
    TALYS-1.2       (Version: December 21, 2009)

 Copyright (C) 2009  A.J. Koning, S. Hilaire and M.C. Duijvestijn
                         NRG          CEA              NRG

 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                8     maxZ         maximal number of protons away from the initial compound nucleus
 maxn               18     maxN         maximal number of neutrons away from the initial compound nucleus
 bins               40     nbins        number of continuum excitation energy bins
 segment             1     segment      number of segments to divide emission energy grid
 maxlevelstar       20     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     20     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           16     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
 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
 #
 # 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
 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            1     alphaomp     alpha optical model (1=normal, 2= McFadden-Satchler)
 #
 # 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
 #
 # 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
 #
 # Pre-equilibrium
 #
 preequilibrium      2.711 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
 phmodel             1     phmodel      particle-hole state density model
 pairmodel           2     pairmodel    designator for pre-equilibrium pairing model
 preeqspin           n     flagpespin   flag 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     ldmodel      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     flagcol      flag for damping of collective effects
 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       n     flagffevap   flag for calculation of particle evaporation from fission fragment mass yields
 #
 # 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
 outurr              n     flagurr      flag for output of unresolved resonance parameters
 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
 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
 endf                n     flagendf     flag for information for ENDF-6 file
 endfdetail          y     flagendfdet  flag for detailed ENDF-6 information per channel
 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):  6.50531
 Q(n,n):  0.00000
 Q(n,p): -4.59050
 Q(n,d): -8.78750
 Q(n,t):-11.71153
 Q(n,h):-12.15094
 Q(n,a): -0.44913

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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   = 4.73867E+03
   Reaction        = 3.59161E+03
     Compound elastic= 3.56503E+03
     Non-elastic     = 2.65793E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 2.65793E+01
     Total elastic   = 8.30370E+03

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

 gamma   = 2.60719E+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   = 5.62023E+01    Multiplicity= 1.56482E-02
 neutron = 1.06878E-04    Multiplicity= 2.97577E-08
 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) 2.60718E+01    0    1.86706E+01  0.71612
                                 2    7.40114E+00  0.28388   4.77000E+01 sec. 

   b. Per mass

   A  cross section

   75 2.60718E+01

 Total residual production cross section:    26.07176
 Non-elastic cross section              :    26.57935

 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   6.60397    0.5-     0.00000     0.68456     0.68456          
  1   0.06189   6.54208    2.5+     0.00000     0.58641     0.58641          
  2   0.13969   6.46428    3.5+     0.00000     0.10257     0.10257          
  3   0.19218   6.41179    2.5+     0.00000     0.51459     0.51459          
  4   0.19989   6.40408    4.5+     0.00000     0.00986     0.00986          
  5   0.25310   6.35087    1.5-     0.00000     0.72931     0.72931          
  6   0.31685   6.28712    2.5-     0.00000     0.46306     0.46306          
  7   0.45705   6.14692    2.5-     0.00000     0.40078     0.40078          
  8   0.57469   6.02928    1.5-     0.00000     0.52298     0.52298          
  9   0.58441   6.01956    2.5+     0.00000     0.34374     0.34374          
 10   0.65100   5.95297    3.5-     0.00000     0.13216     0.13216          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     4.49002     4.49002
 Continuum   (n,g)  :               0.00000    21.58184    21.58184
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    26.07187    26.07186


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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 3.39263E+03
     Non-elastic     = 2.08137E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 2.08137E+01
     Total elastic   = 7.61788E+03

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

 gamma   = 2.03161E+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   = 4.40242E+01    Multiplicity= 1.28973E-02
 neutron = 1.55800E-03    Multiplicity= 4.56432E-07
 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) 2.03146E+01    0    1.39562E+01  0.68700
                                 2    6.35842E+00  0.31300   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.55800E-03    0    1.55800E-03  1.00000

   b. Per mass

   A  cross section

   75 2.03146E+01
   74 1.55800E-03

 Total residual production cross section:    20.31614
 Non-elastic cross section              :    20.81372

 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   6.70262    0.5-     0.00000     0.44075     0.44075          
  1   0.06189   6.64073    2.5+     0.00000     0.44600     0.44600          
  2   0.13969   6.56293    3.5+     0.00000     0.14273     0.14273          
  3   0.19218   6.51044    2.5+     0.00000     0.39198     0.39198          
  4   0.19989   6.50273    4.5+     0.00000     0.03830     0.03830          
  5   0.25310   6.44952    1.5-     0.00000     0.53089     0.53089          
  6   0.31685   6.38577    2.5-     0.00000     0.38561     0.38561          
  7   0.45705   6.24557    2.5-     0.00000     0.33404     0.33404          
  8   0.57469   6.12793    1.5-     0.00000     0.38146     0.38146          
  9   0.58441   6.11821    2.5+     0.00000     0.26327     0.26327          
 10   0.65100   6.05162    3.5-     0.00000     0.13404     0.13404          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     3.48906     3.48906
 Continuum   (n,g)  :               0.00000    16.82708    16.82708
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    20.31614    20.31614


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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 3.09022E+03
     Non-elastic     = 1.87500E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.87500E+01
     Total elastic   = 6.63809E+03

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

 gamma   = 1.83786E+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   = 4.04307E+01    Multiplicity= 1.30045E-02
 neutron = 8.30267E-03    Multiplicity= 2.67055E-06
 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) 1.83703E+01    0    1.18092E+01  0.64284
                                 2    6.56111E+00  0.35716   4.77000E+01 sec. 
   32  74 ( 74Ge) 8.30267E-03    0    8.30267E-03  1.00000

   b. Per mass

   A  cross section

   75 1.83703E+01
   74 8.30267E-03

 Total residual production cross section:    18.37860
 Non-elastic cross section              :    18.75000

 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   6.89993    0.5-     0.00000     0.29179     0.29179          
  1   0.06189   6.83804    2.5+     0.00000     0.41934     0.41934          
  2   0.13969   6.76024    3.5+     0.00000     0.21447     0.21447          
  3   0.19218   6.70775    2.5+     0.00000     0.36920     0.36920          
  4   0.19989   6.70004    4.5+     0.00000     0.08749     0.08749          
  5   0.25310   6.64683    1.5-     0.00000     0.38946     0.38946          
  6   0.31685   6.58308    2.5-     0.00000     0.32039     0.32039          
  7   0.45705   6.44288    2.5-     0.00000     0.27849     0.27849          
  8   0.57469   6.32524    1.5-     0.00000     0.28176     0.28176          
  9   0.58441   6.31552    2.5+     0.00000     0.24929     0.24929          
 10   0.65100   6.24893    3.5-     0.00000     0.13246     0.13246          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     3.03412     3.03412
 Continuum   (n,g)  :               0.00000    15.34448    15.34448
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    18.37861    18.37860


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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 2.79583E+03
     Non-elastic     = 1.92034E+01
       Direct          = 0.00000E+00
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.92034E+01
     Total elastic   = 5.85149E+03

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

 gamma   = 1.89320E+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   = 4.23309E+01    Multiplicity= 1.50375E-02
 neutron = 3.04879E-02    Multiplicity= 1.08304E-05
 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) 1.89015E+01    0    1.16956E+01  0.61877
                                 2    7.20587E+00  0.38123   4.77000E+01 sec. 
   32  74 ( 74Ge) 3.04879E-02    0    3.04879E-02  1.00000

   b. Per mass

   A  cross section

   75 1.89015E+01
   74 3.04879E-02

 Total residual production cross section:    18.93199
 Non-elastic cross section              :    19.20337

 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   7.09723    0.5-     0.00000     0.24218     0.24218          
  1   0.06189   7.03534    2.5+     0.00000     0.42215     0.42215          
  2   0.13969   6.95754    3.5+     0.00000     0.25000     0.25000          
  3   0.19218   6.90505    2.5+     0.00000     0.37243     0.37243          
  4   0.19989   6.89734    4.5+     0.00000     0.11135     0.11135          
  5   0.25310   6.84413    1.5-     0.00000     0.34038     0.34038          
  6   0.31685   6.78038    2.5-     0.00000     0.30141     0.30141          
  7   0.45705   6.64018    2.5-     0.00000     0.26271     0.26271          
  8   0.57469   6.52254    1.5-     0.00000     0.24784     0.24784          
  9   0.58441   6.51282    2.5+     0.00000     0.25310     0.25310          
 10   0.65100   6.44623    3.5-     0.00000     0.13741     0.13741          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     2.94096     2.94096
 Continuum   (n,g)  :               0.00000    15.99104    15.99104
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000    18.93199    18.93199


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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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           = 5.51683E+03
   Shape elastic   = 2.83670E+03
   Reaction        = 2.68013E+03
     Compound elastic= 2.21039E+03
     Non-elastic     = 4.69735E+02
       Direct          = 2.83599E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 4.41375E+02
     Total elastic   = 5.04709E+03

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

 gamma   = 8.51435E+00
 neutron = 4.61141E+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   = 1.92415E+01    Multiplicity= 7.17931E-03
 neutron = 4.61172E+02    Multiplicity= 1.72071E-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) 8.48392E+00    0    5.52405E+00  0.65112
                                 2    2.95987E+00  0.34888   4.77000E+01 sec. 
   32  74 ( 74Ge) 4.61172E+02    0    4.61172E+02  1.00000

   b. Per mass

   A  cross section

   75 8.48392E+00
   74 4.61172E+02

 Total residual production cross section:   469.65561
 Non-elastic cross section              :   469.73535

 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   7.19589    0.5-     0.00000     0.14786     0.14786          
  1   0.06189   7.13400    2.5+     0.00000     0.16433     0.16433          
  2   0.13969   7.05620    3.5+     0.00000     0.07247     0.07247          
  3   0.19218   7.00371    2.5+     0.00000     0.14514     0.14514          
  4   0.19989   6.99600    4.5+     0.00000     0.04013     0.04013          
  5   0.25310   6.94279    1.5-     0.00000     0.16468     0.16468          
  6   0.31685   6.87904    2.5-     0.00000     0.11834     0.11834          
  7   0.45705   6.73884    2.5-     0.00000     0.10326     0.10326          
  8   0.57469   6.62120    1.5-     0.00000     0.12026     0.12026          
  9   0.58441   6.61148    2.5+     0.00000     0.09899     0.09899          
 10   0.65100   6.54489    3.5-     0.00000     0.05027     0.05027          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     1.22574     1.22574
 Continuum   (n,g)  :               0.00000     7.28861     7.28861
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     8.51435     8.51435


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.09472    2.0+    28.35990   432.78137   461.14127    Direct
  2   1.20420  -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   2.16526  -1.47469    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.79943    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.84574    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.87876    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.90975    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.97905    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -2.00311    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -2.00635    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -2.02043    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              28.35990   432.78137   461.14127
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              28.35990   432.78137   461.14127

 (n,gn) cross section:     0.03043

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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           = 5.20814E+03
   Shape elastic   = 2.63612E+03
   Reaction        = 2.57202E+03
     Compound elastic= 1.88795E+03
     Non-elastic     = 6.84073E+02
       Direct          = 5.77979E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 6.26275E+02
     Total elastic   = 4.52407E+03

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

 gamma   = 7.22931E+00
 neutron = 6.76789E+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   = 1.64587E+01    Multiplicity= 6.39912E-03
 neutron = 6.76823E+02    Multiplicity= 2.63149E-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) 7.19478E+00    0    4.70606E+00  0.65409
                                 2    2.48873E+00  0.34591   4.77000E+01 sec. 
   32  74 ( 74Ge) 6.76823E+02    0    6.76823E+02  1.00000

   b. Per mass

   A  cross section

   75 7.19478E+00
   74 6.76823E+02

 Total residual production cross section:   684.01807
 Non-elastic cross section              :   684.07288

 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   7.29454    0.5-     0.00000     0.12755     0.12755          
  1   0.06189   7.23265    2.5+     0.00000     0.12760     0.12760          
  2   0.13969   7.15485    3.5+     0.00000     0.05646     0.05646          
  3   0.19218   7.10236    2.5+     0.00000     0.11283     0.11283          
  4   0.19989   7.09465    4.5+     0.00000     0.03173     0.03173          
  5   0.25310   7.04144    1.5-     0.00000     0.14173     0.14173          
  6   0.31685   6.97769    2.5-     0.00000     0.09763     0.09763          
  7   0.45705   6.83749    2.5-     0.00000     0.08528     0.08528          
  8   0.57469   6.71985    1.5-     0.00000     0.10376     0.10376          
  9   0.58441   6.71013    2.5+     0.00000     0.07725     0.07725          
 10   0.65100   6.64354    3.5-     0.00000     0.04194     0.04194          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     1.00376     1.00376
 Continuum   (n,g)  :               0.00000     6.22556     6.22556
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     7.22932     7.22931


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.19338    2.0+    57.79790   618.99084   676.78876    Direct
  2   1.20420  -0.41497    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  -0.93572    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   2.16526  -1.37603    4.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.40870    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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.70077    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.74708    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.78010    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.81109    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.88039    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.90445    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.90769    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.92177    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              57.79790   618.99084   676.78876
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              57.79790   618.99084   676.78876

 (n,gn) cross section:     0.03453

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.67311E+03
     Non-elastic     = 8.13863E+02
       Direct          = 8.05734E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 7.33290E+02
     Total elastic   = 4.13069E+03

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

 gamma   = 6.72278E+00
 neutron = 8.07095E+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   = 1.53915E+01    Multiplicity= 6.18887E-03
 neutron = 8.07149E+02    Multiplicity= 3.24551E-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) 6.66898E+00    0    4.34009E+00  0.65079
                                 2    2.32889E+00  0.34921   4.77000E+01 sec. 
   32  74 ( 74Ge) 8.07149E+02    0    8.07149E+02  1.00000

   b. Per mass

   A  cross section

   75 6.66898E+00
   74 8.07149E+02

 Total residual production cross section:   813.81812
 Non-elastic cross section              :   813.86304

