1***************************************************************************** * * * * * $$ $$ $$ $$$$$ $$ $$ * * vers.91.118 * * $$$ $$ $$ $$$$$$$ $$ $$ * nuclear * ran at lanl * * $$$$ $$ $$ $$ $$ $$$$ * cross section * on mach r * * $$ $$$$ $$ $$ $$ $$ $$ * processing * on 11/29/94 * * $$ $$$ $$$$$$$ $$$$$$$ $$ * system * at 08:04:31 * * $$ $$ $$$$$ $$$$$ $$ * * * * * * * ***************************************************************************** moder...change the mode of an endf/b tape or njoy output tape 0.0s input unit (+ for coded, - for bb) ... 20 output unit (+ for coded, - for bb) .. -21 tape label -------------------------------------- endf/b-v tape 511 (standards materials) 3.4s ***************************************************************************** reconr...reconstruct pointwise cross sections in pendf format 3.4s unit for endf/b tape ................. -21 unit for pendf tape .................. -22 label for pendf tape -------------------------------------- pendf tape for c-nat from endf/b tape 511 tape label -------------------------------------- endf/b-v tape 511 (standards materials) storage 17/100000 material to be processed ............. 1306 reconstruction tolerance ............. 0.005 reconstruction temperature ........... 0.k no. significant figures .............. 7 resonance-integral-check tolerance ... 0.100 max resonance-integral error ......... 5.000E-07 descriptive cards for pendf tape -------------------------------------- 6-c-nat from tape 511 processed by the njoy nuclear data processing system see original endf/b-v tape for details of evaluation processing mat 1306 -------------------------------------- 6-c - ornl eval-dec73 c.y.fu and f.g.perey mat has no resonance parameters changed threshold from 4.812000E+06 to 4.812123E+06 for mt 51. changed threshold from 8.296000E+06 to 8.296277E+06 for mt 52. changed threshold from 1.044800E+07 to 1.044813E+07 for mt 53. changed threshold from 1.175100E+07 to 1.175117E+07 for mt 55. changed threshold from 1.364600E+07 to 1.364610E+07 for mt103. changed threshold from 1.364600E+07 to 1.364610E+07 for mt203. points in initial unionized grid = 774 points added by linearization = 128 3.9s usage 27079/100000 4.6s ***************************************************************************** broadr...doppler broadening of endf/b data 4.6s unit for input pendf tape ............ -22 unit for output pendf tape ........... -23 material to be processed ............. 1306 number of final temperatures ......... 1 restart (0 no, 1 yes) ................ 0 bootstrap (0 no, 1 yes) .............. 0 starting material temperature ........ 0.k thinning tolerance ................... 0.005 max. energy .......................... 1.00000E+06 errmax for thinning .................. 1.00000E-01 errint for thinning .................. 5.00000E-07 final temperatures ................... 3.00E+02 storage 10/ 30000 max energy for broadening and thinning = 1.00000E+06 4.7s broadened mat1306 from 0.0000E+00 to 3.0000E+02 k points in= 902 points out= 824 mt 2 102 5.1s ***************************************************************************** heatr...prompt kerma 5.1s storage 15/ 12000 input endf/b unit .................... -21 input pendf unit ..................... -23 output pendf unit .................... -22 mat to be processed .................. 1306 no. temperatures (0=all) ............. 0 gamma heat (0 nonlocal, 1 local) ..... 0 print option (0 min, 1 more, 2 chk) .. 0 partial kerma mt-s desired ........... 444 temp 1 5.4s temp 1 6.1s usage 7743/ 12000 6.4s ***************************************************************************** thermr...compute thermal scattering cross sections and matrices 6.4s storage 10/ 60000 unit for endf/b tape ................. 26 unit for input pendf tape ............ -22 unit for output pendf tape ........... -24 material to be processed (endf) ...... 1065 material to be processed (pendf) ..... 1306 number of angle bins ................. 8 number of temperatures ............... 1 inelastic option ..................... 1 elastic option ....................... 0 number of principal atoms ............ 1 reference mt ......................... 221 print option (0 min, 1 max) .......... 0 temperatures (kelvin) ................ 3.0000E+02 tolerance ............................ 5.0000E-02 max energy for thermal treatment ..... 1.2000E+00 wrote thermal data for temp= 3.00E+02 11.3s usage 22543/ 60000 11.3s ***************************************************************************** thermr...compute thermal scattering cross sections and matrices 11.3s storage 10/ 60000 unit for endf/b tape ................. 26 unit for input pendf tape ............ -24 unit for output pendf tape ........... -23 material to be processed (endf) ...... 1065 material to be processed (pendf) ..... 1306 number of angle bins ................. 8 number of temperatures ............... 1 inelastic option ..................... 4 elastic option ....................... 1 number of principal atoms ............ 1 reference mt ......................... 229 print option (0 min, 1 max) .......... 0 temperatures (kelvin) ................ 3.0000E+02 tolerance ............................ 5.0000E-02 max energy for thermal treatment ..... 1.2000E+00 parameters for sct app. ----------------------- effective temperatures ............... 7.1339E+02 difference between temperatures desired and found is 4.00E+00 ***warning***maximum value of beta limits the allowed energy transfer. the sct approx. will be used for transfers larger than 1.046 ev. wrote thermal data for temp= 3.00E+02 39.1s usage 26037/ 60000 39.1s ***************************************************************************** groupr...compute self-shielded group-averaged cross-sections 39.1s storage 23/100000 unit for endf/b tape ................. -21 unit for pendf tape .................. -23 unit for input gout tape ............. 