5-     0.00049     0.01228     0.01277    Preeq 
  9   0.58442   9.86747    2.5+     0.00030     0.01767     0.01797    Preeq 
 10   0.65100   9.80089    3.5-     0.00026     0.00859     0.00885    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00621     0.16256     0.16877
 Continuum   (n,g)  :               0.01471     4.49865     4.51337
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.02092     4.66121     4.68214


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   3.35019    2.0+   130.48399    83.87611   214.36011    Direct
  2   1.20421   2.74184    2.0+    37.04920    71.89581   108.94501    Direct
  3   1.46376   2.48228    4.0+    23.40470    51.51497    74.91967    Direct
  4   1.48281   2.46323    0.0+    28.37560    19.66860    48.04420    Direct
  5   1.69714   2.24890    3.0+     0.00000    61.00526    61.00526    Preeq 
  6   1.72495   2.22109    0.0+     0.00000    17.95757    17.95757    Preeq 
  7   1.91300   2.03304    0.0+     0.00000    16.68157    16.68157    Preeq 
  8   2.16500   1.78104    1.0-     0.20827    38.06881    38.27708    Direct
  9   2.18160   1.76445    3.0+     0.00000    50.54796    50.54796    Preeq 
 10   2.19793   1.74811    2.0+     1.27917    51.37088    52.65005    Direct
 11   2.22777   1.71827    0.0+     0.00000    14.70657    14.70657    Preeq 
 12   2.30000   1.64604    1.0-     0.20681    36.40119    36.60800    Direct
 13   2.40350   1.54254    1.0-     0.20505    35.16387    35.36892    Direct
 14   2.49000   1.45604    5.0-     5.05700    14.54984    19.60684    Direct
 15   2.53631   1.40973    3.0-     0.26368    41.91530    42.17898    Direct
 16   2.56933   1.37671    6.0+     0.03932     4.62187     4.66119    Direct
 17   2.57200   1.37404    4.0+     0.38751    31.30170    31.68921    Direct
 18   2.60032   1.34572    1.0+     0.00000    31.78394    31.78394    Preeq 
 19   2.66962   1.27642    4.0+     0.35849    29.84351    30.20200    Direct
 20   2.69060   1.25544    1.0-     0.19568    31.30612    31.50180    Direct
 21   2.69368   1.25236    4.0+     0.35147    29.49431    29.84578    Direct
 22   2.69692   1.24912    2.0+     0.96329    42.29796    43.26125    Direct
 23   2.71100   1.23504    4.0+     0.34645    29.24171    29.58816    Direct
 24   2.75061   1.19543    0.0+     0.00000    11.78208    11.78208    Preeq 
 25   2.82851   1.11754    4.0+     0.31285    27.49610    27.80895    Direct
 26   2.83341   1.11263    2.0+     0.87614    39.67548    40.55161    Direct
 27   2.83592   1.11012    2.0+     0.87451    39.62634    40.50085    Direct
 28   2.84200   1.10404    3.0-     0.24859    36.00821    36.25680    Direct
 29   2.85604   1.09000    0.0+     0.00000    11.16616    11.16616    Preeq 
 30   2.87814   1.06790    5.0-     0.07754    10.57453    10.65208    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             231.56531  1011.54437  1243.10962
 Continuum Inelastic:              54.50874   802.36346   856.87219
                                  ---------   ---------   ---------
 Total     Inelastic:             286.07404  1813.90784  2099.98218

 (n,gn) cross section:     1.85656

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   3.49879    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   3.34109    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   3.21249    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   3.03379    3.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   3.00899    0.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   2.82409    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   2.64579    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   2.44679    1.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   2.42079    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   2.23749    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   2.07779    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00000     0.00000
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00000     0.00000

 (n,ga) cross section:     0.00000

 ########## RESULTS FOR E=  4.50000 ##########

 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=  4.50000 ###########

 Center-of-mass energy:   4.439

 1. Total (binary) cross sections

 Total           = 3.86706E+03
   Shape elastic   = 1.75401E+03
   Reaction        = 2.11305E+03
     Compound elastic= 3.47149E+01
     Non-elastic     = 2.07834E+03
       Direct          = 2.33717E+02
       Pre-equilibrium = 7.68254E+01
       Giant resonance = 3.90882E+00
       Compound non-el = 1.76388E+03
     Total elastic   = 1.78872E+03

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

 gamma   = 4.63189E+00
 neutron = 2.07370E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.39510E-06

 3. Total particle production cross sections

 gamma   = 1.20376E+03    Multiplicity= 5.79195E-01
 neutron = 2.07589E+03    Multiplicity= 9.98824E-01
 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   = 2.39510E-06    Multiplicity= 1.15241E-09

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 2.44137E+00    0    1.06857E+00  0.43769
                                 2    1.37280E+00  0.56231   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.07589E+03    0    2.07589E+03  1.00000

   b. Per mass

   A  cross section

   75 2.44137E+00
   74 2.07589E+03

 Total residual production cross section:  2078.33398
 Non-elastic cross section              :  2078.33521

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  10.94513    0.5-     0.00039     0.00816     0.00855    Preeq 
  1   0.06192  10.88321    1.5-     0.00089     0.01255     0.01343    Preeq 
  2   0.13969  10.80544    3.5+     0.00083     0.01488     0.01571    Preeq 
  3   0.19219  10.75294    2.5+     0.00038     0.01805     0.01844    Preeq 
  4   0.19989  10.74524    4.5+     0.00039     0.00995     0.01034    Preeq 
  5   0.25315  10.69198    1.5-     0.00074     0.01105     0.01179    Preeq 
  6   0.31681  10.62832    2.5-     0.00129     0.00985     0.01115    Preeq 
  7   0.45707  10.48806    2.5-     0.00143     0.00908     0.01051    Preeq 
  8   0.57470  10.37043    1.5-     0.00061     0.00896     0.00957    Preeq 
  9   0.58442  10.36071    2.5+     0.00036     0.01362     0.01399    Preeq 
 10   0.65100  10.29413    3.5-     0.00032     0.00662     0.00694    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00762     0.12278     0.13040
 Continuum   (n,g)  :               0.01884     4.48265     4.50149
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.02646     4.60543     4.63189


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   3.84343    2.0+   130.76900    50.45471   181.22371    Direct
  2   1.20421   3.23508    2.0+    35.01520    44.90724    79.92244    Direct
  3   1.46376   2.97552    4.0+    25.22820    35.11883    60.34703    Direct
  4   1.48281   2.95647    0.0+    27.92600    12.48784    40.41384    Direct
  5   1.69714   2.74214    3.0+     0.00000    40.24754    40.24754    Preeq 
  6   1.72495   2.71433    0.0+     0.00000    11.56192    11.56192    Preeq 
  7   1.91300   2.52628    0.0+     0.00000    10.82525    10.82525    Preeq 
  8   2.16500   2.27428    1.0-     0.22776    23.90522    24.13298    Direct
  9   2.18160   2.25769    3.0+     0.00000    33.97212    33.97212    Preeq 
 10   2.19793   2.24135    2.0+     1.39407    33.49387    34.88794    Direct
 11   2.22777   2.21151    0.0+     0.00000     9.60917     9.60917    Preeq 
 12   2.30000   2.13928    1.0-     0.22699    22.99152    23.21851    Direct
 13   2.40350   2.03578    1.0-     0.22630    22.28918    22.51549    Direct
 14   2.49000   1.94928    5.0-     6.36802    12.06338    18.43140    Direct
 15   2.53631   1.90297    3.0-     0.28978    28.00778    28.29756    Direct
 16   2.56933   1.86995    6.0+     0.09764     5.15232     5.24996    Direct
 17   2.57200   1.86728    4.0+     0.48847    22.50860    22.99707    Direct
 18   2.60032   1.83896    1.0+     0.00000    20.89370    20.89370    Preeq 
 19   2.66962   1.76966    4.0+     0.45568    21.54617    22.00185    Direct
 20   2.69060   1.74868    1.0-     0.22316    20.33622    20.55937    Direct
 21   2.69368   1.74560    4.0+     0.44787    21.31508    21.76295    Direct
 22   2.69692   1.74236    2.0+     1.08036    27.97306    29.05342    Direct
 23   2.71100   1.72828    4.0+     0.44232    21.15023    21.59255    Direct
 24   2.75061   1.68867    0.0+     0.00000     7.78744     7.78744    Preeq 
 25   2.82851   1.61078    4.0+     0.40607    20.06398    20.47005    Direct
 26   2.83341   1.60587    2.0+     1.00299    26.58641    27.58940    Direct
 27   2.83592   1.60336    2.0+     1.00159    26.56181    27.56340    Direct
 28   2.84200   1.59728    3.0-     0.28286    25.07368    25.35653    Direct
 29   2.85604   1.58324    0.0+     0.00000     7.47045     7.47045    Preeq 
 30   2.87814   1.56114    5.0-     0.10903     9.64147     9.75051    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             233.70935   675.99622   909.70557
 Continuum Inelastic:              80.71535  1083.28040  1163.99573
                                  ---------   ---------   ---------
 Total     Inelastic:             314.42471  1759.27661  2073.70142

