ENTRY 12184 20210311 14821218400000001 SUBENT 12184001 20210311 14821218400100001 BIB 9 32 1218400100002 TITLE Slow Neutron Velocity Spectrometer Studies. II. Au, 1218400100003 In, Ta, W, Pt, Zr 1218400100004 AUTHOR (W.W.Havens Jr,C.S.Wu,L.J.Rainwater,C.L.Meaker) 1218400100005 REFERENCE (J,PR,71,165,1947) 1218400100006 #doi:10.1103/PhysRev.71.165 1218400100007 INSTITUTE (1USACOL) 1218400100008 FACILITY (SELVE,1USACOL) Slow neutron velocity spectrometer. 1218400100009 METHOD (TOF) A burst of neutrons is produced at the source 1218400100010 between t=0 and t=tau, and these neutrons are 1218400100011 detected 6.2 meters from the source between t=t, and 1218400100012 t=t+tau to define the neutron energy in terms of its 1218400100013 time of flight t, over the measured path length. 1218400100014 Sixteen adjacent timing intervals are measured 1218400100015 simultaneously for each of two independent detectors, 1218400100016 thus 32 measurements are made simultaneously. The 1218400100017 detection intervals are spaced in time an amount tau 1218400100018 equal to the width of the individual intervals. 1218400100019 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1218400100020 COMMENT Compiler's comment: Energy scale is confusing, so 1218400100021 plots were digitized vs. neutron time of flight in 1218400100022 microsec/meter and converted to energy using the 1218400100023 relation E = (72.3/t) **2 eV which gives the neutron 1218400100024 energy for a timing t, microsec/meter. Transmission 1218400100025 data are more reliable, while cross section scale is 1218400100026 less obvious. 1218400100027 HISTORY (19760803T) Translated from SCISRS. 1218400100028 (19821012A) Converted to reaction formalism 1218400100029 (20210311A) BP: Digitized all plots and target 1218400100030 materials, added method, sample thicknesses and 1218400100031 resonance parameters. Updated to new date formats, 1218400100032 lower case. corrections according last EXFOR rules 1218400100033 and Dict. 1218400100034 ENDBIB 32 0 1218400100035 NOCOMMON 0 0 1218400100036 ENDSUBENT 35 0 1218400199999 SUBENT 12184002 20210311 14821218400200001 BIB 5 16 1218400200002 REACTION (74-W-0(N,TOT),,SIG) 1218400200003 SAMPLE The slow neutron transmission of tungsten was studied 1218400200004 using rolled tungsten plates supplied by the General 1218400200005 Electric Company, Cleveland Wire Works: 29.2 g/cm2. A 1218400200006 spectrographic analysis of the sample showed less 1218400200007 than 1 percent As; 0.5 percent Bi; 0.05 percent Zr, V, 1218400200008 Zn, Cd, and Si; 0.005 percent Be, Fe, Pd, Au, Ge; 1218400200009 traces of La, Ru, Rh, Cu, Hg, Al, Tl, Sn, Pb. For all 1218400200010 other metals the prominent lines were not apparent. 1218400200011 ANALYSIS The cross section, sigma, is related to the 1218400200012 transmission, T, by the relation T=exp(-n sigma) 1218400200013 where n=atoms/cm2 of the element studied (if only the 1218400200014 element is present). 1218400200015 STATUS (DEP,12184008) 1218400200016 (CURVE) Fig. 6, page 169. 1218400200017 HISTORY (20210311A) BP: replaced the BNL-325 read data. 1218400200018 ENDBIB 16 0 1218400200019 NOCOMMON 0 0 1218400200020 DATA 3 34 1218400200021 EN DATA DATA-ERR 1218400200022 EV B B 1218400200023 805.152 9.468 0.360 1218400200024 26.620 16.434 0.302 1218400200025 4.419 13.949 0.361 1218400200026 1.916 8.536 0.302 1218400200027 1.027 8.037 0.418 1218400200028 0.657 8.474 0.475 1218400200029 0.468 9.717 0.360 1218400200030 0.322 10.027 0.360 1218400200031 0.248 10.900 0.302 1218400200032 0.197 11.148 0.302 1218400200033 0.167 12.330 0.360 1218400200034 0.136 13.324 0.183 1218400200035 0.114 13.638 0.302 1218400200036 0.098 14.507 0.302 1218400200037 0.086 15.315 0.360 1218400200038 0.074 15.441 0.360 1218400200039 0.065 16.312 0.243 1218400200040 0.058 16.811 0.360 1218400200041 0.051 17.927 0.360 1218400200042 0.046 17.803 0.418 1218400200043 0.041 19.050 0.475 1218400200044 0.037 19.857 0.418 1218400200045 0.034 20.601 0.418 1218400200046 0.031 21.166 0.418 1218400200047 0.028 21.534 0.475 1218400200048 0.026 22.224 0.418 1218400200049 0.024 23.653 0.360 1218400200050 0.022 24.399 0.418 1218400200051 0.021 23.838 0.642 1218400200052 0.019 25.020 0.532 1218400200053 0.018 24.961 0.525 1218400200054 0.017 26.576 0.418 1218400200055 0.016 27.074 0.642 1218400200056 0.015 27.758 0.751 1218400200057 ENDDATA 36 0 1218400200058 ENDSUBENT 57 0 1218400299999 SUBENT 12184003 20210311 14821218400300001 BIB 5 14 1218400300002 REACTION (78-PT-0(N,TOT),,SIG) 1218400300003 SAMPLE A sample containing 25.8 g/cm2 of metallic platinum 1218400300004 was used for the slow neutron transmission 1218400300005 measurements. A spectrographic analysis of the sample 1218400300006 showed less than 0.5 percent Ca, Al; 0.05 percent Fe, 1218400300007 Rh, Pd, Cu, Au; 0.005 percent Ag and Si; traces of Cr, 1218400300008 Ru, and In. 1218400300009 ANALYSIS The cross section, sigma, is related to the 1218400300010 transmission, T, by the relation T=exp(-n sigma) 1218400300011 where n=atoms/cm2 of the element studied (if only the 1218400300012 element is present). 1218400300013 STATUS (DEP,12184009) 1218400300014 (CURVE) Fig. 9, page 171. 1218400300015 HISTORY (20210311A) BP: replaced the BNL-325 read data. 1218400300016 ENDBIB 14 0 1218400300017 NOCOMMON 0 0 1218400300018 DATA 3 49 1218400300019 EN DATA DATA-ERR 1218400300020 EV B B 1218400300021 980913.868 9.017E+00 2.940E-01 1218400300022 6970.129 1.051E+01 2.655E-01 1218400300023 2052.158 1.256E+01 4.095E-01 1218400300024 922.832 1.359E+01 4.429E-01 1218400300025 504.783 1.335E+01 4.845E-01 1218400300026 326.053 1.307E+01 3.301E-01 1218400300027 227.922 1.284E+01 4.658E-01 1218400300028 168.366 1.444E+01 4.173E-01 1218400300029 127.301 1.596E+01 4.616E-01 1218400300030 102.537 1.665E+01 5.429E-01 1218400300031 82.127 1.636E+01 5.934E-01 1218400300032 67.256 1.607E+01 4.649E-01 1218400300033 56.661 1.384E+01 5.021E-01 1218400300034 47.914 1.200E+01 4.799E-01 1218400300035 41.821 1.102E+01 3.999E-01 1218400300036 36.198 1.102E+01 3.592E-01 1218400300037 31.895 1.122E+01 3.244E-01 1218400300038 28.100 1.192E+01 3.011E-01 1218400300039 24.767 1.262E+01 4.113E-01 1218400300040 22.450 1.385E+01 3.497E-01 1218400300041 20.317 1.752E+01 3.152E-01 1218400300042 18.470 1.971E+01 5.702E-01 1218400300043 16.958 1.868E+01 5.404E-01 1218400300044 15.445 1.667E+01 5.434E-01 1218400300045 14.131 1.771E+01 5.124E-01 1218400300046 13.118 2.257E+01 7.357E-01 1218400300047 12.029 3.034E+01 6.558E-01 1218400300048 11.174 3.389E+01 9.803E-01 1218400300049 10.352 2.727E+01 5.894E-01 1218400300050 9.704 2.156E+01 7.027E-01 1218400300051 9.075 1.621E+01 5.284E-01 1218400300052 8.472 1.371E+01 4.974E-01 1218400300053 7.927 1.305E+01 5.215E-01 1218400300054 7.493 1.259E+01 4.567E-01 1218400300055 7.012 1.224E+01 4.892E-01 1218400300056 6.601 1.219E+01 3.976E-01 1218400300057 6.269 1.177E+01 4.268E-01 1218400300058 5.942 1.144E+01 3.307E-01 1218400300059 5.639 1.152E+01 3.331E-01 1218400300060 5.359 1.185E+01 3.864E-01 1218400300061 5.083 1.194E+01 3.453E-01 1218400300062 4.828 1.198E+01 3.906E-01 1218400300063 4.620 1.233E+01 3.567E-01 1218400300064 4.398 1.242E+01 4.048E-01 1218400300065 4.216 1.182E+01 4.287E-01 1218400300066 3.853 1.251E+01 5.003E-01 1218400300067 3.535 1.225E+01 3.541E-01 1218400300068 3.238 1.252E+01 3.621E-01 1218400300069 2.983 1.243E+01 3.593E-01 1218400300070 ENDDATA 51 0 1218400300071 ENDSUBENT 70 0 1218400399999 SUBENT 12184004 20210311 14821218400400001 BIB 4 8 1218400400002 REACTION 1(73-TA-181(N,0),,EN) 1218400400003 2(73-TA-181(N,TOT),,WID,,SQ/S0) 1218400400004 FLAG (1.) Probably multiple levels 1218400400005 STATUS (DEP,12184020) 1218400400006 (DEP,12184022) 1218400400007 (TABLE) page 169. 