LLNL Evaluation, September 2005                                      1 0  0    0
 6.414600+4 1.459183+2         -1          0          0          06407 1451    1
 0.000000+0 0.000000+0          0          0          0          66407 1451    2
 9.986200-1 2.000000+7          0          0      10010          66407 1451    3
 0.000000+0 0.000000+0          0          0         63          56407 1451    4
 64-Gd-146 LLNL       EVAL-Jun05 R. D. Hoffman, K. Kelley, et al. 6407 1451    5
           DIST-      REV-                                        6407 1451    6
LLNL Evaluation, September 2005                                   6407 1451    7
                                                                  6407 1451    8
R. D. Hoffman, K. Kelley, F. S. Dietrich, R. Bauer, M. Mustafa,   6407 1451    9
D. Brown                                                          6407 1451   10
                                                                  6407 1451   11
******************************************************************6407 1451   12
                                                                  6407 1451   13
MF=3: CROSS SECTIONS FOR TARGET 146-GD (GS)                       6407 1451   14
                                                                  6407 1451   15
Cross sections to the ground state and any isomeric states in the 6407 1451   16
residual have been included for the following reactions:          6407 1451   17
                                                                  6407 1451   18
  (n,g)                                                           6407 1451   19
  (n,2n)                                                          6407 1451   20
  (n,p)                                                           6407 1451   21
  (n,np)+(n,pn)                                                   6407 1451   22
  (n,a)                                                           6407 1451   23
  (n,d)                                                           6407 1451   24
  (p,n)                                                           6407 1451   25
  (p,2n)                                                          6407 1451   26
  (d,n)                                                           6407 1451   27
  (d,2n)                                                          6407 1451   28
                                                                  6407 1451   29
Cross sections were calculated for incident energies from 5 keV   6407 1451   30
to 20 MeV, using the STAPRE code with a exiton model for          6407 1451   31
pre-equilibrium emission. Direct reaction contributions are not   6407 1451   32
included.                                                         6407 1451   33
                                                                  6407 1451   34
Exit particles considered are neutrons, protons, alpha particles, 6407 1451   35
and deuterons. Transmission coefficients for neutrons and protons 6407 1451   36
were obtained from an optical potential for rare earth elements   6407 1451   37
developed by F. Dietrich and using the ECIS code. The             6407 1451   38
transmission coefficients for alpha particles were obtained from  6407 1451   39
the optical potential of Avrigeanu, et.al. Those for deuterons    6407 1451   40
are from the optical potential of Lohr and Haeberli. Alpha and    6407 1451   41
deuteron transmission coefficients were calculated using the      6407 1451   42
SCAT2 routine. An enhanced generalized Lorentzian is assumed for  6407 1451   43
the E1 photon strength function, and is normalized to measured or 6407 1451   44
systematic values of the average total s-wave radiation width at  6407 1451   45
the neutron binding energy.                                       6407 1451   46
                                                                  6407 1451   47
Backshifted Fermi gas level density parameters are derived from   6407 1451   48
measured s-wave resonance spacings where available. For other     6407 1451   49
nuclei, systematic values are adopted. At low energies a constant 6407 1451   50
