ENTRY 11685 20210309 14821168500000001 SUBENT 11685001 20210309 14821168500100001 BIB 9 37 1168500100002 TITLE Slow neutron velocity spectrometer studies. I. Cd, Ag, 1168500100003 Sb, Ir, Mn 1168500100004 AUTHOR (L.J.Rainwater,W.W.Havens Jr,C.S.Wu,J.R.Dunning) 1168500100005 REFERENCE (J,PR,71,65,1947) 1168500100006 #doi:10.1103/PhysRev.71.65 1168500100007 INSTITUTE (1USACOL) 1168500100008 FACILITY (SELVE,1USACOL) The Columbia Neutron Velocity 1168500100009 Spectrometer. 1168500100010 DETECTOR (BF3) Two parallel independent BF3 proportional 1168500100011 counter detectors. The new counters have cathodes 10 1168500100012 cm in length, about 5 cm diameter, and are filled to 1168500100013 50-cm pressure with purified BF3 enriched in B10 1168500100014 content for greater efficiency. 1168500100015 METHOD (TOF) In normal operation time of flight measurements 1168500100016 of less than 640 microsec (at 6.2 meters) are 1168500100017 obtained by using a 1280-microsec period for the 1168500100018 complete operation cycle and using thick Cd in the 1168500100019 beam to remove all neutrons having times of flight 1168500100020 greater than about 800 microsec. This prevents 1168500100021 overlap from previous cycles. In the new spectrometer 1168500100022 system 16 detection intervals are measured 1168500100023 simultaneously. 1168500100024 COMMENT Compiler's comment: Energy scale is confusing, so 1168500100025 plots were digitized vs. neutron time of flight in 1168500100026 microsec/meter and converted to energy using the 1168500100027 relation E = (72.3/t) **2 eV which gives the neutron 1168500100028 energy for a timing t, microsec/meter from. Formula 1168500100029 was taken Phys. Rev. 71, 165 (1947) and verified using 1168500100030 the method of visual inspection. Transmission data 1168500100031 are more reliable, while cross section scale is less 1168500100032 obvious. 1168500100033 HISTORY (19760730T) Translated from SCISRS. 1168500100034 (19831011A) Converted to reaction formalism 1168500100035 (20210309A) BP: Added method, detector, error- 1168500100036 analysis, digitized data sets and doi. Updated to new 1168500100037 date formats, lower case. Corrections according last 1168500100038 EXFOR rules and Dict. 1168500100039 ENDBIB 37 0 1168500100040 NOCOMMON 0 0 1168500100041 ENDSUBENT 40 0 1168500199999 SUBENT 11685002 20210309 14821168500200001 BIB 6 11 1168500200002 REACTION (25-MN-55(N,TOT),,SIG) 1168500200003 SAMPLE 16.24 g/cm2 sample of pure electrolytic manganese. 1168500200004 ANALYSIS The cross section, sigma, is related to the 1168500200005 transmission, T, by the relation T=exp(-n sigma) 1168500200006 where n=atoms/cm2 of the element studied (if only the 1168500200007 element is present). 1168500200008 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168500200009 STATUS (DEP,11685012) 1168500200010 (CURVE) Figs. 9-10, page 76. 1168500200011 HISTORY (20210309A) BP: Replaced BNL-325 curve data with 1168500200012 digitized data, added sample information. 1168500200013 ENDBIB 11 0 1168500200014 NOCOMMON 0 0 1168500200015 DATA 3 48 1168500200016 EN DATA DATA-ERR 1168500200017 EV B B 1168500200018 10577.084 6.661 0.252 1168500200019 2805.507 9.252 0.252 1168500200020 1045.522 11.701 0.252 1168500200021 544.997 15.049 0.359 1168500200022 345.266 18.253 0.504 1168500200023 241.026 17.825 0.396 1168500200024 177.679 11.213 0.432 1168500200025 131.870 7.514 0.288 1168500200026 102.365 5.756 0.288 1168500200027 83.419 4.969 0.216 1168500200028 68.181 4.074 0.216 1168500200029 56.826 3.610 0.322 1168500200030 48.760 3.434 0.251 1168500200031 39.307 3.296 0.216 1168500200032 23.688 3.059 1168500200033 15.942 2.895 1168500200034 11.386 2.982 1168500200035 8.536 3.106 1168500200036 6.637 3.301 1168500200037 5.353 3.064 1168500200038 4.358 3.332 1168500200039 3.917 3.243 1168500200040 2.069 3.676 1168500200041 1.333 4.180 1168500200042 0.896 4.470 1168500200043 0.624 5.010 1168500200044 0.472 5.443 1168500200045 0.386 5.554 1168500200046 0.309 6.237 1168500200047 0.258 6.491 1168500200048 0.215 7.174 1168500200049 0.184 7.428 1168500200050 0.153 7.969 1168500200051 0.138 8.293 1168500200052 0.124 8.725 1168500200053 0.097 9.412 1168500200054 0.080 10.277 1168500200055 0.065 11.071 1168500200056 0.054 11.830 1168500200057 0.046 12.731 1168500200058 0.039 13.561 1168500200059 0.034 14.248 1168500200060 0.030 14.827 1168500200061 0.026 15.944 1168500200062 0.023 16.810 1168500200063 0.021 17.746 1168500200064 0.019 18.326 1168500200065 0.017 19.120 1168500200066 ENDDATA 50 0 1168500200067 ENDSUBENT 66 0 1168500299999 SUBENT 11685003 20210309 14821168500300001 BIB 5 14 1168500300002 REACTION (48-CD-0(N,TOT),,SIG) 1168500300003 SAMPLE 43.8 mg/cm2 sample. The samples used for the cadmium 1168500300004 transmission measurements were cut from sheets rolled 1168500300005 to 0.010" and 0.022" thicknesses. A spectrographic 1168500300006 analysis of the cadmium showed less than 0.05 percent 1168500300007 of Pb and Tl; less than 0.005 percent of Al, Ag, and 1168500300008 Cu; traces of Ca, Cr, Fe, Sn. 1168500300009 ERR-ANALYS The statistical uncertainties of the points have not 1168500300010 been indicated as their magnitude is often equal in 1168500300011 size to the circles used to indicate the experimental 1168500300012 points. 1168500300013 STATUS (CURVE) Figs. 3-5, pages 72-73. 1168500300014 HISTORY (20210309A) BP: Replaced BNL-325 curve data with 1168500300015 digitized data, added sample information. 