1218400400008 HISTORY (20210311A) BP: Added status, corrected Ta to Ta-181 1218400400009 (99.988%). 1218400400010 ENDBIB 8 0 1218400400011 NOCOMMON 0 0 1218400400012 DATA 4 7 1218400400013 DATA 1DATA-ERR 1DATA-APRX 2FLAG 1218400400014 EV EV B*EV-SQ NO-DIM 1218400400015 4.1 0.1 44. 1218400400016 10.0 0.3 25. 1218400400017 13. 0.5 3. 1218400400018 22. 2. 18. 1218400400019 37. 3. 400. 1218400400020 100. 1. 1218400400021 300. 1. 1218400400022 ENDDATA 9 0 1218400400023 ENDSUBENT 22 0 1218400499999 SUBENT 12184005 20210311 14821218400500001 BIB 4 7 1218400500002 REACTION 1(74-W-0(N,0),,EN) 1218400500003 2(74-W-0(N,TOT),,WID,,SQ/S0) 1218400500004 FLAG (1.) Possibly multiple levels. 1218400500005 STATUS (DEP,12184010) 1218400500006 (DEP,12184012) 1218400500007 (TABLE) Pages 170-171. 1218400500008 HISTORY (20210311A) BP: Added status, level data. 1218400500009 ENDBIB 7 0 1218400500010 NOCOMMON 0 0 1218400500011 DATA 4 6 1218400500012 DATA 1DATA-ERR 1DATA-APRX 2FLAG 1218400500013 EV EV B*EV-SQ NO-DIM 1218400500014 4.0 0.1 13. 1218400500015 7.4 0.2 5. 1218400500016 18.0 0.5 3000. 1. 1218400500017 45. 2. 400. 1. 1218400500018 180. 20. 10000.0 1218400500019 1100.0 1. 1218400500020 ENDDATA 8 0 1218400500021 ENDSUBENT 20 0 1218400599999 SUBENT 12184006 20210311 14821218400600001 BIB 4 6 1218400600002 REACTION 1(78-PT-0(N,0),,EN) 1218400600003 2(78-PT-0(N,TOT),,WID,,SQ/S0) 1218400600004 FLAG (1.) Multiple levels. 1218400600005 STATUS (DEP,12184009) 1218400600006 (TABLE) Page 172. 1218400600007 HISTORY (20210311A) BP: Added status. 1218400600008 ENDBIB 6 0 1218400600009 NOCOMMON 0 0 1218400600010 DATA 4 4 1218400600011 DATA 1DATA-ERR 1DATA-APRX 2FLAG 1218400600012 EV EV B*EV-SQ NO-DIM 1218400600013 11.5 0.4 55. 1218400600014 18.2 1. 30. 1218400600015 100. 1. 1218400600016 1000. 1. 1218400600017 ENDDATA 6 0 1218400600018 ENDSUBENT 17 0 1218400699999 SUBENT 12184007 20210311 14821218400700001 BIB 4 7 1218400700002 REACTION 1(40-ZR-0(N,0),,EN) 1218400700003 2(40-ZR-0(N,TOT),,WID,,SQ/S0) 1218400700004 FLAG (1.) Level uncertain. 1218400700005 STATUS (DEP,12184024) 1218400700006 (DEP,12184026) 1218400700007 (TABLE) Page 173. 1218400700008 HISTORY (20210311A) BP: Added status. 1218400700009 ENDBIB 7 0 1218400700010 NOCOMMON 0 0 1218400700011 DATA 4 4 1218400700012 DATA 1DATA-ERR 1DATA-APRX 2FLAG 1218400700013 EV EV B*EV-SQ NO-DIM 1218400700014 1.09 0.03 5. 1218400700015 2.30 0.07 8. 1218400700016 5.7 0.5 10. 1. 1218400700017 7.6 0.4 40. 1218400700018 ENDDATA 6 0 1218400700019 ENDSUBENT 18 0 1218400799999 SUBENT 12184008 20210313 14821218400800001 BIB 5 12 1218400800002 REACTION (74-W-0(N,TOT),,TRN) 1218400800003 SAMPLE The slow neutron transmission of tungsten was studied 1218400800004 using rolled tungsten plates supplied by the General 1218400800005 Electric Company, Cleveland Wire Works: 29.2 g/cm2. A 1218400800006 spectrographic analysis of the sample showed less 1218400800007 than 1 percent As; 0.5 percent Bi; 0.05 percent Zr, V, 1218400800008 Zn, Cd, and Si; 0.005 percent Be, Fe, Pd, Au, Ge; 1218400800009 traces of La, Ru, Rh, Cu, Hg, Al, Tl, Sn, Pb. For all 1218400800010 other metals the prominent lines were not apparent. 1218400800011 METHOD (TRN) 1218400800012 STATUS (CURVE) Fig. 6, page 169. 1218400800013 HISTORY (20210313C) BP 1218400800014 ENDBIB 12 0 1218400800015 COMMON 1 3 1218400800016 THICKNESS 1218400800017 G/CM-SQ 1218400800018 29.2 1218400800019 ENDCOMMON 3 0 1218400800020 DATA 3 34 1218400800021 EN DATA DATA-ERR 1218400800022 EV NO-DIM NO-DIM 1218400800023 805.152 3.972E-01 1.386E-02 1218400800024 26.620 2.047E-01 5.969E-03 1218400800025 4.419 2.593E-01 9.049E-03 1218400800026 1.916 4.340E-01 1.266E-02 1218400800027 1.027 4.551E-01 1.847E-02 1218400800028 0.657 4.366E-01 2.019E-02 1218400800029 0.468 3.879E-01 1.353E-02 1218400800030 0.322 3.766E-01 1.314E-02 1218400800031 0.248 3.466E-01 1.011E-02 1218400800032 0.197 3.385E-01 9.872E-03 1218400800033 0.167 3.025E-01 1.055E-02 1218400800034 0.136 2.752E-01 4.843E-03 1218400800035 0.114 2.671E-01 7.790E-03 1218400800036 0.098 2.459E-01 7.171E-03 1218400800037 0.086 2.277E-01 7.944E-03 1218400800038 0.074 2.250E-01 7.851E-03 1218400800039 0.065 2.071E-01 4.846E-03 1218400800040 0.058 1.975E-01 6.892E-03 1218400800041 0.051 1.776E-01 6.196E-03 1218400800042 0.046 1.797E-01 7.293E-03 1218400800043 0.041 1.596E-01 7.382E-03 1218400800044 0.037 1.478E-01 5.999E-03 1218400800045 0.034 1.377E-01 5.587E-03 1218400800046 0.031 1.305E-01 5.298E-03 1218400800047 0.028 1.260E-01 5.826E-03 1218400800048 0.026 1.180E-01 4.790E-03 1218400800049 0.024 1.030E-01 3.594E-03 1218400800050 0.022 9.594E-02 3.894E-03 1218400800051 0.021 1.012E-01 6.379E-03 1218400800052 0.019 9.043E-02 4.691E-03 1218400800053 0.018 9.096E-02 4.719E-03 1218400800054 0.017 7.799E-02 3.165E-03 1218400800055 0.016 7.438E-02 4.689E-03 1218400800056 0.015 6.969E-02 5.162E-03 1218400800057 ENDDATA 36 0 1218400800058 ENDSUBENT 57 0 1218400899999 SUBENT 12184009 20210313 14821218400900001 BIB 5 10 1218400900002 REACTION (78-PT-0(N,TOT),,TRN) 1218400900003 SAMPLE A sample containing 25.8 g/cm2 of metallic platinum 1218400900004 was used for the slow neutron transmission 1218400900005 measurements. A spectrographic analysis of the sample 1218400900006 showed less than 0.5 percent Ca, Al; 0.05 percent Fe, 1218400900007 Rh, Pd, Cu, Au; 0.005 percent Ag and Si; traces of Cr, 1218400900008 Ru, and In. 1218400900009 METHOD (TRN) 1218400900010 STATUS (CURVE) Fig. 9, page 171. 