0 unit for output gout tape ............ -24 mat to be processed .................. 1306 neutron group structure option ....... 3 gamma group option ................... 3 weight function option ............... 3 legendre order ....................... 3 print option (0 min, 1 max) .......... 1 run title -------------------------------------- carbon in graphite temperatures (kelvin) ................ 3.00E+02 sigma zeroes ......................... infinity neutron group structure......lanl 30 group 1 1.3900E-04 - 1.5200E-01 2 1.5200E-01 - 4.1400E-01 3 4.1400E-01 - 1.1300E+00 4 1.1300E+00 - 3.0600E+00 5 3.0600E+00 - 8.3200E+00 6 8.3200E+00 - 2.2600E+01 7 2.2600E+01 - 6.1400E+01 8 6.1400E+01 - 1.6700E+02 9 1.6700E+02 - 4.5400E+02 10 4.5400E+02 - 1.2350E+03 11 1.2350E+03 - 3.3500E+03 12 3.3500E+03 - 9.1200E+03 13 9.1200E+03 - 2.4800E+04 14 2.4800E+04 - 6.7600E+04 15 6.7600E+04 - 1.8400E+05 16 1.8400E+05 - 3.0300E+05 17 3.0300E+05 - 5.0000E+05 18 5.0000E+05 - 8.2300E+05 19 8.2300E+05 - 1.3530E+06 20 1.3530E+06 - 1.7380E+06 21 1.7380E+06 - 2.2320E+06 22 2.2320E+06 - 2.8650E+06 23 2.8650E+06 - 3.6800E+06 24 3.6800E+06 - 6.0700E+06 25 6.0700E+06 - 7.7900E+06 26 7.7900E+06 - 1.0000E+07 27 1.0000E+07 - 1.2000E+07 28 1.2000E+07 - 1.3500E+07 29 1.3500E+07 - 1.5000E+07 30 1.5000E+07 - 1.7000E+07 gamma group structure......lanl 12 group 1 1.0000E+04 - 1.0000E+05 2 1.0000E+05 - 5.0000E+05 3 5.0000E+05 - 1.0000E+06 4 1.0000E+06 - 2.0000E+06 5 2.0000E+06 - 3.0000E+06 6 3.0000E+06 - 4.0000E+06 7 4.0000E+06 - 5.0000E+06 8 5.0000E+06 - 6.0000E+06 9 6.0000E+06 - 7.0000E+06 10 7.0000E+06 - 8.0000E+06 11 8.0000E+06 - 9.0000E+06 12 9.0000E+06 - 2.0000E+07 weight function......1/e for all l id scr 1/ 356 processing mat 1306 -------------------------------------- 6-c-nat from tape 511 id unr 2/99924 xx unr 1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 39.3s for mf 3 and mt 1 total enrgy group constants at group infinite dilution 1 8.108E+00 flx 6.997E+00 2 4.762E+00 flx 1.002E+00 3 4.748E+00 flx 1.004E+00 4 4.742E+00 flx 9.962E-01 5 4.740E+00 flx 1.000E+00 6 4.740E+00 flx 9.993E-01 7 4.739E+00 flx 9.995E-01 8 4.739E+00 flx 1.001E+00 9 4.738E+00 flx 1.000E+00 10 4.736E+00 flx 1.001E+00 11 4.730E+00 flx 9.979E-01 12 4.716E+00 flx 1.002E+00 13 4.680E+00 flx 1.000E+00 14 4.592E+00 flx 1.003E+00 15 4.364E+00 flx 1.001E+00 16 4.021E+00 flx 4.988E-01 17 3.650E+00 flx 5.009E-01 18 3.137E+00 flx 4.984E-01 19 2.508E+00 flx 4.971E-01 20 2.005E+00 flx 2.504E-01 21 1.819E+00 flx 2.502E-01 22 1.700E+00 flx 2.497E-01 23 2.241E+00 flx 2.503E-01 24 1.567E+00 flx 5.004E-01 25 1.244E+00 flx 2.495E-01 26 1.336E+00 flx 2.497E-01 27 1.289E+00 flx 1.823E-01 28 1.361E+00 flx 1.178E-01 29 1.334E+00 flx 1.054E-01 30 1.472E+00 flx 1.252E-01 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 39.6s for mf 3 and mt 2 elastic enrgy group constants at group infinite dilution 1 8.095E+00 2 4.761E+00 3 4.747E+00 4 4.742E+00 5 4.740E+00 6 4.739E+00 7 4.739E+00 8 4.739E+00 9 4.738E+00 10 4.736E+00 11 4.730E+00 12 4.716E+00 13 4.680E+00 14 4.592E+00 15 4.364E+00 16 4.021E+00 17 3.650E+00 18 3.137E+00 19 2.508E+00 20 2.005E+00 21 1.819E+00 22 1.700E+00 23 2.241E+00 24 1.515E+00 25 9.828E-01 26 8.379E-01 27 7.582E-01 28 8.632E-01 29 8.226E-01 30 8.848E-01 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 39.9s for mf 3 and mt 4 inelastic enrgy group constants at group infinite dilution 24 5.169E-02 25 2.465E-01 26 3.311E-01 27 4.290E-01 28 4.016E-01 29 4.300E-01 30 4.932E-01 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.0s for mf 3 and mt 51 discrete inelastic enrgy group constants at group infinite dilution 24 5.169E-02 25 2.465E-01 26 3.199E-01 27 3.115E-01 28 2.155E-01 29 1.850E-01 30 1.354E-01 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.0s for mf 3 and mt 52 continued lr 23 particle emission enrgy group constants at group infinite dilution 26 9.782E-03 27 4.607E-02 28 2.983E-02 29 1.261E-02 30 7.633E-03 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.0s for mf 3 and mt 53 continued lr 23 particle emission enrgy group constants at group infinite dilution 27 5.679E-02 28 8.611E-02 29 6.149E-02 30 4.342E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 54 continued lr 23 particle emission enrgy group constants at group infinite dilution 27 2.673E-03 28 1.001E-02 29 6.866E-03 30 4.987E-03 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 55 continued lr 23 particle emission enrgy group constants at group infinite dilution 27 1.545E-04 28 1.242E-02 29 1.868E-02 30 1.648E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 56 continued lr 23 particle emission enrgy group constants at group infinite dilution 28 2.204E-02 29 4.030E-02 30 3.821E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 57 continued lr 23 particle emission enrgy group constants at group infinite dilution 28 5.967E-03 29 3.687E-02 30 4.456E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 58 continued lr 23 particle emission enrgy group constants at group infinite dilution 28 4.414E-04 29 2.421E-02 30 4.352E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 59 continued lr 23 particle emission enrgy group constants at group infinite dilution 29 1.492E-02 30 4.323E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 60 continued lr 23 particle emission enrgy group constants at group infinite dilution 29 3.959E-03 30 3.494E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 61 continued lr 23 particle emission enrgy group constants at group infinite dilution 29 7.552E-05 30 2.325E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.1s for mf 3 and mt 62 continued lr 23 particle emission enrgy group constants at group infinite