114IN 113IN(N,G) E=TH 1975RA07 114IN H TYP=FUL$AUT=J. TULI$COM=CHANGED DSID$ 114IN H TYP=FUL$AUT=Jean Blachot, Georges Marguier$CIT=NDS 75,739 (1995)$ 114IN2 H CUT=1-MAY-1995$ 114IN C JPI(113IN)=9/2+ 114IN C Measured: G, GG, GG(T), semi 114IN C The thermal-neutron capture state is mainly 4+ 114IN C Activity: enriched target 114IN CG E Calibration for high energy G's is based on 114IN2CG E(G)=7367.73 50 for n-capture in PB and E(G)=2223.29 7 114IN3CG for n-capture in hydrogen calibration for low energy G's is 114IN4CG based on known 116IN transitions, but quoted uncertainties for some 114IN5CG G's are unrealistically low. The 116IN calibration lines are known 114IN6CG at best to 0.02 KEV; therefore, the evaluator has increased to 114IN7CG 0.02 KEV the authors' uncertainties that are smaller than this 114IN CG E(A)$Existence of line is doubtful 114IN CG E(B)$Seen in GG only 114IN CG RI$Photons per 1000 neutron captures. The absolute intensity was 114IN2CG obtained from the known 116IN G rays and from the isomeric cross 114IN3CG section. Only relative uncertainties are given. The authors estimate 114IN4CG additional calibration uncertainty to be <20% for the high 114IN5CG energy G's. Values for the low energy G's are relative to 114IN6CG I(311.65G)=240 per 1000 n-captures; for absolute DRI the 114IN7CG uncertainty of +36-57 for this intensity must be included 114IN CL J$From 1975Ra07 based on configuration arguments, 114IN2CL T1/2, and GAMMA-ray decay patterns 114IN CL E$From 1975Ra07. 116IN calibration lines are known at best to 0.02 KEV; 114IN2CL therefore, the evaluator has increased to 0.02 KEV the uncertainties 114IN3CL that are smaller than this. 114IN CG E(C)$Possibly a doublet 114IN N 23.3 3 1.0 114IN cN SIGMAN=15.1 12 114IN G 48.28 4 0.67 17 114IN G 51.26 8 0.21 13 A 114IN G 98.47 3 0.29 8 114IN G 129.51 15 0.042 21 114IN G 146.18 12 1.83 21 114IN G 170.31 5 0.42 13 114IN G 205.67 3 0.52 6 114IN G 212.21 8 0.33 8 114IN G 220.41 8 0.25 8 114IN G 317.43 20 1.0 4 114IN G 397.2 4 0.75 17 114IN G 429.8 3 0.63 25 114IN G 447.3 5 0.46 17 114IN G 496.72 15 0.75 17 114IN G 532.7 6 0.38 21 114IN G 586.0 7 0.79 21 114IN G 591.6 8 1.0 3 114IN G 593.6 8 0.46 13 114IN G 612.8 7 0.63 25 114IN G 622.3 6 0.58 25 114IN G 635.1 8 0.75 25 114IN G 638.3 8 0.50 21 114IN G 644.2 4 1.4 4 114IN G 711.3 8 0.58 21 114IN G 734.4 7 0.71 25 114IN G 754.3 8 0.8 3 114IN G 757.2 8 1.3 3 114IN G 771.6 5 1.8 5 114IN G 787.0 4 1.0 3 114IN G 830.6 7 1.1 4 114IN G 838.6 7 1.1 6 114IN G 874.4 4 2.3 10 114IN G 881.4 8 0.42 21 114IN G 895.8 8 0.54 21 114IN G 899.6 9 0.54 21 114IN G 904.7 10 1.9 8 114IN G 906.8 7 3.8 17 114IN G 925.4 7 0.42 25 114IN G 940.4 4 2.4 7 114IN G 953.0 5 1.8 4 114IN