temperature form is adopted, and the two formulae are matched at  6407 1451   51
an energy between the backshift and the neutron binding energy so 6407 1451   52
as to give the best possible fit to known spectroscopic levels.   6407 1451   53
                                                                  6407 1451   54
Discrete levels are taken from the Reference Input Parameter      6407 1451   55
Library (RIPL) with additional evaluations performed by R. Bauer. 6407 1451   56
                                                                  6407 1451   57
Further details regarding this modeling effort can be found in R. 6407 1451   58
D. Hoffman, K. Kelley, F. S. Dietrich, R. Bauer, & M. Mustafa,    6407 1451   59
"Neutron and Charged- Particle Induced Cross Sections for         6407 1451   60
Radiochemistry in the Region of Samarium, Europium, and           6407 1451   61
Gadolinium", 2005, LLNL, UCRL-TR-211588, soon to be available     6407 1451   62
online at http://www.osti.gov/bridge                              6407 1451   63
                                                                  6407 1451   64
******************************************************************6407 1451   65
                                                                  6407 1451   66
*************************** DICTIONARY ***************************6407 1451   67
                                1        451         72          06407 1451   68
                                3          4         41          06407 1451   69
                                3         16          9          06407 1451   70
                                8         16          3          06407 1451   71
                               10         16         15          06407 1451   72
 0.000000+0 0.000000+0          0          0          0          06407 1  099999
 0.000000+0 0.000000+0          0          0          0          06407 0  0    0
 6.414600+4 1.459183+2          0          0          0          06407 3  4    1
-8.882730+6-8.882730+6          0          0          1        1126407 3  4    2
        112          2                                            6407 3  4    3
 8.944081+6 5.79199-23 9.000000+6 1.00000-18 9.100000+6 1.85553-186407 3  4    4
 9.200000+6 1.088650-7 9.300000+6 2.789640-2 9.400000+6 4.555090-26407 3  4    5
 9.500000+6 6.360710-2 9.600000+6 8.176070-2 9.700000+6 9.988330-26407 3  4    6
 9.800000+6 1.177750-1 9.900000+6 1.352040-1 1.000000+7 1.515170-16407 3  4    7
 1.010000+7 1.674170-1 1.020000+7 1.833840-1 1.030000+7 1.980610-16407 3  4    8
 1.040000+7 2.121680-1 1.050000+7 2.257820-1 1.060000+7 2.389910-16407 3  4    9
 1.070000+7 2.518910-1 1.080000+7 2.645440-1 1.090000+7 2.770280-16407 3  4   10
 1.100000+7 2.893490-1 1.110000+7 3.014450-1 1.120000+7 3.134140-16407 3  4   11
 1.130000+7 3.252770-1 1.140000+7 3.370440-1 1.150000+7 3.487220-16407 3  4   12
 1.160000+7 3.603110-1 1.170000+7 3.718130-1 1.180000+7 3.832100-16407 3  4   13
 1.190000+7 3.944710-1 1.200000+7 4.055680-1 1.210000+7 4.164700-16407 3  4   14
 1.220000+7 4.271620-1 1.230000+7 4.376090-1 1.240000+7 4.477660-16407 3  4   15
 1.250000+7 4.576340-1 1.260000+7 4.672130-1 1.270000+7 4.764930-16407 3  4   16
 1.280000+7 4.854690-1 1.290000+7 4.941420-1 1.300000+7 5.025130-16407 3  4   17
 1.310000+7 5.105920-1 1.320000+7 5.183760-1 1.330000+7 5.258810-16407 3  4   18
 1.340000+7 5.331200-1 1.350000+7 5.401080-1 1.360000+7 5.468600-16407 3  4   19
 1.370000+7 5.533960-1 1.380000+7 5.597860-1 1.390000+7 5.661530-16407 3  4   20
 1.400000+7 5.723650-1 1.410000+7 5.784240-1 1.420000+7 5.843240-16407 3  4   21
 1.430000+7 5.900760-1 1.440000+7 5.956790-1 1.450000+7 6.011160-16407 3  4   22
 1.460000+7 6.063820-1 1.470000+7 6.114640-1 1.480000+7 6.163400-16407 3  4   23
 1.490000+7 6.209810-1 1.500000+7 6.253550-1 1.510000+7 6.294300-16407 3  4   24
 1.520000+7 6.331530-1 1.530000+7 6.364960-1 1.540000+7 6.394140-16407 3  4   25
 1.550000+7 6.418260-1 1.560000+7 6.437180-1 1.570000+7 6.450960-16407 3  4   26
