DATA FOR A = 114 AND Z = 49(IN) 113IN(N,G) E=TH CONSTANT IS OFF DATASET DAP DBLANK DGAMMA DMIN DSYS 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 0.059 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 190.291 195+ 114IN G 190.29 2 E4 49.51 D 1 5.20 114INS G KC= 2.58 $LC= 2.05 $MC= 0.482 $NC+= 0.0886 114IN L 221.044 24(4+) 114IN G 30.73 2 5815 [M1] 15.8 114INS G KC= 13.6 $LC= 1.76 $MC= 0.339 114IN L 287.730 192+,(3+) 69 PS LT 114IN G 287.73 2 20812 M1 0.0292 114INS G KC= 0.0254 $LC= 0.00311 $MC= 0.000589 $NC+= 1.015E-04 114IN L 497.161 245+,(4+) 0.15 NS 11 114IN G 276.09 2 37 3 114IN G 306.87 2 62 5 114IN L 501.930 258- 114IN G 311.65 2 240 E3 0.113 114IN L 536.281 257- 114IN G 34.36 2 25 6 [M1] 11.5 114INS G KC= 9.87 $LC= 1.26 $MC= 0.244 114IN L 574.43 3(6)- 114IN G 38.13 2 26 5 [M1] 8.40 114INS G KC= 7.24 $LC= 0.928 $MC= 0.179 114IN G 384.2 2 1.9 8 114IN L 627.979 253+,(4+,3) 69 PS LT 114IN G 340.25 2 90 7 114IN L 641.702 247+ 4.3 NS 4 114IN G 67.26 8 1.0 5 [E1] 0.537 114INS G KC= 0.463 $LC= 0.0598 $MC= 0.0114 $NC+= 0.00240 114IN G 105.45 2 5.8 7 [E1] 0.150 114INS G KC= 0.130 $LC= 0.0162 $MC= 0.00309 $NC+= 0.000650 114IN G 140.3 5 1.610 [E1] 0.0667 B 114INS G KC= 0.0580 $LC= 0.00710 $MC= 0.00135 $NC+= 0.000286 114IN G 451.42 2 19.318 114IN L 687.48 48+,(7+,6+) 114IN G 45.78 3 0.6 3 [M1] 4.93 114INS G KC= 4.25 $LC= 0.541 $MC= 0.105 114IN L 693.44 6 1-,2- 114IN G 405.66 8 1.7 4 114IN G 693.0 4 35 3 114IN L 696.42 35- 104 PS LT 114IN G 121.97 2 10411 M1 0.295 114INS G KC= 0.255 $LC= 0.0320 $MC= 0.00615 $NC+= 0.00136 114IN G 199.3415 0.4 2 [E1] 0.0248 114INS G KC= 0.0216 $LC= 0.00262 $MC= 0.000531 $NC+= 1.06E-04 114IN G 475.310 0.8 5 114IN G 506.0 3 1.2 7 B 114IN L 724.90 33+,(2+,4+,3-) 114IN G 437.16 3 8.814 114IN G 503.8 3 4.214 114IN G 725.4 4 5.311 114IN L 728.60 54+,(5+) 114IN G 231.47 5 2.3 4 114IN L 775.28 33- 139 PS LT 114IN G 147.31 2 35 3 M1 0.174 114INS G KC= 0.151 $LC= 0.0189 $MC= 0.00365 $NC+= 0.000796 114IN G 487.6510 4.2 6 114IN L 825.69 52-,(1-,2+,3+) 114IN G 97.2510 0.6 3 [E2] 1.72 A 114INS G KC= 1.26 $LC= 0.371 $MC= 0.0745 $NC+= 0.0146 114IN G 132.0710 0.3 1 [E1] 0.0792 114INS G KC= 0.0688 $LC= 0.00845 $MC= 0.00160 $NC+= 0.000341 114IN G 538.2 4 8.215 114IN G 825.7 3 22 4 114IN L 835.75 34- 139 PS LT 114IN G 139.29 2 67 5 M1 0.203 114INS G KC= 0.176 $LC= 0.0221 $MC= 0.00425 $NC+= 0.000930 114IN G 261.3 1 2.216 B 114IN G 645.4 7 2.214 114IN L 909.70 36+,(5+) 114IN G 222.2510 4.2 6 M1 0.0576 114INS G KC= 0.0499 $LC= 0.00617 $MC= 0.00128 $NC+= 2.46E-04 114IN G 412.41 4 10.112 114IN G 688.9 5 2.3 6 114IN G 719.6 2 9.114 114IN L 969.28 64+,(3+,4-,5) 114IN G 59.56 8 0.6 3 [E2] 9.96 114INS G KC= 5.79 $LC= 3.34 $MC= 0.674 $NC+= 0.162 114IN G 194.7 3 0.6 3 [E1] 0.0265 114INS G KC= 0.0230 $LC= 0.00279 $MC= 0.000565 $NC+= 1.14E-04 114IN G 244.3920 0.8 3 114IN G 472.5 8 12 3 114IN L 1003.35 46+,(5+,7+) 114IN G 93.65 2 0.9 2 [M1] 0.621 114INS G KC= 0.537 $LC= 0.0679 $MC= 0.0131 $NC+= 0.00282 114IN G 506.4 5 4.516 B 114IN G 782.5 4 1.6 6 114IN G 813.3 6 5.122 114IN L 1018.50 54-,(4+,3-) 114IN G 183.0615 0.2 1 [E1] 0.0315 114INS G KC= 0.0274 $LC= 0.00332 $MC= 0.000664 $NC+= 1.37E-04 114IN G 192.7111 0.7 3 [E2] 0.153 114INS G KC= 0.125 $LC= 0.0223 $MC= 0.00472 $NC+= 0.000912 114IN G 243.3215 2.0 4 114IN G 322.29 6 11.214 114IN G 731.1 8 1.4 5 114IN G 798.1 4 5.613 114IN L 1019.48 47+,(6+,5+) 114IN G 109.65 4 1.1 3 [M1] 0.397 114INS G KC= 0.344 $LC= 0.0433 $MC= 0.00835 $NC+= 0.00184 114IN G 378.01 5 10.2 8 114IN G 391.3710 3.4 5 114IN L 1032.19 43- 104 PS LT 114IN G 196.43 2 10.220 M1 0.0801 114INS G KC= 0.0694 $LC= 0.00861 $MC= 0.00176 $NC+= 0.000364 114IN G 257.0010 0.7 3 114IN G 339.4 3 3.320 114IN L 1036.80 6(3,4,5+) 208 PS LT 114IN G 261.56 6 8.025 114IN G 816 1 B 114IN L 1044.79 57+,(6+) 114IN G 357.30 5 2.9 4 114IN G 403.1215 1.3 4 114IN G 547.510 4.718 B 114IN L 1062.70 53+,(4+) 114IN G 226.7114 0.3 2 114IN G 237.3612 1.2 3 114IN G 334.0610 3.0 5 114IN G 434.6 2 3.115 B 114IN G 564.9 7 0.7 3 114IN G 775.0520 20.220 114IN G 841.6 3 11 5 114IN G 872.3 5 5.624 114IN L 1111.72 53+,(3-) 114IN G 108.38 4 0.5 2 [E1] 0.139 114INS G KC= 0.121 $LC= 0.0150 $MC= 0.00285 $NC+= 0.000602 114IN G 275.9520 3.012 114IN G 336.40 9 3.3 5 114IN G 890.8 5 1.510 114IN G 921.5 8 2.6 8 114IN L 1138.64 9(3,4) 114IN G 101.9510 0.3510 114IN G 312.7214 6.9 9 114IN G 641.0 6 1.5 6 114IN G 918.0 4 21 3 114IN L 1155.54 63+,(4+) 114IN G 92.83 2 7.3 9 [M1] 0.636 114INS G KC= 0.550 $LC= 0.0696 $MC= 0.0135 $NC+= 0.00288 114IN G 319.7 2 1.810 B 114IN G 527.4220 5.2 7 114IN G 658.6 3 2.1 6 114IN G 866.810 0.9 5 114IN G 934.5 5 2.610 114IN G 1155.9 8 2.5 9 114IN L 1163.08 8 114IN G 337.6 3 1.8 9 B 114IN G 522.0 8 2 1 114IN G 588.8 6 0.8 4 114IN G 665.7 6 2.6 6 114IN G 876.010 2.515 B 114IN L 1169.82 6(4,5) 114IN G 125.0410 0.4 2 [M1] 0.275 114INS G KC= 0.238 $LC= 0.0299 $MC= 0.00573 $NC+= 0.00127 114IN G 133.0410 0.2 1 [M1] 0.231 114INS G KC= 0.200 $LC= 0.0251 $MC= 0.00482 $NC+= 0.00106 114IN G 200.66 9 0.5520 114IN G 344.0913 1.1 4 114IN G 444.5 2 1.6 5 114IN G 473.4 5 1.810 114IN G 540.910 2.010 114IN G 673.3 7 0.8 3 114IN G 948.810 0.8 5 114IN G 979.1 7 1.7 6 114IN L 1198.92 64-,(4+) 114IN G 87.2510 0.4 2 [E1] 0.257 114INS G KC= 0.223 $LC= 0.0281 $MC= 0.00538 $NC+= 0.00108 114IN G 136.1815 0.3 2 [E1] 0.0726 114INS G KC= 0.0631 $LC= 0.00773 $MC= 0.00147 $NC+= 0.000312 114IN G 166.75 8 1.6 3 [M1] 0.124 114INS G KC= 0.108 $LC= 0.0135 $MC= 0.00265 $NC+= 0.000572 114IN G 363.3 7 3.4 4 114IN G 474.0 5 3.316 114IN G 502.6 3 11.825 114IN G 570.9420 8.812 114IN G 701.6 8 1.4 3 114IN L 1201.72 93-,(3+,4) 114IN G 365.8410 3.3 7 114IN G 426.7 2 1.5 6 114IN G 508.0 5 4.218 114IN G 914.0 4 10 2 114IN L 1271.23 53-,(4) 114IN G 252.94 5 1.2 3 114IN G 435.35 4 7.815 114IN G 546.3 4 2.212 114IN