 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   7.39319    0.5-     0.00000     0.11516     0.11516          
  1   0.06189   7.33130    2.5+     0.00000     0.11188     0.11188          
  2   0.13969   7.25350    3.5+     0.00000     0.05121     0.05121          
  3   0.19218   7.20101    2.5+     0.00000     0.09903     0.09903          
  4   0.19989   7.19330    4.5+     0.00000     0.02953     0.02953          
  5   0.25310   7.14009    1.5-     0.00000     0.12870     0.12870          
  6   0.31685   7.07634    2.5-     0.00000     0.08797     0.08797          
  7   0.45705   6.93614    2.5-     0.00000     0.07692     0.07692          
  8   0.57469   6.81850    1.5-     0.00000     0.09446     0.09446          
  9   0.58441   6.80878    2.5+     0.00000     0.06802     0.06802          
 10   0.65100   6.74219    3.5-     0.00000     0.03867     0.03867          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.90154     0.90154
 Continuum   (n,g)  :               0.00000     5.82124     5.82124
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.72278     6.72278


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.29203    2.0+    80.57340   726.52191   807.09534    Direct
  2   1.20420  -0.31632    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  -0.83707    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   2.16526  -1.27738    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.60212    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.64843    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.68145    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.71244    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.78174    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.80580    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.80904    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.82312    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              80.57340   726.52191   807.09534
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              80.57340   726.52191   807.09528

 (n,gn) cross section:     0.05380

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.51929E+03
     Non-elastic     = 8.98527E+02
       Direct          = 9.67705E+01
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 8.01756E+02
     Total elastic   = 3.81937E+03

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

 gamma   = 6.55921E+00
 neutron = 8.91929E+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   = 1.51225E+01    Multiplicity= 6.25458E-03
 neutron = 8.91994E+02    Multiplicity= 3.68925E-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) 6.49420E+00    0    4.18931E+00  0.64509
                                 2    2.30489E+00  0.35491   4.77000E+01 sec. 
   32  74 ( 74Ge) 8.91994E+02    0    8.91994E+02  1.00000

   b. Per mass

   A  cross section

   75 6.49420E+00
   74 8.91994E+02

 Total residual production cross section:   898.48822
 Non-elastic cross section              :   898.52686

 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   7.49184    0.5-     0.00000     0.10688     0.10688          
  1   0.06189   7.42995    2.5+     0.00000     0.10461     0.10461          
  2   0.13969   7.35215    3.5+     0.00000     0.04992     0.04992          
  3   0.19218   7.29966    2.5+     0.00000     0.09269     0.09269          
  4   0.19989   7.29195    4.5+     0.00000     0.02969     0.02969          
  5   0.25310   7.23874    1.5-     0.00000     0.12037     0.12037          
  6   0.31685   7.17499    2.5-     0.00000     0.08288     0.08288          
  7   0.45705   7.03479    2.5-     0.00000     0.07255     0.07255          
  8   0.57469   6.91715    1.5-     0.00000     0.08859     0.08859          
  9   0.58441   6.90743    2.5+     0.00000     0.06387     0.06387          
 10   0.65100   6.84084    3.5-     0.00000     0.03743     0.03743          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.84946     0.84946
 Continuum   (n,g)  :               0.00000     5.70975     5.70975
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.55921     6.55921


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.39068    2.0+    96.77050   795.15851   891.92902    Direct
  2   1.20420  -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   2.16526  -1.17873    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.50347    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.54978    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.58280    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.61379    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.68309    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.70715    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.71039    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.72447    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:              96.77050   795.15851   891.92902
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:              96.77050   795.15851   891.92896

 (n,gn) cross section:     0.06500

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.40264E+03
     Non-elastic     = 9.57195E+02
       Direct          = 1.07832E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 8.49363E+02
     Total elastic   = 3.56412E+03

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

 gamma   = 6.59881E+00
 neutron = 9.50568E+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   = 1.52802E+01    Multiplicity= 6.47511E-03
 neutron = 9.50665E+02    Multiplicity= 4.02853E-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) 6.50164E+00    0    4.14649E+00  0.63776
                                 2    2.35514E+00  0.36224   4.77000E+01 sec. 
   32  74 ( 74Ge) 9.50665E+02    0    9.50665E+02  1.00000

   b. Per mass

   A  cross section

   75 6.50164E+00
   74 9.50665E+02

 Total residual production cross section:   957.16699
 Non-elastic cross section              :   957.19495

 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   7.59050    0.5-     0.00000     0.10114     0.10114          
  1   0.06189   7.52861    2.5+     0.00000     0.10183     0.10183          
  2   0.13969   7.45081    3.5+     0.00000     0.05068     0.05068          
  3   0.19218   7.39832    2.5+     0.00000     0.09032     0.09032          
  4   0.19989   7.39061    4.5+     0.00000     0.03110     0.03110          
  5   0.25310   7.33740    1.5-     0.00000     0.11487     0.11487          
  6   0.31685   7.27365    2.5-     0.00000     0.08029     0.08029          
  7   0.45705   7.13345    2.5-     0.00000     0.07036     0.07036          
  8   0.57469   7.01581    1.5-     0.00000     0.08477     0.08477          
  9   0.58441   7.00609    2.5+     0.00000     0.06243     0.06243          
 10   0.65100   6.93950    3.5-     0.00000     0.03727     0.03727          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.82505     0.82505
 Continuum   (n,g)  :               0.00000     5.77375     5.77375
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.59881     6.59881


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.48933    2.0+   107.83200   842.73621   950.56824    Direct
  2   1.20420  -0.11902    2.0+     0.00000     0.00000     0.00000    Direct
  3   1.46376  -0.37858    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   2.16526  -1.08008    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.40482    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.45113    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.48415    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.51514    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.58444    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.60850    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.61174    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.62582    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             107.83200   842.73621   950.56824
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             107.83200   842.73621   950.56824

 (n,gn) cross section:     0.09717

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.31056E+03
     Non-elastic     = 9.99762E+02
       Direct          = 1.15064E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 8.84698E+02
     Total elastic   = 3.34976E+03

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

 gamma   = 6.78376E+00
 neutron = 9.92951E+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   = 1.58055E+01    Multiplicity= 6.84126E-03
 neutron = 9.93070E+02    Multiplicity= 4.29841E-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) 6.66392E+00    0    4.19886E+00  0.63009
                                 2    2.46506E+00  0.36991   4.77000E+01 sec. 
   32  74 ( 74Ge) 9.93070E+02    0    9.93070E+02  1.00000

   b. Per mass

   A  cross section

   75 6.66392E+00
   74 9.93070E+02

 Total residual production cross section:   999.73425
 Non-elastic cross section              :   999.76184

 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   7.68915    0.5-     0.00000     0.09707     0.09707          
  1   0.06189   7.62726    2.5+     0.00000     0.10198     0.10198          
  2   0.13969   7.54946    3.5+     0.00000     0.05288     0.05288          
  3   0.19218   7.49697    2.5+     0.00000     0.09053     0.09053          
  4   0.19989   7.48926    4.5+     0.00000     0.03343     0.03343          
  5   0.25310   7.43605    1.5-     0.00000     0.11120     0.11120          
  6   0.31685   7.37230    2.5-     0.00000     0.07925     0.07925          
  7   0.45705   7.23210    2.5-     0.00000     0.06952     0.06952          
  8   0.57469   7.11446    1.5-     0.00000     0.08227     0.08227          
  9   0.58441   7.10474    2.5+     0.00000     0.06276     0.06276          
 10   0.65100   7.03815    3.5-     0.00000     0.03779     0.03779          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.81868     0.81868
 Continuum   (n,g)  :               0.00000     5.96508     5.96508
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.78377     6.78376


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.58799    2.0+   115.06400   877.88647   992.95050    Direct
  2   1.20420  -0.02036    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  -0.54111    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   2.16526  -0.98142    4.0+     0.00000     0.00000     0.00000          
 10   2.19793  -1.01409    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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.30616    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.35247    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.38549    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.41648    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.48578    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.50984    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.51308    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.52716    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             115.06400   877.88647   992.95050
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             115.06400   877.88647   992.95056

 (n,gn) cross section:     0.11984

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.15355E+03
     Non-elastic     = 1.11296E+03
       Direct          = 1.23840E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 9.89121E+02
     Total elastic   = 3.08370E+03

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

 gamma   = 6.09570E+00
 neutron = 1.10685E+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   = 1.42582E+01    Multiplicity= 6.29082E-03
 neutron = 1.10700E+03    Multiplicity= 4.88414E-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) 5.94697E+00    0    3.72691E+00  0.62669
                                 2    2.22006E+00  0.37331   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.10700E+03    0    1.10700E+03  1.00000

   b. Per mass

   A  cross section

   75 5.94697E+00
   74 1.10700E+03

 Total residual production cross section:  1112.94299
 Non-elastic cross section              :  1112.96069

 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   7.78780    0.5-     0.00000     0.08624     0.08624          
  1   0.06189   7.72591    2.5+     0.00000     0.08759     0.08759          
  2   0.13969   7.64811    3.5+     0.00000     0.04534     0.04534          
  3   0.19218   7.59562    2.5+     0.00000     0.07784     0.07784          
  4   0.19989   7.58791    4.5+     0.00000     0.03051     0.03051          
  5   0.25310   7.53470    1.5-     0.00000     0.09530     0.09530          
  6   0.31685   7.47095    2.5-     0.00000     0.06506     0.06506          
  7   0.45705   7.33075    2.5-     0.00000     0.05714     0.05714          
  8   0.57469   7.21311    1.5-     0.00000     0.07069     0.07069          
  9   0.58441   7.20339    2.5+     0.00000     0.05413     0.05413          
 10   0.65100   7.13680    3.5-     0.00000     0.03202     0.03202          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.70186     0.70186
 Continuum   (n,g)  :               0.00000     5.39385     5.39385
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     6.09571     6.09570


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.68664    2.0+   118.34500   815.55774   933.90271    Direct
  2   1.20420   0.07829    2.0+     5.49480   167.44984   172.94464    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  -0.44246    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   2.16526  -0.88277    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.20751    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.25382    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.28684    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.31783    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.38713    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.41119    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.41443    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.42851    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             123.83980   983.00757  1106.84741
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             123.83980   983.00757  1106.84741

 (n,gn) cross section:     0.14874

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.03741E+03
     Non-elastic     = 1.19428E+03
       Direct          = 1.31770E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.06251E+03
     Total elastic   = 2.87295E+03

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

 gamma   = 5.90587E+00
 neutron = 1.18837E+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   = 1.38822E+01    Multiplicity= 6.22048E-03
 neutron = 1.18854E+03    Multiplicity= 5.32573E-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) 5.73558E+00    0    3.57191E+00  0.62276
                                 2    2.16367E+00  0.37724   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.18854E+03    0    1.18854E+03  1.00000

   b. Per mass

   A  cross section

   75 5.73558E+00
   74 1.18854E+03

 Total residual production cross section:  1194.27271
 Non-elastic cross section              :  1194.28430

 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   7.88645    0.5-     0.00000     0.08068     0.08068          
  1   0.06189   7.82456    2.5+     0.00000     0.08061     0.08061          
  2   0.13969   7.74676    3.5+     0.00000     0.04266     0.04266          
  3   0.19218   7.69427    2.5+     0.00000     0.07171     0.07171          
  4   0.19989   7.68656    4.5+     0.00000     0.02956     0.02956          
  5   0.25310   7.63335    1.5-     0.00000     0.08949     0.08949          
  6   0.31685   7.56960    2.5-     0.00000     0.06081     0.06081          
  7   0.45705   7.42940    2.5-     0.00000     0.05346     0.05346          
  8   0.57469   7.31176    1.5-     0.00000     0.06655     0.06655          
  9   0.58441   7.30204    2.5+     0.00000     0.05002     0.05002          
 10   0.65100   7.23545    3.5-     0.00000     0.03020     0.03020          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.65574     0.65574
 Continuum   (n,g)  :               0.00000     5.25013     5.25013
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.90587     5.90587


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.78529    2.0+   119.64600   774.92706   894.57306    Direct
  2   1.20420   0.17694    2.0+    12.12430   281.66949   293.79379    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   2.16526  -0.78412    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.10886    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.15517    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.18819    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.21918    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.28848    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.31254    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.31578    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.32986    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             131.77031  1056.59656  1188.36682
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             131.77031  1056.59656  1188.36682

 (n,gn) cross section:     0.17029

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 9.50185E+02
     Non-elastic     = 1.25700E+03
       Direct          = 1.37570E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.11943E+03
     Total elastic   = 2.70021E+03

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

 gamma   = 5.66551E+00
 neutron = 1.25133E+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   = 1.32722E+01    Multiplicity= 6.01317E-03
 neutron = 1.25154E+03    Multiplicity= 5.67028E-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) 5.45877E+00    0    3.45563E+00  0.63304
                                 2    2.00313E+00  0.36696   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.25154E+03    0    1.25154E+03  1.00000

   b. Per mass

   A  cross section

   75 5.45877E+00
   74 1.25154E+03

 Total residual production cross section:  1256.99731
 Non-elastic cross section              :  1257.00488

 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   7.98510    0.5-     0.00000     0.07635     0.07635          
  1   0.06189   7.92321    2.5+     0.00000     0.07719     0.07719          
  2   0.13969   7.84541    3.5+     0.00000     0.03970     0.03970          
  3   0.19218   7.79292    2.5+     0.00000     0.06874     0.06874          
  4   0.19989   7.78521    4.5+     0.00000     0.02548     0.02548          
  5   0.25310   7.73200    1.5-     0.00000     0.08596     0.08596          
  6   0.31685   7.66825    2.5-     0.00000     0.05769     0.05769          
  7   0.45705   7.52805    2.5-     0.00000     0.05078     0.05078          
  8   0.57469   7.41041    1.5-     0.00000     0.06408     0.06408          
  9   0.58441   7.40069    2.5+     0.00000     0.04809     0.04809          
 10   0.65100   7.33410    3.5-     0.00000     0.02602     0.02602          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.62009     0.62009
 Continuum   (n,g)  :               0.00000     5.04542     5.04542
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.66551     5.66551