 (n,gn) cross section:     2.19076

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   3.99203    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   3.83433    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   3.70573    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   3.52703    3.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   3.50223    0.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   3.31733    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   3.13903    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   2.94003    1.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   2.91403    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   2.73073    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   2.57103    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00000     0.00000
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00000     0.00000

 (n,ga) cross section:     0.00000

 ########## 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:   4.933

 1. Total (binary) cross sections

 Total           = 3.90694E+03
   Shape elastic   = 1.85173E+03
   Reaction        = 2.05521E+03
     Compound elastic= 1.94770E+01
     Non-elastic     = 2.03573E+03
       Direct          = 2.33219E+02
       Pre-equilibrium = 9.71069E+01
       Giant resonance = 4.36979E+00
       Compound non-el = 1.70104E+03
     Total elastic   = 1.87121E+03

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

 gamma   = 4.55386E+00
 neutron = 2.03118E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 3.88511E-05

 3. Total particle production cross sections

 gamma   = 1.45138E+03    Multiplicity= 7.12950E-01
 neutron = 2.03362E+03    Multiplicity= 9.98962E-01
 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   = 3.88511E-05    Multiplicity= 1.90846E-08

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 2.11447E+00    0    9.04388E-01  0.42771
                                 2    1.21009E+00  0.57229   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.03362E+03    0    2.03362E+03  1.00000

   b. Per mass

   A  cross section

   75 2.11447E+00
   74 2.03362E+03

 Total residual production cross section:  2035.73340
 Non-elastic cross section              :  2035.73291

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  11.43836    0.5-     0.00049     0.00616     0.00664    Preeq 
  1   0.06192  11.37644    1.5-     0.00110     0.00939     0.01049    Preeq 
  2   0.13969  11.29867    3.5+     0.00102     0.01167     0.01269    Preeq 
  3   0.19219  11.24617    2.5+     0.00047     0.01383     0.01430    Preeq 
  4   0.19989  11.23847    4.5+     0.00048     0.00798     0.00846    Preeq 
  5   0.25315  11.18521    1.5-     0.00092     0.00823     0.00914    Preeq 
  6   0.31681  11.12155    2.5-     0.00160     0.00729     0.00889    Preeq 
  7   0.45707  10.98129    2.5-     0.00177     0.00667     0.00844    Preeq 
  8   0.57470  10.86366    1.5-     0.00075     0.00662     0.00736    Preeq 
  9   0.58442  10.85394    2.5+     0.00045     0.01040     0.01084    Preeq 
 10   0.65100  10.78736    3.5-     0.00039     0.00523     0.00562    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00942     0.09346     0.10288
 Continuum   (n,g)  :               0.02388     4.42709     4.45098
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.03331     4.52055     4.55386


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   4.33667    2.0+   130.74200    29.53050   160.27251    Direct
  2   1.20421   3.72831    2.0+    32.63120    27.12163    59.75283    Direct
  3   1.46376   3.46876    4.0+    25.84780    22.76545    48.61325    Direct
  4   1.48281   3.44971    0.0+    26.97700     7.61634    34.59334    Direct
  5   1.69714   3.23538    3.0+     0.00000    25.61403    25.61403    Preeq 
  6   1.72495   3.20756    0.0+     0.00000     7.19181     7.19181    Preeq 
  7   1.91300   3.01952    0.0+     0.00000     6.83108     6.83108    Preeq 
  8   2.16500   2.76752    1.0-     0.24878    14.81186    15.06064    Direct
  9   2.18160   2.75092    3.0+     0.00000    22.30282    22.30282    Preeq 
 10   2.19793   2.73459    2.0+     1.48774    21.47359    22.96133    Direct
 11   2.22777   2.70475    0.0+     0.00000     6.18495     6.18495    Preeq 
 12   2.30000   2.63252    1.0-     0.24753    14.31633    14.56387    Direct
 13   2.40350   2.52902    1.0-     0.24652    13.93092    14.17743    Direct
 14   2.49000   2.44252    5.0-     7.52893     9.24681    16.77574    Direct
 15   2.53631   2.39621    3.0-     0.30907    18.37400    18.68308    Direct
 16   2.56933   2.36319    6.0+     0.17930     4.90202     5.08132    Direct
 17   2.57200   2.36052    4.0+     0.58829    15.80321    16.39150    Direct
 18   2.60032   2.33220    1.0+     0.00000    13.60113    13.60113    Preeq 
 19   2.66962   2.26290    4.0+     0.55175    15.17793    15.72968    Direct
 20   2.69060   2.24192    1.0-     0.24338    12.84977    13.09315    Direct
 21   2.69368   2.23884    4.0+     0.54296    15.02607    15.56903    Direct
 22   2.69692   2.23560    2.0+     1.17604    18.22458    19.40062    Direct
 23   2.71100   2.22152    4.0+     0.53669    14.91729    15.45398    Direct
 24   2.75061   2.18191    0.0+     0.00000     5.09474     5.09474    Preeq 
 25   2.82851   2.10401    4.0+     0.49544    14.18947    14.68491    Direct
 26   2.83341   2.09911    2.0+     1.09695    17.35967    18.45662    Direct
 27   2.83592   2.09660    2.0+     1.09553    17.34396    18.43949    Direct
 28   2.84200   2.09052    3.0-     0.30382    16.60947    16.91329    Direct
 29   2.85604   2.07648    0.0+     0.00000     4.88561     4.88561    Preeq 
 30   2.87814   2.05438    5.0-     0.13319     7.70225     7.83544    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             233.20992   440.99930   674.20923
 Continuum Inelastic:             101.45284  1255.51550  1356.96838
                                  ---------   ---------   ---------
 Total     Inelastic:             334.66275  1696.51477  2031.17908

 (n,gn) cross section:     2.43969

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   4.48526    0.5-     0.00000     0.00001     0.00001    Preeq 
  1   0.15770   4.32756    4.5+     0.00000     0.00001     0.00001    Preeq 
  2   0.28630   4.19896    2.5+     0.00000     0.00001     0.00001    Preeq 
  3   0.46500   4.02026    3.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   3.99546    0.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   3.81056    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   3.63226    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   3.43326    1.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   3.40726    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   3.22396    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   3.06426    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00004     0.00004
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00004     0.00004

 (n,ga) cross section:     0.00000

 ########## RESULTS FOR E=  5.50000 ##########

 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=  5.50000 ###########

 Center-of-mass energy:   5.426

 1. Total (binary) cross sections

 Total           = 3.93457E+03
   Shape elastic   = 1.93289E+03
   Reaction        = 2.00168E+03
     Compound elastic= 1.08212E+01
     Non-elastic     = 1.99086E+03
       Direct          = 2.31217E+02
       Pre-equilibrium = 1.15604E+02
       Giant resonance = 4.80145E+00
       Compound non-el = 1.63924E+03
     Total elastic   = 1.94371E+03

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

 gamma   = 4.45091E+00
 neutron = 1.98641E+03
 proton  = 7.88487E-08
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.57457E-04

 3. Total particle production cross sections

 gamma   = 1.65583E+03    Multiplicity= 8.31718E-01
 neutron = 1.98907E+03    Multiplicity= 9.99101E-01
 proton  = 7.88487E-08    Multiplicity= 3.96053E-11
 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   = 2.57457E-04    Multiplicity= 1.29320E-07

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 1.78847E+00    0    7.34204E-01  0.41052
                                 2    1.05427E+00  0.58948   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.98907E+03    0    1.98907E+03  1.00000

   b. Per mass

   A  cross section

   75 1.78847E+00
   74 1.98907E+03

 Total residual production cross section:  1990.85815
 Non-elastic cross section              :  1990.85889

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  11.93160    0.5-     0.00061     0.00470     0.00532    Preeq 
  1   0.06192  11.86968    1.5-     0.00139     0.00714     0.00852    Preeq 
  2   0.13969  11.79191    3.5+     0.00129     0.00915     0.01044    Preeq 
  3   0.19219  11.73941    2.5+     0.00060     0.01059     0.01119    Preeq 
  4   0.19989  11.73171    4.5+     0.00060     0.00641     0.00701    Preeq 
  5   0.25315  11.67845    1.5-     0.00116     0.00622     0.00738    Preeq 
  6   0.31681  11.61479    2.5-     0.00202     0.00555     0.00757    Preeq 
  7   0.45707  11.47453    2.5-     0.00222     0.00505     0.00727    Preeq 
  8   0.57470  11.35690    1.5-     0.00093     0.00496     0.00589    Preeq 
  9   0.58442  11.34718    2.5+     0.00056     0.00793     0.00849    Preeq 
 10   0.65100  11.28060    3.5-     0.00049     0.00425     0.00473    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.01186     0.07195     0.08382
 Continuum   (n,g)  :               0.03020     4.33689     4.36709
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.04207     4.40884     4.45091