1168500300016 ENDBIB 14 0 1168500300017 NOCOMMON 0 0 1168500300018 DATA 2 64 1168500300019 EN DATA 1168500300020 EV B 1168500300021 0.008 3574.562 1168500300022 0.009 3378.108 1168500300023 0.009 3320.417 1168500300024 0.010 3158.629 1168500300025 0.011 3147.226 1168500300026 0.012 3031.766 1168500300027 0.013 2893.181 1168500300028 0.014 2835.570 1168500300029 0.015 2812.666 1168500300030 0.016 2685.743 1168500300031 0.018 2616.651 1168500300032 0.020 2547.618 1168500300033 0.022 2455.461 1168500300034 0.025 2455.921 1168500300035 0.028 2375.526 1168500300036 0.031 2283.669 1168500300037 0.034 2284.048 1168500300038 0.036 2249.761 1168500300039 0.038 2284.867 1168500300040 0.041 2250.660 1168500300041 0.044 2297.488 1168500300042 0.048 2251.879 1168500300043 0.052 2391.342 1168500300044 0.057 2345.853 1168500300045 0.062 2497.079 1168500300046 0.068 2555.888 1168500300047 0.074 2695.831 1168500300048 0.082 2818.647 1168500300049 0.091 3067.351 1168500300050 0.101 3502.582 1168500300051 0.113 4062.166 1168500300052 0.126 4839.365 1168500300053 0.132 5134.701 1168500300054 0.136 5632.109 1168500300055 0.140 5849.725 1168500300056 0.145 6331.588 1168500300057 0.150 6549.204 1168500300058 0.155 6766.820 1168500300059 0.160 7031.068 1168500300060 0.166 7093.244 1168500300061 0.172 7093.244 1168500300062 0.178 6999.980 1168500300063 0.185 6906.716 1168500300064 0.192 6362.676 1168500300065 0.199 5849.725 1168500300066 0.206 5212.421 1168500300067 0.214 4295.326 1168500300068 0.223 3735.742 1168500300069 0.233 3098.439 1168500300070 0.243 2398.959 1168500300071 0.254 2119.167 1168500300072 0.266 1575.128 1168500300073 0.279 1310.880 1168500300074 0.294 1.145E+03 1168500300075 0.309 8.648E+02 1168500300076 0.327 7.306E+02 1168500300077 0.344 5.518E+02 1168500300078 0.362 4.662E+02 1168500300079 0.383 3.376E+02 1168500300080 0.404 3.101E+02 1168500300081 0.428 2.583E+02 1168500300082 0.452 1.923E+02 1168500300083 0.479 1.412E+02 1168500300084 0.512 1.209E+02 1168500300085 ENDDATA 66 0 1168500300086 ENDSUBENT 85 0 1168500399999 SUBENT 11685004 20210309 14821168500400001 BIB 6 20 1168500400002 REACTION (51-SB-0(N,TOT),,SIG) 1168500400003 SAMPLE 6.84 g/cm2 sample. The samples used for the 1168500400004 transmission measurements on antimony were cast disks 1168500400005 of the metal. A spectrographic analysis of the 1168500400006 antimony showed less than 0.05 percent of Ca, Ag, and 1168500400007 Si; less than 0.005 percent of Mg, Ni, Cu, and Ge; 1168500400008 traces of Co, Pb, and As. For all other metals the 1168500400009 prominent lines were not apparent therefore the 1168500400010 impurity was probably less than 0.05 percent for arc 1168500400011 insensitive materials or less than 10**-5 percent for 1168500400012 arc sensitive materials. 1168500400013 ANALYSIS The cross section, sigma, is related to the 1168500400014 transmission, T, by the relation T=exp(-n sigma) 1168500400015 where n=atoms/cm2 of the element studied (if only the 1168500400016 element is present). 1168500400017 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168500400018 STATUS (DEP,11685017) 1168500400019 (CURVE) Fig. 8, page 75. 1168500400020 HISTORY (20210309A) BP: Replaced BNL-325 curve data with 1168500400021 digitized data, added sample information. 1168500400022 ENDBIB 20 0 1168500400023 NOCOMMON 0 0 1168500400024 DATA 3 32 1168500400025 EN DATA DATA-ERR 1168500400026 EV B B 1168500400027 44.658 8.339 1.137 1168500400028 38.800 6.996 1.033 1168500400029 33.557 8.753 1.240 1168500400030 29.299 10.974 1.343 1168500400031 26.111 11.387 1.240 1168500400032 23.363 18.465 0.930 1168500400033 20.849 20.996 1.033 1168500400034 19.103 19.292 1.033 1168500400035 17.240 19.808 0.930 1168500400036 15.757 23.786 1.033 1168500400037 14.603 21.306 0.827 1168500400038 13.476 14.694 1.033 1168500400039 12.367 12.162 1.240 1168500400040 11.652 7.461 1.240 1168500400041 10.755 5.395 1.137 1168500400042 10.023 5.292 1.033 1168500400043 9.362 6.015 1.240 1168500400044 8.763 7.565 1.137 1168500400045 8.275 6.531 1.137 1168500400046 7.681 8.185 1.137 1168500400047 7.189 11.646 1.137 1168500400048 6.775 19.808 1.033 1168500400049 6.358 30.450 0.827 1168500400050 6.017 34.531 0.930 1168500400051 5.707 34.015 0.930 1168500400052 5.425 28.074 0.827 1168500400053 5.191 20.428 0.827 1168500400054 4.946 14.332 1.033 1168500400055 4.695 9.321 1.137 1168500400056 4.502 6.893 1.240 1168500400057 4.260 8.494 1.137 1168500400058 4.075 7.616 1.446 1168500400059 ENDDATA 34 0 1168500400060 ENDSUBENT 59 0 1168500499999 SUBENT 11685005 20210309 14821168500500001 BIB 6 16 1168500500002 REACTION (77-IR-0(N,TOT),,SIG) 1168500500003 SAMPLE The 3.08 g/cm2 sample was made from C.P. metallic 1168500500004 powder and heated to 800 degree C in a nitrogen 1168500500005 atmosphere. 1168500500006 ANALYSIS The cross section, sigma, is related to the 1168500500007 transmission, T, by the relation T=exp(-n sigma) 1168500500008 where n=atoms/cm2 of the element studied (if only the 1168500500009 element is present). 1168500500010 ERR-ANALYS The statistical uncertainties of the points have not 1168500500011 been indicated as their magnitude is often equal in 1168500500012 size to the circles used to indicate the experimental 1168500500013 points. 1168500500014 STATUS (DEP,11685020) 1168500500015 (CURVE) Fig. 11, page 77. 1168500500016 HISTORY (20210309A) BP: Replaced BNL-325 curve data with 1168500500017 digitized data, added sample information. 