1218400900011 HISTORY (20210313C) BP 1218400900012 ENDBIB 10 0 1218400900013 COMMON 1 3 1218400900014 THICKNESS 1218400900015 G/CM-SQ 1218400900016 25.8 1218400900017 ENDCOMMON 3 0 1218400900018 DATA 3 49 1218400900019 EN DATA DATA-ERR 1218400900020 EV NO-DIM NO-DIM 1218400900021 980913.868 0.482 0.009 1218400900022 6970.129 0.437 0.007 1218400900023 2052.158 0.385 0.009 1218400900024 922.832 0.362 0.009 1218400900025 504.783 0.367 0.010 1218400900026 326.053 0.373 0.007 1218400900027 227.922 0.378 0.010 1218400900028 168.366 0.344 0.008 1218400900029 127.301 0.314 0.008 1218400900030 102.537 0.302 0.009 1218400900031 82.127 0.307 0.010 1218400900032 67.256 0.312 0.008 1218400900033 56.661 0.356 0.010 1218400900034 47.914 0.398 0.012 1218400900035 41.821 0.423 0.010 1218400900036 36.198 0.423 0.009 1218400900037 31.895 0.418 0.008 1218400900038 28.100 0.400 0.007 1218400900039 24.767 0.383 0.009 1218400900040 22.450 0.356 0.007 1218400900041 20.317 0.287 0.005 1218400900042 18.470 0.252 0.008 1218400900043 16.958 0.268 0.008 1218400900044 15.445 0.302 0.009 1218400900045 14.131 0.284 0.008 1218400900046 13.118 0.213 0.009 1218400900047 12.029 0.126 0.006 1218400900048 11.174 0.093 0.008 1218400900049 10.352 0.157 0.006 1218400900050 9.704 0.226 0.009 1218400900051 9.075 0.310 0.009 1218400900052 8.472 0.359 0.010 1218400900053 7.927 0.374 0.012 1218400900054 7.493 0.384 0.010 1218400900055 7.012 0.392 0.012 1218400900056 6.601 0.394 0.009 1218400900057 6.269 0.404 0.010 1218400900058 5.942 0.412 0.008 1218400900059 5.639 0.410 0.008 1218400900060 5.359 0.402 0.009 1218400900061 5.083 0.400 0.008 1218400900062 4.828 0.399 0.009 1218400900063 4.620 0.390 0.008 1218400900064 4.398 0.388 0.009 1218400900065 4.216 0.403 0.010 1218400900066 3.853 0.386 0.012 1218400900067 3.535 0.392 0.008 1218400900068 3.238 0.386 0.008 1218400900069 2.983 0.388 0.008 1218400900070 ENDDATA 51 0 1218400900071 ENDSUBENT 70 0 1218400999999 SUBENT 12184010 20210313 14821218401000001 BIB 5 12 1218401000002 REACTION (74-W-0(N,TOT),,TRN) 1218401000003 SAMPLE The slow neutron transmission of tungsten was studied 1218401000004 using rolled tungsten plates supplied by the General 1218401000005 Electric Company, Cleveland Wire Works: 4.90 g/cm2. A 1218401000006 spectrographic analysis of the sample showed less 1218401000007 than 1 percent As; 0.5 percent Bi; 0.05 percent Zr, V, 1218401000008 Zn, Cd, and Si; 0.005 percent Be, Fe, Pd, Au, Ge; 1218401000009 traces of La, Ru, Rh, Cu, Hg, Al, Tl, Sn, Pb. For all 1218401000010 other metals the prominent lines were not apparent. 1218401000011 METHOD (TRN) 1218401000012 STATUS (CURVE) Fig. 7, page 169. 1218401000013 HISTORY (20210313C) BP 1218401000014 ENDBIB 12 0 1218401000015 COMMON 1 3 1218401000016 THICKNESS 1218401000017 G/CM-SQ 1218401000018 4.90 1218401000019 ENDCOMMON 3 0 1218401000020 DATA 3 31 1218401000021 EN DATA DATA-ERR 1218401000022 EV NO-DIM NO-DIM 1218401000023 120823.086 0.840 0.019 1218401000024 2292.571 0.771 0.025 1218401000025 524.811 0.748 0.021 1218401000026 227.163 0.691 0.018 1218401000027 129.027 0.679 0.019 1218401000028 84.354 0.798 0.019 1218401000029 57.774 0.738 0.019 1218401000030 42.656 0.640 0.019 1218401000031 32.302 0.659 0.019 1218401000032 25.167 0.383 0.012 1218401000033 20.760 0.098 0.010 1218401000034 17.038 0.094 0.010 1218401000035 14.063 0.392 0.014 1218401000036 12.074 0.674 0.018 1218401000037 10.501 0.770 0.018 1218401000038 8.985 0.799 0.018 1218401000039 7.980 0.668 0.014 1218401000040 7.044 0.654 0.012 1218401000041 6.255 0.804 0.014 1218401000042 5.626 0.839 0.018 1218401000043 5.063 0.851 0.016 1218401000044 4.609 0.642 0.016 1218401000045 4.216 0.362 0.014 1218401000046 3.832 0.320 0.014 1218401000047 3.533 0.638 0.014 1218401000048 3.246 0.764 0.012 1218401000049 3.005 0.821 0.012 1218401000050 2.771 0.842 0.016 1218401000051 2.581 0.867 0.018 1218401000052 2.409 0.873 0.021 1218401000053 2.255 0.865 0.018 1218401000054 ENDDATA 33 0 1218401000055 ENDSUBENT 54 0 1218401099999 SUBENT 12184011 20210313 14821218401100001 BIB 5 16 1218401100002 REACTION (74-W-0(N,TOT),,SIG) 1218401100003 SAMPLE The slow neutron transmission of tungsten was studied 1218401100004 using rolled tungsten plates supplied by the General 1218401100005 Electric Company, Cleveland Wire Works: 4.90 g/cm2. A 1218401100006 spectrographic analysis of the sample showed less 1218401100007 than 1 percent As; 0.5 percent Bi; 0.05 percent Zr, V, 1218401100008 Zn, Cd, and Si; 0.005 percent Be, Fe, Pd, Au, Ge; 1218401100009 traces of La, Ru, Rh, Cu, Hg, Al, Tl, Sn, Pb. For all 1218401100010 other metals the prominent lines were not apparent. 1218401100011 ANALYSIS The cross section, sigma, is related to the 1218401100012 transmission, T, by the relation T=exp(-n sigma) 1218401100013 where n=atoms/cm2 of the element studied (if only the 1218401100014 element is present). 1218401100015 STATUS (DEP,12184010) 1218401100016 (CURVE) Fig. 7, page 169. 1218401100017 HISTORY (20210313C) BP 1218401100018 ENDBIB 16 0 1218401100019 NOCOMMON 0 0 1218401100020 DATA 3 31 1218401100021 EN DATA DATA-ERR 1218401100022 EV B B 1218401100023 120823.086 1.022E+01 7.690E-01 1218401100024 2292.571 1.318E+01 1.304E+00 1218401100025 524.811 1.439E+01 1.196E+00 1218401100026 227.163 1.776E+01 1.198E+00 1218401100027 129.027 1.856E+01 1.395E+00 1218401100028 84.354 1.193E+01 8.973E-01 1218401100029 57.774 1.495E+01 1.124E+00 1218401100030 42.656 2.149E+01 1.617E+00 1218401100031 32.302 2.000E+01 1.506E+00 1218401100032 25.167 5.604E+01 2.494E+00 1218401100033 20.760 1.617E+02 5.963E+00 1218401100034 17.038 1.641E+02 6.057E+00 1218401100035 14.063 5.412E+01 2.819E+00 1218401100036 12.074 1.891E+01 1.275E+00 1218401100037 10.501 1.326E+01 8.950E-01 1218401100038 8.985 1.190E+01 8.020E-01 1218401100039 7.980 1.936E+01 1.008E+00 1218401100040 7.044 2.037E+01 9.058E-01 1218401100041 6.255 1.166E+01 6.076E-01 1218401100042 5.626 1.024E+01 6.914E-01 1218401100043 5.063 9.807E+00 5.854E-01 1218401100044 4.609 2.132E+01 1.272E+00 1218401100045 4.216 6.062E+01 3.162E+00 1218401100046 3.832 7.063E+01 3.679E+00 1218401100047 3.533 2.166E+01 1.128E+00 1218401100048 3.246 1.353E+01 6.016E-01 1218401100049 3.005 1.096E+01 4.885E-01 1218401100050 2.771 1.013E+01 6.047E-01 1218401100051 2.581 9.221E+00 6.214E-01 1218401100052 2.409 9.027E+00 7.502E-01 1218401100053 2.255 9.297E+00 6.279E-01 1218401100054 ENDDATA 33 0 1218401100055 ENDSUBENT 54 0 1218401199999 SUBENT 12184012 20210313 14821218401200001 BIB 5 12 1218401200002 REACTION (74-W-0(N,TOT),,TRN) 1218401200003 SAMPLE The slow neutron transmission of tungsten was studied 1218401200004 using rolled tungsten plates supplied by the General 1218401200005 Electric Company, Cleveland Wire Works: 5.06 g/cm2. A 1218401200006 spectrographic analysis of the sample showed less 1218401200007 than 1 percent As; 0.5 percent Bi; 0.05 percent Zr, V, 1218401200008 Zn, Cd, and Si; 0.005 percent Be, Fe, Pd, Au, Ge; 1218401200009 traces of La, Ru, Rh, Cu, Hg, Al, Tl, Sn, Pb. For all 1218401200010 other metals the prominent lines were not apparent. 1218401200011 METHOD (TRN) 1218401200012 STATUS (CURVE) Fig. 8, page 169. 