G 574.2 4 2.4 8 114IN G 577.2 6 3.9 8 114IN G 983.4 7 3.011 114IN L 1304.15 10(4,5) 114IN G 267.3510 1.4 6 114IN G 468.3 3 4.3 8 114IN G 608.3 8 1.9 5 114IN G 610.7 7 1.2 5 114IN G 676.4 8 2.6 6 114IN G 807.112 0.9 5 114IN G 1083.0 5 3.2 9 114IN G 1113.8 5 1.6 8 114IN L 1311.98 6(3-,4,5) 114IN G 156.42 3 8.2 8 [M1] 0.148 114INS G KC= 0.128 $LC= 0.0160 $MC= 0.00312 $NC+= 0.000677 114IN G 249.42 9 0.7 2 114IN G 476.910 0.9 5 114IN G 536.310 1.7 9 B 114IN G 583.5 6 1.1 5 114IN G 616.2 6 2.6 9 114IN G 618.5 6 3.411 114IN G 670.7 5 2.2 6 114IN G 685.012 1.0 5 B 114IN G 737.7 8 1.7 6 114IN L 1321.17 6(3,4) 114IN G 158.10 5 2.6 5 [M1] 0.144 114INS G KC= 0.124 $LC= 0.0156 $MC= 0.00304 $NC+= 0.000658 114IN G 351.87 5 2.7 5 114IN G 625.7 8 1.2 5 114IN G 628.0 4 2.910 114IN G 679.6 8 2.9 6 114IN G 693.510 4.513 B 114IN G 1034.4 6 3.510 114IN L 1329.13 6(6,5-,7) 114IN G 296.90 8 1.7 3 114IN G 310.54 8 5.7 9 114IN G 632.8 4 3.910 114IN G 793.1625 5.711 114IN L 1336.5 8 114IN L 1349.02 6(3,4,5) 114IN G 150.10 2 6.015 [M1] 0.166 114INS G KC= 0.143 $LC= 0.0180 $MC= 0.00348 $NC+= 0.000757 114IN G 652.5 5 4.010 114IN G 851.2 8 0.9 5 114IN G 1349.610 1.7 7 114IN L 1394.36 6(4,5,6-) 114IN G 65.23 2 2.0 3 [M1] 1.75 114INS G KC= 1.51 $LC= 0.192 $MC= 0.0372 $NC+= 0.00859 114IN G 73.20 8 0.5 2 [M1] 1.25 114INS G KC= 1.08 $LC= 0.137 $MC= 0.0267 $NC+= 0.00565 114IN G 239.1 2 0.6 3 114IN G 559.0 3 3.710 114IN G 568.4 6 1.2 5 114IN G 1174.010 2.5 8 114IN G 1204.7 9 4.111 & 114IN L 1403.3 8 114IN L 1425.49 10 114IN G 255.73 9 0.8 3 114IN G 599.1 8 1.0 3 114IN G 728.4 8 5.712 114IN G 928.8 7 1.3 6 114IN G 1204.7 9 4.111 & 114IN G 1235.1 9 2.110 114IN L 1431.73 8 114IN G 232.8710 0.5 4 114IN G 399.4611 1.4 4 114IN G 596.2 5 1.1 3 114IN G 857.2 3 4.6 9 114IN L 1446.6 9 114IN L 1459.3 8 114IN L 1484.07 10 114IN G 314.20 9 4.212 114IN G 453.2 5 1.7 6 114IN G 648.9 5 3.410 114IN G 708.5 6 1.7 5 114IN G 760.2 7 1.9 7 114IN G 986.8 5 4.411 114IN G 1196.5 8 3.211 114IN L 1525.8 8 114IN L 1531.6 9 114IN L 1545.4 8 114IN L 1557.8 8 114IN L 1576.56 11 114IN G 151.11 7 0.6 3 114IN G 374.2 3 2.410 114IN G 544.2 5 2.6 7 114IN G 741.1 8 1.8 7 114IN G 1355.3 9 1.9 7 114IN L 1585.3 6 114IN G 749.4 6 1.5 5 114IN L 1597.6 8 114IN L 1605.5 8 114IN L 1615.9 5 114IN G 780.0 5 2.7 8 114IN L 1651.7 8 114IN L 1678.9 6 114IN G 843.2 6 5.422 114IN L 1695.6 8 114IN L 1710.6 9 114IN L 1729.6 8 114IN L 1741.0 8 114IN L 1794.9 8 114IN L 1827.7 8 114IN L 7274.01 23 114IN cL E$7274.4 12 from 1995Au04. 114IN2cL Observed deexcitation intensity is 2% of GS feeding. 114IN G 5446.012 0.51 7 114IN G 5478.713 0.6012 114IN G 5532.712 0.8110 114IN G 5544.014 0.20 7 114IN G 5563.016 0.16 6 114IN G 5578.112 0.7012 114IN G 5595.114 0.22 6 114IN G 5621.913 0.38 8 114IN G 5656.917 0.18 7 114IN G 5668.114 0.23 7 114IN G 5676.014 0.36 7 114IN G 5687.718 0.17 8 114IN G 5697.112 0.66 9 114IN G 5715.912 0.93 8 114IN G 5728.312 0.9810 114IN G 5742.025 0.14 9 114IN G 5747.814 0.6110 114IN G 5788.912 1.0415 114IN G 5797.317 0.22 9 114IN G 5814.312 1.7916 114IN G 5827.018 0.3612 114IN G 5848.316 0.3310 C 114IN G 5870.314 0.47 8 114IN G 5879.614 0.59 9 114IN G 5924.613 0.63 9 114IN G 5937.113 0.9610 114IN G 5954.622 0.4012 114IN G 5962.024 0.2010 114IN G 5968.224 0.2010 114IN G 6002.212 3.0 2 114IN G 6070.720 1.4 6 114IN G 6074.414 2.1 6 114IN G 6110.615 0.5515 114IN G 6117.914 0.7411 114IN G 6135.522 0.9020 114IN G 6161.921 0.2515 114IN G 6211.112 1.0712 114IN G 6227.916 0.8 6 A 114IN G 6236.813 0.8611 114IN G 6254.912 6.6 4 114INX G FL=1018.6 114IN G 6276.617 0.3410 114IN G 6306.617 0.30 9 114IN G 6437.812 2.7522 114IN G 6545.616 0.5013 C 114IN G 6577.312 2.2520 114IN G 6698.325 0.12 8 A 114IN G 6776.612 0.9613 114IN G 7052.113 0.4610 114IN G 7083.314 0.30 8 DATA FOR A = 114 AND Z = 49(IN) 113IN(N,G) E=THERMAL CONSTANT IS OFF DATASET DAP DBLANK DGAMMA DMIN DSYS 114IN N 23.3 11 1.0 114IN L 0.0 1+ 114IN L 190.286 195+ 114IN L 221.018 23(4+) 114IN L 288.18 92+,(3+) 69 PS LT 114IN G 288.0417 0.11 3 M1 0.0292 114IN L 496.72 135+,(4+) 0.15 NS 11 114IN G 307.8 3 0.07 3 114IN L 501.68 188- 114IN G 311.3918 0.13 3 E3 0.113 SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION E(DE) I(DI) L1 0.0 1 L1 190.291 19 1 G1 190.290 20 0.0 1 G2 190.286 191.00E-1720 1 L1 221.044 24 1 G1 30.730 20 58 15 1 G2 221.018 231.00E-1720 1 L1 287.730 19 1 G1 287.730 20 208 12 1 G2 288.04 17 0.11 3 1 L2 288.18 9 1 L2 496.72 13 1 G2 307.8 3 0.07 3 1 L1 497.161 24 1 G1 276.090 20 37 3 1 G1 306.870 20 62 5 1 L1 501.930 25 1 G1 311.650 20 240 50 1 G2 311.39 18 0.13 3 1 L1 536.281 25 1 G1 34.360 20 25 6 1 L1 574.43 3 1 G1 38.130 20 26 5 1 G1 384.20 20 1.9 8 1 L1 627.979 25 1 G1 340.250 20 90 7 1 L1 641.702 24 1 G1 67.26 8 1.0 5 1 G1 105.450 20 5.8 7 1 G1 140.3 5 1.6 10 1 G1 451.420 20 19.3 18 1 L1 687.48 4 1 G1 45.78 3 0.6 3 1 L1 693.44 6 1 G1 405.66 8 1.7 4 1 G1 693.0 4 35 3 1 L1 696.42 3 1 G1 121.970 20 104 11 1 G1 199.34 15 0.40 20 1 G1 475.3 10 0.8 5 1 G1 506.0 3 1.2 7 1 L1 724.90 3 1 G1 437.16 3 8.8 14 1 G1 503.8 3 4.2 14 1 G1 725.4 4 5.3 11 1 L1 728.60 5 1 G1 231.47 5 2.3 4 1 L1 775.28 3 1 G1 147.310 20 35 3 1 G1 487.65 10 4.2 6 1 L1 825.69 5 1 G1 97.25 10 0.6 3 1 G1 132.07 10 0.30 10 1 G1 538.2 4 8.2 15 1 G1 825.7 3 22 4 1 L1 835.75 3 1 G1 139.290 20 67 5 1 G1 261.30 10 2.2 16 1 G1 645.4 7 2.2 14 1 L1 909.70 3 1 G1 222.25 10 4.2 6 1 G1 412.41 4 10.1 12 1 G1 688.9 5 2.3 6 1 G1 719.60 20 9.1 14 1 L1 969.28 6 1 G1 59.56 8 0.6 3 1 G1 194.7 3 0.6 3 1 G1 244.39 20 0.8 3 1 G1 472.5 8 12 3 1 L1 1003.35 4 1 G1 93.650 20 0.90 20 1 G1 506.4 5 4.5 16 1 G1 782.5 4 1.6 6 1 G1 813.3 6 5.1 22 1 L1 1018.50 5 1 G1 183.06 15 0.20 10 1 G1 192.71 11 0.7 3 1 G1 243.32 15 2.0 4 1 G1 322.29 6 11.2 14 1 G1 731.1 8 1.4 5 1 G1 798.1 4 5.6 13 1 L1 1019.48 4 1 G1 109.65 4 1.1 3 1 G1 378.01 5 