G 957.7 8 0.46 25 114IN G 962.3 5 0.9 5 114IN G 968.7 8 0.46 25 114IN G 992.7 8 0.58 25 114IN G 995.5 6 1.6 5 114IN G 1013.7 5 3.1 7 114IN G 1017.6 6 1.7 5 114IN G 1025.9 5 1.7 5 114IN G 1031.9 7 0.75 25 114IN G 1047.6 5 1.5 4 114IN G 1051.2 8 0.75 25 114IN G 1059.8 4 3.3 5 114IN G 1069.3 8 0.71 25 114IN G 1072.1 10 1.5 5 114IN G 1074.8 8 1.0 3 114IN G 1089.5 10 5.0 13 114IN G 1102.7 4 4.6 13 114IN G 1119.7 4 2.9 7 114IN G 1124.0 7 0.9 3 114IN G 1151.9 5 3.5 6 114IN G 1182.4 10 1.4 3 114IN G 1225.9 7 2.3 5 114IN G 1239.7 5 2.5 7 114IN G 1253.7 5 2.7 5 114IN G 1267.7 5 4.1 7 114IN G 1313.0 7 1.4 4 114IN G 1319.1 9 0.9 3 114IN G 1333.2 6 2.5 6 114IN G 1344.2 7 2.0 5 114IN G 1364.3 8 1.2 3 114IN G 1371.5 8 1.0 3 114IN G 1379.7 9 0.42 17 114IN G 1384.6 7 0.92 25 114IN G 1401.0 6 1.3 3 114IN G 1409.6 6 1.5 3 114IN L 0.0 1+ 114IN L 190.291 175+ 114IN G 190.291 17 E4 49.51 D 1 5.20 114INS G KC= 2.58 $LC= 2.05 $MC= 0.482 $NC+= 0.0886 114IN L 221.030 22(4+) 114IN G 30.739 17 0.0034 5 [M1] 15.8 114INS G KC= 13.6 $LC= 1.76 $MC= 0.339 114IN CG RI$From intensitiy balance 114IN G 221.030 22 M1 0.0585 114INS G KC= 0.0507 $LC= 0.00626 $MC= 0.00130 $NC+= 0.000251 114IN L 287.727 192+,(3+) 69 PS LT 114IN G 287.726 19 0.11 3 114IN L 288.7 105+,(4+) 0.15 NS 11 114IN L 496.8 38- 114IN G 306.6 3 0.07 3 114IN L 497.151 237- 114IN G 276.121 20 0.020 6 E3 0.183 114INS G KC= 0.139 $LC= 0.0349 $MC= 0.00713 $NC+= 0.00102 114IN G 306.860 17 0.034 10 [M1] 0.0247 114INS G KC= 0.0215 $LC= 0.00263 $MC= 0.000472 $NC+= 8.21E-05 114IN L 501.938 24 8- 43.1 MS 6 M 114IN G 311.646 17 [E3] 0.1130 114INS G KC= 0.0207 $LC= 0.00253 $MC= 0.000447 $NC+= 7.81E-05 114IN L 536.29 33+,(4+,3) 69 PS LT 114IN G 34.357 17 0.014 5 114IN L 574.44 37+ 4.3 NS 4 114IN G 38.141 19 0.014 5 114IN G 384.14 3 0.0010 5 [E1] 0.00428 114INS G KC= 0.00375 $LC= 0.000446 $MC= 6.79E-05 $NC+= 1.31E-05 114IN L 627.98 38+,(7+,6+) 114IN G 340.251 19 0.049 14 [E1] 0.00584 114INS G KC= 0.00511 $LC= 0.000610 $MC=9.963E-05 $NC+= 1.79E-05 114IN L 641.720 24 1-,2- 114IN G 67.28 3 0.0005 3 [E1] 0.536 114INS G KC= 0.463 $LC= 0.0597 $MC= 0.0114 $NC+= 0.00240 114IN G 105.425 21 0.0031 9 114IN G 139.782 21 0.0009 6 [M1] 0.202 114INS G KC= 0.174 $LC= 0.0219 $MC= 0.00421 $NC+= 0.000921 114IN G 451.428 17 0.010 3 114IN L 687.50 45- 104 PS LT 114IN G 45.78 30.00033 19 114IN L 693.39 73+,(2+,4+,3-) 114IN G 405.66 7 0.0009 3 M1 0.0122 114INS G KC= 0.0107 $LC= 0.00129 $MC= 1.95E-04 $NC+= 3.94E-05 114IN G 693.39 7 0.019 5 [E1] 0.00105 114INS G KC=0.000945 $LC= 1.10E-04 114IN L 696.41 34+,(5+) 114IN G 121.978 19 0.056 16 114IN G 199.26 3 2.2E-0412 114IN G 475.38 3 0.0004 3 114IN G 506.12 3 0.0007 4 114IN L 724.89 43- 139 PS LT 114IN G 437.16 3 0.0048 