1218401200013 HISTORY (20210313C) BP 1218401200014 ENDBIB 12 0 1218401200015 COMMON 1 3 1218401200016 THICKNESS 1218401200017 G/CM-SQ 1218401200018 5.06 1218401200019 ENDCOMMON 3 0 1218401200020 DATA 3 46 1218401200021 EN DATA DATA-ERR 1218401200022 EV NO-DIM NO-DIM 1218401200023 36391.351 0.869 0.014 1218401200024 17992.813 0.815 0.011 1218401200025 2666.985 0.765 0.011 1218401200026 1074.152 0.751 0.011 1218401200027 575.427 0.766 0.013 1218401200028 369.744 0.725 0.016 1218401200029 257.451 0.675 0.016 1218401200030 177.549 0.647 0.014 1218401200031 137.000 0.686 0.011 1218401200032 105.291 0.762 0.011 1218401200033 85.985 0.802 0.017 1218401200034 70.595 0.812 0.013 1218401200035 59.806 0.749 0.011 1218401200036 50.145 0.686 0.009 1218401200037 42.197 0.665 0.010 1218401200038 37.019 0.728 0.013 1218401200039 32.476 0.692 0.011 1218401200040 28.746 0.548 0.011 1218401200041 25.620 0.440 0.013 1218401200042 22.634 0.297 0.010 1218401200043 20.429 0.174 0.009 1218401200044 18.915 0.085 0.010 1218401200045 16.979 0.087 0.014 1218401200046 15.511 0.186 0.013 1218401200047 14.302 0.356 0.014 1218401200048 13.230 0.508 0.016 1218401200049 12.142 0.630 0.017 1218401200050 11.304 0.729 0.013 1218401200051 10.446 0.757 0.013 1218401200052 9.779 0.777 0.016 1218401200053 9.129 0.819 0.014 1218401200054 8.585 0.795 0.013 1218401200055 8.050 0.774 0.018 1218401200056 7.538 0.592 0.016 1218401200057 7.064 0.654 0.010 1218401200058 6.633 0.761 0.013 1218401200059 6.291 0.825 0.013 1218401200060 5.952 0.842 0.010 1218401200061 5.662 0.863 0.011 1218401200062 5.353 0.866 0.013 1218401200063 5.088 0.845 0.013 1218401200064 4.841 0.832 0.013 1218401200065 4.630 0.730 0.014 1218401200066 4.418 0.539 0.013 1218401200067 4.208 0.311 0.011 1218401200068 4.048 0.263 0.010 1218401200069 ENDDATA 48 0 1218401200070 ENDSUBENT 69 0 1218401299999 SUBENT 12184013 20210313 14821218401300001 BIB 5 16 1218401300002 REACTION (74-W-0(N,TOT),,SIG) 1218401300003 SAMPLE The slow neutron transmission of tungsten was studied 1218401300004 using rolled tungsten plates supplied by the General 1218401300005 Electric Company, Cleveland Wire Works: 5.06 g/cm2. A 1218401300006 spectrographic analysis of the sample showed less 1218401300007 than 1 percent As; 0.5 percent Bi; 0.05 percent Zr, V, 1218401300008 Zn, Cd, and Si; 0.005 percent Be, Fe, Pd, Au, Ge; 1218401300009 traces of La, Ru, Rh, Cu, Hg, Al, Tl, Sn, Pb. For all 1218401300010 other metals the prominent lines were not apparent. 1218401300011 ANALYSIS The cross section, sigma, is related to the 1218401300012 transmission, T, by the relation T=exp(-n sigma) 1218401300013 where n=atoms/cm2 of the element studied (if only the 1218401300014 element is present). 1218401300015 STATUS (DEP,12184012) 1218401300016 (CURVE) Fig. 8, page 169. 1218401300017 HISTORY (20210313C) BP 1218401300018 ENDBIB 16 0 1218401300019 NOCOMMON 0 0 1218401300020 DATA 3 46 1218401300021 EN DATA DATA-ERR 1218401300022 EV B B 1218401300023 36391.351 9.141E+00 4.674E-01 1218401300024 17992.813 1.105E+01 4.494E-01 1218401300025 2666.985 1.316E+01 5.352E-01 1218401300026 1074.152 1.383E+01 5.628E-01 1218401300027 575.427 1.309E+01 6.009E-01 1218401300028 369.744 1.513E+01 8.530E-01 1218401300029 257.451 1.802E+01 1.016E+00 1218401300030 177.549 1.991E+01 1.017E+00 1218401300031 137.000 1.732E+01 7.045E-01 1218401300032 105.291 1.330E+01 5.411E-01 1218401300033 85.985 1.157E+01 7.130E-01 1218401300034 70.595 1.117E+01 5.122E-01 1218401300035 59.806 1.391E+01 5.663E-01 1218401300036 50.145 1.732E+01 5.266E-01 1218401300037 42.197 1.867E+01 6.629E-01 1218401300038 37.019 1.500E+01 6.879E-01 1218401300039 32.476 1.699E+01 6.909E-01 1218401300040 28.746 2.811E+01 1.144E+00 1218401300041 25.620 4.106E+01 1.883E+00 1218401300042 22.634 6.793E+01 2.412E+00 1218401300043 20.429 1.043E+02 3.163E+00 1218401300044 18.915 1.428E+02 5.072E+00 1218401300045 16.979 1.414E+02 7.227E+00 1218401300046 15.511 1.002E+02 4.601E+00 1218401300047 14.302 5.513E+01 2.818E+00 1218401300048 13.230 3.234E+01 1.824E+00 1218401300049 12.142 2.107E+01 1.299E+00 1218401300050 11.304 1.494E+01 6.856E-01 1218401300051 10.446 1.353E+01 6.207E-01 1218401300052 9.779 1.262E+01 7.109E-01 1218401300053 9.129 1.086E+01 5.554E-01 1218401300054 8.585 1.183E+01 5.425E-01 1218401300055 8.050 1.275E+01 8.532E-01 1218401300056 7.538 2.413E+01 1.360E+00 1218401300057 7.064 1.938E+01 6.881E-01 1218401300058 6.633 1.334E+01 6.118E-01 1218401300059 6.291 1.066E+01 4.892E-01 1218401300060 5.952 1.004E+01 3.565E-01 1218401300061 5.662 9.317E+00 3.792E-01 1218401300062 5.353 9.226E+00 4.233E-01 1218401300063 5.088 9.943E+00 4.562E-01 1218401300064 4.841 1.040E+01 4.771E-01 1218401300065 4.630 1.489E+01 7.610E-01 1218401300066 4.418 2.904E+01 1.333E+00 1218401300067 4.208 6.448E+01 2.624E+00 1218401300068 4.048 7.639E+01 2.714E+00 1218401300069 ENDDATA 48 0 1218401300070 ENDSUBENT 69 0 1218401399999 SUBENT 12184014 20210313 14821218401400001 BIB 5 5 1218401400002 REACTION (79-AU-197(N,TOT),,TRN) 1218401400003 SAMPLE 0.210 g/cm2 gold foil. 1218401400004 METHOD (TRN) 1218401400005 STATUS (CURVE) Fig. 1, page 166. 1218401400006 HISTORY (20210313C) BP 1218401400007 ENDBIB 5 0 1218401400008 COMMON 1 3 1218401400009 THICKNESS 1218401400010 G/CM-SQ 1218401400011 0.210 1218401400012 ENDCOMMON 3 0 1218401400013 DATA 3 16 1218401400014 EN DATA DATA-ERR 1218401400015 EV NO-DIM NO-DIM 1218401400016 9.042 0.976 0.028 1218401400017 8.470 0.957 0.028 1218401400018 7.951 0.960 0.026 1218401400019 7.440 0.943 0.024 1218401400020 7.030 0.967 0.024 1218401400021 6.620 0.978 0.028 1218401400022 6.258 0.918 0.023 1218401400023 5.927 0.962 0.026 1218401400024 5.607 0.838 0.023 1218401400025 5.334 0.639 0.026 1218401400026 5.090 0.316 0.019 1218401400027 4.844 0.167 0.012 1218401400028 4.618 0.249 0.012 1218401400029 4.400 0.456 0.016 1218401400030 4.197 0.673 0.023 1218401400031 4.007 0.781 0.024 1218401400032 ENDDATA 18 0 1218401400033 ENDSUBENT 32 0 1218401499999 SUBENT 12184015 20210313 14821218401500001 BIB 5 9 1218401500002 REACTION (79-AU-197(N,TOT),,SIG) 1218401500003 SAMPLE 0.210 g/cm2 gold foil. 1218401500004 ANALYSIS The cross section, sigma, is related to the 1218401500005 transmission, T, by the relation T=exp(-n sigma) 1218401500006 where n=atoms/cm2 of the element studied (if only the 1218401500007 element is present). 1218401500008 STATUS (DEP,12184014) 1218401500009 (CURVE) Fig. 1, page 166. 1218401500010 HISTORY (20210313C) BP 1218401500011 ENDBIB 9 0 1218401500012 NOCOMMON 0 0 1218401500013 DATA 3 16 1218401500014 EN DATA DATA-ERR 1218401500015 EV B B 1218401500016 9.014 1.387E+02 1.558E+01 1218401500017 8.445 1.492E+02 1.677E+01 1218401500018 7.929 1.473E+02 1.546E+01 1218401500019 7.420 1.574E+02 1.537E+01 1218401500020 7.011 1.434E+02 1.400E+01 1218401500021 6.602 1.378E+02 1.548E+01 1218401500022 6.243 1.728E+02 1.561E+01 1218401500023 5.912 1.463E+02 1.536E+01 1218401500024 5.595 2.346E+02 2.120E+01 1218401500025 5.326 5.010E+02 5.260E+01 1218401500026 5.086 1.716E+03 1.303E+02 1218401500027 4.843 3.021E+03 1.441E+02 1218401500028 4.616 2.210E+03 1.054E+02 1218401500029 4.395 1.008E+03 6.220E+01 1218401500030 4.191 4.415E+02 3.990E+01 1218401500031 4.000 2.923E+02 2.854E+01 1218401500032 ENDDATA 18 0 1218401500033 ENDSUBENT 32 0 1218401599999 SUBENT 12184016 20210313 14821218401600001 BIB 5 9 1218401600002 REACTION (49-IN-0(N,TOT),,TRN) 1218401600003 SAMPLE 0.193 g/cm2 of indium. Indium has two isotopes In113 1218401600004 (4.5 percent) and In115 (95.5 percent). In114 1218401600005 results from the capture of a neutron by In113 which 1218401600006 has a half-life of 48 days. The 13-sec. and 54-min. 1218401600007 In116 are isomers. 1218401600008 METHOD (TRN) 1218401600009 STATUS (CURVE) Fig. 2, page 166. 