10.2 8 1 G1 391.37 10 3.4 5 1 L1 1032.19 4 1 G1 196.430 20 10.2 20 1 G1 257.00 10 0.7 3 1 G1 339.4 3 3.3 20 1 L1 1036.80 6 1 G1 261.56 6 8.0 25 1 G1 816.0 10 0.0 1 L1 1044.79 5 1 G1 357.30 5 2.9 4 1 G1 403.12 15 1.3 4 1 G1 547.5 10 4.7 18 1 L1 1062.70 5 1 G1 226.71 14 0.30 20 1 G1 237.36 12 1.2 3 1 G1 334.06 10 3.0 5 1 G1 434.60 20 3.1 15 1 G1 564.9 7 0.7 3 1 G1 775.05 20 20.2 20 1 G1 841.6 3 11 5 1 G1 872.3 5 5.6 24 1 L1 1111.72 5 1 G1 108.38 4 0.50 20 1 G1 275.95 20 3.0 12 1 G1 336.40 9 3.3 5 1 G1 890.8 5 1.5 10 1 G1 921.5 8 2.6 8 1 L1 1138.64 9 1 G1 101.95 10 0.35 10 1 G1 312.72 14 6.9 9 1 G1 641.0 6 1.5 6 1 G1 918.0 4 21 3 1 L1 1155.54 6 1 G1 92.830 20 7.3 9 1 G1 319.70 20 1.8 10 1 G1 527.42 20 5.2 7 1 G1 658.6 3 2.1 6 1 G1 866.8 10 0.9 5 1 G1 934.5 5 2.6 10 1 G1 1155.9 8 2.5 9 1 L1 1163.08 8 1 G1 337.6 3 1.8 9 1 G1 522.0 8 2.0 10 1 G1 588.8 6 0.8 4 1 G1 665.7 6 2.6 6 1 G1 876.0 10 2.5 15 1 L1 1169.82 6 1 G1 125.04 10 0.40 20 1 G1 133.04 10 0.20 10 1 G1 200.66 9 0.55 20 1 G1 344.09 13 1.1 4 1 G1 444.50 20 1.6 5 1 G1 473.4 5 1.8 10 1 G1 540.9 10 2.0 10 1 G1 673.3 7 0.8 3 1 G1 948.8 10 0.8 5 1 G1 979.1 7 1.7 6 1 L1 1198.92 6 1 G1 87.25 10 0.40 20 1 G1 136.18 15 0.30 20 1 G1 166.75 8 1.6 3 1 G1 363.3 7 3.4 4 1 G1 474.0 5 3.3 16 1 G1 502.6 3 11.8 25 1 G1 570.94 20 8.8 12 1 G1 701.6 8 1.4 3 1 L1 1201.72 9 1 G1 365.84 10 3.3 7 1 G1 426.70 20 1.5 6 1 G1 508.0 5 4.2 18 1 G1 914.0 4 10.0 20 1 L1 1271.23 5 1 G1 252.94 5 1.2 3 1 G1 435.35 4 7.8 15 1 G1 546.3 4 2.2 12 1 G1 574.2 4 2.4 8 1 G1 577.2 6 3.9 8 1 G1 983.4 7 3.0 11 1 L1 1304.15 10 1 G1 267.35 10 1.4 6 1 G1 468.3 3 4.3 8 1 G1 608.3 8 1.9 5 1 G1 610.7 7 1.2 5 1 G1 676.4 8 2.6 6 1 G1 807.1 12 0.9 5 1 G1 1083.0 5 3.2 9 1 G1 1113.8 5 1.6 8 1 L1 1311.98 6 1 G1 156.42 3 8.2 8 1 G1 249.42 9 0.70 20 1 G1 476.9 10 0.9 5 1 G1 536.3 10 1.7 9 1 G1 583.5 6 1.1 5 1 G1 616.2 6 2.6 9 1 G1 618.5 6 3.4 11 1 G1 670.7 5 2.2 6 1 G1 685.0 12 1.0 5 1 G1 737.7 8 1.7 6 1 L1 1321.17 6 1 G1 158.10 5 2.6 5 1 G1 351.87 5 2.7 5 1 G1 625.7 8 1.2 5 1 G1 628.0 4 2.9 10 1 G1 679.6 8 2.9 6 1 G1 693.5 10 4.5 13 1 G1 1034.4 6 3.5 10 1 L1 1329.13 6 1 G1 296.90 8 1.7 3 1 G1 310.54 8 5.7 9 1 G1 632.8 4 3.9 10 1 G1 793.16 25 5.7 11 1 L1 1336.5 8 1 G1 1336.5 81.00E-1720 1 L1 1349.02 6 1 G1 150.100 20 6.0 15 1 G1 652.5 5 4.0 10 1 G1 851.2 8 0.9 5 1 G1 1349.6 10 1.7 7 1 L1 1394.36 6 1 G1 65.230 20 2.0 3 1 G1 73.20 8 0.50 20 1 G1 239.10 20 0.6 3 1 G1 559.0 3 3.7 10 1 G1 568.4 6 1.2 5 1 G1 1174.0 10 2.5 8 1 G1 1204.7 9 4.1 11 1 L1 1403.3 8 1 G1 1403.3 81.00E-1720 1 L1 1425.49 10 1 G1 255.73 9 0.8 3 1 G1 599.1 8 1.0 3 1 G1 728.4 8 5.7 12 1 G1 928.8 7 1.3 6 1 G1 1204.7 9 4.1 11 1 G1 1235.1 9 2.1 10 1 L1 1431.73 8 1 G1 232.87 10 0.5 4 1 G1 399.46 11 1.4 4 1 G1 596.2 5 1.1 3 1 G1 857.2 3 4.6 9 1 L1 1446.6 9 1 G1 1446.6 91.00E-1720 1 L1 1459.3 8 1 G1 1459.3 81.00E-1720 1 L1 1484.07 10 1 G1 314.20 9 4.2 12 1 G1 453.2 5 1.7 6 1 G1 648.9 5 3.4 10 1 G1 708.5 6 1.7 5 1 G1 760.2 7 1.9 7 1 G1 986.8 5 4.4 11 1 G1 1196.5 8 3.2 11 1 L1 1525.8 8 1 G1 1525.8 81.00E-1720 1 L1 1531.6 9 1 G1 1531.6 91.00E-1720 1 L1 1545.4 8 1 G1 1545.4 81.00E-1720 1 L1 1557.8 8 1 G1 1557.8 81.00E-1720 1 L1 1576.56 11 1 G1 151.11 7 0.6 3 1 G1 374.2 3 2.4 10 1 G1 544.2 5 2.6 7 1 G1 741.1 8 1.8 7 1 G1 1355.3 9 1.9 7 1 L1 1585.3 6 1 G1 749.4 6 1.5 5 1 L1 1597.6 8 1 G1 1597.6 81.00E-1720 1 L1 1605.5 8 1 G1 1605.5 81.00E-1720 1 L1 1615.9 5 1 G1 780.0 5 2.7 8 1 L1 1651.7 8 1 G1 1651.7 81.00E-1720 1 L1 1678.9 6 1 G1 843.2 6 5.4 22 1 L1 1695.6 8 1 G1 1695.6 81.00E-1720 1 L1 1710.6 9 1 G1 1710.6 91.00E-1720 1 L1 1729.6 8 1 G1 1729.6 81.00E-1720 1 L1 1741.0 8 1 G1 1741.0 81.00E-1720 1 L1 1794.9 8 1 G1 1794.9 81.00E-1720 1 L1 1827.7 8 1 G1 1827.7 81.00E-1720 1 L1 7274.01 23 1 G1 5446.0 12 0.51 7 1 G1 5478.7 13 0.60 12 1 G1 5532.7 12 0.81 10 1 G1 5544.0 14 0.20 7 1 G1 5563.0 16 0.16 6 1 G1 5578.1 12 0.70 12 1 G1 5595.1 14 0.22 6 1 G1 5621.9 13 0.38 8 1 G1 5656.9 17 0.18 7 1 G1 5668.1 14 0.23 7 1 G1 5676.0 14 0.36 7 1 G1 5687.7 18 0.17 8 1 G1 5697.1 12 0.66 9 1 G1 5715.9 12 0.93 8 1 G1 5728.3 12 0.98 10 1 G1 5742.0 25 0.14 9 1 G1 5747.8 14 0.61 10 1 G1 5797.3 17 0.22 9 1 G1 5814.3 12 1.79 16 1 G1 5827.0 18 0.36 12 1 G1 5848.3 16 0.33 10 1 G1 5870.3 14 0.47 8 1 G1 5879.6 14 0.59 9 1 G1 5924.6 13 0.63 9 1 G1 5937.1 13 0.96 10 1 G1 5954.6 22 0.40 12 1 G1 5962.0 24 0.20 10 1 G1 5968.2 24 0.20 10 1 G1 6002.2 12 3.00 20 1 G1 6070.7 20 1.4 6 1 G1 6074.4 14 2.1 6 1 G1 6110.6 15 0.55 15 1 G1 6117.9 14 0.74 11 1 G1 6135.5 22 0.90 20 1 G1 6161.9 21 0.25 15 1 G1 6211.1 12 1.07 12 1 G1 6227.9 16 0.8 6 1 G1 6236.8 13 0.86 11 1 G1 6254.9 12 6.6 4 1 G1 6276.6 17 0.34 10 1 G1 6306.6 17 0.30 9 1 G1 6437.8 12 2.75 22 1 G1 6545.6 16 0.50 13 1 G1 6577.3 12 2.25 20 1 G1 6698.3 25 0.12 8 1 G1 6776.6 12 0.96 13 1 G1 7052.1 13 0.46 10 1 G1 7083.3 14 0.30 8 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 190.284 12 3. 221.032 15 4. 287.732 18 5. 288.7 10 6. 497.34 19 7. 497.153 18 8. 501.922 20 9. 536.274 22 10. 574.43 3 11. 627.980 25 12. 641.695 20 13. 687.47 3 14. 693.44 6 15. 696.42 3 16. 724.90 3 17. 728.60 5 18. 775.28 3 19. 825.69 5 20. 835.75 3 21. 909.70 3 22. 969.28 6 23. 1003.34 4 24. 1018.50 4 25. 1019.48 4 26. 1032.19 4 27. 1036.80 5 28. 1044.78 5 29. 1062.71 5 30. 1111.71 4 31. 1138.64 9 32. 1155.54 6 33. 1163.08 8 34. 1169.82 6 35. 1198.92 6 36. 1201.72 9 37. 1271.23 4 38. 1304.15 10 39. 1311.98 6 40. 1321.17 6 41. 1329.12 5 42. 1336.6 7 43. 1349.02 6 44. 1394.36 6 45. 1403.4 7 46. 1425.49 10 47. 1431.72 8 48. 1446.7 8 49. 1459.4 7 50. 1484.07 10 51. 1525.9 7 52. 1531.6 9 53. 1545.5 7 54. 1557.9 7 55. 1576.56 11 56. 1585.3 6 57. 1597.7 7 58. 1605.6 7 59. 1615.9 5 60. 1651.8 7 61. 1678.9 6 62. 1695.7 7 63. 1710.7 8 64. 1729.7 7 65. 1741.1 7 66. 1795.0 7 67. 1827.8 7 68. 