dilution 30 1.618E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.2s for mf 3 and mt 63 continued lr 23 particle emission enrgy group constants at group infinite dilution 30 4.392E-03 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.2s for mf 3 and mt 64 continued lr 23 particle emission enrgy group constants at group infinite dilution 30 6.365E-04 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 threshold is above highest energy bound for mt 65 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 threshold is above highest energy bound for mt 66 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 threshold is above highest energy bound for mt 67 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 threshold is above highest energy bound for mt 68 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.2s for mf 3 and mt 91 continuum inelastic lr 23 particle emission enrgy group constants at group infinite dilution 26 1.369E-03 27 1.187E-02 28 1.924E-02 29 2.498E-02 30 3.645E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.2s for mf 3 and mt102 n,g enrgy group constants at group infinite dilution 1 1.270E-02 2 1.095E-03 3 6.634E-04 4 4.024E-04 5 2.448E-04 6 1.483E-04 7 9.039E-05 8 5.479E-05 9 3.331E-05 10 2.035E-05 11 1.511E-05 12 8.589E-06 13 1.070E-06 14 9.637E-07 15 9.133E-07 16 9.346E-07 17 9.737E-07 18 1.086E-06 19 1.600E-06 20 3.465E-06 21 5.547E-06 22 1.032E-05 23 1.573E-05 24 2.829E-05 25 7.416E-05 26 1.074E-04 27 7.239E-05 28 7.142E-05 29 1.258E-04 30 1.912E-04 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.5s for mf 3 and mt103 (n,p) enrgy group constants at group infinite dilution 29 1.600E-04 30 7.549E-03 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.5s for mf 3 and mt104 (n,d) enrgy group constants at group infinite dilution 30 1.808E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.5s for mf 3 and mt107 (n,a) enrgy group constants at group infinite dilution 25 1.503E-02 26 1.670E-01 27 1.018E-01 28 9.626E-02 29 8.114E-02 30 6.859E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.6s for mf 3 and mt203 total h production enrgy group constants at group infinite dilution 29 1.600E-04 30 7.549E-03 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.6s for mf 3 and mt204 total h2 production enrgy group constants at group infinite dilution 30 1.808E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.6s for mf 3 and mt207 total he4 production enrgy group constants at group infinite dilution 25 1.503E-02 26 2.004E-01 27 4.545E-01 28 6.544E-01 29 8.160E-01 30 1.142E+00 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.6s for mf 3 and mt221 free thermal scattering enrgy group constants at group infinite dilution 1 8.095E+00 2 4.761E+00 3 4.747E+00 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 40.9s for mf 3 and mt229 graphite inelastic thermal scattering enrgy group constants at group infinite dilution 1 4.628E-01 2 2.494E+00 3 3.760E+00 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 41.2s for mf 3 and mt230 graphite elastic thermal scattering enrgy group constants at group infinite dilution 1 2.691E+00 2 2.174E+00 3 9.163E-01 xx ans -1 id ans 3/ 360 id ff 4/ 363 id prod 5/ 393 id sig 6/ 749 id fls 7/ 1099 xx fls 350 group constants at t=3.000E+02 deg k 41.5s for mf 3 and mt251 mubar enrgy group constants at group infinite dilution 1 5.604E-02 2 5.604E-02 3 5.604E-02 4 5.604E-02 5 5.604E-02 6 5.604E-02 7 5.604E-02 8 5.605E-02 9 5.608E-02 10 5.615E-02 11 5.633E-02 12 5.684E-02 13 5.817E-02 14 6.172E-02 15 7.047E-02 16 8.322E-02 17 9.575E-02 18 1.099E-01 19 1.193E-01 20 1.123E-01 21 8.199E-02 22 2.335E-02 23 2.654E-02 24 2.488E-01 25 3.405E-01 26 4.963E-01 27 5.907E-01 28 5.793E-01 29 6.259E-01 30 6.848E-01 xx ans -1 id ans 3/ 360 id ff 4/ 363 id prod 5/ 393 id sig 6/ 749 id fls 7/ 1099 xx fls 350 group constants at t=3.000E+02 deg k 45.3s for mf 3 and mt252 xi enrgy group constants at group infinite dilution 2 1.594E-01 3 1.592E-01 4 1.591E-01 5 1.591E-01 6 1.591E-01 7 1.591E-01 8 1.591E-01 9 1.591E-01 10 1.591E-01 11 1.591E-01 12 1.592E-01 13 1.594E-01 14 1.600E-01 15 1.617E-01 16 1.581E-01 17 1.583E-01 18 1.583E-01 19 1.600E-01 20 1.439E-01 21 1.466E-01 22 1.523E-01 23 1.466E-01 24 1.558E-01 25 1.039E-01 26 9.179E-02 27 5.356E-02 28 4.606E-02 29 3.973E-02 30 3.950E-02 xx ans -1 id ans 3/ 360 id ff 4/ 363 id prod 5/ 393 id sig 6/ 749 id fls 7/ 1099 xx fls 350 group constants at t=3.000E+02 deg k 48.1s for mf 3 and mt253 gamma enrgy group constants at group infinite dilution 2 1.091E-01 3 1.091E-01 4 1.091E-01 5 1.091E-01 6 1.091E-01 7 1.091E-01 8 1.091E-01 9 1.091E-01 10 1.091E-01 11 1.091E-01 12 1.091E-01 13 1.090E-01 14 1.087E-01 15 1.081E-01 16 1.067E-01 17 1.056E-01 18 1.042E-01 19 1.028E-01 20 9.361E-02 21 1.009E-01 22 1.115E-01 23 1.134E-01 24 8.412E-02 25 9.810E-02 26 7.701E-02 27 7.503E-02 28 4.380E-02 29 3.875E-02 30 4.259E-02 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 50.9s for mf 3 and mt301 total heat production enrgy group constants at group infinite dilution 1 1.128E+01 2 1.149E+00 3 1.072E+00 4 1.671E+00 5 3.783E+00 6 9.820E+00 7 2.640E+01 8 7.159E+01 9 1.945E+02 10 5.285E+02 11 1.428E+03 12 3.870E+03 13 1.044E+04 14 2.734E+04 15 7.003E+04 16 1.311E+05 17 1.921E+05 18 2.697E+05 19 3.528E+05 20 4.142E+05 21 4.990E+05 22 6.355E+05 23 1.061E+06 24 8.011E+05 25 8.703E+05 26 1.402E+06 27 1.639E+06 28 2.308E+06 29 2.840E+06 30 3.873E+06 xx ans -1 id ans 3/ 359 id ff 4/ 361 id prod 5/ 391 id sig 6/ 747 group constants at t=3.000E+02 deg k 51.2s for mf 3 and mt444 total damage energy production enrgy group constants at group infinite dilution 1 8.498E+00 2 7.326E-01 3 4.439E-01 4 2.693E-01 5 1.638E-01 6 9.921E-02 7 6.048E-02 8 2.127E+01 9 1.449E+02 10 4.173E+02 11 1.056E+03 12 2.752E+03 13 6.944E+03 14 1.527E+04 15 