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.88394    2.0+   119.37300   748.78711   868.16010    Direct
  2   1.20420   0.27559    2.0+    18.14640   359.45557   377.60196    Direct
  3   1.46376   0.01603    4.0+     0.05099     5.51875     5.56974    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   2.16526  -0.68547    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -1.01021    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -1.05652    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -1.08954    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.12053    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.18983    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.21389    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.21713    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.23121    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             137.57040  1113.76147  1251.33191
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             137.57040  1113.76147  1251.33191

 (n,gn) cross section:     0.20674

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 8.26081E+02
     Non-elastic     = 1.35330E+03
       Direct          = 1.49872E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.20343E+03
     Total elastic   = 2.51351E+03

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

 gamma   = 5.24687E+00
 neutron = 1.34805E+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   = 1.22546E+01    Multiplicity= 5.62296E-03
 neutron = 1.34828E+03    Multiplicity= 6.18654E-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) 5.01147E+00    0    3.20316E+00  0.63917
                                 2    1.80830E+00  0.36083   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.34828E+03    0    1.34828E+03  1.00000

   b. Per mass

   A  cross section

   75 5.01147E+00
   74 1.34828E+03

 Total residual production cross section:  1353.29285
 Non-elastic cross section              :  1353.29858

 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   8.08376    0.5-     0.00000     0.06686     0.06686          
  1   0.06189   8.02187    2.5+     0.00000     0.07009     0.07009          
  2   0.13969   7.94407    3.5+     0.00000     0.03440     0.03440          
  3   0.19218   7.89158    2.5+     0.00000     0.06249     0.06249          
  4   0.19989   7.88387    4.5+     0.00000     0.01919     0.01919          
  5   0.25310   7.83066    1.5-     0.00000     0.07759     0.07759          
  6   0.31685   7.76691    2.5-     0.00000     0.05456     0.05456          
  7   0.45705   7.62671    2.5-     0.00000     0.04807     0.04807          
  8   0.57469   7.50907    1.5-     0.00000     0.05799     0.05799          
  9   0.58441   7.49935    2.5+     0.00000     0.04385     0.04385          
 10   0.65100   7.43276    3.5-     0.00000     0.02357     0.02357          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.55867     0.55867
 Continuum   (n,g)  :               0.00000     4.68820     4.68820
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.24687     5.24687


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   0.98259    2.0+   118.71600   699.15723   817.87323    Direct
  2   1.20420   0.37424    2.0+    22.47820   396.64014   419.11835    Direct
  3   1.46376   0.11468    4.0+     0.77291    35.87170    36.64462    Direct
  4   1.48281   0.09563    0.0+     7.90481    66.50500    74.40981    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   2.16526  -0.58682    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -0.91156    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -0.95787    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -0.99089    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -1.02188    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -1.09118    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -1.11524    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -1.11848    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -1.13256    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             149.87193  1198.17407  1348.04602
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             149.87193  1198.17407  1348.04614

 (n,gn) cross section:     0.23540

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 6.60012E+02
     Non-elastic     = 1.49381E+03
       Direct          = 1.68338E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.32547E+03
     Total elastic   = 2.24461E+03

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

 gamma   = 4.97432E+00
 neutron = 1.48883E+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   = 1.15844E+01    Multiplicity= 5.37854E-03
 neutron = 1.48914E+03    Multiplicity= 6.91396E-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) 4.65805E+00    0    2.96510E+00  0.63655
                                 2    1.69295E+00  0.36345   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.48914E+03    0    1.48914E+03  1.00000

   b. Per mass

   A  cross section

   75 4.65805E+00
   74 1.48914E+03

 Total residual production cross section:  1493.80103
 Non-elastic cross section              :  1493.80859

 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   8.28106    0.5-     0.00000     0.05779     0.05779          
  1   0.06189   8.21917    2.5+     0.00000     0.06290     0.06290          
  2   0.13969   8.14137    3.5+     0.00000     0.03093     0.03093          
  3   0.19218   8.08888    2.5+     0.00000     0.05620     0.05620          
  4   0.19989   8.08117    4.5+     0.00000     0.01645     0.01645          
  5   0.25310   8.02796    1.5-     0.00000     0.06765     0.06765          
  6   0.31685   7.96421    2.5-     0.00000     0.04931     0.04931          
  7   0.45705   7.82401    2.5-     0.00000     0.04355     0.04355          
  8   0.57469   7.70637    1.5-     0.00000     0.05082     0.05082          
  9   0.58441   7.69665    2.5+     0.00000     0.03969     0.03969          
 10   0.65100   7.63006    3.5-     0.00000     0.02067     0.02067          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.49598     0.49598
 Continuum   (n,g)  :               0.00000     4.47834     4.47834
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     4.97432     4.97432


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   1.17990    2.0+   117.28900   616.81781   734.10681    Direct
  2   1.20420   0.57155    2.0+    28.44000   418.93628   447.37628    Direct
  3   1.46376   0.31199    4.0+     3.14105    81.59277    84.73383    Direct
  4   1.48281   0.29294    0.0+    19.46780   114.93872   134.40652    Direct
  5   1.69714   0.07861    3.0+     0.00000    58.76698    58.76698          
  6   1.72495   0.05080    0.0+     0.00000    29.43625    29.43625          
  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   2.16526  -0.38951    4.0+     0.00000     0.00000     0.00000          
 10   2.19793  -0.42218    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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -0.71425    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -0.76056    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -0.79358    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -0.82457    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -0.89387    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -0.91793    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -0.92117    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -0.93525    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             168.33786  1320.48889  1488.82678
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             168.33786  1320.48889  1488.82678

 (n,gn) cross section:     0.31627

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 5.37108E+02
     Non-elastic     = 1.60799E+03
       Direct          = 1.81634E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.42636E+03
     Total elastic   = 2.05083E+03

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

 gamma   = 4.97437E+00
 neutron = 1.60300E+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   = 1.15577E+01    Multiplicity= 5.38796E-03
 neutron = 1.60342E+03    Multiplicity= 7.47478E-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) 4.56312E+00    0    2.86145E+00  0.62708
                                 2    1.70167E+00  0.37292   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.60342E+03    0    1.60342E+03  1.00000

   b. Per mass

   A  cross section

   75 4.56312E+00
   74 1.60342E+03

 Total residual production cross section:  1607.97888
 Non-elastic cross section              :  1607.99219

 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   8.47836    0.5-     0.00000     0.05079     0.05079          
  1   0.06189   8.41647    2.5+     0.00000     0.05919     0.05919          
  2   0.13969   8.33867    3.5+     0.00000     0.03057     0.03057          
  3   0.19218   8.28618    2.5+     0.00000     0.05303     0.05303          
  4   0.19989   8.27847    4.5+     0.00000     0.01624     0.01624          
  5   0.25310   8.22526    1.5-     0.00000     0.06112     0.06112          
  6   0.31685   8.16151    2.5-     0.00000     0.04697     0.04697          
  7   0.45705   8.02131    2.5-     0.00000     0.04159     0.04159          
  8   0.57469   7.90367    1.5-     0.00000     0.04617     0.04617          
  9   0.58441   7.89395    2.5+     0.00000     0.03771     0.03771          
 10   0.65100   7.82736    3.5-     0.00000     0.02000     0.02000          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.46339     0.46339
 Continuum   (n,g)  :               0.00000     4.51098     4.51098
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     4.97438     4.97437


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   1.37720    2.0+   117.22700   546.13928   663.36627    Direct
  2   1.20420   0.76885    2.0+    31.92720   400.06201   431.98920    Direct
  3   1.46376   0.50929    4.0+     5.85876   110.53855   116.39731    Direct
  4   1.48281   0.49024    0.0+    26.62080   122.10371   148.72452    Direct
  5   1.69714   0.27591    3.0+     0.00000   143.73563   143.73563          
  6   1.72495   0.24810    0.0+     0.00000    75.08376    75.08376          
  7   1.91300   0.06005    0.0+     0.00000    23.70778    23.70778          
  8   2.16500  -0.19195    1.0-     0.00000     0.00000     0.00000          
  9   2.16526  -0.19221    4.0+     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    3.0-     0.00000     0.00000     0.00000          
 13   2.49000  -0.51695    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -0.56326    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -0.59628    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -0.62727    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -0.69657    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -0.72063    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -0.72387    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -0.73795    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             181.63377  1421.37073  1603.00452
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             181.63377  1421.37073  1603.00452

 (n,gn) cross section:     0.41126

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 3.27639E+02
     Non-elastic     = 1.83545E+03
       Direct          = 2.01063E+02
       Pre-equilibrium = 0.00000E+00
       Compound non-el = 1.63439E+03
     Total elastic   = 1.76336E+03

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

 gamma   = 5.06834E+00
 neutron = 1.83037E+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   = 1.16027E+01    Multiplicity= 5.36394E-03
 neutron = 1.83109E+03    Multiplicity= 8.46515E-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) 4.35475E+00    0    2.59723E+00  0.59641
                                 2    1.75752E+00  0.40359   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.83109E+03    0    1.83109E+03  1.00000

   b. Per mass

   A  cross section

   75 4.35475E+00
   74 1.83109E+03

 Total residual production cross section:  1835.44250
 Non-elastic cross section              :  1835.45154

 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   8.97161    0.5-     0.00000     0.03501     0.03501          
  1   0.06189   8.90973    2.5+     0.00000     0.05355     0.05355          
  2   0.13969   8.83192    3.5+     0.00000     0.03237     0.03237          
  3   0.19218   8.77944    2.5+     0.00000     0.04830     0.04830          
  4   0.19989   8.77172    4.5+     0.00000     0.01846     0.01846          
  5   0.25310   8.71851    1.5-     0.00000     0.04494     0.04494          
  6   0.31685   8.65477    2.5-     0.00000     0.03811     0.03811          
  7   0.45705   8.51456    2.5-     0.00000     0.03402     0.03402          
  8   0.57469   8.39692    1.5-     0.00000     0.03450     0.03450          
  9   0.58441   8.38721    2.5+     0.00000     0.03498     0.03498          
 10   0.65100   8.32061    3.5-     0.00000     0.01815     0.01815          
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00000     0.39240     0.39240
 Continuum   (n,g)  :               0.00000     4.67594     4.67594
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.00000     5.06834     5.06834


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   1.87045    2.0+   120.59200   381.59274   502.18475    Direct
  2   1.20420   1.26210    2.0+    36.29620   306.15845   342.45465    Direct
  3   1.46376   1.00254    4.0+    12.00810   133.18504   145.19315    Direct
  4   1.48281   0.98349    0.0+    31.62400    89.46578   121.08978    Direct
  5   1.69714   0.76916    3.0+     0.00000   194.19968   194.19968          
  6   1.72495   0.74135    0.0+     0.00000    77.62994    77.62994          
  7   1.91300   0.55330    0.0+     0.00000    66.45889    66.45889          
  8   2.16500   0.30130    1.0-     0.07764   108.37981   108.45744    Direct
  9   2.16526   0.30104    4.0+     0.06734    57.76832    57.83566    Direct
 10   2.19793   0.26837    2.0+     0.33495   118.15390   118.48885    Direct
 11   2.22777   0.23853    0.0+     0.00000    35.82794    35.82794          
 12   2.30000   0.16630    3.0-     0.06269    60.49094    60.55363    Direct
 13   2.49000  -0.02370    1.0-     0.00000     0.00000     0.00000          
 14   2.53631  -0.07001    3.0-     0.00000     0.00000     0.00000          
 15   2.56933  -0.10303    4.0+     0.00000     0.00000     0.00000          
 16   2.60032  -0.13402    3.0+     0.00000     0.00000     0.00000          
 17   2.66962  -0.20332    4.0+     0.00000     0.00000     0.00000          
 18   2.69368  -0.22738    3.0+     0.00000     0.00000     0.00000          
 19   2.69692  -0.23062    2.0+     0.00000     0.00000     0.00000          
 20   2.71100  -0.24470    4.0+     0.00000     0.00000     0.00000          
                                  ---------   ---------   ---------
 Discrete  Inelastic:             201.06291  1629.31128  1830.37415
 Continuum Inelastic:               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total     Inelastic:             201.06291  1629.31128  1830.37439

 (n,gn) cross section:     0.71360

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.89386E+02
     Non-elastic     = 2.00338E+03
       Direct          = 2.19693E+02
       Pre-equilibrium = 6.39341E+00
       Giant resonance = 1.93945E-01
       Compound non-el = 1.77710E+03
     Total elastic   = 1.64616E+03

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

 gamma   = 4.56853E+00
 neutron = 1.99881E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 7.61690E-41

 3. Total particle production cross sections

 gamma   = 1.47404E+02    Multiplicity= 6.72229E-02
 neutron = 1.99979E+03    Multiplicity= 9.11993E-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   = 7.61690E-41    Multiplicity= 3.50325E-44

 4. Residual production cross sections

   a. Per isotope

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

   32  75 ( 75Ge) 3.58369E+00    0    2.09197E+00  0.58375
                                 2    1.49172E+00  0.41625   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.99979E+03    0    1.99979E+03  1.00000

   b. Per mass

   A  cross section

   75 3.58369E+00
   74 1.99979E+03

 Total residual production cross section:  2003.37451
 Non-elastic cross section              :  2003.38367

 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   9.46486    0.5-     0.00020     0.02397     0.02417    Preeq 
  1   0.06189   9.40298    2.5+     0.00045     0.03996     0.04041    Preeq 
  2   0.13969   9.32517    3.5+     0.00042     0.02529     0.02571    Preeq 
  3   0.19218   9.27269    2.5+     0.00020     0.03625     0.03645    Preeq 
  4   0.19989   9.26497    4.5+     0.00020     0.01509     0.01529    Preeq 
  5   0.25310   9.21176    1.5-     0.00038     0.03066     0.03104    Preeq 
  6   0.31685   9.14802    2.5-     0.00066     0.02596     0.02663    Preeq 
  7   0.45705   9.00781    2.5-     0.00072     0.02346     0.02418    Preeq 
  8   0.57469   8.89017    1.5-     0.00029     0.02406     0.02436    Preeq 
  9   0.58441   8.88046    2.5+     0.00018     0.02677     0.02694    Preeq 
 10   0.65100   8.81386    3.5-     0.00015     0.01314     0.01329    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00386     0.28461     0.28847
 Continuum   (n,g)  :               0.00823     4.27183     4.28006
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.01209     4.55644     4.56853