1168500500018 ENDBIB 16 0 1168500500019 NOCOMMON 0 0 1168500500020 DATA 2 54 1168500500021 EN DATA 1168500500022 EV B 1168500500023 1922.362 21.606 1168500500024 627.167 29.771 1168500500025 146.224 39.415 1168500500026 85.153 46.093 1168500500027 49.186 51.283 1168500500028 22.453 57.209 1168500500029 19.212 28.988 1168500500030 17.849 49.778 1168500500031 14.527 18.584 1168500500032 11.369 20.062 1168500500033 9.629 34.166 1168500500034 9.137 86.144 1168500500035 8.261 66.091 1168500500036 7.165 37.867 1168500500037 6.551 54.200 1168500500038 5.768 106.917 1168500500039 5.118 155.179 1168500500040 4.744 82.403 1168500500041 4.409 40.816 1168500500042 3.969 30.414 1168500500043 3.593 25.953 1168500500044 3.074 22.974 1168500500045 2.518 25.189 1168500500046 2.265 28.151 1168500500047 2.048 33.342 1168500500048 1.862 51.156 1168500500049 1.626 94.957 1168500500050 1.462 204.106 1168500500051 1.375 412.020 1168500500052 1.096 339.968 1168500500053 1.004 237.484 1168500500054 0.923 201.089 1168500500055 0.838 235.237 1168500500056 0.800 362.953 1168500500057 0.516 455.715 1168500500058 0.469 335.404 1168500500059 0.458 254.461 1168500500060 0.428 238.113 1168500500061 0.405 209.144 1168500500062 0.372 193.535 1168500500063 0.333 175.693 1168500500064 0.288 176.408 1168500500065 0.259 163.020 1168500500066 0.230 164.479 1168500500067 0.207 174.851 1168500500068 0.186 174.826 1168500500069 0.171 174.803 1168500500070 0.155 196.312 1168500500071 0.130 202.203 1168500500072 0.112 215.524 1168500500073 0.098 222.163 1168500500074 0.086 245.136 1168500500075 0.075 255.479 1168500500076 0.066 275.477 1168500500077 ENDDATA 56 0 1168500500078 ENDSUBENT 77 0 1168500599999 SUBENT 11685006 20210309 14821168500600001 BIB 6 19 1168500600002 REACTION (47-AG-0(N,TOT),,SIG) 1168500600003 SAMPLE 7.84 g/cm2 sample. The samples used for the 1168500600004 transmission measurements were of metallic silver. A 1168500600005 spectrographic analysis of the silver showed less 1168500600006 than 0.05 percent of Cu, Pb; less than 0.005 percent 1168500600007 of Mg, Mn, Fe, Tl, and Bi. For all the other metals 1168500600008 the prominent lines were not apparent, therefore the 1168500600009 impurity was probably less than 0.05 percent for arc 1168500600010 insensitive materials or less than 10**-5 percent for 1168500600011 arc sensitive materials. 1168500600012 ANALYSIS The cross section, sigma, is related to the 1168500600013 transmission, T, by the relation T=exp(-n sigma) 1168500600014 where n=atoms/cm2 of the element studied (if only the 1168500600015 element is present). 1168500600016 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168500600017 STATUS (DEP,11685023) 1168500600018 (CURVE) Fig. 7, page 74. 1168500600019 HISTORY (20210309A) BP: Digitized data, added sample 1168500600020 information. 1168500600021 ENDBIB 19 0 1168500600022 NOCOMMON 0 0 1168500600023 DATA 3 30 1168500600024 EN DATA DATA-ERR 1168500600025 EV B B 1168500600026 954581.812 9.795 0.723 1168500600027 8333.477 8.557 0.526 1168500600028 2170.167 9.817 0.789 1168500600029 976.225 10.880 0.526 1168500600030 554.987 10.625 0.755 1168500600031 335.538 10.311 0.526 1168500600032 234.238 10.059 0.790 1168500600033 168.851 11.057 0.789 1168500600034 135.417 10.987 0.686 1168500600035 103.404 11.276 0.526 1168500600036 82.292 10.499 0.789 1168500600037 68.777 12.812 0.658 1168500600038 57.207 13.745 0.658 1168500600039 49.224 16.255 0.460 1168500600040 41.501 16.541 0.549 1168500600041 36.630 14.962 0.592 1168500600042 32.272 14.315 0.592 1168500600043 28.287 13.012 0.592 1168500600044 24.979 11.248 0.658 1168500600045 22.260 10.668 0.592 1168500600046 20.161 10.284 0.855 1168500600047 18.240 12.532 0.658 1168500600048 16.966 18.921 0.460 1168500600049 15.318 19.658 0.460 1168500600050 14.042 15.591 0.592 1168500600051 12.949 13.497 0.723 1168500600052 11.990 12.324 0.592 1168500600053 11.229 12.399 0.658 1168500600054 10.332 13.399 0.723 1168500600055 9.647 12.489 0.789 1168500600056 ENDDATA 32 0 1168500600057 ENDSUBENT 56 0 1168500699999 SUBENT 11685007 20210309 14821168500700001 BIB 3 5 1168500700002 REACTION (25-MN-55(N,0),,EN) 1168500700003 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1168500700004 STATUS (DEP,11685002) 1168500700005 (DEP,11685012) 1168500700006 (TABLE) page 77. 1168500700007 ENDBIB 5 0 1168500700008 NOCOMMON 0 0 1168500700009 DATA 2 1 1168500700010 DATA DATA-ERR 1168500700011 EV EV 1168500700012 300. 40. 1168500700013 ENDDATA 3 0 1168500700014 ENDSUBENT 13 0 1168500799999 SUBENT 11685008 20210309 14821168500800001 BIB 4 9 1168500800002 REACTION 1(47-AG-0(N,0),,EN) 1168500800003 2(47-AG-0(N,TOT),,WID,,SQ/S0) 1168500800004 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1168500800005 STATUS (DEP,11685006) 1168500800006 (DEP,11685023) 1168500800007 (DEP,11685024) 1168500800008 (DEP,11685025) 1168500800009 (TABLE) page 75. 1168500800010 HISTORY (20210309A) BP: Added sigma0 Gamma**2 values. 1168500800011 ENDBIB 9 0 1168500800012 NOCOMMON 0 0 1168500800013 DATA 3 3 1168500800014 DATA 1DATA-ERR 1DATA-APRX 2 1168500800015 EV EV B*EV-SQ 1168500800016 5.1 0.1 300. 1168500800017 16. 1. 24. 1168500800018 45. 4. 700. 1168500800019 ENDDATA 5 0 1168500800020 ENDSUBENT 19 0 1168500899999 SUBENT 11685009 20210309 14821168500900001 BIB 4 11 1168500900002 REACTION 1(48-CD-113(N,0),,EN) 1168500900003 2(48-CD-113(N,TOT),,WID) 1168500900004 3(48-CD-113(N,TOT),,SIG,,RES) 1168500900005 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1168500900006 STATUS (DEP,11685003) 1168500900007 (DEP,11685013) 1168500900008 (DEP,11685014) 1168500900009 (DEP,11685015) 1168500900010 (DEP,11685016) 1168500900011 (TABLE) page 74. 1168500900012 HISTORY (20210309A) BP: Added sigma0 value. 1168500900013 ENDBIB 11 0 1168500900014 NOCOMMON 0 0 1168500900015 DATA 5 1 1168500900016 DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3 1168500900017 EV EV EV EV B 1168500900018 0.176 0.002 0.115 0.002 58500. 