7274.07 22 GAMMA ENERGIES 113IN(N,G) E=TH -113IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 30.730 20 0.0 30.748 14 3 2 34.360 20 0.0 34.352 17 9 8 (1 38.130 20 1) 0.0 38.152 18 10 9 45.78 3 0.0 45.78 3 13 12 59.56 8 0.0 59.58 5 22 21 65.230 20 0.0 65.235 20 44 41 67.26 8 0.0 67.269 23 12 10 73.20 8 0.0 73.19 6 44 40 87.25 10 0.0 87.21 6 35 30 92.830 20 0.0 92.836 19 32 29 93.650 20 0.0 93.647 19 23 21 (1 97.25 10 1) 0.0 97.09 6 19 17 (1 101.95 10 1) 0.0 101.84 8 31 27 (1 105.450 20 1) 0.0 105.421 17 12 9 108.38 4 0.0 108.37 4 30 23 (3 109.65 4 3) 0.0 109.78 3 25 21 (1 121.970 20 1) 0.0 121.990 19 15 10 125.04 10 0.0 125.04 6 34 28 (1 132.07 10 1) 0.0 132.24 7 19 14 133.04 10 0.0 133.03 6 34 27 136.18 15 0.0 136.21 7 35 29 (2 139.290 20 2) 0.0 139.332 18 20 15 (1 140.3 5 1) 0.0 139.773 20 12 8 147.310 20 0.0 147.300 19 18 11 150.100 20 0.0 150.100 20 43 35 151.11 7 0.0 151.07 7 55 46 156.42 3 0.0 156.44 3 39 32 158.10 5 0.0 158.09 5 40 33 166.75 8 0.0 166.73 5 35 26 (2 183.06 15 2) 0.0 182.75 4 24 20 190.290 20 190.286 19 190.284 12 2 1 192.71 11 0.0 192.81 6 24 19 (2 194.7 3 2) 0.0 194.00 6 22 18 196.430 20 0.0 196.439 19 26 20 199.34 15 0.0 199.26 3 15 7 (1 200.66 9 1) 0.0 200.55 6 34 22 0.0 221.018 23 221.032 15 3 1 222.25 10 0.0 222.22 4 21 13 (1 226.71 14 1) 0.0 226.96 5 29 20 231.47 5 0.0 231.44 4 17 7 232.87 10 0.0 232.81 8 47 35 (2 237.36 12 2) 0.0 237.02 6 29 19 (1 239.10 20 1) 0.0 238.82 7 44 32 243.32 15 0.0 243.22 5 24 18 244.39 20 0.0 244.37 6 22 16 (1 249.42 9 1) 0.0 249.28 3 39 29 (4 252.94 5 4) 0.0 252.73 4 37 24 255.73 9 0.0 255.66 8 46 34 257.00 10 0.0 256.91 4 26 18 261.30 10 0.0 261.322 24 20 10 261.56 6 0.0 261.52 5 27 18 267.35 10 0.0 267.35 9 38 27 275.95 20 0.0 275.96 5 30 20 (1 276.090 20 1) 0.0 276.121 15 7 3 287.730 20 (1 288.04 17 287.732 18 4 1 296.90 8 0.0 296.94 5 41 26 306.870 20 0.0 306.868 15 7 2 0.0 (2 307.8 3 307.05 19 6 2 (1 310.54 8 1) 0.0 310.62 5 41 24 311.650 20 (1 311.39 18 311.638 17 8 2 (1 312.72 14 1) 0.0 312.95 9 31 19 314.20 9 0.0 314.25 8 50 34 319.70 20 0.0 319.79 6 32 20 (3 322.29 6 3) 0.0 322.08 4 24 15 334.06 10 0.0 334.11 6 29 17 336.40 9 0.0 336.43 5 30 18 337.6 3 0.0 337.39 9 33 19 (2 339.4 3 2) 0.0 338.74 7 26 14 340.250 20 0.0 340.247 18 11 4 344.09 13 0.0 344.14 7 34 19 351.87 5 0.0 351.89 5 40 22 357.30 5 0.0 357.31 4 28 13 363.3 7 0.0 363.17 5 35 20 (1 365.84 10 1) 0.0 365.97 8 36 20 (2 374.2 3 2) 0.0 374.84 13 55 36 (4 378.01 5 4) 0.0 377.78 4 25 12 384.20 20 0.0 384.141 24 10 2 (1 391.37 10 1) 0.0 391.49 4 25 11 399.46 11 0.0 399.54 8 47 26 403.12 15 0.0 403.08 5 28 12 405.66 8 0.0 405.71 6 14 4 (3 412.41 4 3) 0.0 412.54 3 21 7 (1 426.70 20 1) 0.0 426.44 9 36 18 434.60 20 0.0 434.73 6 29 11 (3 435.35 4 3) 0.0 435.48 3 37 20 437.16 3 0.0 437.17 3 16 4 (2 444.50 20 2) 0.0 444.92 6 34 16 451.420 20 0.0 451.410 16 12 2 (2 453.2 5 2) 0.0 451.88 10 50 26 468.3 3 0.0 468.40 10 38 20 472.5 8 0.0 471.94 20 22 6 473.4 5 0.0 473.41 6 34 15 474.0 5 0.0 474.02 6 35 16 475.3 10 0.0 475.38 3 15 3 476.9 10 0.0 476.23 6 39 20 (1 487.65 10 1) 0.0 487.547 25 18 4 502.6 3 0.0 502.50 6 35 15 503.8 3 0.0 503.87 4 16 3 506.0 3 0.0 506.13 3 15 2 506.4 5 0.0 506.19 3 23 7 508.0 5 0.0 508.27 10 36 14 522.0 8 0.0 521.38 8 33 12 527.42 20 0.0 527.56 6 32 11 536.3 10 0.0 536.70 6 39 18 538.2 4 0.0 537.95 5 19 4 540.9 10 0.0 541.84 6 34 11 544.2 5 0.0 544.37 11 55 26 546.3 4 0.0 546.32 5 37 16 547.5 10 0.0 547.63 5 28 7 (1 559.0 3 1) 0.0 558.61 5 44 20 564.9 7 0.0 565.55 5 29 7 568.4 6 0.0 568.67 7 44 19 570.94 20 0.0 570.94 6 35 11 (1 574.2 4 1) 0.0 574.81 4 37 15 577.2 6 0.0 577.78 7 37 14 583.5 6 0.0 583.39 7 39 17 588.8 6 0.0 588.65 8 33 10 596.2 5 0.0 595.97 8 47 20 599.1 8 0.0 599.80 10 46 19 608.3 8 0.0 607.73 10 38 15 610.7 7 0.0 610.70 11 38 14 (1 616.2 6 1) 0.0 615.57 6 39 15 618.5 6 0.0 618.54 8 39 14 (1 625.7 8 1) 0.0 624.75 6 40 15 628.0 4 0.0 627.72 8 40 14 632.8 4 0.0 632.71 5 41 15 641.0 6 0.0 641.48 9 31 7 645.4 7 0.0 645.46 3 20 2 (1 648.9 5 1) 0.0 648.32 10 50 20 652.5 5 0.0 652.60 6 43 15 (1 658.6 3 1) 0.0 658.20 19 32 6 665.7 6 0.0 665.92 8 33 7 670.7 5 0.0 670.29 6 39 12 (1 673.3 7 1) 0.0 672.48 20 34 6 676.4 8 0.0 676.16 10 38 11 679.6 8 0.0 679.47 6 40 12 685.0 12 0.0 684.00 6 39 11 688.9 5 0.0 688.66 3 21 3 693.5 10 0.0 693.19 6 40 11 (1 693.0 4 1) 0.0 693.44 6 14 1 701.6 8 0.0 701.76 6 35 7 708.5 6 0.0 708.79 10 50 18 719.60 20 0.0 719.41 3 21 2 (1 725.4 4 1) 0.0 724.90 3 16 1 728.4 8 0.0 729.07 10 46 15 731.1 8 0.0 730.76 5 24 4 737.7 8 0.0 737.56 6 39 10 741.1 8 0.0 740.81 11 55 20 749.4 6 0.0 749.5 6 56 20 (1 760.2 7 1) 0.0 759.17 10 50 16 775.05 20 0.0 774.97 5 29 4 780.0 5 0.0 780.1 5 59 20 782.5 4 0.0 782.31 4 23 3 (1 793.16 25 1) 0.0 792.85 5 41 9 (1 798.1 4 1) 0.0 797.46 4 24 3 807.1 12 0.0 806.99 10 38 7 813.3 6 0.0 813.06 3 23 2 816.0 10 0.0 815.76 6 27 3 825.7 3 0.0 825.68 5 19 1 841.6 3 0.0 841.67 5 29 3 843.2 6 0.0 843.2 6 61 20 851.2 8 0.0 851.86 6 43 7 857.2 3 0.0 857.30 8 47 10 866.8 10 0.0 866.8 10 32 5 872.3 5 0.0 872.42 5 29 2 876.0 10 0.0 875.34 8 33 4 890.8 5 0.0 890.68 5 30 3 914.0 4 0.0 913.98 9 36 4 918.0 4 0.0 917.60 9 31 3 921.5 8 0.0 921.42 4 30 2 928.8 7 0.0 928.15 21 46 6 934.5 5 0.0 934.51 6 32 3 948.8 10 0.0 948.79 6 34 3 979.1 7 0.0 979.53 6 34 2 983.4 7 0.0 983.49 5 37 4 986.8 5 0.0 986.92 10 50 7 (1 1034.4 6 1) 0.0 1033.43 6 40 4 1083.0 5 0.0 1083.11 10 38 3 1113.8 5 0.0 1113.86 10 38 2 1155.9 8 0.0 1155.54 6 32 1 1174.0 10 0.0 1173.32 6 44 3 1196.5 8 0.0 1196.33 10 50 4 1204.7 9 0.0 1204.07 6 44 2 1204.7 9 0.0 1204.45 10 46 3 1235.1 9 0.0 1235.20 10 46 2 1336.5 8 0.0 1336.6 7 42 1 1349.6 10 0.0 1349.01 6 43 1 1355.3 9 0.0 1355.52 11 55 3 1403.3 8 0.0 1403.4 7 45 1 1446.6 9 0.0 1446.7 8 48 1 1459.3 8 0.0 1459.4 7 49 1 1525.8 8 0.0 1525.9 7 51 1 1531.6 9 0.0 1531.6 9 52 1 1545.4 8 0.0 1545.5 7 53 1 