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   2.36370    2.0+   125.57600   233.21701   358.79300    Direct
  2   1.20420   1.75535    2.0+    38.13020   190.38290   228.51311    Direct
  3   1.46376   1.49579    4.0+    16.67360    99.27507   115.94867    Direct
  4   1.48281   1.47674    0.0+    30.33010    56.72455    87.05465    Direct
  5   1.69714   1.26241    3.0+     0.00000   136.35988   136.35988    Preeq 
  6   1.72495   1.23460    0.0+     0.00000    51.55354    51.55354    Preeq 
  7   1.91300   1.04655    0.0+     0.00000    47.24134    47.24134    Preeq 
  8   2.16500   0.79455    1.0-     0.13839   100.67764   100.81603    Direct
  9   2.16526   0.79429    4.0+     0.24277    65.88262    66.12540    Direct
 10   2.19793   0.76162    2.0+     0.86290   121.82918   122.69209    Direct
 11   2.22777   0.73178    0.0+     0.00000    39.64484    39.64484    Preeq 
 12   2.30000   0.65955    3.0-     0.16285    87.20967    87.37252    Direct
 13   2.49000   0.46955    1.0-     0.10306    73.98495    74.08801    Direct
 14   2.53631   0.42324    3.0-     6.94088    64.10627    71.04715    Direct
 15   2.56933   0.39022    4.0+     0.10763    41.61532    41.72295    Direct
 16   2.60032   0.35923    3.0+     0.00000    63.69818    63.69818    Preeq 
 17   2.66962   0.28993    4.0+     0.07369    32.13593    32.20962    Direct
 18   2.69368   0.26587    3.0+     0.00000    49.27688    49.27688    Preeq 
 19   2.69692   0.26263    2.0+     0.28686    59.27396    59.56082    Direct
 20   2.71100   0.24855    4.0+     0.06013    27.72363    27.78376    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             219.68904  1641.81348  1861.50256
 Continuum Inelastic:               6.57912   130.72449   137.30360
                                  ---------   ---------   ---------
 Total     Inelastic:             226.26816  1772.53796  1998.80615

 (n,gn) cross section:     0.98484

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   2.51042    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   2.35272    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   2.22412    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   2.04542    2.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   2.02062    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   1.83572    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   1.65742    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   1.45842    3.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   1.43242    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   1.24912    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   1.08942    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=  3.50000 ##########

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.07555E+02
     Non-elastic     = 2.08842E+03
       Direct          = 2.31630E+02
       Pre-equilibrium = 3.62148E+01
       Giant resonance = 1.84425E+00
       Compound non-el = 1.81874E+03
     Total elastic   = 1.64534E+03

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

 gamma   = 4.25980E+00
 neutron = 2.08416E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 7.46059E-27

 3. Total particle production cross sections

 gamma   = 6.49855E+02    Multiplicity= 2.95929E-01
 neutron = 2.08539E+03    Multiplicity= 9.49642E-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   = 7.46059E-27    Multiplicity= 3.39739E-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) 3.02169E+00    0    1.69566E+00  0.56116
                                 2    1.32603E+00  0.43884   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.08539E+03    0    2.08539E+03  1.00000

   b. Per mass

   A  cross section

   75 3.02169E+00
   74 2.08539E+03

 Total residual production cross section:  2088.41553
 Non-elastic cross section              :  2088.42456

 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   9.95811    0.5-     0.00026     0.01551     0.01577    Preeq 
  1   0.06189   9.89622    2.5+     0.00058     0.03026     0.03084    Preeq 
  2   0.13969   9.81842    3.5+     0.00054     0.02082     0.02136    Preeq 
  3   0.19218   9.76593    2.5+     0.00025     0.02755     0.02781    Preeq 
  4   0.19989   9.75822    4.5+     0.00025     0.01338     0.01363    Preeq 
  5   0.25310   9.70501    1.5-     0.00049     0.02045     0.02094    Preeq 
  6   0.31685   9.64126    2.5-     0.00085     0.01787     0.01872    Preeq 
  7   0.45705   9.50106    2.5-     0.00093     0.01636     0.01729    Preeq 
  8   0.57469   9.38342    1.5-     0.00039     0.01640     0.01679    Preeq 
  9   0.58441   9.37370    2.5+     0.00023     0.02066     0.02089    Preeq 
 10   0.65100   9.30711    3.5-     0.00020     0.01023     0.01044    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00497     0.20950     0.21447
 Continuum   (n,g)  :               0.01119     4.03414     4.04533
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.01616     4.24364     4.25980


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   2.85695    2.0+   129.09700   140.47881   269.57581    Direct
  2   1.20420   2.24860    2.0+    38.25930   116.63322   154.89252    Direct
  3   1.46376   1.98904    4.0+    20.43880    73.20364    93.64244    Direct
  4   1.48281   1.96999    0.0+    28.92630    32.99411    61.92041    Direct
  5   1.69714   1.75566    3.0+     0.00000    91.70582    91.70582    Preeq 
  6   1.72495   1.72785    0.0+     0.00000    30.22503    30.22504    Preeq 
  7   1.91300   1.53980    0.0+     0.00000    28.27614    28.27615    Preeq 
  8   2.16500   1.28780    1.0-     0.18173    64.12488    64.30660    Direct
  9   2.16526   1.28754    4.0+     0.39507    52.08078    52.47585    Direct
 10   2.19793   1.25487    2.0+     1.13298    81.04475    82.17773    Direct
 11   2.22777   1.22503    0.0+     0.00000    24.87529    24.87529    Preeq 
 12   2.30000   1.15280    3.0-     0.23171    67.25758    67.48930    Direct
 13   2.49000   0.96280    1.0-     0.16465    54.41413    54.57878    Direct
 14   2.53631   0.91649    3.0-    11.32300    57.95859    69.28159    Direct
 15   2.56933   0.88347    4.0+     0.26937    41.55988    41.82924    Direct
 16   2.60032   0.85248    3.0+     0.00000    59.91739    59.91739    Preeq 
 17   2.66962   0.78318    4.0+     0.23795    39.09750    39.33545    Direct
 18   2.69368   0.75912    3.0+     0.00000    56.69101    56.69101    Preeq 
 19   2.69692   0.75588    2.0+     0.74216    62.29273    63.03489    Direct
 20   2.71100   0.74180    4.0+     0.22479    38.08902    38.31382    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             231.62480  1212.92029  1444.54504
 Continuum Inelastic:              38.04786   601.56213   639.60999
                                  ---------   ---------   ---------
 Total     Inelastic:             269.67267  1814.48242  2084.15576

 (n,gn) cross section:     1.23811

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   3.00367    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   2.84597    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   2.71737    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   2.53867    2.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   2.51387    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   2.32897    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   2.15067    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   1.95167    3.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   1.92567    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   1.74237    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   1.58267    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
 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= 6.19351E+01
     Non-elastic     = 2.10325E+03
       Direct          = 2.37675E+02
       Pre-equilibrium = 6.64220E+01
       Giant resonance = 2.81606E+00
       Compound non-el = 1.79634E+03
     Total elastic   = 1.70695E+03

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

 gamma   = 4.13889E+00
 neutron = 2.09911E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 4.58350E-20

 3. Total particle production cross sections

 gamma   = 1.06044E+03    Multiplicity= 4.89770E-01
 neutron = 2.10064E+03    Multiplicity= 9.70188E-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   = 4.58350E-20    Multiplicity= 2.11691E-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) 2.60584E+00    0    1.40288E+00  0.53836
                                 2    1.20296E+00  0.46164   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.10064E+03    0    2.10064E+03  1.00000

   b. Per mass

   A  cross section

   75 2.60584E+00
   74 2.10064E+03

 Total residual production cross section:  2103.24805
 Non-elastic cross section              :  2103.25488

 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  10.45135    0.5-     0.00032     0.01041     0.01073    Preeq 
  1   0.06189  10.38947    2.5+     0.00072     0.02362     0.02434    Preeq 
  2   0.13969  10.31166    3.5+     0.00067     0.01727     0.01794    Preeq 
  3   0.19218  10.25918    2.5+     0.00031     0.02152     0.02183    Preeq 
  4   0.19989  10.25146    4.5+     0.00031     0.01168     0.01199    Preeq 
  5   0.25310  10.19825    1.5-     0.00060     0.01400     0.01460    Preeq 
  6   0.31685  10.13451    2.5-     0.00105     0.01250     0.01355    Preeq 
  7   0.45705   9.99430    2.5-     0.00116     0.01154     0.01270    Preeq 
  8   0.57469   9.87667    1.5-     0.00049     0.01137     0.01186    Preeq 
  9   0.58441   9.86695    2.5+     0.00029     0.01624     0.01653    Preeq 
 10   0.65100   9.80035    3.5-     0.00026     0.00801     0.00826    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00619     0.15814     0.16433
 Continuum   (n,g)  :               0.01469     3.95987     3.97456
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.02088     4.11800     4.13889


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   3.35019    2.0+   130.48399    85.66077   216.14476    Direct
  2   1.20420   2.74184    2.0+    37.04930    73.37117   110.42047    Direct
  3   1.46376   2.48228    4.0+    23.40470    53.20749    76.61219    Direct
  4   1.48281   2.46323    0.0+    28.37560    20.23017    48.60577    Direct
  5   1.69714   2.24890    3.0+     0.00000    62.21689    62.21689    Preeq 
  6   1.72495   2.22109    0.0+     0.00000    18.50051    18.50051    Preeq 
  7   1.91300   2.03304    0.0+     0.00000    17.21053    17.21053    Preeq 
  8   2.16500   1.78104    1.0-     0.20827    39.07330    39.28157    Direct
  9   2.16526   1.78078    4.0+     0.52355    39.07046    39.59401    Direct
 10   2.19793   1.74811    2.0+     1.27917    52.31725    53.59642    Direct
 11   2.22777   1.71827    0.0+     0.00000    15.21376    15.21377    Preeq 
 12   2.30000   1.64604    3.0-     0.27051    46.69972    46.97023    Direct
 13   2.49000   1.45604    1.0-     0.20301    35.00137    35.20438    Direct
 14   2.53631   1.40973    3.0-    13.81370    42.65603    56.46973    Direct
 15   2.56933   1.37671    4.0+     0.38832    32.40685    32.79517    Direct
 16   2.60032   1.34572    3.0+     0.00000    43.20694    43.20694    Preeq 
 17   2.66962   1.27642    4.0+     0.35849    30.86034    31.21883    Direct
 18   2.69368   1.25236    3.0+     0.00000    41.42958    41.42958    Preeq 
 19   2.69692   1.24912    2.0+     0.96329    43.01855    43.98184    Direct
 20   2.71100   1.23504    4.0+     0.34645    30.23933    30.58578    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             237.66835   821.59100  1059.25940
 Continuum Inelastic:              69.22342   970.62677  1039.85022
                                  ---------   ---------   ---------
 Total     Inelastic:             306.89178  1792.21777  2099.10938

 (n,gn) cross section:     1.53304

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   3.49691    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   3.33921    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   3.21061    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   3.03191    2.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   3.00711    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   2.82221    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   2.64391    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   2.44491    3.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   2.41891    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   2.23561    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   2.07591    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
 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= 3.49259E+01
     Non-elastic     = 2.07812E+03
       Direct          = 2.39382E+02
       Pre-equilibrium = 9.12879E+01
       Giant resonance = 3.34802E+00
       Compound non-el = 1.74411E+03
     Total elastic   = 1.78894E+03

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

 gamma   = 4.02466E+00
 neutron = 2.07410E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.40536E-06

 3. Total particle production cross sections

 gamma   = 1.35212E+03    Multiplicity= 6.39890E-01
 neutron = 2.07588E+03    Multiplicity= 9.82410E-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   = 2.40536E-06    Multiplicity= 1.13833E-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) 2.23812E+00    0    1.16597E+00  0.52096
                                 2    1.07214E+00  0.47904   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.07588E+03    0    2.07588E+03  1.00000

   b. Per mass

   A  cross section

   75 2.23812E+00
   74 2.07588E+03

 Total residual production cross section:  2078.11963
 Non-elastic cross section              :  2078.12427

 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  10.94459    0.5-     0.00039     0.00735     0.00774    Preeq 
  1   0.06189  10.88270    2.5+     0.00088     0.01815     0.01903    Preeq 
  2   0.13969  10.80490    3.5+     0.00082     0.01376     0.01458    Preeq 
  3   0.19218  10.75241    2.5+     0.00038     0.01651     0.01689    Preeq 
  4   0.19989  10.74470    4.5+     0.00038     0.00959     0.00997    Preeq 
  5   0.25310  10.69149    1.5-     0.00074     0.00993     0.01067    Preeq 
  6   0.31685  10.62774    2.5-     0.00129     0.00891     0.01020    Preeq 
  7   0.45705  10.48754    2.5-     0.00143     0.00821     0.00964    Preeq 
  8   0.57469  10.36990    1.5-     0.00061     0.00805     0.00866    Preeq 
  9   0.58441  10.36018    2.5+     0.00036     0.01245     0.01282    Preeq 
 10   0.65100  10.29359    3.5-     0.00032     0.00622     0.00654    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00760     0.11913     0.12674
 Continuum   (n,g)  :               0.01881     3.87912     3.89793
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.02641     3.99825     4.02466