3.171E+04 16 4.703E+04 17 5.489E+04 18 5.953E+04 19 5.721E+04 20 5.155E+04 21 4.980E+04 22 4.929E+04 23 6.508E+04 24 4.600E+04 25 3.789E+04 26 3.811E+04 27 3.835E+04 28 4.130E+04 29 4.132E+04 30 4.625E+04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 350 group constants at t=3.000E+02 deg k 51.5s for mf 6 and mt 2 elastic initl final group constants vs legendre order group group 0 1 2 3 1 1 8.095E+00 4.536E-01 1.145E-02 4.184E-05 2 1 7.572E-01 -2.232E-01 -1.689E-02 -4.361E-04 2 2 4.004E+00 4.900E-01 2.363E-02 4.541E-04 3 2 7.525E-01 -2.219E-01 -1.676E-02 -4.303E-04 3 3 3.995E+00 4.879E-01 2.348E-02 4.482E-04 4 3 7.574E-01 -2.234E-01 -1.686E-02 -4.318E-04 4 4 3.985E+00 4.891E-01 2.357E-02 4.497E-04 5 4 7.539E-01 -2.223E-01 -1.678E-02 -4.294E-04 5 5 3.986E+00 4.880E-01 2.348E-02 4.473E-04 6 5 7.544E-01 -2.225E-01 -1.679E-02 -4.296E-04 6 6 3.985E+00 4.881E-01 2.349E-02 4.475E-04 7 6 7.542E-01 -2.224E-01 -1.678E-02 -4.294E-04 7 7 3.985E+00 4.880E-01 2.349E-02 4.474E-04 8 7 7.533E-01 -2.222E-01 -1.677E-02 -4.290E-04 8 8 3.985E+00 4.878E-01 2.348E-02 4.472E-04 9 8 7.536E-01 -2.222E-01 -1.678E-02 -4.296E-04 9 9 3.984E+00 4.879E-01 2.350E-02 4.484E-04 10 9 7.528E-01 -2.220E-01 -1.678E-02 -4.302E-04 10 10 3.983E+00 4.879E-01 2.353E-02 4.506E-04 11 10 7.543E-01 -2.223E-01 -1.685E-02 -4.339E-04 11 11 3.976E+00 4.888E-01 2.368E-02 4.584E-04 12 11 7.498E-01 -2.208E-01 -1.685E-02 -4.391E-04 12 12 3.966E+00 4.889E-01 2.391E-02 4.750E-04 13 12 7.459E-01 -2.192E-01 -1.705E-02 -4.592E-04 13 13 3.934E+00 4.914E-01 2.473E-02 5.157E-04 14 13 7.329E-01 -2.140E-01 -1.746E-02 -5.127E-04 14 14 3.859E+00 4.974E-01 2.689E-02 6.831E-04 15 14 7.049E-01 -2.024E-01 -1.856E-02 -6.756E-04 15 15 3.659E+00 5.100E-01 3.286E-02 1.237E-03 16 15 1.274E+00 -3.517E-01 -4.041E-02 -2.380E-03 16 16 2.747E+00 6.863E-01 6.247E-02 3.779E-03 17 16 1.153E+00 -3.078E-01 -4.118E-02 -3.149E-03 17 17 2.497E+00 6.573E-01 7.152E-02 5.840E-03 18 17 9.965E-01 -2.552E-01 -3.960E-02 -4.149E-03 18 18 2.140E+00 5.999E-01 7.890E-02 8.869E-03 19 18 8.071E-01 -1.987E-01 -3.396E-02 -4.766E-03 19 19 1.701E+00 4.979E-01 7.893E-02 1.194E-02 20 19 1.152E+00 -2.558E-01 -7.309E-02 6.143E-03 20 20 8.528E-01 4.810E-01 1.226E-01 9.835E-04 21 19 6.731E-02 -5.568E-02 3.694E-02 -1.777E-02 21 20 9.986E-01 -2.465E-01 -4.293E-02 5.182E-03 21 21 7.532E-01 4.513E-01 1.497E-01 2.752E-02 22 20 7.707E-02 -6.414E-02 4.321E-02 -2.158E-02 22 21 9.600E-01 -3.324E-01 5.165E-02 -1.746E-03 22 22 6.628E-01 4.362E-01 1.882E-01 4.976E-02 23 21 1.628E-01 -1.352E-01 9.054E-02 -4.444E-02 23 22 1.149E+00 -5.037E-01 2.421E-01 -2.741E-02 23 23 9.290E-01 6.984E-01 4.148E-01 1.985E-01 24 22 7.791E-02 -6.584E-02 4.606E-02 -2.516E-02 24 23 3.940E-01 -8.582E-02 -7.666E-04 2.596E-02 24 24 1.043E+00 5.287E-01 2.778E-01 1.809E-01 25 24 4.094E-01 -1.084E-01 -7.986E-03 2.016E-02 25 25 5.734E-01 4.431E-01 2.904E-01 1.808E-01 26 24 4.002E-02 -3.246E-02 2.038E-02 -8.246E-03 26 25 2.679E-01 6.780E-03 6.761E-03 4.659E-02 26 26 5.300E-01 4.415E-01 3.334E-01 2.435E-01 27 25 8.758E-03 -7.041E-03 4.364E-03 -1.809E-03 27 26 2.140E-01 -1.054E-02 -1.110E-02 3.519E-02 27 27 5.355E-01 4.655E-01 3.549E-01 2.400E-01 28 26 8.308E-02 -4.928E-02 8.439E-03 1.234E-02 28 27 2.545E-01 7.532E-02 -6.513E-03 2.423E-02 28 28 5.256E-01 4.740E-01 3.849E-01 2.805E-01 29 26 4.329E-03 -4.075E-03 3.606E-03 -2.988E-03 29 27 1.217E-01 -4.973E-02 -1.258E-02 1.592E-02 29 28 1.841E-01 1.053E-01 2.710E-02 4.737E-04 29 29 5.124E-01 4.633E-01 3.788E-01 2.799E-01 30 27 2.721E-02 -2.127E-02 1.255E-02 -5.134E-03 30 28 6.865E-02 -1.719E-02 -1.846E-02 1.032E-02 30 29 1.834E-01 1.016E-01 1.937E-02 -7.491E-03 30 30 6.055E-01 5.428E-01 4.372E-01 3.182E-01 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 350 group constants at t=3.000E+02 deg k 56.0s for mf 6 and mt 51 discrete inelastic initl final group constants vs legendre order group group 0 1 2 3 24 5 1.899E-09 2.335E-12 -8.807E-10 -8.437E-11 24 6 5.388E-09 -1.460E-10 -2.396E-09 -1.457E-10 24 7 1.571E-08 -9.221E-10 -6.518E-09 -2.703E-10 24 8 4.778E-08 -4.666E-09 -1.776E-08 -5.867E-10 24 9 1.542E-07 -2.266E-08 -4.826E-08 -1.685E-09 24 10 5.434E-07 -1.113E-07 -1.312E-07 -6.053E-09 24 11 2.137E-06 -5.605E-07 -3.583E-07 -2.453E-08 24 12 1.003E-05 -2.690E-06 -7.808E-07 1.321E-07 24 13 5.554E-05 -1.327E-05 -1.237E-06 6.213E-07 24 14 3.392E-04 -7.695E-05 -1.207E-05 1.926E-07 24 15 1.773E-03 -2.540E-05 -1.161E-04 -4.143E-05 24 16 2.981E-03 -2.052E-04 2.579E-04 -4.597E-05 24 17 7.199E-03 -5.506E-04 -4.521E-04 1.903E-04 24 18 1.747E-02 1.379E-03 -8.908E-06 3.439E-05 24 19 2.046E-02 1.056E-02 1.877E-03 -4.504E-04 24 20 1.411E-03 1.284E-03 1.055E-03 7.697E-04 25 18 1.902E-03 -1.659E-03 1.244E-03 -7.698E-04 25 19 5.036E-02 -1.935E-02 -8.599E-04 1.237E-03 25 20 6.040E-02 9.290E-03 5.331E-03 -1.684E-03 25 21 7.243E-02 3.582E-03 1.127E-03 6.144E-03 25 22 5.444E-02 2.397E-02 -2.987E-03 -7.101E-03 25 23 7.000E-03 5.774E-03 3.788E-03 1.742E-03 26 21 1.548E-02 -1.244E-02 7.716E-03 -3.200E-03 26 22 6.881E-02 -3.064E-02 -4.468E-04 4.024E-03 26 23 1.145E-01 5.935E-03 8.756E-03 -3.670E-03 26 24 1.212E-01 7.687E-02 3.530E-02 1.665E-02 27 23 2.624E-03 -2.407E-03 2.016E-03 -1.525E-03 27 24 2.125E-01 7.521E-03 2.027E-02 2.629E-03 27 25 9.633E-02 7.707E-02 4.880E-02 2.393E-02 28 24 5.323E-02 -3.882E-02 1.956E-02 -5.675E-03 28 25 9.831E-02 3.543E-02 4.704E-03 2.357E-03 28 26 6.395E-02 5.391E-02 3.789E-02 2.163E-02 29 24 1.279E-03 -1.232E-03 1.141E-03 -1.015E-03 29 25 6.603E-02 -3.990E-02 1.156E-02 8.568E-04 29 26 1.072E-01 6.628E-02 2.156E-02 -9.071E-04 29 27 1.053E-02 9.635E-03 8.004E-03 5.939E-03 30 25 9.844E-03 -8.450E-03 6.152E-03 -3.686E-03 30 26 4.082E-02 -7.808E-03 -3.619E-03 -1.275E-03 30 27 7.873E-02 5.860E-02 3.053E-02 8.245E-03 30 28 5.959E-03 5.566E-03 4.841E-03 3.891E-03 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 