1557.8 8 0.0 1557.9 7 54 1 1597.6 8 0.0 1597.7 7 57 1 1605.5 8 0.0 1605.6 7 58 1 1651.7 8 0.0 1651.8 7 60 1 1695.6 8 0.0 1695.7 7 62 1 1710.6 9 0.0 1710.7 8 63 1 1729.6 8 0.0 1729.7 7 64 1 1741.0 8 0.0 1741.1 7 65 1 1794.9 8 0.0 1795.0 7 66 1 1827.7 8 0.0 1827.8 7 67 1 5446.0 12 0.0 5446.1 7 68 67 5478.7 13 0.0 5478.9 7 68 66 5532.7 12 0.0 5532.8 7 68 65 5544.0 14 0.0 5544.2 7 68 64 5563.0 16 0.0 5563.2 8 68 63 5578.1 12 0.0 5578.2 7 68 62 5595.1 14 0.0 5595.0 6 68 61 5621.9 13 0.0 5622.1 7 68 60 5656.9 17 0.0 5658.1 5 68 59 5668.1 14 0.0 5668.3 7 68 58 5676.0 14 0.0 5676.2 7 68 57 5687.7 18 0.0 5688.7 6 68 56 5697.1 12 0.0 5697.35 24 68 55 5715.9 12 0.0 5716.0 7 68 54 5728.3 12 0.0 5728.4 7 68 53 5742.0 25 0.0 5742.3 9 68 52 5747.8 14 0.0 5748.0 7 68 51 (4 5797.3 17 4) 0.0 5789.84 24 68 50 5814.3 12 0.0 5814.5 7 68 49 5827.0 18 0.0 5827.2 8 68 48 5848.3 16 0.0 5848.42 24 68 46 5870.3 14 0.0 5870.5 7 68 45 5879.6 14 0.0 5879.55 23 68 44 5924.6 13 0.0 5924.88 23 68 43 5937.1 13 0.0 5937.3 7 68 42 5954.6 22 0.0 5952.73 23 68 40 5962.0 24 0.0 5961.92 23 68 39 5968.2 24 0.0 5969.75 24 68 38 6002.2 12 0.0 6002.67 22 68 37 6070.7 20 0.0 6072.17 24 68 36 6074.4 14 0.0 6074.98 23 68 35 6110.6 15 0.0 6110.81 23 68 33 6117.9 14 0.0 6118.35 23 68 32 6135.5 22 0.0 6135.25 24 68 31 6161.9 21 0.0 6162.18 22 68 30 6211.1 12 0.0 6211.18 23 68 29 6227.9 16 0.0 6229.10 23 68 28 6236.8 13 0.0 6237.09 23 68 27 6254.9 12 0.0 6254.41 22 68 25 (3 6276.6 17 3) 0.0 6270.54 22 68 23 (1 6306.6 17 1) 0.0 6304.60 23 68 22 6437.8 12 0.0 6438.12 22 68 20 6545.6 16 0.0 6545.27 22 68 17 6577.3 12 0.0 6577.45 22 68 15 6698.3 25 0.0 6699.43 22 68 10 6776.6 12 0.0 6776.70 22 68 7 7052.1 13 0.0 7052.80 22 68 3 7083.3 14 0.0 7083.55 22 68 2 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.360 F=185 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 11.72 F= -1 CHISQ/F = 1.408 (FIT OF 255GAMMAS - 67LEVELS) ITERATION - 2 CHISQ - 1.287 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 190.287 12 3. 221.024 16 4. 287.729 19 5. 288.7 10 6. 497.0 3 7. 497.147 20 8. 501.933 21 9. 536.291 23 10. 574.43 3 11. 627.979 25 12. 641.716 21 13. 687.50 3 14. 693.43 7 15. 696.41 3 16. 724.89 3 17. 728.61 5 18. 775.28 3 19. 825.77 7 20. 835.75 4 21. 909.70 5 22. 969.28 6 23. 1003.35 5 24. 1018.57 7 25. 1019.39 8 26. 1032.19 4 27. 1036.83 6 28. 1044.81 5 29. 1062.68 6 30. 1111.72 5 31. 1138.73 10 32. 1155.51 6 33. 1163.08 8 34. 1169.87 6 35. 1198.92 6 36. 1201.68 9 37. 1271.18 11 38. 1304.17 10 39. 1311.94 7 40. 1321.17 6 41. 1329.14 6 42. 1336.5 7 43. 1349.02 6 44. 1394.37 6 45. 1403.3 7 46. 1425.56 10 47. 1431.73 8 48. 1446.6 8 49. 1459.3 7 50. 1484.09 10 51. 1525.8 7 52. 1531.6 9 53. 1545.4 7 54. 1557.8 7 55. 1576.65 12 56. 1585.2 6 57. 1597.6 7 58. 1605.5 7 59. 1615.8 5 60. 1651.7 7 61. 1678.9 6 62. 1695.6 7 63. 1710.6 8 64. 1729.6 7 65. 1741.0 7 66. 1794.9 7 67. 1827.7 7 68. 7273.85 22 GAMMA ENERGIES 113IN(N,G) E=TH -113IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 30.730 20 0.0 30.737 15 3 2 34.360 20 0.0 34.358 17 9 8 38.130 20 0.0 38.143 19 10 9 45.78 3 0.0 45.78 3 13 12 59.56 8 0.0 59.57 6 22 21 65.230 20 0.0 65.233 20 44 41 67.26 8 0.0 67.28 3 12 10 73.20 8 0.0 73.20 6 44 40 87.25 10 0.0 87.20 6 35 30 92.830 20 0.0 92.833 20 32 29 93.650 20 0.0 93.648 20 23 21 97.25 16 0.0 97.16 8 19 17 101.95 10 0.0 101.91 9 31 27 105.45 3 0.0 105.424 21 12 9 108.38 4 0.0 108.37 4 30 23 109.65 13 0.0 109.68 8 25 21 121.970 20 0.0 121.980 19 15 10 125.04 10 0.0 125.06 7 34 28 (1 132.07 17 1) 0.0 132.34 9 19 14 133.04 10 0.0 133.04 7 34 27 136.18 15 0.0 136.24 7 35 29 (1 139.29 4 1) 0.0 139.34 3 20 15 (1 140.3 5 1) 0.0 139.782 21 12 8 147.310 20 0.0 147.306 19 18 11 150.100 20 0.0 150.100 20 43 35 151.11 7 0.0 151.10 7 55 46 156.42 3 0.0 156.43 3 39 32 158.10 5 0.0 158.09 5 40 33 166.75 8 0.0 166.73 5 35 26 183.1 3 0.0 182.81 7 24 20 190.290 20 190.286 19 190.287 12 2 1 192.71 11 0.0 192.79 8 24 19 (1 194.7 7 1) 0.0 193.99 6 22 18 196.430 20 0.0 196.438 19 26 20 199.34 15 0.0 199.27 3 15 7 200.66 9 0.0 200.59 6 34 22 0.0 221.018 23 221.024 16 3 1 222.25 10 0.0 222.21 5 21 13 226.71 25 0.0 226.92 6 29 20 231.47 5 0.0 231.46 5 17 7 232.87 10 0.0 232.81 8 47 35 (1 237.4 3 1) 0.0 236.90 9 29 19 239.1 3 0.0 238.86 8 44 32 243.32 15 0.0 243.28 7 24 18 244.39 20 0.0 244.38 7 22 16 (1 249.42 14 1) 0.0 249.26 4 39 29 (1 252.94 21 1) 0.0 252.61 11 37 24 255.73 9 0.0 255.69 9 46 34 257.00 10 0.0 256.91 4 26 18 261.30 10 0.0 261.32 4 20 10 261.56 6 0.0 261.54 5 27 18 267.35 10 0.0 267.34 9 38 27 275.95 20 0.0 275.96 6 30 20 (1 276.09 3 1) 0.0 276.122 19 7 3 287.730 20 (1 288.0 3 287.729 19 4 1 296.90 8 0.0 296.95 6 41 26 0.0 (1 307.8 8 306.7 3 6 2 306.870 20 0.0 306.859 17 7 2 310.54 8 0.0 310.57 6 41 24 311.650 20 (1 311.39 25 311.646 17 8 2 (1 312.72 23 1) 0.0 312.96 11 31 19 314.20 9 0.0 314.22 9 50 34 319.70 20 0.0 319.76 7 32 20 322.29 21 0.0 322.15 7 24 15 334.06 10 0.0 334.07 7 29 17 336.40 9 0.0 336.43 5 30 18 337.6 3 0.0 337.31 9 33 19 339.4 7 0.0 338.76 8 26 14 340.250 20 0.0 340.249 19 11 4 344.09 13 0.0 344.09 8 34 19 351.87 5 0.0 351.89 5 40 22 357.30 5 0.0 357.31 5 28 13 363.3 7 0.0 363.16 6 35 20 365.84 10 0.0 365.93 9 36 20 (1 374.2 6 1) 0.0 374.97 14 55 36 (1 378.01 23 1) 0.0 377.67 8 25 12 384.20 20 0.0 384.15 3 10 2 391.37 10 0.0 391.41 8 25 11 399.46 11 0.0 399.53 8 47 26 403.12 15 0.0 403.09 5 28 12 405.66 8 0.0 405.70 7 14 4 (1 412.41 13 1) 0.0 412.56 5 21 7 (1 426.70 20 1) 0.0 426.40 9 36 18 434.60 20 0.0 434.70 6 29 11 435.35 13 0.0 435.42 10 37 20 437.16 3 0.0 437.16 3 16 4 (1 444.5 4 1) 0.0 444.97 7 34 16 451.420 20 0.0 451.427 17 12 2 453.2 13 0.0 451.90 10 50 26 468.3 3 0.0 468.42 10 38 20 472.5 8 0.0 472.3 3 22 6 473.4 5 0.0 473.45 6 34 15 474.0 5 0.0 474.02 7 35 16 475.3 10 0.0 475.39 