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   3.84343    2.0+   130.76900    50.91113   181.68013    Direct
  2   1.20420   3.23508    2.0+    35.01530    45.26254    80.27784    Direct
  3   1.46376   2.97552    4.0+    25.22820    36.29004    61.51824    Direct
  4   1.48281   2.95647    0.0+    27.92600    12.52149    40.44749    Direct
  5   1.69714   2.74214    3.0+     0.00000    40.91129    40.91129    Preeq 
  6   1.72495   2.71433    0.0+     0.00000    11.58250    11.58250    Preeq 
  7   1.91300   2.52628    0.0+     0.00000    10.83607    10.83608    Preeq 
  8   2.16500   2.27428    1.0-     0.22776    23.87944    24.10720    Direct
  9   2.16526   2.27402    4.0+     0.64555    27.86304    28.50858    Direct
 10   2.19793   2.24135    2.0+     1.39407    33.65676    35.05083    Direct
 11   2.22777   2.21151    0.0+     0.00000     9.60563     9.60563    Preeq 
 12   2.30000   2.13928    3.0-     0.29392    30.86440    31.15833    Direct
 13   2.49000   1.94928    1.0-     0.22560    21.65505    21.88065    Direct
 14   2.53631   1.90297    3.0-    15.18110    28.45710    43.63820    Direct
 15   2.56933   1.86995    4.0+     0.48939    23.38453    23.87392    Direct
 16   2.60032   1.83896    3.0+     0.00000    29.29328    29.29329    Preeq 
 17   2.66962   1.76966    4.0+     0.45568    22.36862    22.82430    Direct
 18   2.69368   1.74560    3.0+     0.00000    28.21478    28.21479    Preeq 
 19   2.69692   1.74236    2.0+     1.08036    28.05638    29.13674    Direct
 20   2.71100   1.72828    4.0+     0.44232    21.96195    22.40428    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             239.37425   537.57605   776.95032
 Continuum Inelastic:              94.61709  1202.52734  1297.14441
                                  ---------   ---------   ---------
 Total     Inelastic:             333.99133  1740.10339  2074.09546

 (n,gn) cross section:     1.78654

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   3.99015    0.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.15770   3.83245    4.5+     0.00000     0.00000     0.00000    Preeq 
  2   0.28630   3.70385    2.5+     0.00000     0.00000     0.00000    Preeq 
  3   0.46500   3.52515    2.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   3.50035    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   3.31545    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   3.13715    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   2.93815    3.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   2.91215    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   2.72885    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   2.56915    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
 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= 1.94296E+01
     Non-elastic     = 2.03578E+03
       Direct          = 2.38300E+02
       Pre-equilibrium = 1.10650E+02
       Giant resonance = 3.73920E+00
       Compound non-el = 1.68309E+03
     Total elastic   = 1.87116E+03

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

 gamma   = 3.90605E+00
 neutron = 2.03187E+03
 proton  = 0.00000E+00
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 3.93902E-05

 3. Total particle production cross sections

 gamma   = 1.57165E+03    Multiplicity= 7.64717E-01
 neutron = 2.03387E+03    Multiplicity= 9.89617E-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   = 3.93902E-05    Multiplicity= 1.91660E-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) 1.90848E+00    0    9.65888E-01  0.50610
                                 2    9.42596E-01  0.49390   4.77000E+01 sec. 
   32  74 ( 74Ge) 2.03387E+03    0    2.03387E+03  1.00000

   b. Per mass

   A  cross section

   75 1.90848E+00
   74 2.03387E+03

 Total residual production cross section:  2035.77795
 Non-elastic cross section              :  2035.78040

 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  11.43783    0.5-     0.00048     0.00541     0.00590    Preeq 
  1   0.06189  11.37594    2.5+     0.00109     0.01387     0.01496    Preeq 
  2   0.13969  11.29814    3.5+     0.00102     0.01079     0.01181    Preeq 
  3   0.19218  11.24565    2.5+     0.00047     0.01260     0.01307    Preeq 
  4   0.19989  11.23794    4.5+     0.00048     0.00769     0.00816    Preeq 
  5   0.25310  11.18473    1.5-     0.00092     0.00728     0.00820    Preeq 
  6   0.31685  11.12098    2.5-     0.00160     0.00656     0.00815    Preeq 
  7   0.45705  10.98078    2.5-     0.00176     0.00600     0.00776    Preeq 
  8   0.57469  10.86314    1.5-     0.00074     0.00586     0.00660    Preeq 
  9   0.58441  10.85342    2.5+     0.00045     0.00947     0.00992    Preeq 
 10   0.65100  10.78683    3.5-     0.00039     0.00492     0.00531    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.00940     0.09045     0.09985
 Continuum   (n,g)  :               0.02385     3.78235     3.80620
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.03326     3.87279     3.90605


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   4.33667    2.0+   130.74200    29.61313   160.35513    Direct
  2   1.20420   3.72832    2.0+    32.63130    27.16922    59.80052    Direct
  3   1.46376   3.46876    4.0+    25.84780    23.44456    49.29235    Direct
  4   1.48281   3.44971    0.0+    26.97700     7.56255    34.53955    Direct
  5   1.69714   3.23538    3.0+     0.00000    25.94353    25.94353    Preeq 
  6   1.72495   3.20757    0.0+     0.00000     7.13162     7.13162    Preeq 
  7   1.91300   3.01952    0.0+     0.00000     6.76570     6.76570    Preeq 
  8   2.16500   2.76752    1.0-     0.24878    14.63937    14.88815    Direct
  9   2.16526   2.76726    4.0+     0.75103    19.06750    19.81853    Direct
 10   2.19793   2.73459    2.0+     1.48773    21.45040    22.93813    Direct
 11   2.22777   2.70475    0.0+     0.00000     6.11101     6.11101    Preeq 
 12   2.30000   2.63252    3.0-     0.31331    20.00768    20.32098    Direct
 13   2.49000   2.44252    1.0-     0.24562    13.42374    13.66936    Direct
 14   2.53631   2.39621    3.0-    16.19200    18.60724    34.79924    Direct
 15   2.56933   2.36319    4.0+     0.58930    16.35939    16.94869    Direct
 16   2.60032   2.33220    3.0+     0.00000    19.51736    19.51736    Preeq 
 17   2.66962   2.26290    4.0+     0.55175    15.70311    16.25486    Direct
 18   2.69368   2.23884    3.0+     0.00000    18.84587    18.84587    Preeq 
 19   2.69692   2.23560    2.0+     1.17603    18.16730    19.34333    Direct
 20   2.71100   2.22152    4.0+     0.53669    15.43686    15.97355    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             238.29036   344.96710   583.25745
 Continuum Inelastic:             114.36523  1334.24854  1448.61377
                                  ---------   ---------   ---------
 Total     Inelastic:             352.65561  1679.21558  2031.87219

 (n,gn) cross section:     1.99756

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   4.48339    0.5-     0.00000     0.00001     0.00001    Preeq 
  1   0.15770   4.32569    4.5+     0.00000     0.00001     0.00001    Preeq 
  2   0.28630   4.19709    2.5+     0.00000     0.00001     0.00001    Preeq 
  3   0.46500   4.01839    2.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.48980   3.99359    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.67470   3.80869    1.5-     0.00000     0.00000     0.00000    Preeq 
  6   0.85300   3.63039    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   3.43139    3.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   3.40539    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   3.22209    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   3.06239    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
 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= 1.07360E+01
     Non-elastic     = 1.99094E+03
       Direct          = 2.35654E+02
       Pre-equilibrium = 1.32628E+02
       Giant resonance = 4.10795E+00
       Compound non-el = 1.61855E+03
     Total elastic   = 1.94363E+03

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

 gamma   = 3.77170E+00
 neutron = 1.98717E+03
 proton  = 7.95628E-08
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 2.61047E-04

 3. Total particle production cross sections

 gamma   = 1.76107E+03    Multiplicity= 8.79796E-01
 neutron = 1.98933E+03    Multiplicity= 9.93828E-01
 proton  = 7.95628E-08    Multiplicity= 3.97480E-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   = 2.61048E-04    Multiplicity= 1.30414E-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) 1.61421E+00    0    7.95330E-01  0.49270
                                 2    8.18884E-01  0.50730   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.98933E+03    0    1.98933E+03  1.00000

   b. Per mass

   A  cross section

   75 1.61421E+00
   74 1.98933E+03

 Total residual production cross section:  1990.94055
 Non-elastic cross section              :  1990.94409

 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  11.93106    0.5-     0.00061     0.00409     0.00470    Preeq 
  1   0.06189  11.86917    2.5+     0.00138     0.01058     0.01196    Preeq 
  2   0.13969  11.79137    3.5+     0.00129     0.00843     0.00972    Preeq 
  3   0.19218  11.73888    2.5+     0.00060     0.00960     0.01020    Preeq 
  4   0.19989  11.73117    4.5+     0.00060     0.00614     0.00674    Preeq 
  5   0.25310  11.67796    1.5-     0.00116     0.00547     0.00663    Preeq 
  6   0.31685  11.61421    2.5-     0.00202     0.00497     0.00699    Preeq 
  7   0.45705  11.47401    2.5-     0.00221     0.00452     0.00673    Preeq 
  8   0.57469  11.35637    1.5-     0.00093     0.00436     0.00529    Preeq 
  9   0.58441  11.34665    2.5+     0.00056     0.00719     0.00774    Preeq 
 10   0.65100  11.28006    3.5-     0.00048     0.00398     0.00446    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.01184     0.06932     0.08116
 Continuum   (n,g)  :               0.03017     3.66037     3.69054
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.04201     3.72969     3.77170


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   4.82990    2.0+   130.63400    16.96135   147.59535    Direct
  2   1.20420   4.22155    2.0+    30.26730    15.90125    46.16854    Direct
  3   1.46376   3.96199    4.0+    25.60930    14.51159    40.12090    Direct
  4   1.48281   3.94294    0.0+    25.52460     4.41166    29.93626    Direct
  5   1.69714   3.72861    3.0+     0.00000    15.86177    15.86177    Preeq 
  6   1.72495   3.70080    0.0+     0.00000     4.23555     4.23555    Preeq 
  7   1.91300   3.51275    0.0+     0.00000     4.07971     4.07972    Preeq 
  8   2.16500   3.26075    1.0-     0.27171     8.89043     9.16214    Direct
  9   2.16526   3.26049    4.0+     0.81598    12.46204    13.27802    Direct
 10   2.19793   3.22782    2.0+     1.53255    13.32114    14.85369    Direct
 11   2.22777   3.19798    0.0+     0.00000     3.78283     3.78283    Preeq 
 12   2.30000   3.12575    3.0-     0.33200    12.68601    13.01802    Direct
 13   2.49000   2.93575    1.0-     0.26925     8.26369     8.53293    Direct
 14   2.53631   2.88944    3.0-    17.18410    11.93302    29.11712    Direct
 15   2.56933   2.85642    4.0+     0.67599    11.03732    11.71332    Direct
 16   2.60032   2.82543    3.0+     0.00000    12.69395    12.69395    Preeq 
 17   2.66962   2.75613    4.0+     0.64011    10.66698    11.30708    Direct
 18   2.69368   2.73207    3.0+     0.00000    12.32037    12.32037    Preeq 
 19   2.69692   2.72883    2.0+     1.26011    11.60912    12.86923    Direct
 20   2.71100   2.71475    4.0+     0.62533    10.51308    11.13840    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             235.64232   216.14285   451.78516
 Continuum Inelastic:             136.70566  1398.67822  1535.38391
                                  ---------   ---------   ---------
 Total     Inelastic:             372.34796  1614.82104  1987.16895

 (n,gn) cross section:     2.15749

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   0.83525    3.0-     0.00000     0.00000     0.00000    Preeq 
  1   0.05655   0.77870    2.0-     0.00000     0.00000     0.00000    Preeq 
  2   0.05957   0.77568    0.0-     0.00000     0.00000     0.00000    Preeq 
  3   0.10228   0.73298    1.0-     0.00000     0.00000     0.00000    Preeq 
  4   0.10865   0.72660    1.0+     0.00000     0.00000     0.00000    Preeq 
  5   0.14133   0.69392    4.0+     0.00000     0.00000     0.00000    Preeq 
  6   0.14503   0.69022    1.0+     0.00000     0.00000     0.00000    Preeq 
  7   0.22780   0.60745    5.0+     0.00000     0.00000     0.00000    Preeq 
  8   0.25179   0.58346    1.0+     0.00000     0.00000     0.00000    Preeq 
  9   0.45506   0.38019    1.0+     0.00000     0.00000     0.00000    Preeq 
 10   0.89411  -0.05886    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   4.97662    0.5-     0.00000     0.00008     0.00008    Preeq 
  1   0.15770   4.81892    4.5+     0.00000     0.00008     0.00008    Preeq 
  2   0.28630   4.69032    2.5+     0.00000     0.00006     0.00006    Preeq 
  3   0.46500   4.51162    2.5-     0.00000     0.00002     0.00002    Preeq 
  4   0.48980   4.48682    1.5-     0.00000     0.00001     0.00001    Preeq 
  5   0.67470   4.30192    1.5-     0.00000     0.00001     0.00001    Preeq 
  6   0.85300   4.12362    2.5+     0.00000     0.00000     0.00000    Preeq 
  7   1.05200   3.92462    3.5+     0.00000     0.00000     0.00000    Preeq 
  8   1.07800   3.89862    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   3.71532    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   3.55562    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
 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= 5.97487E+00
     Non-elastic     = 1.95054E+03
       Direct          = 2.32311E+02
       Pre-equilibrium = 1.46384E+02
       Giant resonance = 4.41985E+00
       Compound non-el = 1.56742E+03
     Total elastic   = 2.00220E+03

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

 gamma   = 3.64964E+00
 neutron = 1.94688E+03
 proton  = 8.53348E-05
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.14656E-03

 3. Total particle production cross sections

 gamma   = 1.93961E+03    Multiplicity= 9.91361E-01
 neutron = 1.94916E+03    Multiplicity= 9.96241E-01
 proton  = 8.53348E-05    Multiplicity= 4.36158E-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   = 1.14656E-03    Multiplicity= 5.86025E-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) 1.37031E+00    0    6.58754E-01  0.48074
                                 2    7.11552E-01  0.51926   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.94915E+03    0    1.94915E+03  1.00000
   30  71 ( 71Zn) 1.14594E-03    0    5.28643E-04  0.46132
                                 1    6.17295E-04  0.53868   1.43000E+04 sec. 

   b. Per mass

   A  cross section

   75 1.37031E+00
   74 1.94916E+03
   71 1.14594E-03

 Total residual production cross section:  1950.52637
 Non-elastic cross section              :  1950.53516