15 114IN G 503.86 4 0.0023 10 114IN G 724.89 4 0.0029 10 M1 0.00295 114INS G KC= 0.00264 $LC= 0.000313 114IN L 728.62 52-,(1-,2+,3+) 114IN G 231.46 5 0.0012 4 114IN L 775.29 34- 139 PS LT 114IN G 147.308 19 0.019 5 [E2] 0.394 114INS G KC= 0.313 $LC= 0.0650 $MC= 0.0128 $NC+= 0.00260 114IN G 487.559 25 0.0023 7 [E1] 0.00239 114INS G KC= 0.00209 $LC= 2.47E-04 $MC= 4.48E-05 $NC+= 9.65E-06 114IN L 825.82 76+,(5+) 114IN G 97.21 80.00033 19 114IN G 132.43 10 1.6E-04 7 114IN G 538.10 7 0.0044 15 M1 0.00597 114INS G KC= 0.00533 $LC= 0.000639 114IN G 825.82 7 0.012 4 114IN L 835.76 44+,(3+,4-,5) 114IN G 139.34 4 0.036 10 114IN G 261.32 4 0.0012 9 M1 0.0376 114INS G KC= 0.0326 $LC= 0.00401 $MC= 0.000804 $NC+= 1.41E-04 114IN G 645.46 4 0.0012 8 114IN L 909.70 56+,(5+,7+) 114IN G 222.20 5 0.0023 7 114IN G 412.55 5 0.0055 16 114IN G 688.67 5 0.0012 5 [E2] 0.00288 114INS G KC= 0.00256 $LC= 0.000320 114IN G 719.41 5 0.0049 15 [E1] 114IN L 969.28 64-,(4+,3-) 114IN G 59.58 60.00033 19 114IN G 193.99 60.00033 19 114IN G 244.39 70.00043 20 [M1] 0.0448 114INS G KC= 0.0389 $LC= 0.00479 $MC= 0.000981 $NC+= 1.78E-04 114IN G 472.4 3 0.0065 24 114IN L 1003.35 57+,(6+,5+) 114IN G 93.648 200.00049 17 114IN G 506.20 5 0.0024 11 114IN G 782.32 5 0.0009 4 [E1] 114IN G 813.06 5 0.0028 14 [E2] 0.00191 114INS G KC= 0.00169 $LC= 2.14E-04 114IN L 1018.60 73- 104 PS LT 114IN G 182.84 7 1.1E-04 6 114IN G 192.77 80.00038 19 114IN G 243.31 7 0.0011 4 114IN G 322.19 7 0.0061 18 114IN G 730.87 7 0.0008 3 [M1] 0.00289 114INS G KC= 0.00259 $LC= 0.000308 114IN G 797.57 7 0.0030 11 114IN L 1019.37 8(3,4,5+) 208 PS LT 114IN G 109.66 80.00060 23 114IN G 377.65 8 0.0055 16 M1 0.0146 114INS G KC= 0.0127 $LC= 0.00154 $MC= 2.36E-04 $NC+= 4.57E-05 114IN G 391.39 8 0.0018 6 114IN L 1032.20 47+,(6+) 114IN G 196.438 19 0.0055 19 114IN G 256.91 50.00038 19 114IN G 338.80 8 0.0018 12 114IN L 1036.83 63+,(4+) 114IN G 261.55 5 0.0043 18 114IN G 815.80 6 114IN L 1044.81 53+,(3-) 114IN G 357.31 5 0.0016 5 114IN G 403.09 5 0.0007 3 114IN G 547.66 5 0.0025 12 114IN L 1062.67 6(3,4) 114IN G 226.92 7 1.6E-0412 114IN G 236.85 90.00065 24 114IN G 334.06 7 0.0016 5 114IN G 434.69 6 0.0017 9 114IN G 565.52 60.00038 19 114IN G 774.94 6 0.011 3 114IN G 841.64 6 0.006 3 [E1] 114IN G 872.38 6 0.0030 15 114IN L 1111.72 53+,(4+) 114IN G 108.37 40.00027 13 114IN G 275.96 6 0.0016 8 114IN G 336.43 5 0.0018 6 114IN G 890.68 5 0.0008 6 114IN G 921.42 5 0.0014 6 114IN L 1138.75 10 114IN G 101.91 9 1.9E-04 8 114IN G 312.92 11 0.0037 11 114IN G 641.59 10 0.0008 4 [M1] 0.00393 114INS G KC= 0.00351 $LC= 0.000415 114IN G 917.71 10 0.011 4 114IN L 1155.51 6(4,5) 114IN G 92.833 20 0.0040 12 114IN G 319.75 7 0.0010 6 114IN G 527.53 6 0.0028 9 