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   4.82990    2.0+   130.63400    16.99403   147.62804    Direct
  2   1.20421   4.22155    2.0+    30.26720    15.94653    46.21373    Direct
  3   1.46376   3.96199    4.0+    25.60930    14.17869    39.78799    Direct
  4   1.48281   3.94294    0.0+    25.52460     4.46608    29.99068    Direct
  5   1.69714   3.72861    3.0+     0.00000    15.73573    15.73573    Preeq 
  6   1.72495   3.70080    0.0+     0.00000     4.29218     4.29218    Preeq 
  7   1.91300   3.51275    0.0+     0.00000     4.13816     4.13816    Preeq 
  8   2.16500   3.26075    1.0-     0.27171     9.03194     9.30365    Direct
  9   2.18160   3.24416    3.0+     0.00000    14.17338    14.17338    Preeq 
 10   2.19793   3.22782    2.0+     1.53255    13.38794    14.92049    Direct
 11   2.22777   3.19798    0.0+     0.00000     3.84444     3.84444    Preeq 
 12   2.30000   3.12575    1.0-     0.27098     8.77980     9.05077    Direct
 13   2.40350   3.02225    1.0-     0.27013     8.58053     8.85066    Direct
 14   2.49000   2.93575    5.0-     8.70752     6.70003    15.40755    Direct
 15   2.53631   2.88944    3.0-     0.32801    11.84086    12.16887    Direct
 16   2.56933   2.85642    6.0+     0.26214     4.06375     4.32589    Direct
 17   2.57200   2.85375    4.0+     0.67504    10.74353    11.41857    Direct
 18   2.60032   2.82543    1.0+     0.00000     8.67081     8.67081    Preeq 
 19   2.66962   2.75613    4.0+     0.64011    10.38820    11.02831    Direct
 20   2.69060   2.73515    1.0-     0.26661     8.00357     8.27018    Direct
 21   2.69368   2.73207    4.0+     0.63151    10.30002    10.93153    Direct
 22   2.69692   2.72883    2.0+     1.26011    11.68745    12.94756    Direct
 23   2.71100   2.71475    4.0+     0.62533    10.23656    10.86188    Direct
 24   2.75061   2.67514    0.0+     0.00000     3.28101     3.28101    Preeq 
 25   2.82851   2.59724    4.0+     0.58368     9.80641    10.39009    Direct
 26   2.83341   2.59234    2.0+     1.18377    11.19816    12.38193    Direct
 27   2.83592   2.58983    2.0+     1.18237    11.18905    12.37142    Direct
 28   2.84200   2.58375    3.0-     0.32270    10.83845    11.16115    Direct
 29   2.85604   2.56971    0.0+     0.00000     3.16212     3.16212    Preeq 
 30   2.87814   2.54761    5.0-     0.15604     5.77650     5.93254    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             231.20540   281.43588   512.64130
 Continuum Inelastic:             120.37544  1353.38965  1473.76514
                                  ---------   ---------   ---------
 Total     Inelastic:             351.58084  1634.82556  1986.40674

 (n,gn) cross section:     2.66282

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   0.83528    3.0-     0.00000     0.00000     0.00000    Preeq 
  1   0.05655   0.77873    2.0-     0.00000     0.00000     0.00000    Preeq 
  2   0.05957   0.77571    0.0-     0.00000     0.00000     0.00000    Preeq 
  3   0.10228   0.73300    1.0-     0.00000     0.00000     0.00000    Preeq 
  4   0.10865   0.72663    1.0+     0.00000     0.00000     0.00000    Preeq 
  5   0.14133   0.69395    4.0+     0.00000     0.00000     0.00000    Preeq 
  6   0.14503   0.69025    5.0+     0.00000     0.00000     0.00000    Preeq 
  7   0.22780   0.60748    2.0+     0.00000     0.00000     0.00000    Preeq 
  8   0.25179   0.58349    1.0+     0.00000     0.00000     0.00000    Preeq 
  9   0.45506   0.38022    1.0+     0.00000     0.00000     0.00000    Preeq 
 10   0.89411  -0.05883    1.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00000     0.00000     0.00000
 Continuum   (n,p)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00000     0.00000     0.00000

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   4.97850    0.5-     0.00000     0.00008     0.00008    Preeq 
  1   0.15770   4.82080    4.5+     0.00000     0.00008     0.00008    Preeq 
  2   0.28630   4.69219    2.5+     0.00000     0.00006     0.00006    Preeq 
  3   0.46500   4.51349    3.5-     0.00000     0.00002     0.00002    Preeq 
  4   0.48980   4.48870    0.5-     0.00000     0.00001     0.00001    Preeq 
  5   0.67470   4.30379    1.5-     0.00000     0.00001     0.00001    Preeq 
  6   0.85300   4.12549    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   3.92650    1.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   3.90050    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   3.71720    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   3.55750    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00026     0.00026
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00026     0.00026

 (n,ga) cross section:     0.00000

 ########## 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:   5.919

 1. Total (binary) cross sections

 Total           = 3.95274E+03
   Shape elastic   = 1.99623E+03
   Reaction        = 1.95651E+03
     Compound elastic= 6.00953E+00
     Non-elastic     = 1.95050E+03
       Direct          = 2.28478E+02
       Pre-equilibrium = 1.32565E+02
       Giant resonance = 5.17407E+00
       Compound non-el = 1.58428E+03
     Total elastic   = 2.00224E+03

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

 gamma   = 4.33141E+00
 neutron = 1.94616E+03
 proton  = 8.52647E-05
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.12444E-03

 3. Total particle production cross sections

 gamma   = 1.84083E+03    Multiplicity= 9.43775E-01
 neutron = 1.94897E+03    Multiplicity= 9.99213E-01
 proton  = 8.52647E-05    Multiplicity= 4.37142E-08
 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   = 1.12445E-03    Multiplicity= 5.76491E-07

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 1.52653E+00    0    6.11196E-01  0.40038
                                 2    9.15338E-01  0.59962   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.94897E+03    0    1.94897E+03  1.00000
   30  71 ( 71Zn) 1.12369E-03    0    4.36804E-04  0.38872
                                 1    6.86887E-04  0.61128   1.42600E+04 sec. 

   b. Per mass

   A  cross section

   75 1.52653E+00
   74 1.94897E+03
   71 1.12369E-03

 Total residual production cross section:  1950.49402
 Non-elastic cross section              :  1950.50049

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  12.42483    0.5-     0.00079     0.00363     0.00442    Preeq 
  1   0.06192  12.36291    1.5-     0.00178     0.00550     0.00728    Preeq 
  2   0.13969  12.28514    3.5+     0.00166     0.00723     0.00889    Preeq 
  3   0.19219  12.23264    2.5+     0.00077     0.00814     0.00891    Preeq 
  4   0.19989  12.22494    4.5+     0.00078     0.00520     0.00598    Preeq 
  5   0.25315  12.17168    1.5-     0.00149     0.00478     0.00627    Preeq 
  6   0.31681  12.10802    2.5-     0.00260     0.00433     0.00693    Preeq 
  7   0.45707  11.96776    2.5-     0.00284     0.00392     0.00676    Preeq 
  8   0.57470  11.85013    1.5-     0.00118     0.00378     0.00497    Preeq 
  9   0.58442  11.84041    2.5+     0.00071     0.00607     0.00678    Preeq 
 10   0.65100  11.77383    3.5-     0.00062     0.00352     0.00414    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.01523     0.05610     0.07133
 Continuum   (n,g)  :               0.03838     4.22170     4.26008
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.05362     4.27779     4.33141


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   5.32313    2.0+   130.52100     9.71393   140.23492    Direct
  2   1.20421   4.71478    2.0+    28.15600     9.23147    37.38747    Direct
  3   1.46376   4.45522    4.0+    24.95200     8.61200    33.56400    Direct
  4   1.48281   4.43617    0.0+    23.81190     2.55281    26.36471    Direct
  5   1.69714   4.22184    3.0+     0.00000     9.42308     9.42308    Preeq 
  6   1.72495   4.19403    0.0+     0.00000     2.48339     2.48339    Preeq 
  7   1.91300   4.00598    0.0+     0.00000     2.42107     2.42107    Preeq 
  8   2.16500   3.75398    1.0-     0.29197     5.41320     5.70517    Direct
  9   2.18160   3.73738    3.0+     0.00000     8.72523     8.72523    Preeq 
 10   2.19793   3.72105    2.0+     1.51785     8.10956     9.62741    Direct
 11   2.22777   3.69121    0.0+     0.00000     2.29981     2.29981    Preeq 
 12   2.30000   3.61898    1.0-     0.29294     5.29321     5.58615    Direct
 13   2.40350   3.51548    1.0-     0.29333     5.19697     5.49029    Direct
 14   2.49000   3.42898    5.0-     9.88320     4.62012    14.50332    Direct
 15   2.53631   3.38267    3.0-     0.34632     7.46506     7.81138    Direct
 16   2.56933   3.34965    6.0+     0.32264     3.02780     3.35043    Direct
 17   2.57200   3.34698    4.0+     0.72817     7.02194     7.75011    Direct
 18   2.60032   3.31866    1.0+     0.00000     5.36363     5.36363    Preeq 
 19   2.66962   3.24936    4.0+     0.70004     6.84466     7.54470    Direct
 20   2.69060   3.22838    1.0-     0.29247     4.91127     5.20374    Direct
 21   2.69368   3.22530    4.0+     0.69297     6.80016     7.49313    Direct
 22   2.69692   3.22206    2.0+     1.30925     7.31094     8.62019    Direct
 23   2.71100   3.20798    4.0+     0.68784     6.76793     7.45578    Direct
 24   2.75061   3.16837    0.0+     0.00000     2.04632     2.04632    Preeq 
 25   2.82851   3.09047    4.0+     0.65246     6.54420     7.19666    Direct
 26   2.83341   3.08557    2.0+     1.24507     7.06449     8.30956    Direct
 27   2.83592   3.08306    2.0+     1.24387     7.05987     8.30374    Direct
 28   2.84200   3.07698    3.0-     0.34217     6.94476     7.28693    Direct
 29   2.85604   3.06294    0.0+     0.00000     1.98811     1.98811    Preeq 
 30   2.87814   3.04084    5.0-     0.17947     4.11732     4.29679    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             228.46294   175.37430   403.83722
 Continuum Inelastic:             137.70114  1404.62305  1542.32422
                                  ---------   ---------   ---------
 Total     Inelastic:             366.16406  1579.99731  1946.16077