1218401600010 HISTORY (20210313C) BP 1218401600011 ENDBIB 9 0 1218401600012 COMMON 1 3 1218401600013 THICKNESS 1218401600014 G/CM-SQ 1218401600015 0.193 1218401600016 ENDCOMMON 3 0 1218401600017 DATA 3 46 1218401600018 EN DATA DATA-ERR 1218401600019 EV NO-DIM NO-DIM 1218401600020 252087.674 0.937 0.016 1218401600021 2855.492 0.953 0.014 1218401600022 616.868 0.953 0.014 1218401600023 242.377 0.948 0.012 1218401600024 128.905 0.985 0.012 1218401600025 76.430 0.997 0.016 1218401600026 55.983 0.960 0.014 1218401600027 42.803 0.950 0.012 1218401600028 32.910 0.978 0.012 1218401600029 25.417 0.950 0.016 1218401600030 20.687 0.966 0.014 1218401600031 17.167 0.985 0.014 1218401600032 14.198 0.957 0.012 1218401600033 12.145 0.957 0.014 1218401600034 10.676 0.971 0.016 1218401600035 9.299 0.865 0.016 1218401600036 7.972 0.905 0.017 1218401600037 7.183 0.975 0.019 1218401600038 6.419 0.969 0.010 1218401600039 5.643 0.983 0.014 1218401600040 5.162 0.982 0.012 1218401600041 4.642 0.961 0.012 1218401600042 4.238 0.938 0.016 1218401600043 3.916 0.817 0.014 1218401600044 3.572 0.855 0.016 1218401600045 3.329 0.919 0.017 1218401600046 3.006 0.938 0.017 1218401600047 2.793 0.942 0.017 1218401600048 2.602 0.937 0.023 1218401600049 2.430 0.928 0.021 1218401600050 2.258 0.926 0.019 1218401600051 2.133 0.876 0.017 1218401600052 1.951 0.876 0.016 1218401600053 1.837 0.774 0.014 1218401600054 1.754 0.621 0.014 1218401600055 1.688 0.482 0.028 1218401600056 1.509 0.083 0.010 1218401600057 1.353 0.036 0.007 1218401600058 1.282 0.145 0.016 1218401600059 1.210 0.336 0.023 1218401600060 1.083 0.567 0.026 1218401600061 1.041 0.656 0.030 1218401600062 0.993 0.743 0.040 1218401600063 0.947 0.767 0.036 1218401600064 0.905 0.847 0.054 1218401600065 0.861 0.835 0.050 1218401600066 ENDDATA 48 0 1218401600067 ENDSUBENT 66 0 1218401699999 SUBENT 12184017 20210313 14821218401700001 BIB 5 13 1218401700002 REACTION (49-IN-0(N,TOT),,SIG) 1218401700003 SAMPLE 0.193 g/cm2 of indium. Indium has two isotopes In113 1218401700004 (4.5 percent) and In115 (95.5 percent). In114 1218401700005 results from the capture of a neutron by In113 which 1218401700006 has a half-life of 48 days. The 13-sec. and 54-min. 1218401700007 In116 are isomers. 1218401700008 ANALYSIS The cross section, sigma, is related to the 1218401700009 transmission, T, by the relation T=exp(-n sigma) 1218401700010 where n=atoms/cm2 of the element studied (if only the 1218401700011 element is present). 1218401700012 STATUS (DEP,12184016) 1218401700013 (CURVE) Fig. 2, page 166. 1218401700014 HISTORY (20210313C) BP 1218401700015 ENDBIB 13 0 1218401700016 NOCOMMON 0 0 1218401700017 DATA 3 46 1218401700018 EN DATA DATA-ERR 1218401700019 EV B B 1218401700020 252087.674 1.847E+02 8.734E+00 1218401700021 2855.492 1.764E+02 7.391E+00 1218401700022 616.868 1.763E+02 7.388E+00 1218401700023 242.377 1.791E+02 6.551E+00 1218401700024 128.905 1.607E+02 5.882E+00 1218401700025 76.430 1.551E+02 7.331E+00 1218401700026 55.983 1.727E+02 7.239E+00 1218401700027 42.803 1.781E+02 6.512E+00 1218401700028 32.910 1.640E+02 6.002E+00 1218401700029 25.417 1.780E+02 8.414E+00 1218401700030 20.687 1.700E+02 7.121E+00 1218401700031 17.167 1.606E+02 6.732E+00 1218401700032 14.198 1.744E+02 6.379E+00 1218401700033 12.145 1.743E+02 7.308E+00 1218401700034 10.676 1.673E+02 7.911E+00 1218401700035 9.299 2.288E+02 1.082E+01 1218401700036 7.972 2.033E+02 1.071E+01 1218401700037 7.183 1.656E+02 9.615E+00 1218401700038 6.419 1.681E+02 5.256E+00 1218401700039 5.643 1.613E+02 6.766E+00 1218401700040 5.162 1.621E+02 5.932E+00 1218401700041 4.642 1.724E+02 6.310E+00 1218401700042 4.238 1.843E+02 8.721E+00 1218401700043 3.916 2.640E+02 1.107E+01 1218401700044 3.572 2.358E+02 1.115E+01 1218401700045 3.329 1.950E+02 1.027E+01 1218401700046 3.006 1.842E+02 9.715E+00 1218401700047 2.793 1.823E+02 9.606E+00 1218401700048 2.602 1.851E+02 1.277E+01 1218401700049 2.430 1.899E+02 1.207E+01 1218401700050 2.258 1.909E+02 1.109E+01 1218401700051 2.133 2.215E+02 1.166E+01 1218401700052 1.951 2.215E+02 1.048E+01 1218401700053 1.837 2.998E+02 1.257E+01 1218401700054 1.754 4.710E+02 1.976E+01 1218401700055 1.688 7.103E+02 6.084E+01 1218401700056 1.509 2.313E+03 7.234E+01 1218401700057 1.353 2.657E+03 5.506E+01 1218401700058 1.282 1.922E+03 9.086E+01 1218401700059 1.210 1.093E+03 7.539E+01 1218401700060 1.083 5.518E+02 4.418E+01 1218401700061 1.041 4.246E+02 3.872E+01 1218401700062 0.993 3.285E+02 4.117E+01 1218401700063 0.947 3.056E+02 3.481E+01 1218401700064 0.905 2.413E+02 4.163E+01 1218401700065 0.861 2.501E+02 4.015E+01 1218401700066 ENDDATA 48 0 1218401700067 ENDSUBENT 66 0 1218401799999 SUBENT 12184018 20210313 14821218401800001 BIB 5 9 1218401800002 REACTION (49-IN-0(N,TOT),,TRN) 1218401800003 SAMPLE 0.03865 g/cm2 of indium. Indium has two isotopes In113 1218401800004 (4.5 percent) and In115 (95.5 percent). In114 1218401800005 results from the capture of a neutron by In113 which 1218401800006 has a half-life of 48 days. The 13-sec. and 54-min. 1218401800007 In116 are isomers. 1218401800008 METHOD (TRN) 1218401800009 STATUS (CURVE) Fig. 3, page 167. 1218401800010 HISTORY (20210313C) BP 1218401800011 ENDBIB 9 0 1218401800012 COMMON 1 3 1218401800013 THICKNESS 1218401800014 G/CM-SQ 1218401800015 0.03865 1218401800016 ENDCOMMON 3 0 1218401800017 DATA 3 32 1218401800018 EN DATA DATA-ERR 1218401800019 EV NO-DIM NO-DIM 1218401800020 2.094 0.929 0.029 1218401800021 2.040 0.904 0.027 1218401800022 1.967 0.982 0.033 1218401800023 1.908 0.953 0.034 1218401800024 1.851 0.937 0.029 1218401800025 1.797 0.915 0.025 1218401800026 1.741 0.861 0.029 1218401800027 1.696 0.801 0.025 1218401800028 1.640 0.823 0.029 1218401800029 1.603 0.671 0.038 1218401800030 1.560 0.461 0.024 1218401800031 1.518 0.284 0.013 1218401800032 1.474 0.161 0.011 1218401800033 1.440 0.121 0.016 1218401800034 1.399 0.136 0.016 1218401800035 1.366 0.248 0.013 1218401800036 1.329 0.347 0.022 1218401800037 1.293 0.481 0.018 1218401800038 1.259 0.530 0.024 1218401800039 1.223 0.604 0.022 1218401800040 1.196 0.743 0.027 1218401800041 1.168 0.805 0.029 1218401800042 1.139 0.797 0.025 1218401800043 1.115 0.830 0.031 1218401800044 1.089 0.866 0.031 1218401800045 1.063 0.911 0.045 1218401800046 1.041 0.910 0.040 1218401800047 1.016 0.881 0.031 1218401800048 0.998 0.917 0.034 1218401800049 0.973 0.893 0.038 1218401800050 0.948 0.906 0.033 1218401800051 0.929 0.928 0.031 1218401800052 ENDDATA 34 0 1218401800053 ENDSUBENT 52 0 1218401899999 SUBENT 12184019 20210313 14821218401900001 BIB 5 13 1218401900002 REACTION (49-IN-0(N,TOT),,SIG) 1218401900003 SAMPLE 0.03865 g/cm2 of indium. Indium has two isotopes In113 1218401900004 (4.5 percent) and In115 (95.5 percent). In114 1218401900005 results from the capture of a neutron by In113 which 1218401900006 has a half-life of 48 days. The 13-sec. and 54-min. 1218401900007 In116 are isomers. 1218401900008 ANALYSIS The cross section, sigma, is related to the 1218401900009 transmission, T, by the relation T=exp(-n sigma) 1218401900010 where n=atoms/cm2 of the element studied (if only the 1218401900011 element is present). 1218401900012 STATUS (DEP,12184018) 1218401900013 (CURVE) Fig. 3, page 167. 