 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  12.42429    0.5-     0.00079     0.00317     0.00396    Preeq 
  1   0.06189  12.36240    2.5+     0.00178     0.00814     0.00992    Preeq 
  2   0.13969  12.28460    3.5+     0.00166     0.00666     0.00832    Preeq 
  3   0.19218  12.23211    2.5+     0.00077     0.00738     0.00815    Preeq 
  4   0.19989  12.22440    4.5+     0.00078     0.00496     0.00574    Preeq 
  5   0.25310  12.17119    1.5-     0.00149     0.00421     0.00570    Preeq 
  6   0.31685  12.10744    2.5-     0.00260     0.00388     0.00648    Preeq 
  7   0.45705  11.96724    2.5-     0.00284     0.00351     0.00635    Preeq 
  8   0.57469  11.84960    1.5-     0.00118     0.00333     0.00452    Preeq 
  9   0.58441  11.83988    2.5+     0.00071     0.00551     0.00621    Preeq 
 10   0.65100  11.77329    3.5-     0.00062     0.00329     0.00391    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.01521     0.05405     0.06926
 Continuum   (n,g)  :               0.03835     3.54202     3.58038
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.05356     3.59607     3.64964


 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   1.20420   4.71478    2.0+    28.15600     9.22362    37.37962    Direct
  3   1.46376   4.45522    4.0+    24.95200     8.80237    33.75437    Direct
  4   1.48281   4.43617    0.0+    23.81190     2.52783    26.33973    Direct
  5   1.69714   4.22184    3.0+     0.00000     9.50523     9.50523    Preeq 
  6   1.72495   4.19403    0.0+     0.00000     2.45724     2.45724    Preeq 
  7   1.91300   4.00598    0.0+     0.00000     2.39400     2.39401    Preeq 
  8   2.16500   3.75398    1.0-     0.29197     5.35016     5.64212    Direct
  9   2.16526   3.75372    4.0+     0.83305     7.87187     8.70492    Direct
 10   2.19793   3.72105    2.0+     1.51785     8.08965     9.60750    Direct
 11   2.22777   3.69121    0.0+     0.00000     2.27119     2.27119    Preeq 
 12   2.30000   3.61898    3.0-     0.34890     7.90252     8.25141    Direct
 13   2.49000   3.42898    1.0-     0.29338     5.04767     5.34105    Direct
 14   2.53631   3.38267    3.0-    18.14330     7.52841    25.67171    Direct
 15   2.56933   3.34965    4.0+     0.72892     7.19455     7.92347    Direct
 16   2.60032   3.31866    3.0+     0.00000     8.05116     8.05116    Preeq 
 17   2.66962   3.24936    4.0+     0.70004     7.00986     7.70991    Direct
 18   2.69368   3.22530    3.0+     0.00000     7.86698     7.86698    Preeq 
 19   2.69692   3.22206    2.0+     1.30925     7.28426     8.59351    Direct
 20   2.71100   3.20798    4.0+     0.68784     6.93203     7.61987    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             232.29539   133.02454   365.31995
 Continuum Inelastic:             150.76555  1430.79053  1581.55603
                                  ---------   ---------   ---------
 Total     Inelastic:             383.06094  1563.81506  1946.87573

 (n,gn) cross section:     2.27933

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   1.32848    3.0-     0.00000     0.00004     0.00004    Preeq 
  1   0.05655   1.27193    2.0-     0.00000     0.00002     0.00002    Preeq 
  2   0.05957   1.26891    0.0-     0.00000     0.00001     0.00001    Preeq 
  3   0.10228   1.22620    1.0-     0.00000     0.00001     0.00001    Preeq 
  4   0.10865   1.21983    1.0+     0.00000     0.00001     0.00001    Preeq 
  5   0.14133   1.18715    4.0+     0.00000     0.00000     0.00000    Preeq 
  6   0.14503   1.18345    1.0+     0.00000     0.00000     0.00000    Preeq 
  7   0.22780   1.10068    5.0+     0.00000     0.00000     0.00000    Preeq 
  8   0.25179   1.07669    1.0+     0.00000     0.00000     0.00000    Preeq 
  9   0.45506   0.87342    1.0+     0.00000     0.00000     0.00000    Preeq 
 10   0.89411   0.43437    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   5.46985    0.5-     0.00000     0.00030     0.00030    Preeq 
  1   0.15770   5.31215    4.5+     0.00000     0.00033     0.00033    Preeq 
  2   0.28630   5.18355    2.5+     0.00000     0.00026     0.00026    Preeq 
  3   0.46500   5.00485    2.5-     0.00000     0.00009     0.00009    Preeq 
  4   0.48980   4.98005    1.5-     0.00000     0.00008     0.00008    Preeq 
  5   0.67470   4.79515    1.5-     0.00000     0.00004     0.00004    Preeq 
  6   0.85300   4.61685    2.5+     0.00000     0.00002     0.00002    Preeq 
  7   1.05200   4.41785    3.5+     0.00000     0.00001     0.00001    Preeq 
  8   1.07800   4.39185    5.5+     0.00000     0.00000     0.00000    Preeq 
  9   1.26130   4.20855    2.5+     0.00000     0.00000     0.00000    Preeq 
 10   1.42100   4.04885    1.5-     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00115     0.00115
 Continuum   (n,a)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00115     0.00115

 (n,ga) cross section:     0.00000

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 3.32925E+00
     Non-elastic     = 1.91675E+03
       Direct          = 2.28807E+02
       Pre-equilibrium = 1.66696E+02
       Giant resonance = 4.61167E+00
       Compound non-el = 1.51664E+03
     Total elastic   = 2.04584E+03

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

 gamma   = 3.50610E+00
 neutron = 1.91323E+03
 proton  = 2.38307E-03
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 3.82008E-03

 3. Total particle production cross sections

 gamma   = 2.11563E+03    Multiplicity= 1.10184E+00
 neutron = 1.91557E+03    Multiplicity= 9.97653E-01
 proton  = 2.38307E-03    Multiplicity= 1.24113E-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   = 3.82009E-03    Multiplicity= 1.98955E-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) 1.16545E+00    0    5.50522E-01  0.47237
                                 2    6.14926E-01  0.52763   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.91557E+03    0    1.91557E+03  1.00000
   31  74 ( 74Ga) 2.38292E-03    0    1.92556E-03  0.80807
                                 2    4.57366E-04  0.19193   9.50000E+00 sec. 
   30  71 ( 71Zn) 3.80879E-03    0    1.79658E-03  0.47169
                                 1    2.01221E-03  0.52831   1.43000E+04 sec. 

   b. Per mass

   A  cross section

   75 1.16545E+00
   74 1.91558E+03
   71 3.80879E-03

 Total residual production cross section:  1916.74634
 Non-elastic cross section              :  1916.75073

 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  12.91752    0.5-     0.00103     0.00248     0.00351    Preeq 
  1   0.06189  12.85563    2.5+     0.00233     0.00627     0.00860    Preeq 
  2   0.13969  12.77783    3.5+     0.00217     0.00529     0.00746    Preeq 
  3   0.19218  12.72534    2.5+     0.00100     0.00568     0.00669    Preeq 
  4   0.19989  12.71763    4.5+     0.00102     0.00403     0.00505    Preeq 
  5   0.25310  12.66442    1.5-     0.00195     0.00328     0.00523    Preeq 
  6   0.31685  12.60067    2.5-     0.00340     0.00307     0.00648    Preeq 
  7   0.45705  12.46047    2.5-     0.00370     0.00277     0.00648    Preeq 
  8   0.57469  12.34283    1.5-     0.00153     0.00259     0.00412    Preeq 
  9   0.58441  12.33311    2.5+     0.00092     0.00423     0.00515    Preeq 
 10   0.65100  12.26652    3.5-     0.00080     0.00273     0.00353    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.01987     0.04243     0.06230
 Continuum   (n,g)  :               0.04917     3.39463     3.44380
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.06904     3.43707     3.50610


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   5.81636    2.0+   130.43600     5.54027   135.97627    Direct
  2   1.20420   5.20801    2.0+    26.38760     5.29532    31.68292    Direct
  3   1.46376   4.94845    4.0+    24.19180     5.24696    29.43876    Direct
  4   1.48281   4.92940    0.0+    22.05440     1.42680    23.48120    Direct
  5   1.69714   4.71507    3.0+     0.00000     5.58736     5.58736    Preeq 
  6   1.72495   4.68726    0.0+     0.00000     1.39658     1.39658    Preeq 
  7   1.91300   4.49921    0.0+     0.00000     1.36995     1.36995    Preeq 
  8   2.16500   4.24721    1.0-     0.30640     3.16007     3.46647    Direct
  9   2.16526   4.24695    4.0+     0.81507     4.81313     5.62820    Direct
 10   2.19793   4.21428    2.0+     1.46023     4.78577     6.24600    Direct
 11   2.22777   4.18444    0.0+     0.00000     1.32000     1.32000    Preeq 
 12   2.30000   4.11221    3.0-     0.36289     4.80068     5.16358    Direct
 13   2.49000   3.92221    1.0-     0.31263     3.01929     3.33192    Direct
 14   2.53631   3.87590    3.0-    18.96840     4.62327    23.59167    Direct
 15   2.56933   3.84288    4.0+     0.74353     4.50526     5.24879    Direct
 16   2.60032   3.81189    3.0+     0.00000     4.93588     4.93588    Preeq 
 17   2.66962   3.74259    4.0+     0.72282     4.42034     5.14316    Direct
 18   2.69368   3.71853    3.0+     0.00000     4.85210     4.85210    Preeq 
 19   2.69692   3.71529    2.0+     1.31170     4.42944     5.74114    Direct
 20   2.71100   3.70121    4.0+     0.71393     4.38422     5.09815    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             228.78741    79.91266   308.70007
 Continuum Inelastic:             171.25894  1433.27393  1604.53284
                                  ---------   ---------   ---------
 Total     Inelastic:             400.04636  1513.18652  1913.23376

 (n,gn) cross section:     2.34066

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   1.82171    3.0-     0.00000     0.00079     0.00079    Preeq 
  1   0.05655   1.76516    2.0-     0.00000     0.00044     0.00044    Preeq 
  2   0.05957   1.76214    0.0-     0.00000     0.00014     0.00014    Preeq 
  3   0.10228   1.71943    1.0-     0.00000     0.00025     0.00025    Preeq 
  4   0.10865   1.71305    1.0+     0.00000     0.00021     0.00021    Preeq 
  5   0.14133   1.68037    4.0+     0.00000     0.00021     0.00021    Preeq 
  6   0.14503   1.67668    1.0+     0.00000     0.00017     0.00017    Preeq 
  7   0.22780   1.59390    5.0+     0.00000     0.00008     0.00008    Preeq 
  8   0.25179   1.56992    1.0+     0.00000     0.00008     0.00008    Preeq 
  9   0.45506   1.36665    1.0+     0.00000     0.00002     0.00002    Preeq 
 10   0.89411   0.92760    1.0+     0.00000     0.00000     0.00000    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00000     0.00238     0.00238
 Continuum   (n,p)  :               0.00000     0.00000     0.00000
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00000     0.00238     0.00238

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   5.96308    0.5-     0.00000     0.00090     0.00090    Preeq 
  1   0.15770   5.80538    4.5+     0.00000     0.00107     0.00107    Preeq 
  2   0.28630   5.67678    2.5+     0.00000     0.00084     0.00084    Preeq 
  3   0.46500   5.49808    2.5-     0.00000     0.00036     0.00036    Preeq 
  4   0.48980   5.47328    1.5-     0.00000     0.00029     0.00029    Preeq 
  5   0.67470   5.28838    1.5-     0.00000     0.00017     0.00017    Preeq 
  6   0.85300   5.11008    2.5+     0.00000     0.00010     0.00010    Preeq 
  7   1.05200   4.91108    3.5+     0.00000     0.00004     0.00004    Preeq 
  8   1.07800   4.88508    5.5+     0.00000     0.00002     0.00002    Preeq 
  9   1.26130   4.70178    2.5+     0.00000     0.00002     0.00002    Preeq 
 10   1.42100   4.54208    1.5-     0.00000     0.00001     0.00001    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.00381     0.00381
 Continuum   (n,a)  :               0.00000     0.00001     0.00001
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.00382     0.00382

 (n,ga) cross section:     0.00000

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.87604E+00
     Non-elastic     = 1.88928E+03
       Direct          = 2.25390E+02
       Pre-equilibrium = 1.78505E+02
       Giant resonance = 4.67628E+00
       Compound non-el = 1.48071E+03
     Total elastic   = 2.07535E+03

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

 gamma   = 3.37371E+00
 neutron = 1.88587E+03
 proton  = 1.61793E-02
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.02870E-02

 3. Total particle production cross sections

 gamma   = 2.29481E+03    Multiplicity= 1.21344E+00
 neutron = 1.88826E+03    Multiplicity= 9.98464E-01
 proton  = 1.61794E-02    Multiplicity= 8.55525E-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   = 1.02871E-02    Multiplicity= 5.43956E-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) 9.91785E-01    0    4.59680E-01  0.46349
                                 2    5.32104E-01  0.53651   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.88825E+03    0    1.88825E+03  1.00000
   31  74 ( 74Ga) 1.61686E-02    0    1.25307E-02  0.77500
                                 2    3.63790E-03  0.22500   9.50000E+00 sec. 
   30  71 ( 71Zn) 1.02789E-02    0    4.95589E-03  0.48214
                                 1    5.32299E-03  0.51786   1.43000E+04 sec. 

   b. Per mass

   A  cross section

   75 9.91785E-01
   74 1.88827E+03
   71 1.02789E-02

 Total residual production cross section:  1889.27307
 Non-elastic cross section              :  1889.28394

 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  13.41074    0.5-     0.00137     0.00197     0.00334    Preeq 
  1   0.06189  13.34885    2.5+     0.00309     0.00488     0.00797    Preeq 
  2   0.13969  13.27105    3.5+     0.00288     0.00425     0.00714    Preeq 
  3   0.19218  13.21856    2.5+     0.00133     0.00442     0.00575    Preeq 
  4   0.19989  13.21085    4.5+     0.00135     0.00333     0.00468    Preeq 
  5   0.25310  13.15764    1.5-     0.00259     0.00260     0.00519    Preeq 
  6   0.31685  13.09389    2.5-     0.00452     0.00248     0.00699    Preeq 
  7   0.45705  12.95369    2.5-     0.00490     0.00223     0.00713    Preeq 
  8   0.57469  12.83605    1.5-     0.00202     0.00204     0.00406    Preeq 
  9   0.58441  12.82633    2.5+     0.00121     0.00328     0.00449    Preeq 
 10   0.65100  12.75974    3.5-     0.00106     0.00228     0.00334    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.02632     0.03377     0.06009
 Continuum   (n,g)  :               0.06366     3.24996     3.31362
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.08998     3.28373     3.37371


