ENTRY 13601 20141016 14041360100000001 SUBENT 13601001 20141016 14041360100100001 BIB 10 17 1360100100002 AUTHOR (R.R.Spencer,N.M.Larson,J.H.Todd,L.W.Weston) 1360100100003 TITLE The ORNL neutron-capture cross section facility 1360100100004 REFERENCE (C,94GATLIN,1,99,199405) 1360100100005 INSTITUTE (1USAORL) 1360100100006 FACILITY (LINAC,1USAORL) Orela, 40-m flight path. 1360100100007 PART-DET (N,G) 1360100100008 DETECTOR (GLASD) 6Li glass flux monitor. 1360100100009 (SCIN) C6D6 scintillators for gamma detection. 1360100100010 METHOD (PHD,TOF) Pulse-height-weighting technique used to 1360100100011 convert gamma-ray counting data to capture yield. 1360100100012 Monitor efficiency normalized using the saturated 1360100100013 resonance technique on capture to the 4.9 eV 1360100100014 resonance of gold. 1360100100015 CORRECTION Capture yields corrected for deadtime and background. 1360100100016 HISTORY (19950217C) 1360100100017 (20030224A) Updated to new date formats. 1360100100018 (20141016A) BP: Digitized Figs. 1-2. 1360100100019 ENDBIB 17 0 1360100100020 NOCOMMON 0 0 1360100100021 ENDSUBENT 20 0 1360100199999 SUBENT 13601002 20141016 14041360100200001 BIB 5 7 1360100200002 REACTION (26-FE-0(N,G),,SIG,,RAW) 1360100200003 Effective cross section, not corrected for target 1360100200004 thickness. 1360100200005 STATUS (CURVE) Fig. 1, page 101. 1360100200006 SAMPLE Natural iron sample 0.004 a/b. 1360100200007 ERR-ANALYS (DATA-ERR) No details on source of uncertainties. 1360100200008 HISTORY (20030224A) BP: Reaction corrected, data added. 1360100200009 ENDBIB 7 0 1360100200010 NOCOMMON 0 0 1360100200011 DATA 3 16 1360100200012 EN DATA DATA-ERR 1360100200013 KEV B B 1360100200014 1.1451 0.6471 0.3235 1360100200015 1.1481 5.5534 0.3774 1360100200016 1.1485 9.0041 0.5931 1360100200017 1.1490 12.8750 0.7030 1360100200018 1.1494 18.8707 0.8087 1360100200019 1.1498 25.5563 1.0783 1360100200020 1.1503 33.2664 1.2401 1360100200021 1.1507 40.7607 1.5097 1360100200022 1.1511 43.0252 1.7792 1360100200023 1.1516 45.5593 1.8332 1360100200024 1.1520 41.4840 1.6220 1360100200025 1.1525 35.2073 1.4018 1360100200026 1.1530 27.4280 1.0270 1360100200027 1.1533 20.3265 1.0783 1360100200028 1.1538 12.7243 0.6470 1360100200029 1.1547 5.3917 0.4852 1360100200030 ENDDATA 18 0 1360100200031 ENDSUBENT 30 0 1360100299999 SUBENT 13601003 20141016 14041360100300001 BIB 7 10 1360100300002 REACTION (26-FE-56(N,EL),,WID) 1360100300003 SAMPLE Natural iron sample. 1360100300004 ASSUMED (ASSUM,26-FE-56(N,G),,WID) 1360100300005 ERR-ANALYS (DATA-ERR) Overall uncertainty of 3% estimated, mainly 1360100300006 due to Au saturated resonance normalization. 1360100300007 STATUS (TABLE) Abstract p.99 1360100300008 COMMENT All measurements were done with natural Fe samples, 1360100300009 however, we know that 1.15 keV resonance belongs to 1360100300010 Fe-56. 1360100300011 HISTORY (20030224A) Reaction corrected. 1360100300012 ENDBIB 10 0 1360100300013 NOCOMMON 0 0 1360100300014 DATA 4 1 1360100300015 EN-RES DATA DATA-ERR ASSUM 1360100300016 KEV MILLI-EV MILLI-EV MILLI-EV 1360100300017 1.15 61.6 1.8 574. 1360100300018 ENDDATA 3 0 1360100300019 ENDSUBENT 18 0 1360100399999 SUBENT 13601004 20141017 14041360100400001 BIB 5 7 1360100400002 REACTION (26-FE-0(N,G),,SIG,,RAW) 1360100400003 Effective cross section, not corrected for target 1360100400004 thickness. 1360100400005 STATUS (CURVE) Fig. 1-2, page 101. 1360100400006 SAMPLE Natural iron sample 0.010 a/b. 1360100400007 ERR-ANALYS (DATA-ERR) No details on source of uncertainties. 