1218401900014 HISTORY (20210313C) BP 1218401900015 ENDBIB 13 0 1218401900016 NOCOMMON 0 0 1218401900017 DATA 3 32 1218401900018 EN DATA DATA-ERR 1218401900019 EV B B 1218401900020 2.094 6.848E+02 6.375E+01 1218401900021 2.040 7.459E+02 6.530E+01 1218401900022 1.967 5.736E+02 5.972E+01 1218401900023 1.908 6.325E+02 6.930E+01 1218401900024 1.851 6.683E+02 6.221E+01 1218401900025 1.797 7.191E+02 5.893E+01 1218401900026 1.741 8.637E+02 8.041E+01 1218401900027 1.696 1.057E+03 8.659E+01 1218401900028 1.640 9.819E+02 9.141E+01 1218401900029 1.603 1.640E+03 1.974E+02 1218401900030 1.560 3.331E+03 2.542E+02 1218401900031 1.518 6.060E+03 2.536E+02 1218401900032 1.474 9.180E+03 3.303E+02 1218401900033 1.440 1.050E+04 5.535E+02 1218401900034 1.399 1.000E+04 5.348E+02 1218401900035 1.366 6.848E+03 2.866E+02 1218401900036 1.329 4.894E+03 3.459E+02 1218401900037 1.293 3.114E+03 1.845E+02 1218401900038 1.259 2.641E+03 2.016E+02 1218401900039 1.223 2.056E+03 1.453E+02 1218401900040 1.196 1.285E+03 1.125E+02 1218401900041 1.168 1.044E+03 9.717E+01 1218401900042 1.139 1.070E+03 8.765E+01 1218401900043 1.115 9.582E+02 9.450E+01 1218401900044 1.089 8.480E+02 8.363E+01 1218401900045 1.063 7.279E+02 1.031E+02 1218401900046 1.041 7.324E+02 9.208E+01 1218401900047 1.016 8.076E+02 7.964E+01 1218401900048 0.998 7.147E+02 7.831E+01 1218401900049 0.973 7.738E+02 9.314E+01 1218401900050 0.948 7.414E+02 7.718E+01 1218401900051 0.929 6.890E+02 6.795E+01 1218401900052 ENDDATA 34 0 1218401900053 ENDSUBENT 52 0 1218401999999 SUBENT 12184020 20210313 14821218402000001 BIB 5 12 1218402000002 REACTION (73-TA-181(N,TOT),,TRN) 1218402000003 SAMPLE The slow neutron transmission of tantalum was 1218402000004 investigated using plates of tantalum metal obtained 1218402000005 from the University of Chicago Metallurgical 1218402000006 Laboratories: 9.98 g/cm2. A spectrographic analysis 1218402000007 of the samples showed less than 5 percent Cb; less 1218402000008 than 0.05 percent Zr and Al; less than 0.005 percent 1218402000009 Ti, Mo, Fe, Co, Os, Ag, Zn, Cd, Sn, Pb, Sb and traces 1218402000010 of Cr, Ni, Ru, Rh, Pd, Pt, and Hg. 1218402000011 METHOD (TRN) 1218402000012 STATUS (CURVE) Fig. 5, page 168. 1218402000013 HISTORY (20210313C) BP 1218402000014 ENDBIB 12 0 1218402000015 COMMON 1 3 1218402000016 THICKNESS 1218402000017 G/CM-SQ 1218402000018 9.98 1218402000019 ENDCOMMON 3 0 1218402000020 DATA 3 31 1218402000021 EN DATA DATA-ERR 1218402000022 EV NO-DIM NO-DIM 1218402000023 388472.800 0.720 0.017 1218402000024 2184.218 0.668 0.014 1218402000025 532.884 0.603 0.016 1218402000026 235.033 0.597 0.015 1218402000027 132.543 0.576 0.012 1218402000028 81.656 0.604 0.014 1218402000029 57.641 0.663 0.016 1218402000030 41.032 0.507 0.013 1218402000031 32.404 0.572 0.016 1218402000032 25.304 0.658 0.013 1218402000033 20.511 0.626 0.014 1218402000034 17.041 0.748 0.014 1218402000035 14.248 0.616 0.013 1218402000036 12.074 0.579 0.016 1218402000037 10.327 0.364 0.013 1218402000038 9.089 0.466 0.014 1218402000039 8.011 0.669 0.018 1218402000040 7.095 0.699 0.016 1218402000041 6.360 0.656 0.016 1218402000042 5.664 0.575 0.019 1218402000043 5.120 0.411 0.014 1218402000044 4.638 0.161 0.010 1218402000045 4.215 0.042 1218402000046 3.898 0.050 1218402000047 3.563 0.197 0.010 1218402000048 3.259 0.361 0.013 1218402000049 3.029 0.507 0.021 1218402000050 2.808 0.585 0.019 1218402000051 2.618 0.623 0.019 1218402000052 2.440 0.661 0.014 1218402000053 2.274 0.651 0.017 1218402000054 ENDDATA 33 0 1218402000055 ENDSUBENT 54 0 1218402099999 SUBENT 12184021 20210313 14821218402100001 BIB 5 16 1218402100002 REACTION (73-TA-181(N,TOT),,SIG) 1218402100003 SAMPLE The slow neutron transmission of tantalum was 1218402100004 investigated using plates of tantalum metal obtained 1218402100005 from the University of Chicago Metallurgical 1218402100006 Laboratories: 9.98 g/cm2. A spectrographic analysis 1218402100007 of the samples showed less than 5 percent Cb; less 1218402100008 than 0.05 percent Zr and Al; less than 0.005 percent 1218402100009 Ti, Mo, Fe, Co, Os, Ag, Zn, Cd, Sn, Pb, Sb and traces 1218402100010 of Cr, Ni, Ru, Rh, Pd, Pt, and Hg. 1218402100011 ANALYSIS The cross section, sigma, is related to the 1218402100012 transmission, T, by the relation T=exp(-n sigma) 1218402100013 where n=atoms/cm2 of the element studied (if only the 1218402100014 element is present). 1218402100015 STATUS (DEP,12184020) 1218402100016 (CURVE) Fig. 5, page 168. 1218402100017 HISTORY (20210313C) BP 1218402100018 ENDBIB 16 0 1218402100019 NOCOMMON 0 0 1218402100020 DATA 3 31 1218402100021 EN DATA DATA-ERR 1218402100022 EV B B 1218402100023 388472.800 9.773E+00 5.704E-01 1218402100024 2184.218 1.167E+01 5.875E-01 1218402100025 532.884 1.460E+01 8.200E-01 1218402100026 235.033 1.492E+01 7.672E-01 1218402100027 132.543 1.601E+01 6.526E-01 1218402100028 81.656 1.455E+01 7.211E-01 1218402100029 57.641 1.189E+01 6.671E-01 1218402100030 41.032 2.031E+01 9.057E-01 1218402100031 32.404 1.625E+01 9.117E-01 1218402100032 25.304 1.211E+01 5.404E-01 1218402100033 20.511 1.351E+01 6.802E-01 1218402100034 17.041 8.879E+00 4.471E-01 1218402100035 14.248 1.397E+01 6.237E-01 1218402100036 12.074 1.585E+01 8.891E-01 1218402100037 10.327 3.312E+01 1.478E+00 1218402100038 9.089 2.337E+01 1.176E+00 1218402100039 8.011 1.163E+01 7.197E-01 1218402100040 7.095 1.049E+01 5.883E-01 1218402100041 6.360 1.216E+01 6.820E-01 1218402100042 5.664 1.607E+01 1.087E+00 1218402100043 5.120 2.821E+01 1.420E+00 1218402100044 4.638 6.647E+01 2.211E+00 1218402100045 4.215 1.001E+02 1218402100046 3.898 9.748E+01 1218402100047 3.563 5.872E+01 1.958E+00 1218402100048 3.259 3.349E+01 1.494E+00 1218402100049 3.029 2.028E+01 1.491E+00 1218402100050 2.808 1.553E+01 1.051E+00 1218402100051 2.618 1.363E+01 9.222E-01 1218402100052 2.440 1.197E+01 6.020E-01 1218402100053 2.274 1.237E+01 7.647E-01 1218402100054 ENDDATA 33 0 1218402100055 ENDSUBENT 54 0 1218402199999 SUBENT 12184022 20210313 14821218402200001 BIB 5 12 1218402200002 REACTION (73-TA-181(N,TOT),,TRN) 1218402200003 SAMPLE The slow neutron transmission of tantalum was 1218402200004 investigated using plates of tantalum metal obtained 1218402200005 from the University of Chicago Metallurgical 1218402200006 Laboratories: 22.44 g/cm2. A spectrographic analysis 1218402200007 of the samples showed less than 5 percent Cb; less 1218402200008 than 0.05 percent Zr and Al; less than 0.005 percent 1218402200009 Ti, Mo, Fe, Co, Os, Ag, Zn, Cd, Sn, Pb, Sb and traces 1218402200010 of Cr, Ni, Ru, Rh, Pd, Pt, and Hg. 1218402200011 METHOD (TRN) 1218402200012 STATUS (CURVE) Fig. 5, page 168. 