1168500900019 ENDDATA 3 0 1168500900020 ENDSUBENT 19 0 1168500999999 SUBENT 11685010 20210309 14821168501000001 BIB 4 9 1168501000002 REACTION 1(51-SB-0(N,0),,EN) 1168501000003 2(51-SB-0(N,TOT),,WID,,SQ/S0) 1168501000004 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1168501000005 STATUS (DEP,11685004) 1168501000006 (DEP,11685017) 1168501000007 (DEP,11685018) 1168501000008 (DEP,11685019) 1168501000009 (TABLE) pages 76-77. 1168501000010 HISTORY (20210309A) BP: Added sigma0 Gamma**2 values. 1168501000011 ENDBIB 9 0 1168501000012 NOCOMMON 0 0 1168501000013 DATA 3 3 1168501000014 DATA 1DATA-ERR 1DATA-APRX 2 1168501000015 EV EV B*EV-SQ 1168501000016 5.8 0.15 12. 1168501000017 15. 1. 35. 1168501000018 21. 1.5 35. 1168501000019 ENDDATA 5 0 1168501000020 ENDSUBENT 19 0 1168501099999 SUBENT 11685011 20210309 14821168501100001 BIB 4 10 1168501100002 REACTION 1(77-IR-0(N,0),,EN) 1168501100003 2(77-IR-0(N,TOT),,WID,,SQ/S0) 1168501100004 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1168501100005 STATUS (DEP,11685005) 1168501100006 (DEP,11685020) 1168501100007 (DEP,11685021) 1168501100008 (DEP,11685022) 1168501100009 (TABLE) page 79. 1168501100010 HISTORY (20210309A) BP: Added uncertainties, sigma0 Gamma**2 1168501100011 values. 1168501100012 ENDBIB 10 0 1168501100013 NOCOMMON 0 0 1168501100014 DATA 5 5 1168501100015 DATA 1DATA-ERR 1DATA-MIN 2DATA-MAX 2DATA-APRX 2 1168501100016 EV EV B*EV-SQ B*EV-SQ B*EV-SQ 1168501100017 0.64 0.015 5. 20. 1168501100018 1.27 0.04 5. 20. 1168501100019 5.2 0.2 55. 1168501100020 8.7 0.3 50. 1168501100021 25. 5. 1168501100022 ENDDATA 7 0 1168501100023 ENDSUBENT 22 0 1168501199999 SUBENT 11685012 20210317 14821168501200001 BIB 6 6 1168501200002 REACTION (25-MN-55(N,TOT),,TRN) 1168501200003 METHOD (TRN) 1168501200004 SAMPLE 16.24 g/cm2 sample of pure electrolytic manganese. 1168501200005 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168501200006 STATUS (CURVE) Figs. 9-10, page 76. 1168501200007 HISTORY (20210309C) BP 1168501200008 ENDBIB 6 0 1168501200009 COMMON 1 3 1168501200010 THICKNESS 1168501200011 G/CM-SQ 1168501200012 16.24 1168501200013 ENDCOMMON 3 0 1168501200014 DATA 3 48 1168501200015 EN DATA DATA-ERR 1168501200016 EV NO-DIM NO-DIM 1168501200017 10577.084 0.673 0.012 1168501200018 2805.507 0.545 0.012 1168501200019 1045.522 0.424 0.012 1168501200020 544.997 0.259 0.018 1168501200021 345.266 0.101 0.025 1168501200022 241.026 0.122 0.020 1168501200023 177.679 0.449 0.021 1168501200024 131.870 0.632 0.014 1168501200025 102.365 0.719 0.014 1168501200026 83.419 0.758 0.011 1168501200027 68.181 0.802 0.011 1168501200028 56.826 0.825 0.016 1168501200029 48.760 0.834 0.012 1168501200030 39.307 0.841 0.011 1168501200031 23.688 0.853 1168501200032 15.942 0.862 1168501200033 11.386 0.858 1168501200034 8.536 0.852 1168501200035 6.637 0.843 1168501200036 5.353 0.855 1168501200037 4.622 0.546 1168501200038 4.358 0.842 1168501200039 2.327 0.506 1168501200040 1.463 0.463 1168501200041 0.966 0.439 1168501200042 0.664 0.399 1168501200043 0.498 0.370 1168501200044 0.406 0.363 1168501200045 0.323 0.321 1168501200046 0.268 0.307 1168501200047 0.222 0.272 1168501200048 0.190 0.260 1168501200049 0.157 0.237 1168501200050 0.142 0.223 1168501200051 0.127 0.207 1168501200052 0.100 0.183 1168501200053 0.082 0.157 1168501200054 0.067 0.137 1168501200055 0.055 0.119 1168501200056 0.047 0.102 1168501200057 0.040 0.088 1168501200058 0.034 0.078 1168501200059 0.030 0.070 1168501200060 0.027 0.058 1168501200061 0.024 0.049 1168501200062 0.021 0.042 1168501200063 0.019 0.038 1168501200064 0.017 0.033 1168501200065 ENDDATA 50 0 1168501200066 ENDSUBENT 65 0 1168501299999 SUBENT 11685013 20210317 14821168501300001 BIB 5 13 1168501300002 REACTION (48-CD-0(N,TOT),,SIG) 1168501300003 SAMPLE 219 mg/cm2 sample. The samples used for the cadmium 1168501300004 transmission measurements were cut from sheets rolled 1168501300005 to 0.010" and 0.022" thicknesses. A spectrographic 1168501300006 analysis of the cadmium showed less than 0.05 percent 1168501300007 of Pb and Tl; less than 0.005 percent of Al, Ag, and 1168501300008 Cu; traces of Ca, Cr, Fe, Sn. 1168501300009 ERR-ANALYS The statistical uncertainties of the points have not 1168501300010 been indicated as their magnitude is often equal in 1168501300011 size to the circles used to indicate the experimental 1168501300012 points. 1168501300013 STATUS (CURVE) Figs. 3-5, pages 72-73. 1168501300014 HISTORY (20210309C) BP 1168501300015 ENDBIB 13 0 1168501300016 NOCOMMON 0 0 1168501300017 DATA 2 30 1168501300018 EN DATA 1168501300019 EV B 1168501300020 0.022 2490.127 1168501300021 0.025 2398.110 1168501300022 0.028 2340.860 1168501300023 0.031 2341.439 1168501300024 0.036 2319.114 1168501300025 0.041 2320.033 1168501300026 0.048 2344.335 1168501300027 0.057 2392.102 1168501300028 0.059 2392.521 1168501300029 0.062 2485.557 1168501300030 0.068 2555.908 1168501300031 0.071 2648.963 1168501300032 0.074 2730.517 1168501300033 0.078 2754.260 1168501300034 0.082 2803.103 1168501300035 0.087 2911.911 1168501300036 0.091 3098.439 1168501300037 0.096 3300.510 1168501300038 0.101 3533.670 1168501300039 0.223 3766.830 1168501300040 0.227 3.773E+03 1168501300041 0.238 3.144E+03 1168501300042 0.247 2.409E+03 1168501300043 0.257 2.153E+03 1168501300044 0.270 1.649E+03 1168501300045 0.281 1.355E+03 1168501300046 0.545 9.785E+01 1168501300047 0.581 8.495E+01 1168501300048 0.621 6.875E+01 1168501300049 0.666 5.486E+01 1168501300050 ENDDATA 32 0 1168501300051 ENDSUBENT 50 0 1168501399999 SUBENT 11685014 20210317 14821168501400001 BIB 5 13 1168501400002 REACTION (48-CD-0(N,TOT),,SIG) 1168501400003 SAMPLE 4.47 g/cm2 sample. The samples used for the cadmium 1168501400004 transmission measurements were cut from sheets rolled 1168501400005 to 0.010" and 0.022" thicknesses. A spectrographic 1168501400006 analysis of the cadmium showed less than 0.05 percent 1168501400007 of Pb and Tl; less than 0.005 percent of Al, Ag, and 1168501400008 Cu; traces of Ca, Cr, Fe, Sn. 1168501400009 ERR-ANALYS The statistical uncertainties of the points have not 1168501400010 been indicated as their magnitude is often equal in 1168501400011 size to the circles used to indicate the experimental 1168501400012 points. 