 (n,gn) cross section:     2.80533

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   1.32851    3.0-     0.00000     0.00004     0.00004    Preeq 
  1   0.05655   1.27196    2.0-     0.00000     0.00002     0.00002    Preeq 
  2   0.05957   1.26894    0.0-     0.00000     0.00001     0.00001    Preeq 
  3   0.10228   1.22623    1.0-     0.00000     0.00001     0.00001    Preeq 
  4   0.10865   1.21985    1.0+     0.00000     0.00001     0.00001    Preeq 
  5   0.14133   1.18717    4.0+     0.00000     0.00000     0.00000    Preeq 
  6   0.14503   1.18348    5.0+     0.00000     0.00000     0.00000    Preeq 
  7   0.22780   1.10071    2.0+     0.00000     0.00000     0.00000    Preeq 
  8   0.25179   1.07672    1.0+     0.00000     0.00000     0.00000    Preeq 
  9   0.45506   0.87345    1.0+     0.00000     0.00000     0.00000    Preeq 
 10   0.89411   0.43440    1.0+     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00000     0.00009     0.00009
 Continuum   (n,p)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00000     0.00009     0.00009

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   5.47172    0.5-     0.00000     0.00031     0.00031    Preeq 
  1   0.15770   5.31402    4.5+     0.00000     0.00032     0.00032    Preeq 
  2   0.28630   5.18542    2.5+     0.00000     0.00026     0.00026    Preeq 
  3   0.46500   5.00672    3.5-     0.00000     0.00010     0.00010    Preeq 
  4   0.48980   4.98192    0.5-     0.00000     0.00004     0.00004    Preeq 
  5   0.67470   4.79702    1.5-     0.00000     0.00004     0.00004    Preeq 
  6   0.85300   4.61872    2.5+     0.00000     0.00002     0.00002    Preeq 
  7   1.05200   4.41972    1.5+     0.00000     0.00001     0.00001    Preeq 
  8   1.07800   4.39372    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   4.21042    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   4.05072    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00112     0.00112
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00112     0.00112

 (n,ga) cross section:     0.00000

 ########## RESULTS FOR E=  6.50000 ##########

 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=  6.50000 ###########

 Center-of-mass energy:   6.412

 1. Total (binary) cross sections

 Total           = 3.96259E+03
   Shape elastic   = 2.04251E+03
   Reaction        = 1.92008E+03
     Compound elastic= 3.34427E+00
     Non-elastic     = 1.91674E+03
       Direct          = 2.25473E+02
       Pre-equilibrium = 1.50350E+02
       Giant resonance = 5.40359E+00
       Compound non-el = 1.53551E+03
     Total elastic   = 2.04585E+03

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

 gamma   = 4.18902E+00
 neutron = 1.91254E+03
 proton  = 2.40307E-03
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 3.73182E-03

 3. Total particle production cross sections

 gamma   = 2.01714E+03    Multiplicity= 1.05238E+00
 neutron = 1.91542E+03    Multiplicity= 9.99314E-01
 proton  = 2.40307E-03    Multiplicity= 1.25373E-06
 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   = 3.73184E-03    Multiplicity= 1.94698E-06

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 1.30714E+00    0    5.05689E-01  0.38687
                                 2    8.01448E-01  0.61313   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.91542E+03    0    1.91542E+03  1.00000
   31  74 ( 74Ga) 2.40292E-03    0    1.91715E-03  0.79784
                                 2    4.85772E-04  0.20216   9.50000E+00 sec. 
   30  71 ( 71Zn) 3.72021E-03    0    1.44597E-03  0.38868
                                 1    2.27424E-03  0.61132   1.42600E+04 sec. 

   b. Per mass

   A  cross section

   75 1.30714E+00
   74 1.91542E+03
   71 3.72021E-03

 Total residual production cross section:  1916.73376
 Non-elastic cross section              :  1916.73572

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  12.91805    0.5-     0.00104     0.00283     0.00387    Preeq 
  1   0.06192  12.85613    1.5-     0.00234     0.00428     0.00661    Preeq 
  2   0.13969  12.77836    3.5+     0.00218     0.00575     0.00793    Preeq 
  3   0.19219  12.72586    2.5+     0.00101     0.00627     0.00728    Preeq 
  4   0.19989  12.71816    4.5+     0.00102     0.00426     0.00528    Preeq 
  5   0.25315  12.66490    1.5-     0.00195     0.00371     0.00566    Preeq 
  6   0.31681  12.60124    2.5-     0.00341     0.00342     0.00683    Preeq 
  7   0.45707  12.46098    2.5-     0.00371     0.00309     0.00679    Preeq 
  8   0.57470  12.34335    1.5-     0.00153     0.00292     0.00446    Preeq 
  9   0.58442  12.33363    2.5+     0.00092     0.00467     0.00559    Preeq 
 10   0.65100  12.26705    3.5-     0.00080     0.00294     0.00374    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.01990     0.04414     0.06403
 Continuum   (n,g)  :               0.04920     4.07578     4.12498
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.06910     4.11992     4.18902


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   5.81636    2.0+   130.43600     5.53705   135.97305    Direct
  2   1.20421   5.20800    2.0+    26.38760     5.29645    31.68405    Direct
  3   1.46376   4.94845    4.0+    24.19180     5.15042    29.34222    Direct
  4   1.48281   4.92940    0.0+    22.05440     1.43864    23.49304    Direct
  5   1.69714   4.71507    3.0+     0.00000     5.54471     5.54471    Preeq 
  6   1.72495   4.68725    0.0+     0.00000     1.40903     1.40903    Preeq 
  7   1.91300   4.49921    0.0+     0.00000     1.38286     1.38286    Preeq 
  8   2.16500   4.24721    1.0-     0.30640     3.18837     3.49477    Direct
  9   2.18160   4.23061    3.0+     0.00000     5.23134     5.23134    Preeq 
 10   2.19793   4.21427    2.0+     1.46023     4.79298     6.25321    Direct
 11   2.22777   4.18444    0.0+     0.00000     1.33362     1.33362    Preeq 
 12   2.30000   4.11221    1.0-     0.30927     3.13255     3.44181    Direct
 13   2.40350   4.00871    1.0-     0.31121     3.08775     3.39897    Direct
 14   2.49000   3.92221    5.0-    10.98040     3.04870    14.02910    Direct
 15   2.53631   3.87590    3.0-     0.36207     4.58881     4.95088    Direct
 16   2.56933   3.84288    6.0+     0.35357     2.08806     2.44163    Direct
 17   2.57200   3.84021    4.0+     0.74300     4.41568     5.15868    Direct
 18   2.60032   3.81189    1.0+     0.00000     3.21458     3.21458    Preeq 
 19   2.66962   3.74259    4.0+     0.72282     4.33401     5.05683    Direct
 20   2.69060   3.72161    1.0-     0.31497     2.95417     3.26914    Direct
 21   2.69368   3.71853    4.0+     0.71767     4.31335     5.03102    Direct
 22   2.69692   3.71529    2.0+     1.31170     4.43967     5.75137    Direct
 23   2.71100   3.70121    4.0+     0.71393     4.29834     5.01227    Direct
 24   2.75061   3.66160    0.0+     0.00000     1.22816     1.22816    Preeq 
 25   2.82851   3.58370    4.0+     0.68762     4.19355     4.88117    Direct
 26   2.83341   3.57880    2.0+     1.26342     4.32731     5.59073    Direct
 27   2.83592   3.57628    2.0+     1.26250     4.32517     5.58767    Direct
 28   2.84200   3.57021    3.0-     0.36024     4.33806     4.69830    Direct
 29   2.85604   3.55617    0.0+     0.00000     1.20291     1.20291    Preeq 
 30   2.87814   3.53407    5.0-     0.20226     2.79328     2.99553    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             225.45309   106.62958   332.08267
 Continuum Inelastic:             155.70457  1424.74902  1580.45361
                                  ---------   ---------   ---------
 Total     Inelastic:             381.15765  1531.37866  1912.53796