1218402200013 HISTORY (20210313C) BP 1218402200014 ENDBIB 12 0 1218402200015 COMMON 1 3 1218402200016 THICKNESS 1218402200017 G/CM-SQ 1218402200018 22.44 1218402200019 ENDCOMMON 3 0 1218402200020 DATA 3 46 1218402200021 EN DATA DATA-ERR 1218402200022 EV NO-DIM NO-DIM 1218402200023 140333.700 0.560 0.013 1218402200024 7661.548 0.544 0.014 1218402200025 2091.283 0.467 0.011 1218402200026 1006.440 0.442 0.010 1218402200027 520.514 0.423 0.014 1218402200028 361.050 0.407 0.011 1218402200029 243.320 0.405 0.011 1218402200030 174.895 0.426 0.016 1218402200031 131.870 0.416 0.014 1218402200032 102.998 0.406 0.011 1218402200033 82.582 0.419 0.013 1218402200034 67.609 0.472 0.011 1218402200035 57.932 0.500 0.014 1218402200036 48.460 0.451 0.011 1218402200037 42.144 0.352 0.013 1218402200038 36.556 0.296 0.011 1218402200039 32.236 0.361 0.011 1218402200040 28.353 0.458 0.013 1218402200041 25.181 0.460 0.014 1218402200042 22.524 0.441 0.018 1218402200043 20.578 0.452 0.013 1218402200044 18.576 0.503 0.011 1218402200045 16.858 0.531 0.013 1218402200046 15.475 0.557 0.014 1218402200047 14.183 0.485 0.014 1218402200048 13.126 0.434 0.013 1218402200049 12.027 0.424 0.013 1218402200050 11.266 0.354 0.014 1218402200051 10.465 0.224 0.011 1218402200052 9.729 0.221 0.011 1218402200053 9.160 0.267 0.014 1218402200054 8.504 0.344 0.017 1218402200055 8.029 0.481 0.016 1218402200056 7.531 0.476 0.014 1218402200057 7.044 0.502 0.014 1218402200058 6.664 0.503 0.014 1218402200059 6.344 0.471 0.014 1218402200060 5.967 0.457 0.018 1218402200061 5.627 0.379 0.018 1218402200062 5.380 0.320 0.016 1218402200063 5.130 0.207 0.013 1218402200064 4.877 0.121 0.011 1218402200065 4.641 0.078 0.011 1218402200066 4.438 0.041 1218402200067 4.232 0.014 1218402200068 4.010 0.019 1218402200069 ENDDATA 48 0 1218402200070 ENDSUBENT 69 0 1218402299999 SUBENT 12184023 20210313 14821218402300001 BIB 5 16 1218402300002 REACTION (73-TA-181(N,TOT),,SIG) 1218402300003 SAMPLE The slow neutron transmission of tantalum was 1218402300004 investigated using plates of tantalum metal obtained 1218402300005 from the University of Chicago Metallurgical 1218402300006 Laboratories: 22.44 g/cm2. A spectrographic analysis 1218402300007 of the samples showed less than 5 percent Cb; less 1218402300008 than 0.05 percent Zr and Al; less than 0.005 percent 1218402300009 Ti, Mo, Fe, Co, Os, Ag, Zn, Cd, Sn, Pb, Sb and traces 1218402300010 of Cr, Ni, Ru, Rh, Pd, Pt, and Hg. 1218402300011 ANALYSIS The cross section, sigma, is related to the 1218402300012 transmission, T, by the relation T=exp(-n sigma) 1218402300013 where n=atoms/cm2 of the element studied (if only the 1218402300014 element is present). 1218402300015 STATUS (DEP,12184022) 1218402300016 (CURVE) Fig. 5, page 168. 1218402300017 HISTORY (20210313C) BP 1218402300018 ENDBIB 16 0 1218402300019 NOCOMMON 0 0 1218402300020 DATA 3 46 1218402300021 EN DATA DATA-ERR 1218402300022 EV B B 1218402300023 259238.742 7.596E+00 3.753E-01 1218402300024 6827.481 8.072E+00 4.487E-01 1218402300025 1984.447 1.078E+01 4.635E-01 1218402300026 972.020 1.187E+01 4.371E-01 1218402300027 508.252 1.277E+01 7.086E-01 1218402300028 354.129 1.356E+01 5.832E-01 1218402300029 239.583 1.365E+01 5.890E-01 1218402300030 172.427 1.263E+01 7.834E-01 1218402300031 130.334 1.310E+01 7.301E-01 1218402300032 101.965 1.359E+01 5.853E-01 1218402300033 81.820 1.296E+01 6.396E-01 1218402300034 66.967 1.063E+01 4.382E-01 1218402300035 57.387 9.542E+00 5.300E-01 1218402300036 48.088 1.150E+01 4.946E-01 1218402300037 41.911 1.671E+01 8.223E-01 1218402300038 36.392 2.063E+01 8.857E-01 1218402300039 32.075 1.613E+01 6.942E-01 1218402300040 28.183 1.118E+01 5.516E-01 1218402300041 25.038 1.112E+01 6.194E-01 1218402300042 22.406 1.196E+01 8.184E-01 1218402300043 20.473 1.147E+01 5.671E-01 1218402300044 18.475 9.466E+00 4.085E-01 1218402300045 16.767 8.499E+00 4.192E-01 1218402300046 15.391 7.722E+00 4.295E-01 1218402300047 14.118 1.013E+01 5.614E-01 1218402300048 13.075 1.228E+01 6.059E-01 1218402300049 11.983 1.274E+01 6.280E-01 1218402300050 11.233 1.661E+01 9.224E-01 1218402300051 10.446 2.721E+01 1.171E+00 1218402300052 9.713 2.755E+01 1.185E+00 1218402300053 9.142 2.315E+01 1.288E+00 1218402300054 8.483 1.725E+01 1.178E+00 1218402300055 8.002 1.029E+01 6.384E-01 1218402300056 7.508 1.048E+01 5.828E-01 1218402300057 7.020 9.522E+00 5.304E-01 1218402300058 6.642 9.469E+00 5.267E-01 1218402300059 6.325 1.068E+01 5.950E-01 1218402300060 5.951 1.128E+01 7.722E-01 1218402300061 5.614 1.516E+01 1.037E+00 1218402300062 5.370 1.894E+01 1.174E+00 1218402300063 5.124 2.905E+01 1.433E+00 1218402300064 4.874 4.021E+01 1.732E+00 1218402300065 4.639 4.732E+01 2.035E+00 1218402300066 4.437 5.437E+01 1218402300067 4.231 6.025E+01 1218402300068 4.010 5.920E+01 1218402300069 ENDDATA 48 0 1218402300070 ENDSUBENT 69 0 1218402399999 SUBENT 12184024 20210313 14821218402400001 BIB 5 13 1218402400002 REACTION (40-ZR-OXI(N,TOT),,TRN) 1218402400003 SAMPLE A sample consisting of 6.45 g/cm2 of ZrO2 was used 1218402400004 to investigate the slow neutron transmission of 1218402400005 zirconium. A spectrographic analysis of the sample 1218402400006 showed less than 5 percent Ca; 0.5 percent Zn, Si, 1218402400007 Sr; 0.05 percent Mg, Ti, Mn, Fe, Cu, Al; 0.005 1218402400008 percent Be, B; traces of Sc, Y, V, Cr, Mo, Ni, Sn, Pb, 1218402400009 Sb. 1218402400010 METHOD (TRN) 1218402400011 STATUS (CURVE) Fig. 13, page 173. Solid data points. 1218402400012 (COREL,12184026) Region 4-10 eV investigated with 1218402400013 highest resolution 1218402400014 HISTORY (20210313C) BP 1218402400015 ENDBIB 13 0 1218402400016 COMMON 1 3 1218402400017 THICKNESS 1218402400018 G/CM-SQ 1218402400019 6.45 1218402400020 ENDCOMMON 3 0 1218402400021 DATA 3 45 1218402400022 EN DATA DATA-ERR 1218402400023 EV NO-DIM NO-DIM 1218402400024 2238.875 0.568 0.014 1218402400025 531.187 0.583 0.012 1218402400026 258.367 0.591 0.012 1218402400027 140.021 0.588 0.018 1218402400028 84.871 0.568 0.018 1218402400029 58.473 0.591 0.017 1218402400030 43.660 0.593 0.014 1218402400031 33.843 0.594 0.015 1218402400032 25.602 0.580 0.015 1218402400033 20.371 0.610 0.015 1218402400034 17.045 0.577 0.014 1218402400035 14.299 0.593 0.015 1218402400036 12.308 0.585 0.015 1218402400037 10.359 0.604 0.011 1218402400038 7.906 0.447 0.014 1218402400039 7.001 0.448 0.014 1218402400040 6.141 0.484 0.014 1218402400041 5.606 0.507 0.014 1218402400042 5.101 0.561 0.012 1218402400043 4.590 0.575 0.014 1218402400044 4.213 0.609 0.017 1218402400045 3.800 0.589 0.014 1218402400046 3.513 0.590 0.014 1218402400047 3.217 0.589 0.012 1218402400048 2.975 0.617 0.017 1218402400049 2.758 0.584 0.015 1218402400050 2.564 0.537 0.014 1218402400051 2.401 0.417 0.017 1218402400052 2.254 0.352 0.015 1218402400053 2.102 0.478 0.014 1218402400054 1.856 0.592 0.015 1218402400055 1.650 0.609 0.014 1218402400056 1.482 0.600 0.011 1218402400057 1.333 0.600 0.014 1218402400058 1.201 0.534 0.014 1218402400059 1.095 0.353 0.012 1218402400060 0.996 0.422 0.014 1218402400061 0.917 0.490 0.017 1218402400062 0.849 0.565 0.012 1218402400063 0.776 0.591 0.012 1218402400064 0.721 0.607 0.015 1218402400065 0.667 0.605 0.012 1218402400066 0.623 0.609 0.012 1218402400067 0.581 0.587 0.012 1218402400068 0.546 0.621 0.017 1218402400069 ENDDATA 47 0 1218402400070 ENDSUBENT 69 0 1218402499999 SUBENT 12184025 20210313 14821218402500001 BIB 5 17 1218402500002 REACTION (40-ZR-OXI(N,TOT),,SIG) 1218402500003 SAMPLE A sample consisting of 6.45 g/cm2 of ZrO2 was used 1218402500004 to investigate the slow neutron transmission of 1218402500005 zirconium. A spectrographic analysis of the sample 1218402500006 showed less than 5 percent Ca; 0.5 percent Zn, Si, 1218402500007 Sr; 0.05 percent Mg, Ti, Mn, Fe, Cu, Al; 0.005 1218402500008 percent Be, B; traces of Sc, Y, V, Cr, Mo, Ni, Sn, Pb, 1218402500009 Sb. 1218402500010 ANALYSIS The cross section, sigma, is related to the 1218402500011 transmission, T, by the relation T=exp(-n sigma) 1218402500012 where n=atoms/cm2 of the element studied (if only the 1218402500013 element is present). 