1168501400013 STATUS (CURVE) Fig. 5, page 73. 1168501400014 HISTORY (20210309C) BP 1168501400015 ENDBIB 13 0 1168501400016 NOCOMMON 0 0 1168501400017 DATA 2 12 1168501400018 EN DATA 1168501400019 EV B 1168501400020 0.728 4.791E+01 1168501400021 0.782 3.781E+01 1168501400022 0.842 3.025E+01 1168501400023 0.920 2.487E+01 1168501400024 1.002 2.132E+01 1168501400025 1.095 1.878E+01 1168501400026 1.206 1.480E+01 1168501400027 1.330 1.285E+01 1168501400028 1.481 1.116E+01 1168501400029 1.646 9.156E+00 1168501400030 1.861 8.746E+00 1168501400031 2.096 6.972E+00 1168501400032 ENDDATA 14 0 1168501400033 ENDSUBENT 32 0 1168501499999 SUBENT 11685015 20210317 14821168501500001 BIB 6 15 1168501500002 REACTION (48-CD-0(N,TOT),,SIG) 1168501500003 SAMPLE 11.03 g/cm2 sample. The samples used for the cadmium 1168501500004 transmission measurements were cut from sheets rolled 1168501500005 to 0.010" and 0.022" thicknesses. A spectrographic 1168501500006 analysis of the cadmium showed less than 0.05 percent 1168501500007 of Pb and Tl; less than 0.005 percent of Al, Ag, and 1168501500008 Cu; traces of Ca, Cr, Fe, Sn. 1168501500009 ANALYSIS The cross section, sigma, is related to the 1168501500010 transmission, T, by the relation T=exp(-n sigma) 1168501500011 where n=atoms/cm2 of the element studied (if only the 1168501500012 element is present). 1168501500013 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168501500014 STATUS (DEP,11685016) 1168501500015 (CURVE) Figs. 5-6, page 73. 1168501500016 HISTORY (20210309C) BP 1168501500017 ENDBIB 15 0 1168501500018 NOCOMMON 0 0 1168501500019 DATA 3 26 1168501500020 EN DATA DATA-ERR 1168501500021 EV B B 1168501500022 1.005 2.073E+01 1168501500023 1.092 1.752E+01 1168501500024 1.200 1.440E+01 1168501500025 1.327 1.216E+01 1168501500026 1.478 1.055E+01 1168501500027 1.652 9.029E+00 1168501500028 1.858 7.828E+00 1168501500029 2.099 6.781E+00 1168501500030 4.618 5.089 0.220 1168501500031 5.595 5.192 0.189 1168501500032 6.985 4.569 0.157 1168501500033 9.065 4.544 0.220 1168501500034 10.381 4.564 0.315 1168501500035 12.083 5.055 0.252 1168501500036 14.140 4.917 0.252 1168501500037 17.026 5.156 0.252 1168501500038 20.894 5.238 0.252 1168501500039 25.530 5.384 0.283 1168501500040 32.211 4.585 0.315 1168501500041 43.445 4.823 0.252 1168501500042 58.436 5.693 0.315 1168501500043 84.162 6.689 0.252 1168501500044 134.076 6.330 0.283 1168501500045 239.481 6.035 0.252 1168501500046 544.997 6.401 0.252 1168501500047 3107.396 6.773 0.239 1168501500048 ENDDATA 28 0 1168501500049 ENDSUBENT 48 0 1168501599999 SUBENT 11685016 20210317 14821168501600001 BIB 6 11 1168501600002 REACTION (48-CD-0(N,TOT),,TRN) 1168501600003 METHOD (TRN) 1168501600004 SAMPLE 11.03 g/cm2 sample. The samples used for the cadmium 1168501600005 transmission measurements were cut from sheets rolled 1168501600006 to 0.010" and 0.022" thicknesses. A spectrographic 1168501600007 analysis of the cadmium showed less than 0.05 percent 1168501600008 of Pb and Tl; less than 0.005 percent of Al, Ag, and 1168501600009 Cu; traces of Ca, Cr, Fe, Sn. 1168501600010 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168501600011 STATUS (CURVE) Fig. 6, page 73. 1168501600012 HISTORY (20210309C) BP 1168501600013 ENDBIB 11 0 1168501600014 COMMON 1 3 1168501600015 THICKNESS 1168501600016 G/CM-SQ 1168501600017 11.03 1168501600018 ENDCOMMON 3 0 1168501600019 DATA 3 18 1168501600020 EN DATA DATA-ERR 1168501600021 EV NO-DIM NO-DIM 1168501600022 3107.396 0.663 0.010 1168501600023 605.995 0.678 0.010 1168501600024 249.416 0.694 0.011 1168501600025 137.445 0.684 0.012 1168501600026 88.073 0.670 0.010 1168501600027 59.896 0.713 0.013 1168501600028 43.350 0.749 0.010 1168501600029 33.094 0.758 0.013 1168501600030 25.688 0.727 0.012 1168501600031 20.937 0.733 0.011 1168501600032 17.182 0.737 0.010 1168501600033 14.276 0.748 0.011 1168501600034 12.171 0.742 0.011 1168501600035 10.451 0.762 0.013 1168501600036 9.111 0.763 0.008 1168501600037 7.047 0.765 0.007 1168501600038 5.631 0.741 0.008 1168501600039 4.632 0.746 0.010 1168501600040 ENDDATA 20 0 1168501600041 ENDSUBENT 40 0 1168501699999 SUBENT 11685017 20210317 14821168501700001 BIB 6 15 1168501700002 REACTION (51-SB-0(N,TOT),,TRN) 1168501700003 METHOD (TRN) 1168501700004 SAMPLE 6.84 g/cm2 sample. The samples used for the 1168501700005 transmission measurements on antimony were cast disks 1168501700006 of the metal. A spectrographic analysis of the 1168501700007 antimony showed less than 0.05 percent of Ca, Ag, and 1168501700008 Si; less than 0.005 percent of Mg, Ni, Cu, and Ge; 1168501700009 traces of Co, Pb, and As. For all other metals the 1168501700010 prominent lines were not apparent therefore the 1168501700011 impurity was probably less than 0.05 percent for arc 1168501700012 insensitive materials or less than 10**-5 percent for 1168501700013 arc sensitive materials. 1168501700014 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168501700015 STATUS (CURVE) Fig. 8, page 75. 