350 group constants at t=3.000E+02 deg k 57.6s for mf 6 and mt 52 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 26 7 1.570E-09 -1.340E-10 -6.135E-10 -1.167E-11 26 8 4.905E-09 -6.630E-10 -1.672E-09 2.287E-11 26 9 1.631E-08 -3.139E-09 -4.557E-09 2.243E-10 26 10 5.888E-08 -1.485E-08 -1.249E-08 1.178E-09 26 11 2.448E-07 -5.891E-08 -2.269E-08 1.599E-08 26 12 1.268E-06 -1.513E-07 4.056E-08 8.185E-08 26 13 5.879E-06 -1.213E-06 1.133E-08 -5.356E-08 26 14 3.005E-05 -8.169E-06 5.027E-07 -9.727E-07 26 15 1.782E-04 -4.518E-05 1.421E-05 -9.855E-06 26 16 3.173E-04 -7.326E-05 4.285E-05 -2.713E-05 26 17 7.729E-04 -1.505E-04 1.392E-04 -8.093E-05 26 18 1.906E-03 -2.526E-04 4.043E-04 -1.416E-04 26 19 3.469E-03 9.234E-04 4.522E-04 2.704E-04 26 20 1.949E-03 1.394E-03 7.495E-04 4.270E-04 26 21 1.151E-03 1.063E-03 9.057E-04 7.125E-04 27 19 2.261E-03 -1.820E-03 1.170E-03 -5.903E-04 27 20 4.688E-03 -2.454E-03 8.639E-04 -7.032E-04 27 21 9.820E-03 -1.265E-03 1.236E-03 -9.148E-04 27 22 1.331E-02 5.347E-03 2.328E-03 1.860E-03 27 23 1.227E-02 8.945E-03 5.239E-03 3.460E-03 27 24 3.721E-03 3.457E-03 2.982E-03 2.381E-03 28 22 4.088E-03 -3.358E-03 2.218E-03 -1.110E-03 28 23 7.298E-03 -1.917E-03 -6.282E-04 -6.591E-04 28 24 1.845E-02 1.323E-02 7.773E-03 5.409E-03 29 23 6.896E-04 -6.105E-04 4.733E-04 -3.126E-04 29 24 8.508E-03 9.921E-04 1.139E-03 -3.757E-05 29 25 3.410E-03 3.080E-03 2.539E-03 1.946E-03 30 24 2.152E-03 -1.461E-03 7.333E-04 -3.336E-04 30 25 3.424E-03 1.737E-03 3.771E-04 2.236E-04 30 26 2.057E-03 1.848E-03 1.510E-03 1.150E-03 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 350 group constants at t=3.000E+02 deg k 58.6s for mf 6 and mt 53 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 27 6 2.378E-09 -1.994E-10 -9.229E-10 -2.951E-11 27 7 7.411E-09 -1.036E-09 -2.517E-09 7.439E-11 27 8 2.454E-08 -4.921E-09 -6.893E-09 6.748E-10 27 9 8.704E-08 -2.274E-08 -1.905E-08 3.579E-09 27 10 3.933E-07 -5.009E-08 -8.055E-09 5.187E-08 27 11 2.037E-06 2.446E-08 1.064E-07 1.188E-07 27 12 8.497E-06 -8.639E-07 -3.592E-07 -2.031E-07 27 13 4.084E-05 -3.894E-06 -1.007E-06 -8.323E-08 27 14 1.964E-04 -2.687E-05 -1.530E-05 -4.541E-06 27 15 1.090E-03 -4.523E-05 -1.066E-04 -2.465E-06 27 16 1.896E-03 1.034E-04 -2.037E-04 5.540E-06 27 17 5.100E-03 4.764E-04 -4.675E-04 -1.923E-06 27 18 1.334E-02 2.040E-03 -1.042E-03 3.975E-05 27 19 2.354E-02 9.512E-03 -5.647E-04 -1.155E-03 27 20 9.577E-03 6.929E-03 3.244E-03 4.420E-04 27 21 1.994E-03 1.800E-03 1.454E-03 1.033E-03 28 18 2.350E-05 -2.238E-05 2.026E-05 -1.734E-05 28 19 7.708E-03 -3.405E-03 -7.208E-04 1.508E-03 28 20 1.605E-02 -5.960E-04 -4.631E-03 -5.664E-04 28 21 2.885E-02 9.718E-03 -1.430E-03 -1.263E-03 28 22 2.442E-02 1.399E-02 3.155E-03 -8.730E-04 28 23 9.055E-03 7.307E-03 4.603E-03 2.039E-03 29 21 1.584E-03 -1.101E-03 4.167E-04 1.130E-04 29 22 1.060E-02 -3.147E-03 -2.473E-03 1.827E-03 29 23 2.555E-02 6.409E-03 -4.771E-03 -2.521E-03 29 24 2.375E-02 1.637E-02 7.108E-03 1.338E-03 30 22 7.612E-06 -7.321E-06 6.762E-06 -5.980E-06 30 23 2.763E-03 -1.558E-03 1.204E-04 5.831E-04 30 24 3.533E-02 1.038E-02 -2.794E-03 -1.265E-03 30 25 5.312E-03 4.335E-03 2.805E-03 1.320E-03 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 59.2s for mf 6 and mt 54 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 27 6 1.342E-09 2.875E-12 -6.280E-10 -5.517E-11 27 7 3.793E-09 -8.440E-11 -1.709E-09 -1.025E-10 27 8 1.100E-08 -5.479E-10 -4.655E-09 -2.221E-10 27 9 3.307E-08 -2.782E-09 -1.267E-08 -6.005E-10 27 10 1.052E-07 -1.340E-08 -3.458E-08 -2.049E-09 27 11 3.603E-07 -6.397E-08 -9.452E-08 -8.213E-09 27 12 1.382E-06 -3.141E-07 -2.656E-07 -3.675E-08 27 13 6.034E-06 -1.581E-06 -7.904E-07 -1.837E-07 27 14 3.152E-05 -7.556E-06 -2.176E-06 -5.856E-07 27 15 1.874E-04 -3.753E-05 -8.357E-06 -5.063E-06 27 16 3.475E-04 -4.846E-05 -3.043E-06 1.952E-07 27 17 7.124E-04 3.225E-05 -8.997E-05 2.479E-05 27 18 9.153E-04 4.315E-04 -1.881E-05 -1.114E-04 27 19 4.714E-04 3.768E-04 2.309E-04 9.342E-05 28 17 2.426E-04 -1.870E-04 1.036E-04 -2.977E-05 28 18 1.431E-03 -5.810E-04 -1.158E-04 1.504E-04 28 19 3.858E-03 2.340E-04 -3.286E-04 -1.824E-04 28 20 2.251E-03 7.956E-04 -2.863E-05 2.734E-05 28 21 1.596E-03 9.125E-04 1.817E-04 -1.009E-04 28 22 6.359E-04 5.117E-04 3.189E-04 1.353E-04 28 23 4.266E-08 4.260E-08 4.246E-08 4.226E-08 29 19 1.975E-05 -1.864E-05 1.655E-05 -1.375E-05 29 20 4.965E-04 -3.556E-04 1.595E-04 -1.120E-05 29 21 1.419E-03 -5.677E-04 -1.234E-04 1.449E-04 29 22 2.332E-03 2.002E-04 -4.821E-04 -1.114E-04 29 23 2.066E-03 1.141E-03 1.893E-04 -1.438E-04 29 24 5.329E-04 4.379E-04 2.865E-04 1.353E-04 30 22 3.432E-04 -2.595E-04 1.372E-04 -3.434E-05 30 23 1.325E-03 -5.171E-04 -1.204E-04 1.321E-04 30 24 3.263E-03 1.240E-03 -3.649E-05 -1.315E-04 30 25 5.553E-05 5.132E-05 4.363E-05 3.374E-05 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 59.4s for mf 6 and mt 55 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 27 8 2.768E-09 5.430E-10 6.263E-10 7.820E-10 27 9 1.350E-08 2.284E-09 4.092E-10 -1.154E-09 27 10 4.652E-08 -2.666E-09 -6.349E-09 -6.198E-09 27 11 1.743E-07 -3.475E-08 -2.551E-08 -1.076E-08 27 12 9.574E-07 -1.363E-08 4.819E-08 5.411E-08 27 13 4.115E-06 -6.265E-07 -1.766E-07 -1.583E-07 27 14 1.703E-05 -1.628E-06 -2.921E-06 2.047E-07 27 15 4.770E-05 1.620E-05 -8.553E-06 -8.253E-06 27 16 4.421E-05 2.917E-05 9.134E-06 -4.244E-06 27 17 3.947E-05 3.365E-05 2.393E-05 1.330E-05 27 18 8.666E-07 8.518E-07 8.229E-07 7.809E-07 28 14 5.359E-06 -4.441E-06 2.952E-06 -1.409E-06 28 15 1.233E-04 -6.771E-05 9.929E-06 9.922E-06 28 16 3.110E-04 -1.158E-04 -1.670E-05 8.068E-06 28 17 9.699E-04 -2.151E-04 -5.064E-05 -2.123E-05 28 18 2.736E-03 -2.901E-04 -5.506E-05 7.659E-06 28 19 4.887E-03 8.984E-04 -5.193E-04 -5.328E-05 28 20 2.280E-03 1.345E-03 2.696E-04 -2.280E-04 28 21 1.099E-03 9.019E-04 5.879E-04 2.745E-04 28 22 4.005E-06 3.964E-06 