 (n,gn) cross section:     2.88247

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   1.82173    3.0-     0.00000     0.00079     0.00079    Preeq 
  1   0.05655   1.76518    2.0-     0.00000     0.00044     0.00044    Preeq 
  2   0.05957   1.76216    0.0-     0.00000     0.00014     0.00014    Preeq 
  3   0.10228   1.71946    1.0-     0.00000     0.00026     0.00026    Preeq 
  4   0.10865   1.71308    1.0+     0.00000     0.00022     0.00022    Preeq 
  5   0.14133   1.68040    4.0+     0.00000     0.00021     0.00021    Preeq 
  6   0.14503   1.67670    5.0+     0.00000     0.00013     0.00013    Preeq 
  7   0.22780   1.59393    2.0+     0.00000     0.00012     0.00012    Preeq 
  8   0.25179   1.56995    1.0+     0.00000     0.00008     0.00008    Preeq 
  9   0.45506   1.36667    1.0+     0.00000     0.00002     0.00002    Preeq 
 10   0.89411   0.92762    1.0+     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00000     0.00240     0.00240
 Continuum   (n,p)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00000     0.00240     0.00240

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   5.96495    0.5-     0.00000     0.00092     0.00092    Preeq 
  1   0.15770   5.80725    4.5+     0.00000     0.00104     0.00104    Preeq 
  2   0.28630   5.67865    2.5+     0.00000     0.00084     0.00084    Preeq 
  3   0.46500   5.49995    3.5-     0.00000     0.00039     0.00039    Preeq 
  4   0.48980   5.47515    0.5-     0.00000     0.00017     0.00017    Preeq 
  5   0.67470   5.29025    1.5-     0.00000     0.00017     0.00017    Preeq 
  6   0.85300   5.11195    2.5+     0.00000     0.00010     0.00010    Preeq 
  7   1.05200   4.91295    1.5+     0.00000     0.00003     0.00003    Preeq 
  8   1.07800   4.88695    5.5+     0.00000     0.00002     0.00002    Preeq 
  9   1.26130   4.70365    2.5+     0.00000     0.00002     0.00002    Preeq 
 10   1.42100   4.54395    1.5-     0.00000     0.00001     0.00001    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00372     0.00372
 Continuum   (n,a)  :               0.00000     0.00001     0.00001
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00373     0.00373

 (n,ga) cross section:     0.00000

 ########## RESULTS FOR E=  7.00000 ##########

 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=  7.00000 ###########

 Center-of-mass energy:   6.905

 1. Total (binary) cross sections

 Total           = 3.96462E+03
   Shape elastic   = 2.07347E+03
   Reaction        = 1.89116E+03
     Compound elastic= 1.87525E+00
     Non-elastic     = 1.88928E+03
       Direct          = 2.22437E+02
       Pre-equilibrium = 1.62895E+02
       Giant resonance = 5.47228E+00
       Compound non-el = 1.49848E+03
     Total elastic   = 2.07535E+03

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

 gamma   = 4.04149E+00
 neutron = 1.88521E+03
 proton  = 1.63758E-02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 9.99221E-03

 3. Total particle production cross sections

 gamma   = 2.19027E+03    Multiplicity= 1.15931E+00
 neutron = 1.88815E+03    Multiplicity= 9.99398E-01
 proton  = 1.63759E-02    Multiplicity= 8.66776E-06
 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   = 9.99227E-03    Multiplicity= 5.28892E-06

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 1.10141E+00    0    4.15405E-01  0.37716
                                 2    6.86000E-01  0.62284   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.88815E+03    0    1.88815E+03  1.00000
   31  74 ( 74Ga) 1.63617E-02    0    1.25119E-02  0.76471
                                 2    3.84979E-03  0.23529   9.50000E+00 sec. 
   30  71 ( 71Zn) 9.97930E-03    0    3.89976E-03  0.39079
                                 1    6.07954E-03  0.60921   1.42600E+04 sec. 

   b. Per mass

   A  cross section

   75 1.10141E+00
   74 1.88816E+03
   71 9.97930E-03

 Total residual production cross section:  1889.27539
 Non-elastic cross section              :  1889.28479

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  13.41127    0.5-     0.00137     0.00223     0.00360    Preeq 
  1   0.06192  13.34935    1.5-     0.00310     0.00337     0.00646    Preeq 
  2   0.13969  13.27158    3.5+     0.00289     0.00462     0.00751    Preeq 
  3   0.19219  13.21908    2.5+     0.00133     0.00487     0.00620    Preeq 
  4   0.19989  13.21138    4.5+     0.00135     0.00353     0.00489    Preeq 
  5   0.25315  13.15812    1.5-     0.00259     0.00292     0.00551    Preeq 
  6   0.31681  13.09446    2.5-     0.00452     0.00274     0.00726    Preeq 
  7   0.45707  12.95420    2.5-     0.00491     0.00247     0.00737    Preeq 
  8   0.57470  12.83657    1.5-     0.00202     0.00229     0.00431    Preeq 
  9   0.58442  12.82685    2.5+     0.00121     0.00361     0.00483    Preeq 
 10   0.65100  12.76027    3.5-     0.00106     0.00246     0.00351    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.02635     0.03510     0.06145
 Continuum   (n,g)  :               0.06369     3.91635     3.98004
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.09004     3.95145     4.04149


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   6.30958    2.0+   130.33000     3.16815   133.49815    Direct
  2   1.20421   5.70122    2.0+    24.94080     3.04016    27.98096    Direct
  3   1.46376   5.44167    4.0+    23.48850     3.06676    26.55526    Direct
  4   1.48281   5.42262    0.0+    20.36960     0.80990    21.17950    Direct
  5   1.69714   5.20829    3.0+     0.00000     3.24352     3.24352    Preeq 
  6   1.72495   5.18047    0.0+     0.00000     0.79568     0.79568    Preeq 
  7   1.91300   4.99243    0.0+     0.00000     0.78368     0.78368    Preeq 
  8   2.16500   4.74043    1.0-     0.31484     1.86113     2.17597    Direct
  9   2.18160   4.72383    3.0+     0.00000     3.09451     3.09451    Preeq 
 10   2.19793   4.70750    2.0+     1.38328     2.79820     4.18148    Direct
 11   2.22777   4.67766    0.0+     0.00000     0.76206     0.76206    Preeq 
 12   2.30000   4.60543    1.0-     0.31906     1.83443     2.15349    Direct
 13   2.40350   4.50193    1.0-     0.32223     1.81314     2.13537    Direct
 14   2.49000   4.41543    5.0-    11.95320     1.95494    13.90814    Direct
 15   2.53631   4.36912    3.0-     0.37456     2.77331     3.14786    Direct
 16   2.56933   4.33610    6.0+     0.36225     1.37618     1.73843    Direct
 17   2.57200   4.33343    4.0+     0.73033     2.70878     3.43910    Direct
 18   2.60032   4.30511    1.0+     0.00000     1.88789     1.88789    Preeq 
 19   2.66962   4.23581    4.0+     0.71639     2.67132     3.38771    Direct
 20   2.69060   4.21483    1.0-     0.33018     1.75111     2.08129    Direct
 21   2.69368   4.21175    4.0+     0.71282     2.66184     3.37466    Direct
 22   2.69692   4.20851    2.0+     1.27786     2.64125     3.91911    Direct
 23   2.71100   4.19443    4.0+     0.71022     2.65495     3.36517    Direct
 24   2.75061   4.15482    0.0+     0.00000     0.71776     0.71776    Preeq 
 25   2.82851   4.07692    4.0+     0.69180     2.60686     3.29866    Direct
 26   2.83341   4.07202    2.0+     1.24307     2.59147     3.83454    Direct
 27   2.83592   4.06951    2.0+     1.24241     2.59053     3.83294    Direct
 28   2.84200   4.06343    3.0-     0.37497     2.65428     3.02925    Direct
 29   2.85604   4.04939    0.0+     0.00000     0.70719     0.70719    Preeq 
 30   2.87814   4.02729    5.0-     0.22276     1.82597     2.04873    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             222.41110    63.84694   286.25806
 Continuum Inelastic:             168.30405  1430.64368  1598.94775
                                  ---------   ---------   ---------
 Total     Inelastic:             390.71515  1494.49060  1885.20667

 (n,gn) cross section:     2.94087

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   2.31496    3.0-     0.00000     0.00431     0.00431    Preeq 
  1   0.05655   2.25841    2.0-     0.00000     0.00276     0.00276    Preeq 
  2   0.05957   2.25539    0.0-     0.00000     0.00089     0.00089    Preeq 
  3   0.10228   2.21268    1.0-     0.00000     0.00174     0.00174    Preeq 
  4   0.10865   2.20630    1.0+     0.00000     0.00153     0.00153    Preeq 
  5   0.14133   2.17362    4.0+     0.00000     0.00169     0.00169    Preeq 
  6   0.14503   2.16992    5.0+     0.00000     0.00112     0.00112    Preeq 
  7   0.22780   2.08715    2.0+     0.00000     0.00113     0.00113    Preeq 
  8   0.25179   2.06317    1.0+     0.00000     0.00082     0.00082    Preeq 
  9   0.45506   1.85990    1.0+     0.00000     0.00029     0.00029    Preeq 
 10   0.89411   1.42085    1.0+     0.00000     0.00001     0.00002    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00000     0.01629     0.01629
 Continuum   (n,p)  :               0.00000     0.00008     0.00008
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00001     0.01637     0.01638