1168501700016 HISTORY (20210309C) BP 1168501700017 ENDBIB 15 0 1168501700018 COMMON 1 3 1168501700019 THICKNESS 1168501700020 G/CM-SQ 1168501700021 6.84 1168501700022 ENDCOMMON 3 0 1168501700023 DATA 3 32 1168501700024 EN DATA DATA-ERR 1168501700025 EV NO-DIM NO-DIM 1168501700026 44.658 0.780 0.022 1168501700027 38.800 0.806 0.020 1168501700028 33.557 0.772 0.024 1168501700029 29.299 0.729 0.026 1168501700030 26.111 0.721 0.024 1168501700031 23.363 0.584 0.018 1168501700032 20.849 0.535 0.020 1168501700033 19.103 0.568 0.020 1168501700034 17.240 0.558 0.018 1168501700035 15.757 0.481 0.020 1168501700036 14.603 0.529 0.016 1168501700037 13.476 0.657 0.020 1168501700038 12.367 0.706 0.024 1168501700039 11.652 0.797 0.024 1168501700040 10.755 0.837 0.022 1168501700041 10.023 0.839 0.020 1168501700042 9.362 0.825 0.024 1168501700043 8.763 0.795 0.022 1168501700044 8.275 0.815 0.022 1168501700045 7.681 0.783 0.022 1168501700046 7.189 0.716 0.022 1168501700047 6.775 0.558 0.020 1168501700048 6.358 0.352 0.016 1168501700049 6.017 0.273 0.018 1168501700050 5.707 0.283 0.018 1168501700051 5.425 0.398 0.016 1168501700052 5.191 0.546 0.016 1168501700053 4.946 0.664 0.020 1168501700054 4.695 0.761 0.022 1168501700055 4.502 0.808 0.024 1168501700056 4.260 0.777 0.022 1168501700057 4.075 0.794 0.028 1168501700058 ENDDATA 34 0 1168501700059 ENDSUBENT 58 0 1168501799999 SUBENT 11685018 20210317 14821168501800001 BIB 6 19 1168501800002 REACTION (51-SB-0(N,TOT),,SIG) 1168501800003 SAMPLE 22.4 g/cm2 sample. The samples used for the 1168501800004 transmission measurements on antimony were cast disks 1168501800005 of the metal. A spectrographic analysis of the 1168501800006 antimony showed less than 0.05 percent of Ca, Ag, and 1168501800007 Si; less than 0.005 percent of Mg, Ni, Cu, and Ge; 1168501800008 traces of Co, Pb, and As. For all other metals the 1168501800009 prominent lines were not apparent therefore the 1168501800010 impurity was probably less than 0.05 percent for arc 1168501800011 insensitive materials or less than 10**-5 percent for 1168501800012 arc sensitive materials. 1168501800013 ANALYSIS The cross section, sigma, is related to the 1168501800014 transmission, T, by the relation T=exp(-n sigma) 1168501800015 where n=atoms/cm2 of the element studied (if only the 1168501800016 element is present). 1168501800017 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168501800018 STATUS (DEP,11685019) 1168501800019 (CURVE) Fig. 8, page 75. 1168501800020 HISTORY (20210309C) BP 1168501800021 ENDBIB 19 0 1168501800022 NOCOMMON 0 0 1168501800023 DATA 3 31 1168501800024 EN DATA DATA-ERR 1168501800025 EV B B 1168501800026 71704.938 6.632 0.375 1168501800027 2415.746 6.881 0.250 1168501800028 591.407 6.504 0.292 1168501800029 243.320 6.544 0.292 1168501800030 138.656 7.084 0.334 1168501800031 84.204 6.666 0.250 1168501800032 59.386 6.706 0.250 1168501800033 43.485 6.662 0.292 1168501800034 33.210 6.369 0.292 1168501800035 25.297 9.432 0.250 1168501800036 20.509 12.037 0.334 1168501800037 16.981 11.368 0.250 1168501800038 14.288 11.450 0.209 1168501800039 12.298 6.923 0.250 1168501800040 10.611 5.462 0.250 1168501800041 9.246 5.481 0.334 1168501800042 8.126 6.835 0.209 1168501800043 7.152 10.170 0.250 1168501800044 6.342 14.505 0.250 1168501800045 5.666 15.171 0.250 1168501800046 5.122 12.271 0.250 1168501800047 4.631 8.244 0.250 1168501800048 4.244 6.679 0.292 1168501800049 3.904 5.760 0.334 1168501800050 3.572 5.758 0.250 1168501800051 3.281 5.465 0.209 1168501800052 3.024 4.942 0.292 1168501800053 2.806 5.107 0.292 1168501800054 2.602 5.188 0.250 1168501800055 2.436 5.187 0.334 1168501800056 2.270 5.018 0.334 1168501800057 ENDDATA 33 0 1168501800058 ENDSUBENT 57 0 1168501899999 SUBENT 11685019 20210317 14821168501900001 BIB 6 15 1168501900002 REACTION (51-SB-0(N,TOT),,TRN) 1168501900003 METHOD (TRN) 1168501900004 SAMPLE 22.4 g/cm2 sample. The samples used for the 1168501900005 transmission measurements on antimony were cast disks 1168501900006 of the metal. A spectrographic analysis of the 1168501900007 antimony showed less than 0.05 percent of Ca, Ag, and 1168501900008 Si; less than 0.005 percent of Mg, Ni, Cu, and Ge; 1168501900009 traces of Co, Pb, and As. For all other metals the 1168501900010 prominent lines were not apparent therefore the 1168501900011 impurity was probably less than 0.05 percent for arc 1168501900012 insensitive materials or less than 10**-5 percent for 1168501900013 arc sensitive materials. 1168501900014 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168501900015 STATUS (CURVE) Fig. 8, page 75. 1168501900016 HISTORY (20210309C) BP 1168501900017 ENDBIB 15 0 1168501900018 COMMON 1 3 1168501900019 THICKNESS 1168501900020 G/CM-SQ 1168501900021 22.4 1168501900022 ENDCOMMON 3 0 1168501900023 DATA 3 31 1168501900024 EN DATA DATA-ERR 1168501900025 EV NO-DIM NO-DIM 1168501900026 71704.938 0.517 0.018 1168501900027 2415.746 0.505 0.012 1168501900028 591.407 0.523 0.014 1168501900029 243.320 0.521 0.014 1168501900030 138.656 0.495 0.016 1168501900031 84.204 0.515 0.012 1168501900032 59.386 0.513 0.012 1168501900033 43.485 0.515 0.014 1168501900034 33.210 0.529 0.014 1168501900035 25.297 0.382 0.012 1168501900036 20.509 0.257 0.016 1168501900037 16.981 0.289 0.012 1168501900038 14.288 0.285 0.010 1168501900039 12.298 0.502 0.012 1168501900040 10.611 0.572 0.012 1168501900041 9.246 0.571 0.016 1168501900042 8.126 0.506 0.010 1168501900043 7.152 0.346 0.012 1168501900044 6.342 0.138 0.012 1168501900045 5.666 0.106 0.012 1168501900046 5.122 0.245 0.012 1168501900047 4.631 0.438 0.012 1168501900048 4.244 0.513 0.014 1168501900049 3.904 0.557 0.016 1168501900050 3.572 0.557 0.012 1168501900051 3.281 0.571 0.010 1168501900052 3.024 0.596 0.014 1168501900053 2.806 0.588 0.014 1168501900054 2.602 0.584 0.012 1168501900055 2.436 0.584 0.016 1168501900056 2.270 0.592 0.016 1168501900057 ENDDATA 33 0 1168501900058 ENDSUBENT 57 0 1168501999999 SUBENT 11685020 20210317 14821168502000001 BIB 6 8 1168502000002 REACTION (77-IR-0(N,TOT),,TRN) 1168502000003 SAMPLE The 3.08 g/cm2 sample was made from C.P. metallic 1168502000004 powder and heated to 800 degree C in a nitrogen 1168502000005 atmosphere. 