3.883E-06 3.763E-06 29 19 1.537E-03 -1.035E-03 3.912E-04 1.610E-05 29 20 3.153E-03 -1.163E-03 -3.196E-04 2.418E-04 29 21 5.436E-03 2.729E-05 -9.662E-04 -1.642E-04 29 22 5.576E-03 2.485E-03 -8.768E-05 -3.827E-04 29 23 2.899E-03 2.137E-03 1.064E-03 2.239E-04 29 24 8.479E-05 8.122E-05 7.443E-05 6.505E-05 30 21 4.865E-04 -4.016E-04 2.647E-04 -1.247E-04 30 22 2.720E-03 -1.434E-03 1.065E-04 3.210E-04 30 23 5.600E-03 -4.771E-04 -1.135E-03 -7.314E-05 30 24 7.670E-03 4.128E-03 8.547E-04 -1.231E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 59.6s for mf 6 and mt 56 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 28 6 2.491E-09 -9.225E-11 -1.073E-09 -7.255E-11 28 7 7.377E-09 -5.886E-10 -2.922E-09 -6.703E-11 28 8 2.288E-08 -2.961E-09 -7.970E-09 1.213E-10 28 9 7.527E-08 -1.399E-08 -2.178E-08 1.243E-09 28 10 2.674E-07 -6.547E-08 -6.019E-08 6.677E-09 28 11 1.072E-06 -2.684E-07 -1.320E-07 6.746E-08 28 12 5.687E-06 -4.883E-07 6.723E-08 2.789E-07 28 13 2.630E-05 -3.693E-06 -2.485E-07 3.269E-07 28 14 1.315E-04 -2.628E-05 -4.610E-06 -1.901E-06 28 15 7.640E-04 -1.422E-04 -1.985E-05 -6.558E-06 28 16 1.380E-03 -2.123E-04 -2.261E-05 -5.598E-06 28 17 3.467E-03 -3.645E-04 -9.521E-05 1.732E-05 28 18 6.876E-03 6.092E-04 -6.756E-04 7.905E-05 28 19 7.544E-03 3.961E-03 4.512E-04 -6.112E-04 28 20 1.815E-03 1.516E-03 1.030E-03 5.227E-04 28 21 2.616E-05 2.568E-05 2.473E-05 2.335E-05 29 18 9.492E-04 -7.489E-04 4.416E-04 -1.563E-04 29 19 8.195E-03 -3.296E-03 -4.932E-04 6.126E-04 29 20 9.820E-03 -4.520E-04 -1.337E-03 -3.862E-04 29 21 1.124E-02 3.805E-03 -8.057E-04 -2.527E-04 29 22 8.077E-03 5.007E-03 1.359E-03 -5.360E-04 29 23 2.024E-03 1.735E-03 1.251E-03 7.185E-04 30 20 3.116E-04 -2.803E-04 2.249E-04 -1.570E-04 30 21 3.481E-03 -2.267E-03 7.311E-04 1.977E-04 30 22 9.002E-03 -2.841E-03 -1.177E-03 5.136E-04 30 23 1.385E-02 2.596E-03 -1.919E-03 -5.701E-04 30 24 1.157E-02 7.249E-03 2.376E-03 1.591E-05 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 59.9s for mf 6 and mt 57 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 28 6 1.627E-09 -7.730E-11 -6.839E-10 -4.329E-11 28 7 4.873E-09 -4.577E-10 -1.865E-09 -2.347E-11 28 8 1.535E-08 -2.264E-09 -5.089E-09 1.717E-10 28 9 5.148E-08 -1.064E-08 -1.393E-08 1.223E-09 28 10 1.867E-07 -4.963E-08 -3.860E-08 6.189E-09 28 11 1.024E-06 3.247E-08 1.102E-07 1.900E-07 28 12 4.681E-06 -8.624E-08 1.940E-08 -1.251E-07 28 13 1.952E-05 -3.238E-06 -1.314E-06 -1.136E-06 28 14 9.559E-05 -2.128E-05 -6.254E-06 -3.568E-06 28 15 5.381E-04 -9.834E-05 -2.657E-05 -1.280E-05 28 16 9.323E-04 -1.030E-04 -2.991E-05 6.116E-06 28 17 1.583E-03 3.009E-04 -2.532E-04 9.841E-07 28 18 1.947E-03 1.089E-03 1.475E-04 -2.303E-04 28 19 8.462E-04 7.076E-04 4.819E-04 2.469E-04 29 16 1.697E-05 -1.607E-05 1.439E-05 -1.210E-05 29 17 8.629E-04 -6.054E-04 2.572E-04 -9.824E-06 29 18 4.259E-03 -1.703E-03 -2.479E-04 2.779E-04 29 19 1.300E-02 -5.522E-04 -1.099E-03 -1.651E-04 29 20 8.592E-03 2.695E-03 -8.092E-04 -1.817E-04 29 21 7.099E-03 4.121E-03 7.788E-04 -6.685E-04 29 22 3.040E-03 2.494E-03 1.626E-03 7.593E-04 30 19 3.104E-04 -2.776E-04 2.199E-04 -1.501E-04 30 20 2.840E-03 -1.901E-03 6.762E-04 1.202E-04 30 21 7.500E-03 -2.877E-03 -6.626E-04 6.087E-04 30 22 1.353E-02 -5.456E-05 -2.062E-03 -3.914E-04 30 23 1.364E-02 5.795E-03 -2.992E-04 -7.660E-04 30 24 6.739E-03 4.935E-03 2.449E-03 5.785E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 60.1s for mf 6 and mt 58 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 28 5 1.092E-09 3.223E-11 -5.194E-10 -7.606E-11 28 6 3.047E-09 7.049E-13 -1.416E-09 -1.292E-10 28 7 8.644E-09 -2.317E-10 -3.855E-09 -2.243E-10 28 8 2.521E-08 -1.448E-09 -1.050E-08 -4.245E-10 28 9 7.636E-08 -7.278E-09 -2.859E-08 -9.429E-10 28 10 2.452E-07 -3.482E-08 -7.813E-08 -2.668E-09 28 11 8.480E-07 -1.651E-07 -2.141E-07 -9.625E-09 28 12 3.277E-06 -8.035E-07 -6.056E-07 -4.330E-08 28 13 1.443E-05 -3.674E-06 -1.717E-06 6.173E-08 28 14 5.035E-05 3.961E-06 -1.208E-05 1.729E-06 28 15 1.355E-04 5.867E-05 -1.580E-05 -3.021E-05 28 16 1.261E-04 8.840E-05 3.403E-05 -9.776E-06 28 17 1.104E-04 9.724E-05 7.458E-05 4.828E-05 28 18 6.619E-07 6.568E-07 6.469E-07 6.321E-07 29 13 1.285E-07 -1.245E-07 1.169E-07 -1.060E-07 29 14 3.077E-05 -2.228E-05 1.034E-05 -1.114E-06 29 15 3.459E-04 -1.639E-04 3.422E-07 2.748E-05 29 16 7.573E-04 -2.410E-04 -5.715E-05 2.661E-06 29 17 2.144E-03 -3.647E-04 -1.311E-04 -4.977E-05 29 18 5.476E-03 -3.591E-04 -9.106E-05 -2.926E-05 29 19 9.011E-03 1.986E-03 -9.194E-04 -7.591E-05 29 20 4.203E-03 2.501E-03 5.064E-04 -4.573E-04 29 21 2.227E-03 1.834E-03 1.203E-03 5.664E-04 29 22 1.848E-05 1.821E-05 1.769E-05 1.692E-05 30 19 3.030E-03 -1.989E-03 6.929E-04 6.904E-05 30 20 5.773E-03 -2.135E-03 -5.330E-04 3.822E-04 30 21 1.071E-02 -8.349E-04 -1.358E-03 -3.980E-04 30 22 1.276E-02 3.738E-03 -9.966E-04 -1.602E-04 30 23 9.073E-03 5.421E-03 1.308E-03 -5.680E-04 30 24 2.174E-03 1.831E-03 1.268E-03 6.750E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 60.3s for mf 6 and mt 59 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 29 5 2.506E-09 8.461E-11 -1.199E-09 -1.805E-10 29 6 6.959E-09 4.177E-11 -3.268E-09 -3.110E-10 29 7 1.962E-08 -3.647E-10 -8.899E-09 -5.616E-10 29 8 5.665E-08 -2.588E-09 -2.424E-08 -1.152E-09 29 9 1.692E-07 -1.338E-08 -6.596E-08 -2.908E-09 29 10 5.327E-07 -6.463E-08 -1.800E-07 -9.356E-09 29 11 1.798E-06 -3.076E-07 -4.914E-07 -3.610E-08 29 12 6.759E-06 -1.501E-06 -1.375E-06 -1.587E-07 29 13 2.845E-05 -7.239E-06 -4.223E-06 -6.756E-07 29 14 1.363E-04 -2.768E-05 -1.324E-05 -1.281E-06 29 15 6.956E-04 -9.961E-05 -5.110E-05 -2.765E-05 29 16 1.150E-03 -8.879E-05 -2.685E-05 -2.682E-05 29 17 2.704E-03 -1.578E-04 5.108E-06 8.206E-06 29 18 4.542E-03 8.314E-04 -5.601E-04 4.952E-05 29 19 4.739E-03 2.811E-03 6.267E-04 -3.832E-04 29 20 9.198E-04 8.086E-04 6.166E-04 3.937E-04 30 17 9.798E-07 -9.704E-07 9.518E-07 -9.243E-07 30 18 1.408E-03 -9.905E-04 4.269E-04 -2.801E-05 30 19 7.671E-03 -2.593E-03 -6.759E-04 3.037E-04 30 20 8.953E-03 -3.164E-04 -7.290E-04 -2.940E-04 30 21 1.107E-02 2.308E-03 -8.545E-04 9.958E-05 30 22 9.332E-03 4.657E-03 2.888E-04 -7.253E-04 30 23 4.659E-03 3.537E-03 1.906E-03 5.398E-04 30 24 1.352E-04 1.298E-04 1.195E-04 1.051E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 60.5s for mf 6 and mt 60 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 29 6 2.197E-09 -4.317E-11 -9.783E-10 -8.086E-11 29 7 6.383E-09 -3.614E-10 -2.666E-09 -1.072E-10 29 8 1.928E-08 -1.922E-09 -7.268E-09 -6.335E-11 29 9 6.127E-08 -9.234E-09 -1.983E-08 4.030E-10 29 10 2.090E-07 -4.340E-08 -5.448E-08 2.908E-09 29 11 7.729E-07 -2.036E-07 -1.516E-07 1.435E-08 29 12 3.871E-06 -3.485E-07 9.234E-08 4.746E-07 29 13 1.814E-05 -2.246E-06 -2.710E-07 6.925E-09 29 14 8.675E-05 -1.810E-05 -4.320E-06 -2.356E-06 29 15 4.922E-04 -9.919E-05 -1.856E-05 -9.493E-06 29 16 7.043E-04 4.207E-06 -1.084E-04 3.328E-05 29 17 1.070E-03 3.852E-04 -1.409E-04 -1.183E-04 29 18 1.249E-03 8.442E-04 3.074E-04 -5.583E-05 29 19 3.348E-04 2.999E-04 2.383E-04 1.640E-04 30 16 1.493E-04 -1.204E-04 7.481E-05 -3.044E-05 30 17 9.561E-04 -5.345E-04 7.725E-05 9.763E-05 30 18 3.472E-03 -1.043E-03 -3.179E-04 2.497E-05 30 19 9.926E-03 -4.148E-04 -4.239E-04 -1.068E-04 30 20 7.526E-03 1.141E-03 -6.242E-04 1.242E-04 30 21 7.141E-03 3.087E-03 -2.225E-04 -4.992E-04 30 22 4.865E-03 3.343E-03 1.328E-03 -4.140E-05 30 23 9.031E-04 8.059E-04 6.353E-04 4.311E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 60.6s for mf 6 and mt 61 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 29 9 1.479E-09 1.332E-09 1.067E-09 7.314E-10 29 10 6.862E-08 5.453E-08 3.173E-08 8.419E-09 29 11 2.054E-07 1.122E-07 -9.404E-09 -8.084E-08 29 12 7.544E-07 4.146E-07 2.609E-08 -1.141E-07 29 13 3.632E-06 2.291E-06 6.020E-07 -3.810E-07 29 14 1.205E-05 7.991E-06 2.436E-06 -1.489E-06 29 15 3.345E-05 2.598E-05 1.425E-05 2.921E-06 29 16 2.234E-05 2.019E-05 1.633E-05 1.151E-05 29 17 3.013E-06 2.947E-06 2.818E-06 2.632E-06 30 7 1.238E-09 -3.640E-10 -2.393E-10 7.152E-11 30 8 7.131E-09 1.954E-10 4.040E-10 6.036E-10 30 9 2.829E-08 -2.408E-09 -1.234E-09 -3.037E-10 30 10 1.118E-07 -2.302E-08 -1.070E-08 -2.723E-09 30 11 4.534E-07 -1.400E-07 -4.517E-08 4.986E-09 30 12 2.020E-06 -7.267E-07 -1.643E-07 7.087E-08 30 13 9.846E-06 -3.659E-06 -6.900E-07 3.478E-07 30 14 5.371E-05 -1.860E-05 -3.743E-06 8.012E-07 30 15 3.300E-04 -9.081E-05 -2.187E-05 -5.664E-06 30 16 6.185E-04 -1.230E-04 -2.673E-05 -1.374E-05 30 17 1.643E-03 -2.262E-04 -2.423E-05 -4.289E-06 30 18 3.993E-03 -2.890E-04 -1.271E-04 1.598E-05 30 19 7.843E-03 7.583E-04 -5.388E-04 5.600E-05 30 20 4.320E-03 1.857E-03 -1.591E-04 -3.073E-04 30 21 3.341E-03 2.209E-03 7.560E-04 -1.541E-04 30 22 1.097E-03 9.469E-04 6.942E-04 4.120E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 60.8s for mf 6 and mt 62 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 30 7 5.677E-09 3.239E-09 2.843E-09 2.382E-09 30 8 3.012E-08 1.306E-08 2.482E-09 -5.679E-09 30 9 9.083E-08 1.589E-08 -1.802E-08 -2.582E-08 30 10 2.897E-07 -1.969E-12 -7.412E-08 -5.313E-08 30 11 9.925E-07 -1.235E-07 -2.281E-07 -9.630E-08 30 12 3.786E-06 -8.083E-07 -6.702E-07 -1.803E-07 30 13 1.675E-05 -3.900E-06 -1.589E-06 3.341E-09 30 14 8.779E-05 -1.704E-05 -2.763E-06 7.785E-07 30 15 4.885E-04 -9.690E-05 -1.726E-05 -4.980E-06 30 16 8.314E-04 -1.220E-04 -4.040E-05 -6.409E-06 30 17 1.964E-03 -1.280E-04 -7.358E-05 -1.073E-05 30 18 4.188E-03 1.032E-04 -1.725E-04 3.038E-05 30 19 5.469E-03 2.078E-03 -3.155E-04 -2.912E-04 30 20 2.275E-03 1.575E-03 6.232E-04 -5.467E-05 30 21 8.529E-04 7.464E-04 5.636E-04 3.534E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 60.9s for mf 6 and mt 63 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 30 7 2.295E-09 -1.898E-10 -9.012E-10 -2.044E-11 30 8 7.140E-09 -9.602E-10 -2.459E-09 5.668E-11 30 9 2.356E-08 -4.538E-09 -6.719E-09 4.979E-10 30 10 8.382E-08 -2.117E-08 -1.855E-08 2.620E-09 30 11 3.535E-07 -6.949E-08 -2.520E-08 3.614E-08 30 12 1.889E-06 -5.353E-08 1.120E-07 1.671E-07 30 13 8.404E-06 -1.029E-06 -1.794E-07 -1.762E-07 30 14 4.027E-05 -7.955E-06 -1.658E-06 -8.303E-07 30 15 2.249E-04 -4.477E-05 -7.433E-06 -3.102E-06 30 16 4.008E-04 -6.660E-05 -7.447E-06 -1.916E-06 30 17 9.154E-04 -4.789E-05 -8.328E-05 3.540E-05 30 18 1.350E-03 4.537E-04 -1.759E-04 -1.123E-04 30 19 1.329E-03 9.294E-04 3.920E-04 1.148E-05 30 20 1.213E-04 1.133E-04 9.854E-05 7.909E-05 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 group constants at t=3.000E+02 deg k 61.0s for mf 6 and mt 64 continued lr 23 particle emission initl final group constants vs legendre order group group 0 1 2 3 30 6 1.262E-09 9.141E-12 -5.917E-10 -5.957E-11 30 7 3.559E-09 -6.735E-11 -1.612E-09 -1.037E-10 30 8 1.029E-08 -4.879E-10 -4.391E-09 -1.966E-10 30 9 3.074E-08 -2.530E-09 -1.195E-08 -4.379E-10 30 10 9.688E-08 -1.219E-08 -3.262E-08 -1.239E-09 30 11 3.266E-07 -5.776E-08 -8.911E-08 -4.404E-09 30 12 1.223E-06 -2.799E-07 -2.495E-07 -1.902E-08 30 13 5.158E-06 -1.388E-06 -7.332E-07 -9.754E-08 30 14 2.674E-05 -5.683E-06 -1.236E-06 3.598E-07 30 15 1.188E-04 -6.399E-06 -1.983E-05 3.465E-06 30 16 1.206E-04 3.616E-05 -2.626E-05 -1.893E-05 30 17 1.845E-04 1.086E-04 1.829E-05 -2.618E-05 30 18 1.710E-04 1.397E-04 8.965E-05 3.950E-05 30 19 8.226E-06 7.976E-06 7.492E-06 6.808E-06 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 threshold is above highest energy bound for mt 65 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 threshold is above highest energy bound for mt 66 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 threshold is above highest energy bound for mt 67 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 threshold is above highest energy bound for mt 68 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id