3 15 3 476.9 10 0.0 476.19 7 39 20 487.65 10 0.0 487.555 25 18 4 502.6 3 0.0 502.50 6 35 15 503.8 3 0.0 503.87 4 16 3 506.0 3 0.0 506.13 3 15 2 506.4 5 0.0 506.20 5 23 7 508.0 5 0.0 508.25 11 36 14 522.0 8 0.0 521.37 8 33 12 527.42 20 0.0 527.53 6 32 11 536.3 10 0.0 536.66 7 39 18 538.2 4 0.0 538.04 7 19 4 540.9 10 0.0 541.89 6 34 11 544.2 5 0.0 544.46 12 55 26 546.3 4 0.0 546.28 11 37 16 547.5 10 0.0 547.66 5 28 7 (1 559.0 3 1) 0.0 558.62 6 44 20 564.9 7 0.0 565.53 6 29 7 568.4 6 0.0 568.60 8 44 19 570.94 20 0.0 570.94 6 35 11 574.2 6 0.0 574.76 11 37 15 577.2 6 0.0 577.75 12 37 14 583.5 6 0.0 583.33 7 39 17 588.8 6 0.0 588.65 8 33 10 596.2 5 0.0 595.97 8 47 20 599.1 8 0.0 599.78 11 46 19 608.3 8 0.0 607.75 10 38 15 610.7 7 0.0 610.74 12 38 14 (1 616.2 6 1) 0.0 615.53 7 39 15 618.5 6 0.0 618.51 10 39 14 (1 625.7 8 1) 0.0 624.76 7 40 15 628.0 4 0.0 627.74 9 40 14 632.8 4 0.0 632.73 6 41 15 641.0 6 0.0 641.59 10 31 7 645.4 7 0.0 645.46 4 20 2 (1 648.9 5 1) 0.0 648.33 10 50 20 652.5 5 0.0 652.60 6 43 15 658.6 4 0.0 658.5 3 32 6 665.7 6 0.0 665.93 8 33 7 670.7 5 0.0 670.22 7 39 12 673.3 7 0.0 672.9 3 34 6 676.4 8 0.0 676.19 10 38 11 679.6 8 0.0 679.45 7 40 12 685.0 12 0.0 683.96 7 39 11 688.9 5 0.0 688.68 5 21 3 693.5 10 0.0 693.19 7 40 11 (1 693.0 4 1) 0.0 693.43 7 14 1 701.6 8 0.0 701.77 6 35 7 708.5 6 0.0 708.80 10 50 18 719.60 20 0.0 719.41 5 21 2 (1 725.4 4 1) 0.0 724.89 3 16 1 728.4 8 0.0 729.14 10 46 15 731.1 8 0.0 730.84 7 24 4 737.7 8 0.0 737.51 7 39 10 741.1 8 0.0 740.90 12 55 20 749.4 6 0.0 749.5 6 56 20 760.2 10 0.0 759.19 10 50 16 775.05 20 0.0 774.95 6 29 4 780.0 5 0.0 780.1 5 59 20 782.5 4 0.0 782.32 5 23 3 (1 793.16 25 1) 0.0 792.85 6 41 9 798.1 6 0.0 797.54 7 24 3 807.1 12 0.0 807.02 10 38 7 813.3 6 0.0 813.06 5 23 2 816.0 10 0.0 815.80 6 27 3 825.7 3 0.0 825.77 7 19 1 841.6 3 0.0 841.65 6 29 3 843.2 6 0.0 843.1 6 61 20 851.2 8 0.0 851.87 6 43 7 857.2 3 0.0 857.29 8 47 10 866.8 10 0.0 866.8 10 32 5 872.3 5 0.0 872.39 6 29 2 876.0 10 0.0 875.35 8 33 4 890.8 5 0.0 890.69 5 30 3 914.0 4 0.0 913.95 9 36 4 918.0 4 0.0 917.71 10 31 3 921.5 8 0.0 921.43 5 30 2 928.8 7 0.0 928.6 3 46 6 934.5 5 0.0 934.48 6 32 3 948.8 10 0.0 948.84 6 34 3 979.1 7 0.0 979.58 6 34 2 983.4 7 0.0 983.44 11 37 4 986.8 5 0.0 986.94 10 50 7 1034.4 10 0.0 1033.44 7 40 4 1083.0 5 0.0 1083.14 10 38 3 1113.8 5 0.0 1113.88 10 38 2 1155.9 8 0.0 1155.50 6 32 1 1174.0 10 0.0 1173.34 6 44 3 1196.5 8 0.0 1196.35 10 50 4 1204.7 9 0.0 1204.08 6 44 2 1204.7 9 0.0 1204.53 10 46 3 1235.1 9 0.0 1235.26 10 46 2 1336.5 8 0.0 1336.5 7 42 1 1349.6 10 0.0 1349.01 6 43 1 1355.3 9 0.0 1355.62 12 55 3 1403.3 8 0.0 1403.3 7 45 1 1446.6 9 0.0 1446.6 8 48 1 1459.3 8 0.0 1459.3 7 49 1 1525.8 8 0.0 1525.8 7 51 1 1531.6 9 0.0 1531.6 9 52 1 1545.4 8 0.0 1545.4 7 53 1 1557.8 8 0.0 1557.8 7 54 1 1597.6 8 0.0 1597.6 7 57 1 1605.5 8 0.0 1605.5 7 58 1 1651.7 8 0.0 1651.7 7 60 1 1695.6 8 0.0 1695.6 7 62 1 1710.6 9 0.0 1710.6 8 63 1 1729.6 8 0.0 1729.6 7 64 1 1741.0 8 0.0 1741.0 7 65 1 1794.9 8 0.0 1794.9 7 66 1 1827.7 8 0.0 1827.7 7 67 1 5446.0 12 0.0 5446.0 7 68 67 5478.7 13 0.0 5478.8 7 68 66 5532.7 12 0.0 5532.7 7 68 65 5544.0 14 0.0 5544.1 7 68 64 5563.0 16 0.0 5563.1 8 68 63 5578.1 12 0.0 5578.1 7 68 62 5595.1 14 0.0 5594.8 6 68 61 5621.9 13 0.0 5622.0 7 68 60 5656.9 17 0.0 5657.9 5 68 59 5668.1 14 0.0 5668.2 7 68 58 5676.0 14 0.0 5676.1 7 68 57 5687.7 18 0.0 5688.5 6 68 56 5697.1 12 0.0 5697.04 25 68 55 5715.9 12 0.0 5715.9 7 68 54 5728.3 12 0.0 5728.3 7 68 53 5742.0 25 0.0 5742.1 9 68 52 5747.8 14 0.0 5747.9 7 68 51 (1 5797 8 1) 0.0 5789.60 24 68 50 5814.3 12 0.0 5814.4 7 68 49 5827.0 18 0.0 5827.1 8 68 48 5848.3 16 0.0 5848.13 24 68 46 5870.3 14 0.0 5870.4 7 68 45 5879.6 14 0.0 5879.31 23 68 44 5924.6 13 0.0 5924.66 23 68 43 5937.1 13 0.0 5937.2 7 68 42 5954.6 22 0.0 5952.51 23 68 40 5962.0 24 0.0 5961.74 23 68 39 5968.2 24 0.0 5969.51 24 68 38 6002.2 12 0.0 6002.50 25 68 37 6070.7 20 0.0 6071.99 24 68 36 6074.4 14 0.0 6074.76 23 68 35 6110.6 15 0.0 6110.59 24 68 33 6117.9 14 0.0 6118.16 23 68 32 6135.5 22 0.0 6134.94 24 68 31 6161.9 21 0.0 6161.95 23 68 30 6211.1 12 0.0 6210.99 23 68 29 6227.9 16 0.0 6228.86 23 68 28 6236.8 13 0.0 6236.84 23 68 27 6254.9 12 0.0 6254.28 24 68 25 (1 6277 6 1) 0.0 6270.31 23 68 23 (1 6306.6 17 1) 0.0 6304.39 23 68 22 6437.8 12 0.0 6437.90 23 68 20 6545.6 16 0.0 6545.04 23 68 17 6577.3 12 0.0 6577.23 23 68 15 6698.3 25 0.0 6699.20 23 68 10 6776.6 12 0.0 6776.49 23 68 7 7052.1 13 0.0 7052.59 23 68 3 7083.3 14 0.0 7083.33 22 68 2 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .4233 F=185 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 4.393 F= -1 CHISQ/F = .4423 (FIT OF 255GAMMAS - 67LEVELS) ITERATION - 3 CHISQ - 1.287 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 190.290 16 3. 221.030 22 4. 287.727 19 5. 288.7 10 6. 496.8 3 7. 497.151 23 8. 501.937 24 9. 536.29 3 10. 574.43 3 11. 627.98 3 12. 641.719 23 13. 687.50 4 14. 693.40 7 15. 696.41 3 16. 724.89 4 17. 728.61 5 18. 775.29 3 19. 825.81 7 20. 835.76 4 21. 909.70 5 22. 969.28 6 23. 1003.35 5 24. 1018.59 7 25. 1019.37 8 26. 1032.20 4 27. 1036.83 6 28. 1044.81 5 29. 1062.67 6 30. 1111.72 5 31. 1138.74 10 32. 1155.51 6 33. 1163.09 8 34. 1169.88 6 35. 1198.92 6 36. 1201.65 10 37. 1271.13 11 38. 1304.17 10 39. 1311.94 7 40. 1321.17 7 41. 1329.14 6 42. 1336.5 7 43. 1349.02 6 44. 1394.38 6 45. 1403.3 7 46. 1425.57 10 47. 1431.73 8 48. 1446.6 8 49. 1459.3 7 50. 1484.10 10 51. 1525.8 7 52. 1531.6 9 53. 1545.4 7 54. 1557.8 7 55. 1576.67 12 56. 1585.2 6 57. 1597.6 7 58. 1605.5 7 59. 1615.8 5 60. 1651.7 7 61. 1678.9 6 62. 1695.6 7 63. 1710.6 8 64. 1729.6 7 65. 1741.0 7 66. 1794.9 7 67. 1827.7 7 68. 