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   6.45817    0.5-     0.00000     0.00217     0.00217    Preeq 
  1   0.15770   6.30047    4.5+     0.00000     0.00269     0.00269    Preeq 
  2   0.28630   6.17187    2.5+     0.00000     0.00217     0.00217    Preeq 
  3   0.46500   5.99317    3.5-     0.00000     0.00118     0.00118    Preeq 
  4   0.48980   5.96837    0.5-     0.00000     0.00051     0.00051    Preeq 
  5   0.67470   5.78347    1.5-     0.00000     0.00054     0.00054    Preeq 
  6   0.85300   5.60517    2.5+     0.00000     0.00035     0.00035    Preeq 
  7   1.05200   5.40617    1.5+     0.00000     0.00013     0.00013    Preeq 
  8   1.07800   5.38017    5.5+     0.00000     0.00007     0.00007    Preeq 
  9   1.26130   5.19687    2.5+     0.00000     0.00008     0.00008    Preeq 
 10   1.42100   5.03717    1.5-     0.00000     0.00003     0.00003    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00991     0.00991
 Continuum   (n,a)  :               0.00000     0.00008     0.00008
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00999     0.00999

 (n,ga) cross section:     0.00000

 ########## 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:   7.892

 1. Total (binary) cross sections

 Total           = 3.94736E+03
   Shape elastic   = 2.09794E+03
   Reaction        = 1.84942E+03
     Compound elastic= 5.89327E-01
     Non-elastic     = 1.84883E+03
       Direct          = 2.16238E+02
       Pre-equilibrium = 1.91139E+02
       Giant resonance = 1.99824E+01
       Compound non-el = 1.42147E+03
     Total elastic   = 2.09853E+03

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

 gamma   = 3.65647E+00
 neutron = 1.84502E+03
 proton  = 1.09908E-01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 4.19548E-02

 3. Total particle production cross sections

 gamma   = 2.52839E+03    Multiplicity= 1.36756E+00
 neutron = 1.84784E+03    Multiplicity= 9.99466E-01
 proton  = 1.09909E-01    Multiplicity= 5.94480E-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   = 4.19553E-02    Multiplicity= 2.26929E-05

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 8.33524E-01    0    3.05280E-01  0.36625
                                 2    5.28244E-01  0.63375   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.84784E+03    0    1.84784E+03  1.00000
   31  74 ( 74Ga) 1.09904E-01    0    8.01937E-02  0.72967
                                 2    2.97102E-02  0.27033   9.50000E+00 sec. 
   30  71 ( 71Zn) 4.19483E-02    0    1.69678E-02  0.40449
                                 1    2.49804E-02  0.59551   1.42600E+04 sec. 

   b. Per mass

   A  cross section

   75 8.33524E-01
   74 1.84795E+03
   71 4.19483E-02

 Total residual production cross section:  1848.82800
 Non-elastic cross section              :  1848.83069

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  14.39771    0.5-     0.00245     0.00137     0.00382    Preeq 
  1   0.06192  14.33579    1.5-     0.00553     0.00207     0.00759    Preeq 
  2   0.13969  14.25802    3.5+     0.00515     0.00296     0.00811    Preeq 
  3   0.19219  14.20552    2.5+     0.00238     0.00289     0.00527    Preeq 
  4   0.19989  14.19782    4.5+     0.00241     0.00241     0.00482    Preeq 
  5   0.25315  14.14456    1.5-     0.00463     0.00180     0.00642    Preeq 
  6   0.31681  14.08090    2.5-     0.00807     0.00175     0.00982    Preeq 
  7   0.45707  13.94064    2.5-     0.00874     0.00158     0.01032    Preeq 
  8   0.57470  13.82301    1.5-     0.00359     0.00141     0.00501    Preeq 
  9   0.58442  13.81329    2.5+     0.00215     0.00216     0.00431    Preeq 
 10   0.65100  13.74671    3.5-     0.00188     0.00167     0.00355    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.04697     0.02208     0.06905
 Continuum   (n,g)  :               0.10848     3.47894     3.58741
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.15545     3.50101     3.65647


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   7.29601    2.0+   129.54401     1.02766   130.57167    Direct
  2   1.20421   6.68766    2.0+    22.68080     0.98877    23.66957    Direct
  3   1.46376   6.42810    4.0+    22.38710     1.06210    23.44920    Direct
  4   1.48281   6.40905    0.0+    17.36510     0.25446    17.61956    Direct
  5   1.69714   6.19472    3.0+     0.00000     1.08447     1.08447    Preeq 
  6   1.72495   6.16691    0.0+     0.00000     0.25035     0.25035    Preeq 
  7   1.91300   5.97886    0.0+     0.00000     0.24709     0.24709    Preeq 
  8   2.16500   5.72686    1.0-     0.31920     0.61448     0.93367    Direct
  9   2.18160   5.71027    3.0+     0.00000     1.04391     1.04391    Preeq 
 10   2.19793   5.69393    2.0+     1.23192     0.92214     2.15406    Direct
 11   2.22777   5.66409    0.0+     0.00000     0.24147     0.24147    Preeq 
 12   2.30000   5.59186    1.0-     0.32430     0.60749     0.93179    Direct
 13   2.40350   5.48836    1.0-     0.32839     0.60206     0.93046    Direct
 14   2.49000   5.40186    5.0-    13.49620     0.74983    14.24603    Direct
 15   2.53631   5.35555    3.0-     0.39144     0.96363     1.35508    Direct
 16   2.56933   5.32253    6.0+     0.35155     0.54836     0.89990    Direct
 17   2.57200   5.31986    4.0+     0.67311     0.96125     1.63437    Direct
 18   2.60032   5.29154    1.0+     0.00000     0.61931     0.61931    Preeq 
 19   2.66962   5.22224    4.0+     0.66556     0.95200     1.61756    Direct
 20   2.69060   5.20126    1.0-     0.34025     0.58675     0.92700    Direct
 21   2.69368   5.19818    4.0+     0.66364     0.94969     1.61333    Direct
 22   2.69692   5.19494    2.0+     1.16818     0.88564     2.05382    Direct
 23   2.71100   5.18086    4.0+     0.66225     0.94802     1.61027    Direct
 24   2.75061   5.14125    0.0+     0.00000     0.23150     0.23150    Preeq 
 25   2.82851   5.06335    4.0+     0.65246     0.93655     1.58901    Direct
 26   2.83341   5.05845    2.0+     1.14819     0.87484     2.02303    Direct
 27   2.83592   5.05594    2.0+     1.14781     0.87464     2.02245    Direct
 28   2.84200   5.04986    3.0-     0.39410     0.93425     1.32836    Direct
 29   2.85604   5.03582    0.0+     0.00000     0.22932     0.22932    Preeq 
 30   2.87814   5.01372    5.0-     0.25471     0.71352     0.96823    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             216.19029    21.90556   238.09586
 Continuum Inelastic:             211.01114  1395.91040  1606.92151
                                  ---------   ---------   ---------
 Total     Inelastic:             427.20142  1417.81592  1845.01831

 (n,gn) cross section:     2.82425

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   3.30139    3.0-     0.00000     0.01794     0.01794    Preeq 
  1   0.05655   3.24484    2.0-     0.00000     0.01329     0.01329    Preeq 
  2   0.05957   3.24182    0.0-     0.00000     0.00416     0.00416    Preeq 
  3   0.10228   3.19911    1.0-     0.00000     0.00918     0.00918    Preeq 
  4   0.10865   3.19274    1.0+     0.00000     0.00841     0.00841    Preeq 
  5   0.14133   3.16006    4.0+     0.00000     0.01122     0.01122    Preeq 
  6   0.14503   3.15636    5.0+     0.00000     0.00795     0.00795    Preeq 
  7   0.22780   3.07359    2.0+     0.00000     0.00826     0.00826    Preeq 
  8   0.25179   3.04960    1.0+     0.00000     0.00616     0.00616    Preeq 
  9   0.45506   2.84633    1.0+     0.00000     0.00375     0.00375    Preeq 
 10   0.89411   2.40728    1.0+     0.00057     0.00098     0.00155    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00057     0.09130     0.09186
 Continuum   (n,p)  :               0.00150     0.01655     0.01804
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00207     0.10784     0.10991