114IN G 658.7 3 0.0011 5 114IN G 866.8 10 0.0005 3 114IN G 934.47 6 0.0014 7 114IN G 1155.50 6 0.0014 6 114IN L 1163.09 84-,(4+) 114IN G 337.26 10 0.0010 6 114IN G 521.37 8 0.0011 6 114IN G 588.65 80.00043 25 114IN G 665.93 8 0.0014 5 [M1] 0.00360 114INS G KC= 0.00322 $LC= 0.000380 114IN G 875.36 8 0.0014 9 [M1] 0.00190 114INS G KC= 0.00170 $LC= 2.08E-04 114IN L 1169.88 63-,(3+,4) 114IN G 125.07 7 2.2E-0412 114IN G 133.05 7 1.1E-04 6 114IN G 200.60 60.00030 14 114IN G 344.06 8 0.0006 3 114IN G 444.99 7 0.0009 4 114IN G 473.47 6 0.0010 6 114IN G 541.90 6 0.0011 6 114IN G 673.0 30.00043 20 114IN G 948.85 6 0.0004 3 [E1] 114IN G 979.58 6 0.0009 4 [E1] 114IN L 1198.92 63-,(4) 114IN G 87.20 6 2.2E-0412 [M1] 0.760 114INS G KC= 0.657 $LC= 0.0832 $MC= 0.0161 $NC+= 0.00339 114IN G 136.25 7 1.6E-0412 114IN G 166.72 5 0.0009 3 114IN G 363.16 6 0.0018 6 114IN G 474.03 7 0.0018 10 114IN G 502.51 6 0.0064 22 114IN G 570.94 6 0.0048 15 114IN G 701.77 6 0.0008 3 114IN L 1201.65 10(4,5) 114IN G 365.89 9 0.0018 6 114IN G 426.36 10 0.0008 4 114IN G 508.25 12 0.0023 12 114IN G 913.92 10 0.0054 18 114IN L 1271.12 12(3-,4,5) 114IN G 252.52 130.00065 24 114IN G 435.36 11 0.0042 14 114IN G 546.23 12 0.0012 7 114IN G 574.70 11 0.0013 6 114IN G 577.72 13 0.0021 7 114IN G 983.39 12 0.0016 7 114IN L 1304.18 10(3,4) 114IN G 267.34 9 0.0008 4 114IN G 468.42 10 0.0023 8 114IN G 607.76 10 0.0010 4 114IN G 610.78 12 0.0007 3 114IN G 676.19 10 0.0014 5 114IN G 807.02 10 0.0005 3 114IN G 1083.14 10 0.0017 7 [M1] 0.00119 114INS G KC= 0.00107 $LC= 1.18E-04 114IN G 1113.88 10 0.0009 5 114IN L 1311.94 7(6,5-,7) 114IN G 156.43 3 0.0044 13 114IN G 249.26 40.00038 15 114IN G 476.18 7 0.0005 3 114IN G 536.65 7 0.0009 6 114IN G 583.32 7 0.0006 3 114IN G 615.52 7 0.0014 6 114IN G 618.54 10 0.0018 8 114IN G 670.22 7 0.0012 5 114IN G 683.96 7 0.0005 3 [M1] 0.00338 114INS G KC= 0.00302 $LC= 0.000357 114IN G 737.50 7 0.0009 4 114IN L 1321.18 7 114IN G 158.09 5 0.0014 5 114IN G 351.89 5 0.0015 5 114IN G 624.76 7 0.0007 3 114IN G 627.78 10 0.0016 7 114IN G 679.45 7 0.0016 5 114IN G 693.20 7 0.0024 10 114IN G 1033.44 7 0.0019 8 114IN L 1329.15 6(3,4,5) 114IN G 296.95 6 0.0009 3 114IN G 310.55 6 0.0031 10 114IN G 632.73 6 0.0021 8 114IN G 792.85 6 0.0031 10 [M1] 0.00239 114INS G KC= 0.00214 $LC= 0.000258 114IN L 1336.5 7(4,5,6-) 114IN G 1336.5 7 114IN L 1349.02 6 114IN G 150.100 20 0.0033 12 114IN G 652.60 6 0.0022 8 114IN G 851.87 6 0.0005 3 [M1] 0.00203 114INS G KC= 0.00181 $LC= 2.21E-04 114IN G 1349.01 6 0.0009 5 [M1] 114IN L 1394.38 6 114IN G 65.232 20 0.0011 3 114IN G 73.20 60.00027 13 114IN G 238.87 80.00033 19 114IN G 558.62 6 0.0020 8 114IN G 568.55 8 0.0007 3 114IN G 1173.34 6 0.0014 6 114IN G 1204.08 