 1.580000+7 6.459350-1 1.590000+7 6.462180-1 1.600000+7 6.459360-16407 3  4   27
 1.610000+7 6.450770-1 1.620000+7 6.436390-1 1.630000+7 6.416170-16407 3  4   28
 1.640000+7 6.390090-1 1.650000+7 6.358110-1 1.660000+7 6.320170-16407 3  4   29
 1.670000+7 6.276240-1 1.680000+7 6.226310-1 1.690000+7 6.170350-16407 3  4   30
 1.700000+7 6.108360-1 1.710000+7 6.040380-1 1.720000+7 5.966370-16407 3  4   31
 1.730000+7 5.886340-1 1.740000+7 5.799900-1 1.750000+7 5.707870-16407 3  4   32
 1.760000+7 5.610490-1 1.770000+7 5.508060-1 1.780000+7 5.400880-16407 3  4   33
 1.790000+7 5.289320-1 1.800000+7 5.173800-1 1.810000+7 5.054740-16407 3  4   34
 1.820000+7 4.932500-1 1.830000+7 4.807760-1 1.840000+7 4.680940-16407 3  4   35
 1.850000+7 4.552530-1 1.860000+7 4.423020-1 1.870000+7 4.292920-16407 3  4   36
 1.880000+7 4.162720-1 1.890000+7 4.032900-1 1.900000+7 3.903900-16407 3  4   37
 1.910000+7 3.776160-1 1.920000+7 3.649880-1 1.930000+7 3.524210-16407 3  4   38
 1.940000+7 3.400070-1 1.950000+7 3.278000-1 1.960000+7 3.158320-16407 3  4   39
 1.970000+7 3.041280-1 1.980000+7 2.927110-1 1.990000+7 2.815900-16407 3  4   40
 2.000000+7 2.791340-1                                            6407 3  4   41
 0.000000+0 0.000000+0          0          0          0          06407 3  099999
 6.414600+4 1.459183+2          0          0          0          06407 3 16    1
-1.852370+7-1.852370+7          0          0          1         166407 3 16    2
         16          2                                            6407 3 16    3
 1.865164+7 2.24601-22 1.865184+7 4.59261-21 1.870000+7 2.00000-186407 3 16    4
 1.880000+7 2.00000-18 1.890000+7 2.00000-18 1.900000+7 2.00000-186407 3 16    5
 1.910000+7 3.83111-14 1.920000+7 6.339900-6 1.930000+7 1.077499-36407 3 16    6
 1.940000+7 3.244543-3 1.950000+7 6.028870-3 1.960000+7 9.467250-36407 3 16    7
 1.970000+7 1.356801-2 1.980000+7 1.834524-2 1.990000+7 2.388956-26407 3 16    8
 2.000000+7 3.009000-2                                            6407 3 16    9
 0.000000+0 0.000000+0          0          0          0          06407 3  099999
 0.000000+0 0.000000+0          0          0          0          06407 0  0    0
 6.414600+4 1.459183+2          0          0          2          16407 8 16    1
 6.514500+4 0.000000+0         10          0          0          06407 8 16    2
 6.514500+4 2.000000+2         10          1          0          06407 8 16    3
 0.000000+0 0.000000+0          0          0          0          06407 8  099999
 0.000000+0 0.000000+0          0          0          0          06407 0  0    0
 6.414600+4 1.459183+2          0          0          2          0640710 16    1
-1.852370+7-1.852390+7      65145          0          1         15640710 16    2
         15          2                                            640710 16    3
 1.865184+7 2.12700-22 1.870000+7 1.00000-18 1.880000+7 1.00000-18640710 16    4
 1.890000+7 1.00000-18 1.900000+7 1.00000-18 1.910000+7 2.25502-14640710 16    5
 1.920000+7 4.691870-6 1.930000+7 8.319180-4 1.940000+7 2.516710-3640710 16    6
 1.950000+7 4.676620-3 1.960000+7 7.336730-3 1.970000+7 1.050690-2640710 16    7
 1.980000+7 1.421560-2 1.990000+7 1.858190-2 2.000000+7 2.353170-2640710 16    8
-1.852370+7-1.852370+7      65145          1          1         15640710 16    9
         15          2                                            640710 16   10
 1.865164+7 2.24601-22 1.870000+7 1.00000-18 1.880000+7 1.00000-18640710 16   11
 1.890000+7 1.00000-18 1.900000+7 1.00000-18 1.910000+7 1.57609-14640710 16   12
 1.920000+7 1.648030-6 1.930000+7 2.455810-4 1.940000+7 7.278330-4640710 16   13
 1.950000+7 1.352250-3 1.960000+7 2.130520-3 1.970000+7 3.061110-3640710 16   14
 1.980000+7 4.129640-3 1.990000+7 5.307660-3 2.000000+7 6.558300-3640710 16   15
 0.000000+0 0.000000+0          0          0          0          0640710  099999
 0.000000+0 0.000000+0          0          0          0          06407 0  0    0
 0.000000+0 0.000000+0          0          0          0          0   0 0  0    0
 0.000000+0 0.000000+0          0          0          0          0  -1 0  0    0