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   7.44461    0.5-     0.00000     0.00700     0.00700    Preeq 
  1   0.15770   7.28691    4.5+     0.00000     0.01031     0.01031    Preeq 
  2   0.28630   7.15831    2.5+     0.00000     0.00827     0.00827    Preeq 
  3   0.46500   6.97961    3.5-     0.00000     0.00556     0.00556    Preeq 
  4   0.48980   6.95481    0.5-     0.00000     0.00232     0.00232    Preeq 
  5   0.67470   6.76991    1.5-     0.00000     0.00265     0.00265    Preeq 
  6   0.85300   6.59161    2.5+     0.00000     0.00203     0.00203    Preeq 
  7   1.05200   6.39261    1.5+     0.00000     0.00092     0.00092    Preeq 
  8   1.07800   6.36661    5.5+     0.00000     0.00059     0.00059    Preeq 
  9   1.26130   6.18331    2.5+     0.00000     0.00067     0.00067    Preeq 
 10   1.42100   6.02361    1.5-     0.00000     0.00031     0.00031    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.04066     0.04066
 Continuum   (n,a)  :               0.00007     0.00123     0.00130
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00007     0.04189     0.04195

 (n,ga) cross section:     0.00000

 ########## RESULTS FOR E=  9.00000 ##########

 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=  9.00000 ###########

 Center-of-mass energy:   8.878

 1. Total (binary) cross sections

 Total           = 3.90432E+03
   Shape elastic   = 2.08424E+03
   Reaction        = 1.82009E+03
     Compound elastic= 1.86910E-01
     Non-elastic     = 1.81990E+03
       Direct          = 2.09246E+02
       Pre-equilibrium = 2.22472E+02
       Giant resonance = 3.26690E+01
       Compound non-el = 1.35552E+03
     Total elastic   = 2.08443E+03

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

 gamma   = 3.25459E+00
 neutron = 1.81621E+03
 proton  = 3.25992E-01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.01164E-01

 3. Total particle production cross sections

 gamma   = 2.86161E+03    Multiplicity= 1.57240E+00
 neutron = 1.81877E+03    Multiplicity= 9.99375E-01
 proton  = 3.25999E-01    Multiplicity= 1.79130E-04
 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   = 1.01166E-01    Multiplicity= 5.55888E-05

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 7.05340E-01    0    2.63479E-01  0.37355
                                 2    4.41861E-01  0.62645   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.81877E+03    0    1.81877E+03  1.00000
   31  74 ( 74Ga) 3.25998E-01    0    2.39892E-01  0.73587
                                 2    8.61059E-02  0.26413   9.50000E+00 sec. 
   30  71 ( 71Zn) 1.01180E-01    0    4.31622E-02  0.42659
                                 1    5.80180E-02  0.57341   1.42600E+04 sec. 

   b. Per mass

   A  cross section

   75 7.05340E-01
   74 1.81909E+03
   71 1.01180E-01

 Total residual production cross section:  1819.89795
 Non-elastic cross section              :  1819.90308

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  15.38413    0.5-     0.00430     0.00079     0.00509    Preeq 
  1   0.06192  15.32221    1.5-     0.00969     0.00120     0.01089    Preeq 
  2   0.13969  15.24444    3.5+     0.00904     0.00179     0.01083    Preeq 
  3   0.19219  15.19194    2.5+     0.00418     0.00164     0.00581    Preeq 
  4   0.19989  15.18424    4.5+     0.00423     0.00155     0.00578    Preeq 
  5   0.25315  15.13098    1.5-     0.00811     0.00106     0.00918    Preeq 
  6   0.31681  15.06732    2.5-     0.01225     0.00108     0.01333    Preeq 
  7   0.45707  14.92706    2.5-     0.01309     0.00098     0.01407    Preeq 
  8   0.57470  14.80943    1.5-     0.00646     0.00086     0.00732    Preeq 
  9   0.58442  14.79971    2.5+     0.00387     0.00126     0.00513    Preeq 
 10   0.65100  14.73313    3.5-     0.00338     0.00108     0.00446    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.07860     0.01329     0.09190
 Continuum   (n,g)  :               0.18781     2.97488     3.16269
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.26641     2.98817     3.25459


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   8.28243    2.0+   127.38900     0.33340   127.72240    Direct
  2   1.20421   7.67408    2.0+    20.75480     0.32141    21.07621    Direct
  3   1.46376   7.41452    4.0+    21.50690     0.36344    21.87034    Direct
  4   1.48281   7.39547    0.0+    14.89420     0.08070    14.97490    Direct
  5   1.69714   7.18114    3.0+     0.00000     0.35991     0.35991    Preeq 
  6   1.72495   7.15333    0.0+     0.00000     0.07940     0.07940    Preeq 
  7   1.91300   6.96528    0.0+     0.00000     0.07838     0.07838    Preeq 
  8   2.16500   6.71328    1.0-     0.31607     0.20079     0.51685    Direct
  9   2.18160   6.69669    3.0+     0.00000     0.34749     0.34749    Preeq 
 10   2.19793   6.68035    2.0+     1.11835     0.30105     1.41940    Direct
 11   2.22777   6.65051    0.0+     0.00000     0.07664     0.07664    Preeq 
 12   2.30000   6.57828    1.0-     0.32065     0.19872     0.51938    Direct
 13   2.40350   6.47478    1.0-     0.32442     0.19713     0.52155    Direct
 14   2.49000   6.38828    5.0-    14.57060     0.27566    14.84626    Direct
 15   2.53631   6.34197    3.0-     0.40122     0.32659     0.72781    Direct
 16   2.56933   6.30895    6.0+     0.33656     0.20856     0.54512    Direct
 17   2.57200   6.30628    4.0+     0.61716     0.33180     0.94896    Direct
 18   2.60032   6.27796    1.0+     0.00000     0.19984     0.19984    Preeq 
 19   2.66962   6.20866    4.0+     0.61137     0.32900     0.94038    Direct
 20   2.69060   6.18768    1.0-     0.33588     0.19266     0.52854    Direct
 21   2.69368   6.18460    4.0+     0.60993     0.32831     0.93824    Direct
 22   2.69692   6.18136    2.0+     1.06526     0.29049     1.35575    Direct
 23   2.71100   6.16728    4.0+     0.60889     0.32782     0.93670    Direct
 24   2.75061   6.12767    0.0+     0.00000     0.07367     0.07367    Preeq 
 25   2.82851   6.04978    4.0+     0.60172     0.32443     0.92615    Direct
 26   2.83341   6.04487    2.0+     1.04988     0.28753     1.33741    Direct
 27   2.83592   6.04236    2.0+     1.04959     0.28747     1.33706    Direct
 28   2.84200   6.03628    3.0-     0.40393     0.31814     0.72207    Direct
 29   2.85604   6.02224    0.0+     0.00000     0.07306     0.07306    Preeq 
 30   2.87814   6.00014    5.0-     0.27595     0.26427     0.54021    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             209.16229     7.37776   216.54005
 Continuum Inelastic:             254.91640  1344.75732  1599.67371
                                  ---------   ---------   ---------
 Total     Inelastic:             464.07867  1352.13513  1816.21350

 (n,gn) cross section:     2.55158

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   4.28781    3.0-     0.00000     0.02268     0.02268    Preeq 
  1   0.05655   4.23126    2.0-     0.00000     0.01791     0.01791    Preeq 
  2   0.05957   4.22824    0.0-     0.00000     0.00531     0.00531    Preeq 
  3   0.10228   4.18553    1.0-     0.00000     0.01269     0.01269    Preeq 
  4   0.10865   4.17916    1.0+     0.00000     0.01210     0.01210    Preeq 
  5   0.14133   4.14648    4.0+     0.00000     0.01804     0.01804    Preeq 
  6   0.14503   4.14278    5.0+     0.00000     0.01368     0.01368    Preeq 
  7   0.22780   4.06001    2.0+     0.00000     0.01382     0.01382    Preeq 
  8   0.25179   4.03602    1.0+     0.00000     0.01008     0.01008    Preeq 
  9   0.45506   3.83275    1.0+     0.00000     0.00760     0.00760    Preeq 
 10   0.89411   3.39370    1.0+     0.00549     0.00370     0.00918    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00549     0.13761     0.14310
 Continuum   (n,p)  :               0.03523     0.14766     0.18289
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.04071     0.28528     0.32599

 (n,gp) cross section:     0.00001

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   8.43103    0.5-     0.00000     0.01212     0.01212    Preeq 
  1   0.15770   8.27333    4.5+     0.00000     0.02122     0.02122    Preeq 
  2   0.28630   8.14473    2.5+     0.00000     0.01723     0.01723    Preeq 
  3   0.46500   7.96603    3.5-     0.00000     0.01348     0.01348    Preeq 
  4   0.48980   7.94123    0.5-     0.00000     0.00547     0.00547    Preeq 
  5   0.67470   7.75633    1.5-     0.00000     0.00683     0.00683    Preeq 
  6   0.85300   7.57803    2.5+     0.00000     0.00601     0.00601    Preeq 
  7   1.05200   7.37903    1.5+     0.00000     0.00308     0.00308    Preeq 
  8   1.07800   7.35303    5.5+     0.00000     0.00238     0.00238    Preeq 
  9   1.26130   7.16973    2.5+     0.00000     0.00255     0.00255    Preeq 
 10   1.42100   7.01003    1.5-     0.00000     0.00134     0.00134    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.09170     0.09170
 Continuum   (n,a)  :               0.00127     0.00819     0.00946
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00127     0.09989     0.10116