1360100400008 HISTORY (20141017C) BP 1360100400009 ENDBIB 7 0 1360100400010 NOCOMMON 0 0 1360100400011 DATA 3 116 1360100400012 EN DATA DATA-ERR 1360100400013 KEV B B 1360100400014 1.100 0.058 0.023 1360100400015 1.102 0.030 0.023 1360100400016 1.105 0.051 0.023 1360100400017 1.106 0.018 0.017 1360100400018 1.109 0.016 0.017 1360100400019 1.111 0.041 0.023 1360100400020 1.113 0.031 0.019 1360100400021 1.115 0.055 0.022 1360100400022 1.117 0.084 0.024 1360100400023 1.119 0.084 0.024 1360100400024 1.121 0.049 0.019 1360100400025 1.123 0.046 0.019 1360100400026 1.125 0.059 0.023 1360100400027 1.127 0.110 0.024 1360100400028 1.130 0.139 0.025 1360100400029 1.132 0.093 0.023 1360100400030 1.134 0.098 0.024 1360100400031 1.136 0.078 0.021 1360100400032 1.138 0.119 0.022 1360100400033 1.140 0.210 0.025 1360100400034 1.143 0.251 0.027 1360100400035 1.144 0.455 0.030 1360100400036 1.1447 0.4314 1360100400037 1.1451 0.4314 1360100400038 1.1455 0.5931 1360100400039 1.1460 0.7010 1360100400040 1.1464 1.1323 1360100400041 1.1468 1.3480 1360100400042 1.1472 1.9950 1360100400043 1.1477 2.7498 1360100400044 1.1481 4.2055 1360100400045 1.1485 6.8474 1360100400046 1.1490 10.5137 1360100400047 1.1494 15.0966 1360100400048 1.1499 20.4343 1360100400049 1.1503 25.4485 0.9166 1360100400050 1.1507 31.1636 0.8087 1360100400051 1.1511 34.8299 0.9705 1360100400052 1.1516 33.3742 0.8627 1360100400053 1.1520 32.5654 0.8627 1360100400054 1.1525 29.2226 0.9166 1360100400055 1.1529 22.8066 0.4313 1360100400056 1.1534 17.0376 1360100400057 1.1538 11.8077 1360100400058 1.1542 7.8179 1360100400059 1.1547 4.7447 1360100400060 1.1551 2.9655 1360100400061 1.1556 1.8332 1360100400062 1.1560 1.2401 1360100400063 1.1564 0.7549 1360100400064 1.1569 0.8627 1360100400065 1.1572 0.4853 1360100400066 1.1577 0.4314 1360100400067 1.1582 0.5931 1360100400068 1.1586 0.4853 1360100400069 1.1590 0.3775 1360100400070 1.1594 0.3775 1360100400071 1.160 0.460 0.027 1360100400072 1.162 0.334 0.027 1360100400073 1.164 0.302 0.027 1360100400074 1.166 0.196 0.024 1360100400075 1.168 0.218 0.023 1360100400076 1.170 0.224 0.023 1360100400077 1.173 0.171 0.022 1360100400078 1.175 0.216 0.022 1360100400079 1.177 0.248 0.027 1360100400080 1.179 0.228 0.025 1360100400081 1.182 0.265 0.024 1360100400082 1.184 0.224 0.022 1360100400083 1.186 0.306 0.025 1360100400084 1.188 0.345 0.025 1360100400085 1.190 0.345 0.027 1360100400086 1.193 0.365 0.027 1360100400087 1.195 0.333 0.024 1360100400088 1.197 0.384 0.027 1360100400089 1.200 0.330 0.025 1360100400090 1.202 0.286 0.023 1360100400091 1.204 0.258 0.022 1360100400092 1.207 0.255 0.024 1360100400093 1.209 0.177 0.023 1360100400094 1.211 0.200 0.023 1360100400095 1.214 0.257 0.025 1360100400096 1.216 0.157 0.022 1360100400097 1.218 0.142 0.021 1360100400098 1.221 0.170 0.021 1360100400099 1.223 0.114 0.019 1360100400100 1.225 0.138 0.023 1360100400101 1.228 0.166 0.023 1360100400102 1.230 0.126 0.022 1360100400103 1.232 0.122 0.019 1360100400104 1.235 0.107 0.022 1360100400105 1.237 0.074 0.018 1360100400106 1.240 0.056 0.019 1360100400107 1.242 0.088 0.023 1360100400108 1.245 0.004 0.017 1360100400109 1.247 0.050 0.021 1360100400110 1.249 0.049 0.019 1360100400111 1.252 0.043 0.021 1360100400112 1.254 0.012 0.018 1360100400113 1.257 0.081 0.023 1360100400114 1.259 0.018 0.016 1360100400115 1.262 0.057 0.018 1360100400116 1.264 0.058 0.022 1360100400117 1.267 0.045 0.019 1360100400118 1.269 0.037 0.019 1360100400119 1.272 0.014 0.018 1360100400120 1.274 0.048 0.021 1360100400121 1.277 0.045 0.018 1360100400122 1.279 0.061 0.021 1360100400123 1.281 0.050 0.021 1360100400124 1.284 0.054 0.021 1360100400125 1.287 0.021 0.017 1360100400126 1.289 0.025 0.018 1360100400127 1.292 0.043 0.018 1360100400128 1.294 0.020 0.017 1360100400129 1.297 0.045 0.019 1360100400130 ENDDATA 118 0 1360100400131 ENDSUBENT 130 0 1360100499999 ENDENTRY 4 0 1360199999999