7273.83 23 GAMMA ENERGIES 113IN(N,G) E=TH -113IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 30.730 20 0.0 30.739 16 3 2 34.360 20 0.0 34.357 17 9 8 38.130 20 0.0 38.141 19 10 9 45.78 3 0.0 45.78 3 13 12 59.56 8 0.0 59.58 6 22 21 65.230 20 0.0 65.232 20 44 41 67.26 8 0.0 67.28 3 12 10 73.20 8 0.0 73.20 6 44 40 87.25 10 0.0 87.20 6 35 30 92.830 20 0.0 92.833 20 32 29 93.650 20 0.0 93.648 20 23 21 97.25 16 0.0 97.20 8 19 17 101.95 10 0.0 101.91 9 31 27 105.45 3 0.0 105.425 21 12 9 108.38 4 0.0 108.37 4 30 23 109.65 13 0.0 109.66 8 25 21 121.970 20 0.0 121.978 19 15 10 125.04 10 0.0 125.07 7 34 28 (1 132.1 3 1) 0.0 132.41 10 19 14 133.04 10 0.0 133.04 7 34 27 136.18 15 0.0 136.25 7 35 29 (1 139.29 5 1) 0.0 139.34 4 20 15 (1 140.3 5 1) 0.0 139.782 21 12 8 147.310 20 0.0 147.308 19 18 11 150.100 20 0.0 150.100 20 43 35 151.11 7 0.0 151.10 7 55 46 156.42 3 0.0 156.43 3 39 32 158.10 5 0.0 158.09 5 40 33 166.75 8 0.0 166.72 5 35 26 183.1 3 0.0 182.83 7 24 20 190.290 20 190.29 4 190.290 16 2 1 192.71 11 0.0 192.78 8 24 19 (1 194.7 7 1) 0.0 193.99 6 22 18 196.430 20 0.0 196.438 19 26 20 199.34 15 0.0 199.26 3 15 7 200.66 9 0.0 200.60 6 34 22 0.0 221.02 5 221.029 22 3 1 222.25 10 0.0 222.20 5 21 13 226.71 25 0.0 226.91 7 29 20 231.47 5 0.0 231.46 5 17 7 232.87 10 0.0 232.81 8 47 35 (1 237.4 5 1) 0.0 236.86 9 29 19 239.1 3 0.0 238.87 8 44 32 243.32 15 0.0 243.30 7 24 18 244.39 20 0.0 244.39 7 22 16 (1 249.42 14 1) 0.0 249.26 4 39 29 (1 252.9 3 1) 0.0 252.54 12 37 24 255.73 9 0.0 255.69 9 46 34 257.00 10 0.0 256.91 5 26 18 261.30 10 0.0 261.32 4 20 10 261.56 6 0.0 261.55 5 27 18 267.35 10 0.0 267.34 9 38 27 275.95 20 0.0 275.96 6 30 20 276.09 3 0.0 276.121 20 7 3 287.730 20 288.0 7 287.727 19 4 1 296.90 8 0.0 296.95 6 41 26 0.0 307.8 16 306.6 3 6 2 306.870 20 0.0 306.860 17 7 2 310.54 8 0.0 310.55 6 41 24 311.650 20 311.4 5 311.646 17 8 2 312.72 23 0.0 312.93 11 31 19 314.20 9 0.0 314.22 9 50 34 319.70 20 0.0 319.75 7 32 20 322.29 21 0.0 322.18 7 24 15 334.06 10 0.0 334.06 7 29 17 336.40 9 0.0 336.43 5 30 18 (1 337.6 3 1) 0.0 337.27 10 33 19 339.4 7 0.0 338.79 8 26 14 340.250 20 0.0 340.251 19 11 4 344.09 13 0.0 344.06 8 34 19 351.87 5 0.0 351.89 5 40 22 357.30 5 0.0 357.31 5 28 13 363.3 7 0.0 363.16 6 35 20 365.84 10 0.0 365.89 9 36 20 (1 374.2 8 1) 0.0 375.02 15 55 36 (1 378.0 3 1) 0.0 377.65 8 25 12 384.20 20 0.0 384.14 3 10 2 391.37 10 0.0 391.39 8 25 11 399.46 11 0.0 399.53 8 47 26 403.12 15 0.0 403.09 5 28 12 405.66 8 0.0 405.67 7 14 4 (1 412.41 13 1) 0.0 412.55 5 21 7 (1 426.7 3 1) 0.0 426.36 10 36 18 434.60 20 0.0 434.69 6 29 11 435.35 13 0.0 435.37 11 37 20 437.16 3 0.0 437.16 3 16 4 (1 444.5 4 1) 0.0 444.98 7 34 16 451.420 20 0.0 451.428 17 12 2 453.2 13 0.0 451.90 10 50 26 468.3 3 0.0 468.42 10 38 20 472.5 8 0.0 472.4 3 22 6 473.4 5 0.0 473.46 6 34 15 474.0 5 0.0 474.03 7 35 16 475.3 10 0.0 475.38 3 15 3 476.9 10 0.0 476.18 7 39 20 487.65 10 0.0 487.558 25 18 4 502.6 3 0.0 502.51 6 35 15 503.8 3 0.0 503.86 4 16 3 506.0 3 0.0 506.12 3 15 2 506.4 5 0.0 506.20 5 23 7 508.0 5 0.0 508.25 12 36 14 522.0 8 0.0 521.36 8 33 12 527.42 20 0.0 527.53 6 32 11 536.3 10 0.0 536.65 7 39 18 538.2 4 0.0 538.09 7 19 4 540.9 10 0.0 541.90 6 34 11 544.2 5 0.0 544.47 12 55 26 546.3 4 0.0 546.24 12 37 16 547.5 10 0.0 547.66 5 28 7 (1 559.0 4 1) 0.0 558.62 6 44 20 564.9 7 0.0 565.52 6 29 7 568.4 6 0.0 568.56 8 44 19 570.94 20 0.0 570.94 6 35 11 574.2 6 0.0 574.72 11 37 15 577.2 6 0.0 577.73 13 37 14 583.5 6 0.0 583.32 7 39 17 588.8 6 0.0 588.65 8 33 10 596.2 5 0.0 595.97 8 47 20 599.1 8 0.0 599.75 11 46 19 608.3 8 0.0 607.76 10 38 15 610.7 7 0.0 610.77 12 38 14 (1 616.2 6 1) 0.0 615.52 7 39 15 618.5 6 0.0 618.53 10 39 14 625.7 9 0.0 624.76 7 40 15 628.0 4 0.0 627.77 9 40 14 632.8 4 0.0 632.73 6 41 15 641.0 6 0.0 641.59 10 31 7 645.4 7 0.0 645.46 4 20 2 (1 648.9 5 1) 0.0 648.34 10 50 20 652.5 5 0.0 652.61 6 43 15 658.6 4 0.0 658.7 3 32 6 665.7 6 0.0 665.93 8 33 7 670.7 5 0.0 670.22 7 39 12 673.3 7 0.0 673.0 3 34 6 676.4 8 0.0 676.19 10 38 11 679.6 8 0.0 679.45 7 40 12 685.0 12 0.0 683.96 7 39 11 688.9 5 0.0 688.67 5 21 3 693.5 10 0.0 693.19 7 40 11 693.0 4 0.0 693.40 7 14 1 701.6 8 0.0 701.77 6 35 7 708.5 6 0.0 708.81 10 50 18 719.60 20 0.0 719.41 5 21 2 (1 725.4 5 1) 0.0 724.89 4 16 1 728.4 8 0.0 729.15 10 46 15 731.1 8 0.0 730.86 7 24 4 737.7 8 0.0 737.50 7 39 10 741.1 8 0.0 740.91 12 55 20 749.4 6 0.0 749.5 6 56 20 760.2 10 0.0 759.20 10 50 16 775.05 20 0.0 774.94 6 29 4 780.0 5 0.0 780.1 5 59 20 782.5 4 0.0 782.32 5 23 3 (1 793.2 3 1) 0.0 792.85 6 41 9 798.1 6 0.0 797.56 7 24 3 807.1 12 0.0 807.02 10 38 7 813.3 6 0.0 813.06 5 23 2 816.0 10 0.0 815.80 6 27 3 825.7 3 0.0 825.81 7 19 1 841.6 3 0.0 841.64 6 29 3 843.2 6 0.0 843.1 6 61 20 851.2 8 0.0 851.87 6 43 7 857.2 3 0.0 857.29 8 47 10 866.8 10 0.0 866.8 10 32 5 872.3 5 0.0 872.38 6 29 2 876.0 10 0.0 875.35 8 33 4 890.8 5 0.0 890.68 5 30 3 914.0 4 0.0 913.92 10 36 4 918.0 4 0.0 917.71 10 31 3 921.5 8 0.0 921.42 5 30 2 928.8 7 0.0 928.7 3 46 6 934.5 5 0.0 934.47 6 32 3 948.8 10 0.0 948.84 6 34 3 979.1 7 0.0 979.58 6 34 2 983.4 7 0.0 983.40 11 37 4 986.8 5 0.0 986.94 10 50 7 1034.4 10 0.0 1033.44 7 40 4 1083.0 5 0.0 1083.14 10 38 3 1113.8 5 0.0 1113.88 10 38 2 1155.9 8 0.0 1155.50 6 32 1 1174.0 10 0.0 1173.34 6 44 3 1196.5 8 0.0 1196.36 10 50 4 1204.7 9 0.0 1204.08 6 44 2 1204.7 9 0.0 1204.53 10 46 3 1235.1 9 0.0 1235.27 10 46 2 1336.5 8 0.0 1336.5 7 42 1 1349.6 10 0.0 1349.01 6 43 1 1355.3 9 0.0 1355.63 12 55 3 1403.3 8 0.0 1403.3 7 45 1 1446.6 9 0.0 1446.6 8 48 1 1459.3 8 0.0 1459.3 7 49 1 1525.8 8 0.0 1525.8 7 51 1 1531.6 9 0.0 1531.6 9 52 1 1545.4 8 0.0 1545.4 7 53 1 1557.8 8 0.0 1557.8 7 54 1 1597.6 8 0.0 1597.6 7 57 1 1605.5 8 0.0 1605.5 7 58 1 1651.7 8 0.0 1651.7 7 60 1 1695.6 8 0.0 1695.6 7 62 1 1710.6 9 0.0 1710.6 8 63 1 1729.6 8 0.0 1729.6 7 64 1 1741.0 8 0.0 1741.0 7 65 1 1794.9 8 0.0 1794.9 7 66 1 1827.7 8 0.0 1827.7 7 67 1 5446.0 