 (n,ga) cross section:     0.00000

 ########## 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:   9.865

 1. Total (binary) cross sections

 Total           = 3.83490E+03
   Shape elastic   = 2.04071E+03
   Reaction        = 1.79419E+03
     Compound elastic= 6.05938E-02
     Non-elastic     = 1.79413E+03
       Direct          = 2.01490E+02
       Pre-equilibrium = 2.55640E+02
       Giant resonance = 3.86043E+01
       Compound non-el = 1.29840E+03
     Total elastic   = 2.04077E+03

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

 gamma   = 2.95369E+00
 neutron = 1.79025E+03
 proton  = 7.69845E-01
 deuteron= 2.47167E-11
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.64557E-01

 3. Total particle production cross sections

 gamma   = 3.18453E+03    Multiplicity= 1.77497E+00
 neutron = 1.79249E+03    Multiplicity= 9.99086E-01
 proton  = 7.69869E-01    Multiplicity= 4.29104E-04
 deuteron= 2.47167E-11    Multiplicity= 1.37765E-14
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.64563E-01    Multiplicity= 9.17233E-05

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 7.16965E-01    0    2.78844E-01  0.38892
                                 2    4.38120E-01  0.61108   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.79249E+03    0    1.79249E+03  1.00000
   31  74 ( 74Ga) 7.69867E-01    0    5.79665E-01  0.75294
                                 2    1.90203E-01  0.24706   9.50000E+00 sec. 
   30  71 ( 71Zn) 1.64713E-01    0    7.42296E-02  0.45066
                                 1    9.04838E-02  0.54934   1.42600E+04 sec. 

   b. Per mass

   A  cross section

   75 7.16965E-01
   74 1.79326E+03
   71 1.64713E-01

 Total residual production cross section:  1794.14099
 Non-elastic cross section              :  1794.12939

 5. Binary reactions to discrete levels and continuum

   (n,g)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000  16.37053    0.5-     0.00658     0.00038     0.00696    Preeq 
  1   0.06192  16.30861    1.5-     0.01485     0.00059     0.01543    Preeq 
  2   0.13969  16.23084    3.5+     0.01385     0.00091     0.01476    Preeq 
  3   0.19219  16.17834    2.5+     0.00640     0.00079     0.00719    Preeq 
  4   0.19989  16.17064    4.5+     0.00648     0.00084     0.00732    Preeq 
  5   0.25315  16.11738    1.5-     0.01243     0.00055     0.01297    Preeq 
  6   0.31681  16.05372    2.5-     0.01953     0.00057     0.02011    Preeq 
  7   0.45707  15.91346    2.5-     0.02200     0.00054     0.02254    Preeq 
  8   0.57470  15.79583    1.5-     0.01086     0.00047     0.01134    Preeq 
  9   0.58442  15.78611    2.5+     0.00651     0.00067     0.00718    Preeq 
 10   0.65100  15.71953    3.5-     0.00568     0.00063     0.00631    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.12516     0.00694     0.13210
 Continuum   (n,g)  :               0.32294     2.49865     2.82159
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.44810     2.50559     2.95369


 Inelastic cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  1   0.59585   9.26884    2.0+   124.13100     0.10990   124.24090    Direct
  2   1.20421   8.66048    2.0+    18.89190     0.10625    18.99815    Direct
  3   1.46376   8.40093    4.0+    20.56610     0.12531    20.69141    Direct
  4   1.48281   8.38188    0.0+    12.91980     0.02627    12.94607    Direct
  5   1.69714   8.16755    3.0+     0.00000     0.12105     0.12105    Preeq 
  6   1.72495   8.13973    0.0+     0.00000     0.02586     0.02586    Preeq 
  7   1.91300   7.95169    0.0+     0.00000     0.02553     0.02553    Preeq 
  8   2.16500   7.69969    1.0-     0.31278     0.06658     0.37937    Direct
  9   2.18160   7.68309    3.0+     0.00000     0.11714     0.11714    Preeq 
 10   2.19793   7.66675    2.0+     1.04008     0.09990     1.13998    Direct
 11   2.22777   7.63692    0.0+     0.00000     0.02498     0.02498    Preeq 
 12   2.30000   7.56469    1.0-     0.31642     0.06595     0.38237    Direct
 13   2.40350   7.46119    1.0-     0.31945     0.06547     0.38491    Direct
 14   2.49000   7.37469    5.0-    15.30590     0.10065    15.40655    Direct
 15   2.53631   7.32838    3.0-     0.40713     0.11154     0.51867    Direct
 16   2.56933   7.29536    6.0+     0.32689     0.07866     0.40555    Direct
 17   2.57200   7.29269    4.0+     0.57538     0.11518     0.69057    Direct
 18   2.60032   7.26437    1.0+     0.00000     0.06564     0.06564    Preeq 
 19   2.66962   7.19507    4.0+     0.56986     0.11428     0.68415    Direct
 20   2.69060   7.17409    1.0-     0.32890     0.06410     0.39300    Direct
 21   2.69368   7.17101    4.0+     0.56850     0.11406     0.68256    Direct
 22   2.69692   7.16777    2.0+     0.98820     0.09659     1.08479    Direct
 23   2.71100   7.15369    4.0+     0.56752     0.11390     0.68142    Direct
 24   2.75061   7.11408    0.0+     0.00000     0.02403     0.02403    Preeq 
 25   2.82851   7.03618    4.0+     0.56082     0.11281     0.67364    Direct
 26   2.83341   7.03128    2.0+     0.97367     0.09567     1.06934    Direct
 27   2.83592   7.02876    2.0+     0.97341     0.09565     1.06906    Direct
 28   2.84200   7.02269    3.0-     0.40902     0.10894     0.51796    Direct
 29   2.85604   7.00865    0.0+     0.00000     0.02384     0.02384    Preeq 
 30   2.87814   6.98655    5.0-     0.28980     0.09697     0.38677    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             201.34253     2.51271   203.85524
 Continuum Inelastic:             293.69409  1292.69751  1586.39160
                                  ---------   ---------   ---------
 Total     Inelastic:             495.03662  1295.21021  1790.24854

 (n,gn) cross section:     2.24075

   (n,p)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   5.27422    3.0-     0.00000     0.01728     0.01728    Preeq 
  1   0.05655   5.21767    2.0-     0.00000     0.01395     0.01395    Preeq 
  2   0.05957   5.21464    0.0-     0.00000     0.00392     0.00392    Preeq 
  3   0.10228   5.17194    1.0-     0.00000     0.00990     0.00990    Preeq 
  4   0.10865   5.16556    1.0+     0.00000     0.00978     0.00978    Preeq 
  5   0.14133   5.13288    4.0+     0.00000     0.01575     0.01575    Preeq 
  6   0.14503   5.12918    5.0+     0.00000     0.01274     0.01274    Preeq 
  7   0.22780   5.04641    2.0+     0.00000     0.01222     0.01222    Preeq 
  8   0.25179   5.02243    1.0+     0.00000     0.00871     0.00871    Preeq 
  9   0.45506   4.81916    1.0+     0.00000     0.00727     0.00727    Preeq 
 10   0.89411   4.38011    1.0+     0.02140     0.00464     0.02605    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.02140     0.11617     0.13757
 Continuum   (n,p)  :               0.21579     0.41648     0.63227
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.23720     0.53265     0.76984

 (n,gp) cross section:     0.00002

   (n,d)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   1.07718    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.19800   0.87918    3.5-     0.00000     0.00000     0.00000    Preeq 
  2   0.21795   0.85923    1.5-     0.00000     0.00000     0.00000    Preeq 
  3   0.49582   0.58136    2.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.91097   0.16621    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.95600   0.12118    3.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,d)  :               0.00000     0.00000     0.00000
 Continuum   (n,d)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,d)  :               0.00000     0.00000     0.00000

 (n,gd) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

 Level Energy    E-out     J/P       Direct    Compound      Total     Origin

  0   0.00000   9.41743    0.5-     0.00000     0.01164     0.01164    Preeq 
  1   0.15770   9.25973    4.5+     0.00000     0.02438     0.02438    Preeq 
  2   0.28630   9.13113    2.5+     0.00000     0.02044     0.02044    Preeq 
  3   0.46500   8.95243    3.5-     0.00000     0.01819     0.01819    Preeq 
  4   0.48980   8.92763    0.5-     0.00000     0.00710     0.00710    Preeq 
  5   0.67470   8.74273    1.5-     0.00000     0.00999     0.00999    Preeq 
  6   0.85300   8.56443    2.5+     0.00000     0.01008     0.01008    Preeq 
  7   1.05200   8.36543    1.5+     0.00000     0.00576     0.00576    Preeq 
  8   1.07800   8.33943    5.5+     0.00000     0.00523     0.00523    Preeq 
  9   1.26130   8.15613    2.5+     0.00000     0.00538     0.00538    Preeq 
 10   1.42100   7.99643    1.5-     0.00052     0.00315     0.00367    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00052     0.12134     0.12186
 Continuum   (n,a)  :               0.01187     0.03083     0.04270
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.01238     0.15217     0.16456

 (n,ga) cross section:     0.00001

 Execution time:  0 hours  0 minutes 44.47 seconds 

 The TALYS team congratulates you with this successful calculation.