1218402500014 STATUS (DEP,12184024) 1218402500015 (CURVE) Fig. 13, page 173. Solid data points. 1218402500016 (COREL,12184027) Region 4-10 eV investigated with 1218402500017 highest resolution 1218402500018 HISTORY (20210313C) BP 1218402500019 ENDBIB 17 0 1218402500020 NOCOMMON 0 0 1218402500021 DATA 3 45 1218402500022 EN DATA DATA-ERR 1218402500023 EV B B 1218402500024 2238.875 9.408E+00 6.238E-01 1218402500025 531.187 8.759E+00 5.144E-01 1218402500026 258.367 8.450E+00 4.964E-01 1218402500027 140.021 8.570E+00 7.656E-01 1218402500028 84.871 9.401E+00 8.399E-01 1218402500029 58.473 8.445E+00 6.888E-01 1218402500030 43.660 8.383E+00 5.558E-01 1218402500031 33.843 8.322E+00 6.152E-01 1218402500032 25.602 8.872E+00 6.560E-01 1218402500033 20.371 7.746E+00 5.729E-01 1218402500034 17.045 8.996E+00 5.959E-01 1218402500035 14.299 8.375E+00 6.190E-01 1218402500036 12.308 8.677E+00 6.416E-01 1218402500037 10.359 7.963E+00 4.078E-01 1218402500038 7.906 1.648E+01 1.093E+00 1218402500039 7.001 1.636E+01 1.085E+00 1218402500040 6.141 1.388E+01 9.194E-01 1218402500041 5.606 1.247E+01 8.262E-01 1218402500042 5.101 9.712E+00 5.704E-01 1218402500043 4.590 9.106E+00 6.040E-01 1218402500044 4.213 7.782E+00 6.354E-01 1218402500045 3.800 8.536E+00 5.659E-01 1218402500046 3.513 8.474E+00 5.618E-01 1218402500047 3.217 8.533E+00 5.007E-01 1218402500048 2.975 7.503E+00 6.124E-01 1218402500049 2.758 8.714E+00 6.445E-01 1218402500050 2.564 1.087E+01 7.203E-01 1218402500051 2.401 1.896E+01 1.546E+00 1218402500052 2.254 2.557E+01 1.891E+00 1218402500053 2.102 1.424E+01 9.440E-01 1218402500054 1.856 8.399E+00 6.210E-01 1218402500055 1.650 7.762E+00 5.145E-01 1218402500056 1.482 8.098E+00 4.145E-01 1218402500057 1.333 8.094E+00 5.370E-01 1218402500058 1.201 1.100E+01 7.287E-01 1218402500059 1.095 2.551E+01 1.498E+00 1218402500060 0.996 1.849E+01 1.226E+00 1218402500061 0.917 1.351E+01 1.102E+00 1218402500062 0.849 9.519E+00 5.587E-01 1218402500063 0.776 8.428E+00 4.948E-01 1218402500064 0.721 7.844E+00 5.798E-01 1218402500065 0.667 7.897E+00 4.641E-01 1218402500066 0.623 7.782E+00 4.573E-01 1218402500067 0.581 8.596E+00 5.050E-01 1218402500068 0.546 7.345E+00 5.994E-01 1218402500069 ENDDATA 47 0 1218402500070 ENDSUBENT 69 0 1218402599999 SUBENT 12184026 20210313 14821218402600001 BIB 5 12 1218402600002 REACTION (40-ZR-OXI(N,TOT),,TRN) 1218402600003 SAMPLE A sample consisting of 6.45 g/cm2 of ZrO2 was used 1218402600004 to investigate the slow neutron transmission of 1218402600005 zirconium. A spectrographic analysis of the sample 1218402600006 showed less than 5 percent Ca; 0.5 percent Zn, Si, 1218402600007 Sr; 0.05 percent Mg, Ti, Mn, Fe, Cu, Al; 0.005 1218402600008 percent Be, B; traces of Sc, Y, V, Cr, Mo, Ni, Sn, Pb, 1218402600009 Sb. 1218402600010 METHOD (TRN) 1218402600011 STATUS (CURVE) Fig. 13, page 173. Crossed data points. 1218402600012 (COREL,12184024) Full energy range, lower resolution 1218402600013 HISTORY (20210313C) BP 1218402600014 ENDBIB 12 0 1218402600015 COMMON 1 3 1218402600016 THICKNESS 1218402600017 G/CM-SQ 1218402600018 6.45 1218402600019 ENDCOMMON 3 0 1218402600020 DATA 3 14 1218402600021 EN DATA DATA-ERR 1218402600022 EV NO-DIM NO-DIM 1218402600023 9.014 0.565 0.014 1218402600024 8.311 0.527 0.014 1218402600025 7.905 0.439 0.014 1218402600026 7.465 0.416 0.012 1218402600027 7.000 0.438 0.009 1218402600028 6.579 0.475 0.015 1218402600029 5.889 0.495 0.011 1218402600030 5.388 0.552 0.017 1218402600031 4.984 0.547 0.017 1218402600032 4.836 0.578 0.015 1218402600033 4.591 0.587 0.014 1218402600034 4.395 0.578 0.012 1218402600035 4.182 0.573 0.014 1218402600036 3.958 0.606 0.014 1218402600037 ENDDATA 16 0 1218402600038 ENDSUBENT 37 0 1218402699999 SUBENT 12184027 20210313 14821218402700001 BIB 5 16 1218402700002 REACTION (40-ZR-OXI(N,TOT),,SIG) 1218402700003 SAMPLE A sample consisting of 6.45 g/cm2 of ZrO2 was used 1218402700004 to investigate the slow neutron transmission of 1218402700005 zirconium. A spectrographic analysis of the sample 1218402700006 showed less than 5 percent Ca; 0.5 percent Zn, Si, 1218402700007 Sr; 0.05 percent Mg, Ti, Mn, Fe, Cu, Al; 0.005 1218402700008 percent Be, B; traces of Sc, Y, V, Cr, Mo, Ni, Sn, Pb, 1218402700009 Sb. 1218402700010 ANALYSIS The cross section, sigma, is related to the 1218402700011 transmission, T, by the relation T=exp(-n sigma) 1218402700012 where n=atoms/cm2 of the element studied (if only the 1218402700013 element is present). 1218402700014 STATUS (DEP,12184026) 1218402700015 (CURVE) Fig. 13, page 173. Crossed data points. 1218402700016 (COREL,12184025) Full energy range, lower resolution 1218402700017 HISTORY (20210313C) BP 1218402700018 ENDBIB 16 0 1218402700019 NOCOMMON 0 0 1218402700020 DATA 3 14 1218402700021 EN DATA DATA-ERR 1218402700022 EV B B 1218402700023 9.014 9.516E+00 6.312E-01 1218402700024 8.311 1.137E+01 7.541E-01 1218402700025 7.905 1.708E+01 1.133E+00 1218402700026 7.465 1.900E+01 1.116E+00 1218402700027 7.000 1.720E+01 7.517E-01 1218402700028 6.579 1.449E+01 1.071E+00 1218402700029 5.889 1.320E+01 6.758E-01 1218402700030 5.388 1.014E+01 8.276E-01 1218402700031 4.984 1.036E+01 8.455E-01 1218402700032 4.836 8.978E+00 6.637E-01 1218402700033 4.591 8.601E+00 5.703E-01 1218402700034 4.395 8.976E+00 5.269E-01 1218402700035 4.182 9.170E+00 6.080E-01 1218402700036 3.958 7.893E+00 5.240E-01 1218402700037 ENDDATA 16 0 1218402700038 ENDSUBENT 37 0 1218402799999 SUBENT 12184028 20210313 14821218402800001 BIB 3 5 1218402800002 REACTION 1(79-AU-197(N,0),,EN) 1218402800003 2(79-AU-197(N,TOT),,WID,,SQ/S0) 1218402800004 STATUS (DEP,12184014) 1218402800005 (TABLE) Page 166. 1218402800006 HISTORY (20210311A) BP 1218402800007 ENDBIB 5 0 1218402800008 NOCOMMON 0 0 1218402800009 DATA 3 1 1218402800010 DATA 1DATA-ERR 1DATA-APRX 2 1218402800011 EV EV B*EV-SQ 1218402800012 4.8 0.1 600.0 1218402800013 ENDDATA 3 0 1218402800014 ENDSUBENT 13 0 1218402899999 SUBENT 12184029 20210313 14821218402900001 BIB 3 6 1218402900002 REACTION 1(49-IN-0(N,0),,EN) 1218402900003 2(49-IN-0(N,TOT),,WID,,SQ/S0) 1218402900004 STATUS (DEP,12184016) 1218402900005 (DEP,12184018) 1218402900006 (TABLE) Page 166. 1218402900007 HISTORY (20210311A) BP 1218402900008 ENDBIB 6 0 1218402900009 NOCOMMON 0 0 1218402900010 DATA 3 3 1218402900011 DATA 1DATA-ERR 1DATA-APRX 2 1218402900012 EV EV B*EV-SQ 1218402900013 1.44 0.02 210.0 1218402900014 3.8 0.2 120.0 1218402900015 8.6 0.4 300.0 1218402900016 ENDDATA 5 0 1218402900017 ENDSUBENT 16 0 1218402999999 ENDENTRY 29 0 1218499999999