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   6.30958    2.0+   130.33000     3.18269   133.51270    Direct
  2   1.20420   5.70123    2.0+    24.94090     3.05195    27.99285    Direct
  3   1.46376   5.44167    4.0+    23.48850     3.12474    26.61324    Direct
  4   1.48281   5.42262    0.0+    20.36960     0.80754    21.17714    Direct
  5   1.69714   5.20829    3.0+     0.00000     3.27635     3.27636    Preeq 
  6   1.72495   5.18048    0.0+     0.00000     0.79292     0.79293    Preeq 
  7   1.91300   4.99243    0.0+     0.00000     0.78064     0.78064    Preeq 
  8   2.16500   4.74043    1.0-     0.31484     1.85566     2.17050    Direct
  9   2.16526   4.74017    4.0+     0.77956     2.90683     3.68639    Direct
 10   2.19793   4.70750    2.0+     1.38328     2.80596     4.18924    Direct
 11   2.22777   4.67766    0.0+     0.00000     0.75857     0.75857    Preeq 
 12   2.30000   4.60543    3.0-     0.37405     2.88609     3.26014    Direct
 13   2.49000   4.41543    1.0-     0.32478     1.78875     2.11353    Direct
 14   2.53631   4.36912    3.0-    19.62260     2.80096    22.42356    Direct
 15   2.56933   4.33610    4.0+     0.73070     2.76271     3.49340    Direct
 16   2.60032   4.30511    3.0+     0.00000     2.97286     2.97286    Preeq 
 17   2.66962   4.23581    4.0+     0.71639     2.72370     3.44009    Direct
 18   2.69368   4.21175    3.0+     0.00000     2.93514     2.93514    Preeq 
 19   2.69692   4.20851    2.0+     1.27786     2.64705     3.92491    Direct
 20   2.71100   4.19443    4.0+     0.71022     2.70709     3.41731    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             225.36327    47.56821   272.93149
 Continuum Inelastic:             183.11751  1429.82324  1612.94080
                                  ---------   ---------   ---------
 Total     Inelastic:             408.48077  1477.39148  1885.87305

 (n,gn) cross section:     2.38192

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   2.31493    3.0-     0.00000     0.00434     0.00434    Preeq 
  1   0.05655   2.25838    2.0-     0.00000     0.00273     0.00273    Preeq 
  2   0.05957   2.25536    0.0-     0.00000     0.00086     0.00086    Preeq 
  3   0.10228   2.21265    1.0-     0.00000     0.00170     0.00170    Preeq 
  4   0.10865   2.20627    1.0+     0.00000     0.00150     0.00150    Preeq 
  5   0.14133   2.17359    4.0+     0.00000     0.00174     0.00174    Preeq 
  6   0.14503   2.16990    1.0+     0.00000     0.00129     0.00129    Preeq 
  7   0.22780   2.08713    5.0+     0.00000     0.00082     0.00082    Preeq 
  8   0.25179   2.06314    1.0+     0.00000     0.00080     0.00080    Preeq 
  9   0.45506   1.85987    1.0+     0.00000     0.00028     0.00028    Preeq 
 10   0.89411   1.42082    1.0+     0.00000     0.00001     0.00002    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00000     0.01609     0.01609
 Continuum   (n,p)  :               0.00000     0.00008     0.00009
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00001     0.01617     0.01618

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   6.45630    0.5-     0.00000     0.00213     0.00213    Preeq 
  1   0.15770   6.29860    4.5+     0.00000     0.00276     0.00276    Preeq 
  2   0.28630   6.17000    2.5+     0.00000     0.00216     0.00216    Preeq 
  3   0.46500   5.99130    2.5-     0.00000     0.00107     0.00107    Preeq 
  4   0.48980   5.96650    1.5-     0.00000     0.00087     0.00087    Preeq 
  5   0.67470   5.78160    1.5-     0.00000     0.00053     0.00053    Preeq 
  6   0.85300   5.60330    2.5+     0.00000     0.00035     0.00035    Preeq 
  7   1.05200   5.40430    3.5+     0.00000     0.00015     0.00015    Preeq 
  8   1.07800   5.37830    5.5+     0.00000     0.00007     0.00007    Preeq 
  9   1.26130   5.19500    2.5+     0.00000     0.00008     0.00008    Preeq 
 10   1.42100   5.03530    1.5-     0.00000     0.00003     0.00003    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.01021     0.01021
 Continuum   (n,a)  :               0.00000     0.00008     0.00008
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00000     0.01029     0.01029

 (n,ga) cross section:     0.00000

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 5.97073E-01
     Non-elastic     = 1.84882E+03
       Direct          = 2.18675E+02
       Pre-equilibrium = 2.06962E+02
       Giant resonance = 1.64588E+01
       Compound non-el = 1.40673E+03
     Total elastic   = 2.09854E+03

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

 gamma   = 3.05502E+00
 neutron = 1.84561E+03
 proton  = 1.09289E-01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 4.37738E-02

 3. Total particle production cross sections

 gamma   = 2.65625E+03    Multiplicity= 1.43626E+00
 neutron = 1.84790E+03    Multiplicity= 9.99179E-01
 proton  = 1.09289E-01    Multiplicity= 5.90939E-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   = 4.37743E-02    Multiplicity= 2.36692E-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) 7.60600E-01    0    3.48969E-01  0.45881
                                 2    4.11631E-01  0.54119   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.84790E+03    0    1.84790E+03  1.00000
   31  74 ( 74Ga) 1.09284E-01    0    8.04085E-02  0.73578
                                 2    2.88755E-02  0.26422   9.50000E+00 sec. 
   30  71 ( 71Zn) 4.37703E-02    0    2.19582E-02  0.50167
                                 1    2.18120E-02  0.49833   1.43000E+04 sec. 

   b. Per mass

   A  cross section

   75 7.60600E-01
   74 1.84801E+03
   71 4.37703E-02

 Total residual production cross section:  1848.81433
 Non-elastic cross section              :  1848.82300

 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  14.39717    0.5-     0.00245     0.00124     0.00369    Preeq 
  1   0.06189  14.33529    2.5+     0.00553     0.00292     0.00845    Preeq 
  2   0.13969  14.25748    3.5+     0.00516     0.00274     0.00790    Preeq 
  3   0.19218  14.20500    2.5+     0.00238     0.00266     0.00504    Preeq 
  4   0.19989  14.19728    4.5+     0.00241     0.00226     0.00468    Preeq 
  5   0.25310  14.14407    1.5-     0.00463     0.00163     0.00626    Preeq 
  6   0.31685  14.08033    2.5-     0.00807     0.00161     0.00968    Preeq 
  7   0.45705  13.94012    2.5-     0.00874     0.00145     0.01019    Preeq 
  8   0.57469  13.82248    1.5-     0.00359     0.00128     0.00488    Preeq 
  9   0.58441  13.81277    2.5+     0.00215     0.00198     0.00413    Preeq 
 10   0.65100  13.74617    3.5-     0.00188     0.00156     0.00343    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.04701     0.02133     0.06833
 Continuum   (n,g)  :               0.10857     2.87812     2.98669
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.15557     2.89945     3.05502


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   7.29601    2.0+   129.54401     1.04359   130.58760    Direct
  2   1.20420   6.68766    2.0+    22.68090     1.00364    23.68454    Direct
  3   1.46376   6.42810    4.0+    22.38710     1.08683    23.47393    Direct
  4   1.48281   6.40905    0.0+    17.36510     0.25725    17.62235    Direct
  5   1.69714   6.19472    3.0+     0.00000     1.10444     1.10444    Preeq 
  6   1.72495   6.16691    0.0+     0.00000     0.25300     0.25300    Preeq 
  7   1.91300   5.97886    0.0+     0.00000     0.24963     0.24963    Preeq 
  8   2.16500   5.72686    1.0-     0.31920     0.62135     0.94055    Direct
  9   2.16526   5.72660    4.0+     0.70118     1.02219     1.72338    Direct
 10   2.19793   5.69393    2.0+     1.23192     0.93530     2.16722    Direct
 11   2.22777   5.66409    0.0+     0.00000     0.24385     0.24385    Preeq 
 12   2.30000   5.59186    3.0-     0.38993     1.00348     1.39340    Direct
 13   2.49000   5.40186    1.0-     0.33190     0.60399     0.93589    Direct
 14   2.53631   5.35555    3.0-    20.50720     0.98127    21.48847    Direct
 15   2.56933   5.32253    4.0+     0.67332     0.98413     1.65744    Direct
 16   2.60032   5.29154    3.0+     0.00000     1.02545     1.02545    Preeq 
 17   2.66962   5.22224    4.0+     0.66556     0.97442     1.63998    Direct
 18   2.69368   5.19818    3.0+     0.00000     1.01668     1.01668    Preeq 
 19   2.69692   5.19494    2.0+     1.16818     0.89795     2.06613    Direct
 20   2.71100   5.18086    4.0+     0.66225     0.97036     1.63261    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             218.62775    16.27880   234.90656
 Continuum Inelastic:             223.31064  1387.38806  1610.69873
                                  ---------   ---------   ---------
 Total     Inelastic:             441.93839  1403.66687  1845.60632

 (n,gn) cross section:     2.29442

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   3.30136    3.0-     0.00000     0.01824     0.01824    Preeq 
  1   0.05655   3.24481    2.0-     0.00000     0.01337     0.01337    Preeq 
  2   0.05957   3.24179    0.0-     0.00000     0.00414     0.00414    Preeq 
  3   0.10228   3.19909    1.0-     0.00000     0.00918     0.00918    Preeq 
  4   0.10865   3.19271    1.0+     0.00000     0.00840     0.00840    Preeq 
  5   0.14133   3.16003    4.0+     0.00000     0.01155     0.01155    Preeq 
  6   0.14503   3.15633    1.0+     0.00000     0.00779     0.00779    Preeq 
  7   0.22780   3.07356    5.0+     0.00000     0.00687     0.00687    Preeq 
  8   0.25179   3.04958    1.0+     0.00000     0.00615     0.00615    Preeq 
  9   0.45506   2.84630    1.0+     0.00000     0.00375     0.00375    Preeq 
 10   0.89411   2.40725    1.0+     0.00057     0.00098     0.00155    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00057     0.09041     0.09098
 Continuum   (n,p)  :               0.00150     0.01681     0.01831
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.00207     0.10722     0.10929

 (n,gp) cross section:     0.00000

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   7.44273    0.5-     0.00000     0.00700     0.00700    Preeq 
  1   0.15770   7.28503    4.5+     0.00000     0.01059     0.01059    Preeq 
  2   0.28630   7.15643    2.5+     0.00000     0.00836     0.00836    Preeq 
  3   0.46500   6.97773    2.5-     0.00000     0.00502     0.00502    Preeq 
  4   0.48980   6.95293    1.5-     0.00000     0.00403     0.00403    Preeq 
  5   0.67470   6.76803    1.5-     0.00000     0.00266     0.00266    Preeq 
  6   0.85300   6.58973    2.5+     0.00000     0.00205     0.00205    Preeq 
  7   1.05200   6.39073    3.5+     0.00000     0.00116     0.00116    Preeq 
  8   1.07800   6.36473    5.5+     0.00000     0.00061     0.00061    Preeq 
  9   1.26130   6.18143    2.5+     0.00000     0.00068     0.00068    Preeq 
 10   1.42100   6.02173    1.5-     0.00000     0.00031     0.00031    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.04247     0.04247
 Continuum   (n,a)  :               0.00007     0.00124     0.00131
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00007     0.04371     0.04377

 (n,ga) cross section:     0.00000

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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= 1.92224E-01
     Non-elastic     = 1.81990E+03
       Direct          = 2.11354E+02
       Pre-equilibrium = 2.36010E+02
       Giant resonance = 2.67637E+01
       Compound non-el = 1.34577E+03
     Total elastic   = 2.08443E+03

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

 gamma   = 2.74589E+00
 neutron = 1.81671E+03
 proton  = 3.30445E-01
 deuteron= 0.00000E+00
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.07224E-01

 3. Total particle production cross sections

 gamma   = 3.02115E+03    Multiplicity= 1.65989E+00
 neutron = 1.81880E+03    Multiplicity= 9.99292E-01
 proton  = 3.30451E-01    Multiplicity= 1.81558E-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   = 1.07226E-01    Multiplicity= 5.89127E-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) 6.50581E-01    0    3.05018E-01  0.46884
                                 2    3.45563E-01  0.53116   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.81880E+03    0    1.81880E+03  1.00000
   31  74 ( 74Ga) 3.30448E-01    0    2.41979E-01  0.73228
                                 2    8.84689E-02  0.26772   9.50000E+00 sec. 
   30  71 ( 71Zn) 1.07222E-01    0    5.58516E-02  0.52090
                                 1    5.13705E-02  0.47910   1.43000E+04 sec. 

   b. Per mass

   A  cross section

   75 6.50581E-01
   74 1.81913E+03
   71 1.07222E-01

 Total residual production cross section:  1819.89001
 Non-elastic cross section              :  1819.89771