1168502000006 METHOD (TRN) 1168502000007 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168502000008 STATUS (CURVE) Figs. 11-12, pages 77-78. 1168502000009 HISTORY (20210309C) BP 1168502000010 ENDBIB 8 0 1168502000011 COMMON 1 3 1168502000012 THICKNESS 1168502000013 G/CM-SQ 1168502000014 3.08 1168502000015 ENDCOMMON 3 0 1168502000016 DATA 3 60 1168502000017 EN DATA DATA-ERR 1168502000018 EV NO-DIM NO-DIM 1168502000019 30930710.06 0.877 0.022 1168502000020 1943.519 0.807 0.014 1168502000021 404.913 0.753 0.018 1168502000022 239.174 0.684 0.016 1168502000023 134.420 0.670 0.020 1168502000024 83.146 0.644 0.013 1168502000025 56.087 0.653 0.020 1168502000026 41.769 0.608 0.016 1168502000027 32.661 0.646 0.014 1168502000028 25.073 0.566 0.016 1168502000029 20.272 0.617 0.018 1168502000030 16.574 0.757 0.020 1168502000031 13.870 0.846 0.016 1168502000032 12.043 0.835 0.018 1168502000033 10.252 0.710 0.016 1168502000034 9.035 0.441 0.016 1168502000035 7.906 0.537 0.014 1168502000036 7.086 0.714 0.014 1168502000037 6.251 0.600 0.020 1168502000038 5.546 0.360 0.018 1168502000039 5.010 0.232 0.011 1168502000040 4.577 0.459 0.016 1168502000041 4.198 0.684 0.013 1168502000042 3.804 0.755 0.020 1168502000043 3.521 0.789 0.020 1168502000044 3.253 0.767 0.016 1168502000045 3.048 0.816 0.018 1168502000046 2.796 0.776 0.020 1168502000047 2.584 0.796 0.025 1168502000048 2.414 0.779 0.023 1168502000049 2.258 0.788 0.022 1168502000050 2.134 0.732 0.011 1168502000051 1.873 0.620 0.013 1168502000052 1.654 0.413 0.011 1168502000053 1.481 0.149 0.009 1168502000054 1.009 0.113 0.009 1168502000055 0.919 0.156 0.014 1168502000056 0.847 0.148 0.013 1168502000057 0.838 0.341 1168502000058 0.800 0.054 1168502000059 0.516 0.014 1168502000060 0.469 0.081 1168502000061 0.458 0.259 1168502000062 0.428 0.328 1168502000063 0.405 0.498 1168502000064 0.372 0.624 1168502000065 0.333 0.807 1168502000066 0.288 0.799 1168502000067 0.259 0.969 1168502000068 0.230 0.949 1168502000069 0.207 0.818 1168502000070 0.186 0.818 1168502000071 0.171 0.819 1168502000072 0.155 0.601 1168502000073 0.130 0.552 1168502000074 0.112 0.456 1168502000075 0.098 0.414 1168502000076 0.086 0.298 1168502000077 0.075 0.257 1168502000078 0.066 0.192 1168502000079 ENDDATA 62 0 1168502000080 ENDSUBENT 79 0 1168502099999 SUBENT 11685021 20210317 14821168502100001 BIB 6 12 1168502100002 REACTION (77-IR-0(N,TOT),,SIG) 1168502100003 SAMPLE The 0.0424 g/cm2 sample was made from C.P. metallic 1168502100004 powder and heated to 800 degree C in a nitrogen 1168502100005 atmosphere. 1168502100006 ANALYSIS The cross section, sigma, is related to the 1168502100007 transmission, T, by the relation T=exp(-n sigma) 1168502100008 where n=atoms/cm2 of the element studied (if only the 1168502100009 element is present). 1168502100010 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168502100011 STATUS (DEP,11685022) 1168502100012 (CURVE) Fig. 12, page 78. 1168502100013 HISTORY (20210309C) BP 1168502100014 ENDBIB 12 0 1168502100015 NOCOMMON 0 0 1168502100016 DATA 3 32 1168502100017 EN DATA DATA-ERR 1168502100018 EV B B 1168502100019 2.098 156.182 182.907 1168502100020 1.977 243.297 166.941 1168502100021 1.838 264.816 200.954 1168502100022 1.740 435.228 233.232 1168502100023 1.641 522.690 182.907 1168502100024 1.540 243.991 232.885 1168502100025 1.472 563.991 165.900 1168502100026 1.391 1084.946 199.219 1168502100027 1.321 2322.256 200.260 1168502100028 1.253 3093.102 133.275 1168502100029 1.201 2080.000 149.588 1168502100030 1.136 1434.794 182.907 1168502100031 1.085 822.213 166.594 1168502100032 1.046 575.445 149.935 1168502100033 1.002 229.414 166.941 1168502100034 0.959 500.130 183.254 1168502100035 0.917 470.976 200.260 1168502100036 0.878 208.590 184.295 1168502100037 0.842 429.328 167.289 1168502100038 0.805 433.839 200.260 1168502100039 0.777 804.165 166.594 1168502100040 0.752 807.636 166.941 1168502100041 0.718 1545.857 181.866 1168502100042 0.694 2099.436 199.913 1168502100043 0.666 3103.861 134.317 1168502100044 0.644 3791.063 200.607 1168502100045 0.622 3445.033 216.573 1168502100046 0.599 2599.566 182.907 1168502100047 0.582 1936.312 198.872 1168502100048 0.562 1657.267 182.907 1168502100049 0.544 1111.323 182.907 1168502100050 0.529 781.605 199.219 1168502100051 ENDDATA 34 0 1168502100052 ENDSUBENT 51 0 1168502199999 SUBENT 11685022 20210317 14821168502200001 BIB 6 8 1168502200002 REACTION (77-IR-0(N,TOT),,TRN) 1168502200003 SAMPLE The 0.0424 g/cm2 sample was made from C.P. metallic 1168502200004 powder and heated to 800 degree C in a nitrogen 1168502200005 atmosphere. 1168502200006 METHOD (TRN) 1168502200007 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168502200008 STATUS (CURVE) Fig. 12, page 78. 1168502200009 HISTORY (20210309C) BP 1168502200010 ENDBIB 8 0 1168502200011 COMMON 1 3 1168502200012 THICKNESS 1168502200013 G/CM-SQ 1168502200014 0.0424 1168502200015 ENDCOMMON 3 0 1168502200016 DATA 3 32 1168502200017 EN DATA DATA-ERR 1168502200018 EV NO-DIM NO-DIM 1168502200019 2.114 0.983 0.019 1168502200020 1.993 0.974 0.017 1168502200021 1.852 0.972 0.021 1168502200022 1.753 0.954 0.024 1168502200023 1.653 0.946 0.019 1168502200024 1.551 0.975 0.024 1168502200025 1.483 0.942 0.017 1168502200026 1.400 0.888 0.021 1168502200027 1.328 0.760 0.021 1168502200028 1.259 0.680 0.014 1168502200029 1.209 0.785 0.016 1168502200030 1.143 0.853 0.019 1168502200031 1.092 0.916 0.017 1168502200032 1.053 0.942 0.016 1168502200033 1.009 0.978 0.017 1168502200034 0.965 0.950 0.019 1168502200035 0.923 0.953 0.021 1168502200036 0.884 0.981 0.019 1168502200037 