6 0.0022 9 114IN L 1403.3 7 114IN G 1403.3 7 114IN L 1425.57 10 114IN G 255.69 90.00043 20 114IN G 599.75 110.00054 22 114IN G 729.16 10 0.0031 11 114IN G 928.7 3 0.0007 4 114IN G 1204.53 10 0.0022 9 114IN G 1235.27 10 0.0011 6 114IN L 1431.73 8 114IN G 232.81 80.00027 23 114IN G 399.53 8 0.0008 3 114IN G 595.97 80.00060 23 114IN G 857.29 8 0.0025 8 114IN L 1446.6 8 114IN G 1446.6 8 114IN L 1459.3 7 114IN G 1459.3 7 114IN L 1484.10 10 114IN G 314.22 9 0.0023 9 114IN G 451.90 10 0.0009 4 114IN G 648.34 10 0.0018 7 114IN G 708.81 10 0.0009 4 114IN G 759.21 10 0.0010 5 114IN G 986.95 10 0.0024 9 114IN G 1196.37 10 0.0017 8 114IN L 1525.8 7 114IN G 1525.8 7 114IN L 1531.6 9 114IN G 1531.6 9 114IN L 1545.4 7 114IN G 1545.4 7 114IN L 1557.8 7 114IN G 1557.8 7 114IN L 1576.67 12 114IN G 151.10 70.00033 19 114IN G 375.02 15 0.0013 7 114IN G 544.47 12 0.0014 5 114IN G 740.91 12 0.0010 5 114IN G 1355.63 12 0.0010 5 114IN L 1585.2 6 114IN G 749.5 6 0.0008 4 114IN L 1597.6 7 114IN G 1597.6 7 114IN L 1605.5 7 114IN G 1605.5 7 114IN L 1615.8 5 114IN G 780.1 5 0.0015 6 114IN L 1651.7 7 114IN G 1651.7 7 114IN L 1678.9 6 114IN G 843.1 6 0.0029 14 114IN L 1695.6 7 114IN G 1695.6 7 114IN L 1710.6 8 114IN G 1710.6 8 114IN L 1729.6 7 114IN G 1729.6 7 114IN L 1741.0 7 114IN G 1741.0 7 114IN L 1794.9 7 114IN G 1794.9 7 114IN L 1827.7 7 114IN G 1827.7 7 114IN L 7273.83 23 114IN G 5446.0 7 0.00028 8 114IN G 5478.8 70.00033 11 114IN G 5532.7 70.00044 13 114IN G 5544.1 7 1.1E-04 5 114IN G 5563.1 8 9E-05 4 114IN G 5578.1 70.00038 12 114IN G 5594.8 6 1.2E-04 5 114IN G 5622.0 7 2.1E-04 7 114IN G 5657.8 5 1E-04 5 114IN G 5668.2 7 1.2E-04 5 114IN G 5676.1 7 2.0E-04 7 114IN G 5688.4 6 9E-05 5 114IN G 5697.01 250.00036 11 114IN G 5715.9 70.00050 14 114IN G 5728.3 70.00053 15 114IN G 5742.1 9 8E-05 5 114IN G 5747.8 70.00033 11 114IN G 5789.57 25 1.2E-04 6 114IN G 5814.3 7 0.0010 3 114IN G 5827.0 8 2.0E-04 8 114IN G 5848.10 24 1.8E-04 7 114IN G 5870.3 7 0.00025 8 114IN G 5879.29 230.00032 10 114IN G 5924.65 230.00034 11 114IN G 5937.1 70.00052 15 114IN G 5952.49 23 2.2E-04 9 114IN G 5961.73 23 1.1E-04 6 114IN G 5969.49 25 1.1E-04 6 114IN G 6002.54 25 0.0016 5 114IN G 6072.01 24 0.0008 4 114IN G 6074.74 23 0.0011 5 114IN G 6110.57 240.00030 11 114IN G 6118.15 230.00040 12 114IN G 6134.91 250.00049 17 114IN G 6161.93 23 1.4E-04 9 114IN G 6210.98 230.00058 17 114IN G 6228.84 23 0.0004 4 114IN G 6236.81 230.00047 14 114IN G 6254.28 24 0.0036 10 114IN G 6270.29 23 1.8E-04 7 114IN G 6304.36 23 1.6E-04 7 114IN G 6437.88 23 0.0015 4 114IN G 6545.01 230.00027 10 114IN G 6577.21 23 0.0012 4 114IN G 6699.18 23 7E-05 5 114IN G 6776.46 230.00052 16 114IN G 7052.57 23 2.5E-04 9 114IN G 7083.30 23 1.6E-04 6