fls 7/ 1341 xx fls 1 id sed 8/ 1022 id sc 9/99924 xx sc 24 group constants at t=3.000E+02 deg k 61.1s for mf 6 and mt 91 continuum inelastic lr 23 particle emission initl final isotropic matrix vs final group group group +0 +1 +2 +3 26 9 2.693E-09 1.990E-08 1.216E-07 8.811E-07 5.537E-06 3.511E-05 26 15 1.827E-04 2.303E-04 3.441E-04 3.511E-04 1.903E-04 2.577E-05 26 21 3.463E-06 27 8 1.591E-09 1.175E-08 8.680E-08 6.348E-07 4.644E-06 3.304E-05 27 14 2.215E-04 1.241E-03 1.682E-03 2.714E-03 3.122E-03 2.142E-03 27 20 4.740E-04 1.868E-04 4.604E-05 5.245E-06 1.042E-07 28 8 2.577E-09 1.903E-08 1.406E-07 1.028E-06 7.522E-06 5.352E-05 28 14 3.587E-04 2.010E-03 2.725E-03 4.395E-03 5.056E-03 3.469E-03 28 20 7.677E-04 3.030E-04 8.092E-05 1.325E-05 1.132E-06 29 8 3.345E-09 2.470E-08 1.825E-07 1.335E-06 9.764E-06 6.947E-05 29 14 4.656E-04 2.608E-03 3.537E-03 5.705E-03 6.563E-03 4.503E-03 29 20 9.964E-04 3.933E-04 1.050E-04 1.720E-05 1.558E-06 30 8 4.882E-09 3.605E-08 2.663E-07 1.948E-06 1.425E-05 1.014E-04 30 14 6.795E-04 3.806E-03 5.161E-03 8.325E-03 9.577E-03 6.572E-03 30 20 1.454E-03 5.740E-04 1.533E-04 2.510E-05 2.274E-06 1.254E-09 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id aes 7/99924 xx aes 98675 group constants at t=3.000E+02 deg k 61.2s for mf 6 and mt221 free thermal scattering initl final group constants vs legendre order group group 0 1 2 3 1 1 8.063E+00 2.365E-01 5.220E-02 9.915E-02 1 2 3.230E-02 -1.542E-03 -1.671E-03 -4.183E-04 1 3 3.096E-09 -2.482E-09 1.563E-09 -7.373E-10 2 1 7.374E-01 -1.565E-01 -2.458E-02 -1.413E-03 2 2 3.968E+00 4.737E-01 6.773E-02 1.266E-01 2 3 5.483E-02 8.145E-03 -2.099E-03 -1.077E-03 3 1 1.634E-04 -1.317E-04 8.393E-05 -4.057E-05 3 2 7.261E-01 -1.762E-01 -1.896E-02 7.268E-03 3 3 4.012E+00 5.028E-01 6.059E-02 1.599E-01 3 4 9.144E-03 4.509E-03 1.077E-03 1.469E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id aes 7/99924 xx aes 98675 group constants at t=3.000E+02 deg k 72.0s for mf 6 and mt229 graphite inelastic thermal scattering initl final group constants vs legendre order group group 0 1 2 3 1 1 4.497E-01 -8.526E-02 -9.838E-03 -3.479E-03 1 2 1.309E-02 -2.984E-03 -5.681E-04 -1.284E-04 1 3 5.517E-08 -2.220E-08 2.277E-09 -5.309E-10 2 1 4.255E-01 -1.153E-01 -1.301E-02 -4.212E-03 2 2 2.035E+00 -3.631E-01 -1.558E-01 -3.609E-02 2 3 3.321E-02 -3.697E-03 -3.237E-03 -8.548E-04 3 1 1.076E-02 -4.332E-03 7.423E-04 -1.619E-04 3 2 5.998E-01 -1.672E-01 -2.083E-02 -4.972E-03 3 3 3.142E+00 -1.814E-01 -2.909E-01 -1.036E-01 3 4 7.940E-03 1.762E-03 -7.446E-04 -5.599E-04 xx ans -1 id ans 3/ 481 id ff 4/ 605 id prod 5/ 635 id sig 6/ 991 id aes 7/ 1579 group constants at t=3.000E+02 deg k 100.3s for mf 6 and mt230 graphite elastic thermal scattering initl final group constants vs legendre order group group 0 1 2 3 1 1 2.691E+00 -2.571E-01 -1.156E-01 -5.729E-02 2 2 2.174E+00 7.123E-01 1.293E-01 -9.551E-03 3 3 9.163E-01 5.917E-01 2.801E-01 1.018E-01 xx ans -1 id ans 3/ 409 id ff 4/ 461 id prod 5/ 491 id sig 6/ 847 id yl 7/99924 xx yl 1 id gyl 8/ 849 id eyl 9/ 850 id loca 10/ 851 id flg 11/99924 xx flg 570 id gfl 12/ 1425 group constants at t=3.000E+02 deg k 103.2s for mf17 and mt 51 inelastic gamma production initl final group constants vs legendre order group group 0 1 2 3 24 7 5.169E-02 0.000E+00 1.389E-02 0.000E+00 25 7 2.465E-01 0.000E+00 2.272E-02 0.000E+00 26 7 3.199E-01 0.000E+00 4.109E-02 0.000E+00 27 7 3.115E-01 0.000E+00 5.306E-02 0.000E+00 28 7 2.155E-01 0.000E+00 3.345E-02 0.000E+00 29 7 1.850E-01 0.000E+00 2.523E-02 0.000E+00 30 7 1.354E-01 0.000E+00 1.647E-02 0.000E+00 xx ans -1 id ans 3/ 409 id ff 4/ 461 id prod 5/ 491 id sig 6/ 847 id yl 7/99924 xx yl 48 id gyl 8/ 898 id eyl 9/ 901 id loca 10/ 904 id flg 11/99924 xx flg 1 id gfl 12/ 908 group constants at t=3.000E+02 deg k 103.5s for mf16 and mt102 capture gamma production spectrum constant below 9.1200E+03 ev ( 12 groups) initl final isotropic matrix vs final group group group +0 +1 +2 +3 spec 4 2.424E-01 0.000E+00 2.424E-01 5.152E-01 1 prod 1.677E-02 1.445E-03 8.757E-04 5.312E-04 3.231E-04 1.957E-04 7 prod 1.193E-04 7.232E-05 4.397E-05 2.686E-05 1.994E-05 1.134E-05 13 4 3.425E-07 0.000E+00 3.425E-07 7.277E-07 14 4 3.084E-07 0.000E+00 3.084E-07 5.575E-07 9.782E-08 15 4 2.922E-07 0.000E+00 2.922E-07 0.000E+00 6.210E-07 16 4 2.991E-07 0.000E+00 2.991E-07 0.000E+00 6.356E-07 17 4 3.116E-07 0.000E+00 3.116E-07 0.000E+00 6.621E-07 18 4 3.258E-07 2.187E-08 3.476E-07 0.000E+00 7.387E-07 19 5 5.121E-07 5.121E-07 0.000E+00 5.865E-07 5.017E-07 20 5 1.109E-06 1.109E-06 0.000E+00 0.000E+00 2.356E-06 21 5 4.797E-07 3.071E-06 0.000E+00 0.000E+00 3.719E-06 5.361E-08 22 6 6.606E-06 0.000E+00 0.000E+00 0.000E+00 7.019E-06 23 6 5.638E-06 4.429E-06 0.000E+00 0.000E+00 5.731E-06 4.965E-06 24 6 9.054E-06 1.240E-06 3.849E-06 3.964E-06 0.000E+00 5.152E-06 24 12 1.409E-05 25 6 2.373E-05 0.000E+00 0.000E+00 1.524E-06 1.399E-05 8.215E-06 25 12 5.043E-05 26 6 3.436E-05 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.056E-05 26 12 9.682E-05 27 6 2.316E-05 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 27 12 7.239E-05 28 6 2.285E-05 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 28 12 7.142E-05 29 6 4.025E-05 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 29 12 1.258E-04 30 6 6.118E-05 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.000E+00 30 12 1.452E-04 xx ans -1 xx unr -1 usage 199411/100000 104.6s ***************************************************************************** moder...change the mode of an endf/b tape or njoy output tape 104.6s input unit (+ for coded, - for bb) ... -23 output unit (+ for coded, - for bb) .. 25 tape label -------------------------------------- pendf tape for c-nat from endf/b tape 511 116.1s *****************************************************************************