0.848 0.958 0.017 1168502200038 0.811 0.958 0.021 1168502200039 0.782 0.920 0.017 1168502200040 0.757 0.920 0.017 1168502200041 0.722 0.843 0.019 1168502200042 0.698 0.786 0.021 1168502200043 0.670 0.682 0.014 1168502200044 0.647 0.611 0.021 1168502200045 0.625 0.647 0.022 1168502200046 0.602 0.735 0.019 1168502200047 0.586 0.804 0.021 1168502200048 0.565 0.833 0.019 1168502200049 0.548 0.890 0.019 1168502200050 0.532 0.925 0.021 1168502200051 ENDDATA 34 0 1168502200052 ENDSUBENT 51 0 1168502299999 SUBENT 11685023 20210317 14821168502300001 BIB 6 14 1168502300002 REACTION (47-AG-0(N,TOT),,TRN) 1168502300003 SAMPLE 7.84 g/cm2 sample. The samples used for the 1168502300004 transmission measurements were of metallic silver. A 1168502300005 spectrographic analysis of the silver showed less 1168502300006 than 0.05 percent of Cu, Pb; less than 0.005 percent 1168502300007 of Mg, Mn, Fe, Tl, and Bi. For all the other metals 1168502300008 the prominent lines were not apparent, therefore the 1168502300009 impurity was probably less than 0.05 percent for arc 1168502300010 insensitive materials or less than 10**-5 percent for 1168502300011 arc sensitive materials. 1168502300012 METHOD (TRN) 1168502300013 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168502300014 STATUS (CURVE) Fig. 7, page 74. 1168502300015 HISTORY (20210309C) BP 1168502300016 ENDBIB 14 0 1168502300017 COMMON 1 3 1168502300018 THICKNESS 1168502300019 G/CM-SQ 1168502300020 7.84 1168502300021 ENDCOMMON 3 0 1168502300022 DATA 3 30 1168502300023 EN DATA DATA-ERR 1168502300024 EV NO-DIM NO-DIM 1168502300025 252087.674 0.709 0.020 1168502300026 14715.807 0.745 0.016 1168502300027 2432.252 0.709 0.022 1168502300028 1020.722 0.678 0.014 1168502300029 554.987 0.685 0.022 1168502300030 347.764 0.694 0.016 1168502300031 245.966 0.701 0.024 1168502300032 174.003 0.673 0.022 1168502300033 135.417 0.675 0.020 1168502300034 106.163 0.668 0.016 1168502300035 85.305 0.695 0.024 1168502300036 70.415 0.624 0.020 1168502300037 58.079 0.596 0.018 1168502300038 50.233 0.523 0.013 1168502300039 41.501 0.514 0.016 1168502300040 37.415 0.561 0.016 1168502300041 32.775 0.579 0.018 1168502300042 28.926 0.617 0.018 1168502300043 25.441 0.668 0.020 1168502300044 22.577 0.686 0.018 1168502300045 20.545 0.698 0.024 1168502300046 18.492 0.634 0.018 1168502300047 17.071 0.445 0.015 1168502300048 15.611 0.425 0.013 1168502300049 14.171 0.543 0.018 1168502300050 13.228 0.605 0.020 1168502300051 12.208 0.639 0.016 1168502300052 11.312 0.637 0.018 1168502300053 10.516 0.608 0.020 1168502300054 9.791 0.635 0.022 1168502300055 ENDDATA 32 0 1168502300056 ENDSUBENT 55 0 1168502399999 SUBENT 11685024 20210317 14821168502400001 BIB 6 18 1168502400002 REACTION (47-AG-0(N,TOT),,SIG) 1168502400003 SAMPLE 0.276 g/cm2 sample. The samples used for the 1168502400004 transmission measurements were of metallic silver. A 1168502400005 spectrographic analysis of the silver showed less 1168502400006 than 0.05 percent of Cu, Pb; less than 0.005 percent 1168502400007 of Mg, Mn, Fe, Tl, and Bi. For all the other metals 1168502400008 the prominent lines were not apparent, therefore the 1168502400009 impurity was probably less than 0.05 percent for arc 1168502400010 insensitive materials or less than 10**-5 percent for 1168502400011 arc sensitive materials. 1168502400012 ANALYSIS The cross section, sigma, is related to the 1168502400013 transmission, T, by the relation T=exp(-n sigma) 1168502400014 where n=atoms/cm2 of the element studied (if only the 1168502400015 element is present). 1168502400016 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168502400017 STATUS (DEP,11685025) 1168502400018 (CURVE) Fig. 7, page 74. 1168502400019 HISTORY (20210309C) BP 1168502400020 ENDBIB 18 0 1168502400021 NOCOMMON 0 0 1168502400022 DATA 3 9 1168502400023 EN DATA DATA-ERR 1168502400024 EV B B 1168502400025 8.318 27.605 42.852 1168502400026 7.252 -7.665 46.423 1168502400027 6.433 174.783 40.770 1168502400028 5.699 355.673 32.139 1168502400029 5.139 684.407 18.532 1168502400030 4.640 467.586 24.091 1168502400031 4.191 246.215 28.568 1168502400032 3.825 119.846 39.281 1168502400033 3.510 60.815 49.109 1168502400034 ENDDATA 11 0 1168502400035 ENDSUBENT 34 0 1168502499999 SUBENT 11685025 20210317 14821168502500001 BIB 6 14 1168502500002 REACTION (47-AG-0(N,TOT),,TRN) 1168502500003 SAMPLE 0.276 g/cm2 sample. The samples used for the 1168502500004 transmission measurements were of metallic silver. A 1168502500005 spectrographic analysis of the silver showed less 1168502500006 than 0.05 percent of Cu, Pb; less than 0.005 percent 1168502500007 of Mg, Mn, Fe, Tl, and Bi. For all the other metals 1168502500008 the prominent lines were not apparent, therefore the 1168502500009 impurity was probably less than 0.05 percent for arc 1168502500010 insensitive materials or less than 10**-5 percent for 1168502500011 arc sensitive materials. 1168502500012 METHOD (TRN) 1168502500013 ERR-ANALYS (DATA-ERR) Experimental uncertainties. 1168502500014 STATUS (CURVE) Fig. 7, page 74. 1168502500015 HISTORY (20210309C) BP 1168502500016 ENDBIB 14 0 1168502500017 COMMON 1 3 1168502500018 THICKNESS 1168502500019 G/CM-SQ 1168502500020 0.276 1168502500021 ENDCOMMON 3 0 1168502500022 DATA 3 9 1168502500023 EN DATA DATA-ERR 1168502500024 EV NO-DIM NO-DIM 1168502500025 8.350 0.968 0.048 1168502500026 7.282 1.006 0.051 1168502500027 6.433 0.810 0.044 1168502500028 5.724 0.614 0.035 1168502500029 5.139 0.260 0.020 1168502500030 4.640 0.494 0.026 1168502500031 4.209 0.733 0.031 1168502500032 3.842 0.869 0.042 1168502500033 3.510 0.933 0.053 1168502500034 ENDDATA 11 0 1168502500035 ENDSUBENT 34 0 1168502599999 ENDENTRY 25 0 1168599999999