 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  15.38359    0.5-     0.00431     0.00073     0.00504    Preeq 
  1   0.06189  15.32170    2.5+     0.00972     0.00165     0.01137    Preeq 
  2   0.13969  15.24390    3.5+     0.00906     0.00168     0.01074    Preeq 
  3   0.19218  15.19141    2.5+     0.00419     0.00152     0.00571    Preeq 
  4   0.19989  15.18370    4.5+     0.00424     0.00146     0.00570    Preeq 
  5   0.25310  15.13049    1.5-     0.00814     0.00099     0.00912    Preeq 
  6   0.31685  15.06674    2.5-     0.01228     0.00100     0.01328    Preeq 
  7   0.45705  14.92654    2.5-     0.01312     0.00091     0.01403    Preeq 
  8   0.57469  14.80890    1.5-     0.00648     0.00080     0.00727    Preeq 
  9   0.58441  14.79918    2.5+     0.00388     0.00117     0.00506    Preeq 
 10   0.65100  14.73259    3.5-     0.00339     0.00101     0.00440    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.07879     0.01294     0.09173
 Continuum   (n,g)  :               0.18827     2.46589     2.65416
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.26706     2.47883     2.74589


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   8.28243    2.0+   127.38900     0.34322   127.73222    Direct
  2   1.20420   7.67408    2.0+    20.75490     0.33080    21.08570    Direct
  3   1.46376   7.41452    4.0+    21.50690     0.37534    21.88224    Direct
  4   1.48281   7.39547    0.0+    14.89420     0.08291    14.97711    Direct
  5   1.69714   7.18114    3.0+     0.00000     0.37093     0.37093    Preeq 
  6   1.72495   7.15333    0.0+     0.00000     0.08156     0.08156    Preeq 
  7   1.91300   6.96528    0.0+     0.00000     0.08050     0.08050    Preeq 
  8   2.16500   6.71328    1.0-     0.31607     0.20631     0.52237    Direct
  9   2.16526   6.71302    4.0+     0.64029     0.35469     0.99498    Direct
 10   2.19793   6.68035    2.0+     1.11835     0.30973     1.42808    Direct
 11   2.22777   6.65051    0.0+     0.00000     0.07869     0.07869    Preeq 
 12   2.30000   6.57828    3.0-     0.39993     0.34321     0.74315    Direct
 13   2.49000   6.38828    1.0-     0.32772     0.20114     0.52886    Direct
 14   2.53631   6.34197    3.0-    21.01960     0.33657    21.35617    Direct
 15   2.56933   6.30895    4.0+     0.61731     0.34277     0.96008    Direct
 16   2.60032   6.27796    3.0+     0.00000     0.34686     0.34686    Preeq 
 17   2.66962   6.20866    4.0+     0.61137     0.33980     0.95117    Direct
 18   2.69368   6.18460    3.0+     0.00000     0.34432     0.34432    Preeq 
 19   2.69692   6.18136    2.0+     1.06526     0.29880     1.36406    Direct
 20   2.71100   6.16728    4.0+     0.60889     0.33857     0.94746    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             211.26979     5.50671   216.77650
 Continuum Inelastic:             262.54907  1337.38110  1599.93018
                                  ---------   ---------   ---------
 Total     Inelastic:             473.81888  1342.88782  1816.70654

 (n,gn) cross section:     2.09530

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   4.28778    3.0-     0.00000     0.02335     0.02335    Preeq 
  1   0.05655   4.23123    2.0-     0.00000     0.01835     0.01835    Preeq 
  2   0.05957   4.22821    0.0-     0.00000     0.00542     0.00542    Preeq 
  3   0.10228   4.18551    1.0-     0.00000     0.01296     0.01296    Preeq 
  4   0.10865   4.17913    1.0+     0.00000     0.01236     0.01236    Preeq 
  5   0.14133   4.14645    4.0+     0.00000     0.01867     0.01867    Preeq 
  6   0.14503   4.14275    1.0+     0.00000     0.01182     0.01182    Preeq 
  7   0.22780   4.05998    5.0+     0.00000     0.01275     0.01275    Preeq 
  8   0.25179   4.03600    1.0+     0.00000     0.01030     0.01030    Preeq 
  9   0.45506   3.83272    1.0+     0.00000     0.00777     0.00777    Preeq 
 10   0.89411   3.39367    1.0+     0.00550     0.00378     0.00928    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.00550     0.13752     0.14302
 Continuum   (n,p)  :               0.03531     0.15211     0.18742
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.04081     0.28963     0.33045

 (n,gp) cross section:     0.00001

   (n,a)   cross sections:

 Inclusive:

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

  0   0.00000   8.42915    0.5-     0.00000     0.01237     0.01237    Preeq 
  1   0.15770   8.27145    4.5+     0.00000     0.02192     0.02192    Preeq 
  2   0.28630   8.14285    2.5+     0.00000     0.01767     0.01767    Preeq 
  3   0.46500   7.96415    2.5-     0.00000     0.01222     0.01222    Preeq 
  4   0.48980   7.93935    1.5-     0.00000     0.00971     0.00971    Preeq 
  5   0.67470   7.75445    1.5-     0.00000     0.00698     0.00698    Preeq 
  6   0.85300   7.57615    2.5+     0.00000     0.00615     0.00615    Preeq 
  7   1.05200   7.37715    3.5+     0.00000     0.00412     0.00412    Preeq 
  8   1.07800   7.35115    5.5+     0.00000     0.00246     0.00246    Preeq 
  9   1.26130   7.16785    2.5+     0.00000     0.00261     0.00261    Preeq 
 10   1.42100   7.00815    1.5-     0.00000     0.00137     0.00137    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00000     0.09758     0.09758
 Continuum   (n,a)  :               0.00127     0.00837     0.00964
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.00127     0.10595     0.10722

 (n,ga) cross section:     0.00000

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

 Energy dependent input flags

 Width fluctuations (flagwidth)            : y
 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           = 3.83489E+03
   Shape elastic   = 2.04071E+03
   Reaction        = 1.79419E+03
     Compound elastic= 6.29083E-02
     Non-elastic     = 1.79413E+03
       Direct          = 2.03366E+02
       Pre-equilibrium = 2.67405E+02
       Giant resonance = 3.15932E+01
       Compound non-el = 1.29176E+03
     Total elastic   = 2.04077E+03

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

 gamma   = 2.52682E+00
 neutron = 1.79063E+03
 proton  = 7.87639E-01
 deuteron= 2.48008E-11
 triton  = 0.00000E+00
 helium-3= 0.00000E+00
 alpha   = 1.75364E-01

 3. Total particle production cross sections

 gamma   = 3.37891E+03    Multiplicity= 1.88325E+00
 neutron = 1.79247E+03    Multiplicity= 9.99041E-01
 proton  = 7.87660E-01    Multiplicity= 4.39006E-04
 deuteron= 2.48008E-11    Multiplicity= 1.38228E-14
 triton  = 0.00000E+00    Multiplicity= 0.00000E+00
 helium-3= 0.00000E+00    Multiplicity= 0.00000E+00
 alpha   = 1.75370E-01    Multiplicity= 9.77434E-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) 6.85260E-01    0    3.38783E-01  0.49439
                                 2    3.46477E-01  0.50561   4.77000E+01 sec. 
   32  74 ( 74Ge) 1.79247E+03    0    1.79247E+03  1.00000
   31  74 ( 74Ga) 7.87657E-01    0    5.79427E-01  0.73563
                                 2    2.08229E-01  0.26437   9.50000E+00 sec. 
   30  71 ( 71Zn) 1.75365E-01    0    9.39015E-02  0.53546
                                 1    8.14638E-02  0.46454   1.43000E+04 sec. 

   b. Per mass

   A  cross section

   75 6.85260E-01
   74 1.79326E+03
   71 1.75365E-01

 Total residual production cross section:  1794.11816
 Non-elastic cross section              :  1794.12708

 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  16.37000    0.5-     0.00660     0.00036     0.00696    Preeq 
  1   0.06189  16.30811    2.5+     0.01490     0.00078     0.01568    Preeq 
  2   0.13969  16.23031    3.5+     0.01389     0.00086     0.01475    Preeq 
  3   0.19218  16.17782    2.5+     0.00642     0.00075     0.00717    Preeq 
  4   0.19989  16.17011    4.5+     0.00650     0.00079     0.00729    Preeq 
  5   0.25310  16.11690    1.5-     0.01247     0.00051     0.01299    Preeq 
  6   0.31685  16.05315    2.5-     0.01960     0.00054     0.02014    Preeq 
  7   0.45705  15.91295    2.5-     0.02207     0.00051     0.02258    Preeq 
  8   0.57469  15.79531    1.5-     0.01090     0.00044     0.01135    Preeq 
  9   0.58441  15.78559    2.5+     0.00653     0.00063     0.00716    Preeq 
 10   0.65100  15.71900    3.5-     0.00570     0.00059     0.00629    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,g)  :               0.12558     0.00677     0.13235
 Continuum   (n,g)  :               0.32398     2.07049     2.39447
                                  ---------   ---------   ---------
 Total       (n,g)  :               0.44955     2.07726     2.52682


 Inelastic cross sections:

 Inclusive:

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

  1   0.59585   9.26884    2.0+   124.13100     0.11414   124.24513    Direct
  2   1.20420   8.66049    2.0+    18.89180     0.11034    19.00214    Direct
  3   1.46376   8.40093    4.0+    20.56600     0.13028    20.69628    Direct
  4   1.48281   8.38188    0.0+    12.91980     0.02726    12.94706    Direct
  5   1.69714   8.16755    3.0+     0.00000     0.12577     0.12577    Preeq 
  6   1.72495   8.13974    0.0+     0.00000     0.02684     0.02684    Preeq 
  7   1.91300   7.95169    0.0+     0.00000     0.02650     0.02650    Preeq 
  8   2.16500   7.69969    1.0-     0.31278     0.06910     0.38188    Direct
  9   2.16526   7.69943    4.0+     0.59805     0.12365     0.72170    Direct
 10   2.19793   7.66676    2.0+     1.04008     0.10372     1.14380    Direct
 11   2.22777   7.63692    0.0+     0.00000     0.02592     0.02592    Preeq 
 12   2.30000   7.56469    3.0-     0.40647     0.11795     0.52442    Direct
 13   2.49000   7.37469    1.0-     0.32213     0.06751     0.38964    Direct
 14   2.53631   7.32838    3.0-    21.32890     0.11588    21.44478    Direct
 15   2.56933   7.29536    4.0+     0.57553     0.11978     0.69531    Direct
 16   2.60032   7.26437    3.0+     0.00000     0.11812     0.11812    Preeq 
 17   2.66962   7.19507    4.0+     0.56986     0.11882     0.68868    Direct
 18   2.69368   7.17101    3.0+     0.00000     0.11731     0.11731    Preeq 
 19   2.69692   7.16777    2.0+     0.98820     0.10028     1.08848    Direct
 20   2.71100   7.15369    4.0+     0.56752     0.11842     0.68594    Direct
                                  ---------   ---------   ---------
 Discrete  Inelastic:             203.21812     1.87758   205.09570
 Continuum Inelastic:             298.44574  1287.08618  1585.53198
                                  ---------   ---------   ---------
 Total     Inelastic:             501.66388  1288.96375  1790.62854

 (n,gn) cross section:     1.84153

   (n,p)   cross sections:

 Inclusive:

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

  0   0.00000   5.27419    3.0-     0.00000     0.01794     0.01794    Preeq 
  1   0.05655   5.21764    2.0-     0.00000     0.01446     0.01446    Preeq 
  2   0.05957   5.21462    0.0-     0.00000     0.00406     0.00406    Preeq 
  3   0.10228   5.17191    1.0-     0.00000     0.01026     0.01026    Preeq 
  4   0.10865   5.16553    1.0+     0.00000     0.01013     0.01013    Preeq 
  5   0.14133   5.13285    4.0+     0.00000     0.01639     0.01639    Preeq 
  6   0.14503   5.12916    1.0+     0.00000     0.00984     0.00984    Preeq 
  7   0.22780   5.04638    5.0+     0.00000     0.01239     0.01239    Preeq 
  8   0.25179   5.02240    1.0+     0.00000     0.00901     0.00901    Preeq 
  9   0.45506   4.81913    1.0+     0.00000     0.00752     0.00752    Preeq 
 10   0.89411   4.38008    1.0+     0.02148     0.00481     0.02628    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,p)  :               0.02148     0.11681     0.13828
 Continuum   (n,p)  :               0.21652     0.43284     0.64936
                                  ---------   ---------   ---------
 Total       (n,p)  :               0.23800     0.54964     0.78764

 (n,gp) cross section:     0.00002

   (n,d)   cross sections:

 Inclusive:

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

  0   0.00000   1.07719    1.5-     0.00000     0.00000     0.00000    Preeq 
  1   0.19800   0.87919    2.5-     0.00000     0.00000     0.00000    Preeq 
  2   0.21795   0.85924    1.5-     0.00000     0.00000     0.00000    Preeq 
  3   0.49582   0.58137    3.5-     0.00000     0.00000     0.00000    Preeq 
  4   0.91097   0.16622    1.5-     0.00000     0.00000     0.00000    Preeq 
  5   0.95600   0.12119    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   9.41556    0.5-     0.00000     0.01204     0.01204    Preeq 
  1   0.15770   9.25786    4.5+     0.00000     0.02532     0.02532    Preeq 
  2   0.28630   9.12926    2.5+     0.00000     0.02118     0.02118    Preeq 
  3   0.46500   8.95056    2.5-     0.00000     0.01651     0.01651    Preeq 
  4   0.48980   8.92576    1.5-     0.00000     0.01302     0.01302    Preeq 
  5   0.67470   8.74086    1.5-     0.00000     0.01034     0.01034    Preeq 
  6   0.85300   8.56256    2.5+     0.00000     0.01044     0.01044    Preeq 
  7   1.05200   8.36356    3.5+     0.00000     0.00809     0.00809    Preeq 
  8   1.07800   8.33756    5.5+     0.00000     0.00543     0.00543    Preeq 
  9   1.26130   8.15426    2.5+     0.00000     0.00557     0.00557    Preeq 
 10   1.42100   7.99456    1.5-     0.00052     0.00326     0.00378    Preeq 
                                  ---------   ---------   ---------
 Discrete    (n,a)  :               0.00052     0.13121     0.13172
 Continuum   (n,a)  :               0.01186     0.03178     0.04364
                                  ---------   ---------   ---------
 Total       (n,a)  :               0.01238     0.16299     0.17536

 (n,ga) cross section:     0.00001

 Execution time:  0 hours  1 minutes  7.96 seconds 

 The TALYS team congratulates you with this successful calculation.