12 0.0 5446.0 7 68 67 5478.7 13 0.0 5478.8 7 68 66 5532.7 12 0.0 5532.7 7 68 65 5544.0 14 0.0 5544.1 7 68 64 5563.0 16 0.0 5563.1 8 68 63 5578.1 12 0.0 5578.1 7 68 62 5595.1 14 0.0 5594.8 6 68 61 5621.9 13 0.0 5622.0 7 68 60 5656.9 17 0.0 5657.8 5 68 59 5668.1 14 0.0 5668.2 7 68 58 5676.0 14 0.0 5676.1 7 68 57 5687.7 18 0.0 5688.4 6 68 56 5697.1 12 0.0 5697.01 25 68 55 5715.9 12 0.0 5715.9 7 68 54 5728.3 12 0.0 5728.3 7 68 53 5742.0 25 0.0 5742.1 9 68 52 5747.8 14 0.0 5747.8 7 68 51 (1 5797 8 1) 0.0 5789.58 25 68 50 5814.3 12 0.0 5814.3 7 68 49 5827.0 18 0.0 5827.0 8 68 48 5848.3 16 0.0 5848.10 24 68 46 5870.3 14 0.0 5870.3 7 68 45 5879.6 14 0.0 5879.29 23 68 44 5924.6 13 0.0 5924.65 23 68 43 5937.1 13 0.0 5937.1 7 68 42 5954.6 22 0.0 5952.49 23 68 40 5962.0 24 0.0 5961.73 23 68 39 5968.2 24 0.0 5969.49 25 68 38 6002.2 12 0.0 6002.53 25 68 37 6070.7 20 0.0 6072.01 24 68 36 6074.4 14 0.0 6074.74 23 68 35 6110.6 15 0.0 6110.57 24 68 33 6117.9 14 0.0 6118.15 23 68 32 6135.5 22 0.0 6134.91 25 68 31 6161.9 21 0.0 6161.93 23 68 30 6211.1 12 0.0 6210.98 23 68 29 6227.9 16 0.0 6228.84 23 68 28 6236.8 13 0.0 6236.82 23 68 27 6254.9 12 0.0 6254.28 24 68 25 (1 6277 6 1) 0.0 6270.30 23 68 23 (1 6306.6 22 1) 0.0 6304.37 23 68 22 6437.8 12 0.0 6437.88 23 68 20 6545.6 16 0.0 6545.02 23 68 17 6577.3 12 0.0 6577.22 23 68 15 6698.3 25 0.0 6699.18 23 68 10 6776.6 12 0.0 6776.46 23 68 7 7052.1 13 0.0 7052.57 23 68 3 7083.3 14 0.0 7083.30 23 68 2 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3611 F=185 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.176 F= -1 CHISQ/F = .3635 (FIT OF 255GAMMAS - 67LEVELS) ITERATION - 4 CHISQ - 1.287 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 190.291 17 3. 221.030 22 4. 287.727 19 5. 288.7 10 6. 496.8 3 7. 497.151 23 8. 501.938 24 9. 536.29 3 10. 574.44 3 11. 627.98 3 12. 641.720 24 13. 687.50 4 14. 693.39 7 15. 696.41 3 16. 724.89 4 17. 728.62 5 18. 775.29 3 19. 825.82 7 20. 835.76 4 21. 909.70 5 22. 969.28 6 23. 1003.35 5 24. 1018.60 7 25. 1019.37 8 26. 1032.20 4 27. 1036.83 6 28. 1044.81 5 29. 1062.67 6 30. 1111.72 5 31. 1138.75 10 32. 1155.51 6 33. 1163.09 8 34. 1169.88 6 35. 1198.92 6 36. 1201.65 10 37. 1271.12 12 38. 1304.18 10 39. 1311.94 7 40. 1321.18 7 41. 1329.15 6 42. 1336.5 7 43. 1349.02 6 44. 1394.38 6 45. 1403.3 7 46. 1425.57 10 47. 1431.73 8 48. 1446.6 8 49. 1459.3 7 50. 1484.1 1 51. 1525.8 7 52. 1531.6 9 53. 1545.4 7 54. 1557.8 7 55. 1576.67 12 56. 1585.2 6 57. 1597.6 7 58. 1605.5 7 59. 1615.8 5 60. 1651.7 7 61. 1678.9 6 62. 1695.6 7 63. 1710.6 8 64. 1729.6 7 65. 1741.0 7 66. 1794.9 7 67. 1827.7 7 68. 7273.83 23 GAMMA ENERGIES 113IN(N,G) E=TH -113IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 30.730 20 0.0 30.739 17 3 2 34.360 20 0.0 34.357 17 9 8 38.130 20 0.0 38.141 19 10 9 45.78 3 0.0 45.78 3 13 12 59.56 8 0.0 59.58 6 22 21 65.230 20 0.0 65.232 20 44 41 67.26 8 0.0 67.28 3 12 10 73.20 8 0.0 73.20 6 44 40 87.25 10 0.0 87.20 6 35 30 92.830 20 0.0 92.833 20 32 29 93.650 20 0.0 93.648 20 23 21 97.25 16 0.0 97.21 8 19 17 101.95 10 0.0 101.91 9 31 27 105.45 3 0.0 105.425 21 12 9 108.38 4 0.0 108.37 4 30 23 109.65 13 0.0 109.66 8 25 21 121.970 20 0.0 121.978 19 15 10 125.04 10 0.0 125.07 7 34 28 (1 132.1 3 1) 0.0 132.43 10 19 14 133.04 10 0.0 133.05 7 34 27 136.18 15 0.0 136.25 7 35 29 (1 139.29 5 1) 0.0 139.34 4 20 15 (1 140.3 5 1) 0.0 139.782 21 12 8 147.310 20 0.0 147.308 19 18 11 150.100 20 0.0 150.100 20 43 35 151.11 7 0.0 151.10 7 55 46 156.42 3 0.0 156.43 3 39 32 158.10 5 0.0 158.09 5 40 33 166.75 8 0.0 166.72 5 35 26 183.1 3 0.0 182.84 7 24 20 190.290 20 190.29 4 190.291 17 2 1 192.71 11 0.0 192.77 8 24 19 (1 194.7 7 1) 0.0 193.99 6 22 18 196.430 20 0.0 196.438 19 26 20 199.34 15 0.0 199.26 3 15 7 200.66 9 0.0 200.60 6 34 22 0.0 221.02 5 221.030 22 3 1 222.25 10 0.0 222.20 5 21 13 226.71 25 0.0 226.92 7 29 20 231.47 5 0.0 231.46 5 17 7 232.87 10 0.0 232.81 8 47 35 (1 237.4 5 1) 0.0 236.85 9 29 19 239.1 3 0.0 238.87 8 44 32 243.32 15 0.0 243.31 7 24 18 244.39 20 0.0 244.39 7 22 16 (1 249.42 14 1) 0.0 249.26 4 39 29 (1 252.9 4 1) 0.0 252.52 13 37 24 255.73 9 0.0 255.69 9 46 34 257.00 10 0.0 256.91 5 26 18 261.30 10 0.0 261.32 4 20 10 261.56 6 0.0 261.55 5 27 18 267.35 10 0.0 267.34 9 38 27 275.95 20 0.0 275.96 6 30 20 276.09 3 0.0 276.121 20 7 3 287.730 20 288.0 7 287.726 19 4 1 296.90 8 0.0 296.95 6 41 26 0.0 307.8 17 306.6 3 6 2 306.870 20 0.0 306.860 17 7 2 310.54 8 0.0 310.55 6 41 24 311.650 20 311.4 6 311.646 17 8 2 312.72 23 0.0 312.92 11 31 19 314.20 9 0.0 314.22 9 50 34 319.70 20 0.0 319.75 7 32 20 322.29 21 0.0 322.19 7 24 15 334.06 10 0.0 334.06 7 29 17 336.40 9 0.0 336.43 5 30 18 (1 337.6 3 1) 0.0 337.26 10 33 19 339.4 7 0.0 338.80 8 26 14 340.250 20 0.0 340.251 19 11 4 344.09 13 0.0 344.06 8 34 19 351.87 5 0.0 351.89 5 40 22 357.30 5 0.0 357.31 5 28 13 363.3 7 0.0 363.16 6 35 20 365.84 10 0.0 365.89 9 36 20 (1 374.2 8 1) 0.0 375.02 15 55 36 (1 378.0 3 1) 0.0 377.65 8 25 12 384.20 20 0.0 384.14 3 10 2 391.37 10 0.0 391.39 8 25 11 399.46 11 0.0 399.53 8 47 26 403.12 15 0.0 403.09 5 28 12 405.66 8 0.0 405.66 7 14 4 (1 412.41 13 1) 0.0 412.55 5 21 7 (1 426.7 3 1) 0.0 426.36 10 36 18 434.60 20 0.0 434.69 6 29 11 435.35 13 0.0 435.36 11 37 20 437.16 3 0.0 437.16 3 16 4 (1 444.5 5 1) 0.0 444.99 7 34 16 451.420 20 0.0 451.428 17 12 2 453.2 13 0.0 451.90 10 50 26 468.3 3 0.0 468.42 10 38 20 472.5 8 0.0 472.4 3 22 6 473.4 5 0.0 473.47 6 34 15 474.0 5 0.0 474.03 7 35 16 475.3 10 0.0 475.38 3 15 3 476.9 10 0.0 476.18 7 39 20 487.65 10 0.0 487.559 25 18 4 502.6 3 0.0 502.51 6 35 15 503.8 3 0.0 503.86 4 16 3 506.0 3 0.0 506.12 3 15 2 506.4 5 0.0 506.20 5 23 7 508.0 5 0.0 508.25 12 36 14 522.0 8 0.0 521.37 8 33 12 527.42 20 0.0 527.53 6 32 11 536.3 10 0.0 536.65 7 39 18 538.2 4 0.0 538.10 7 19 4 (1 540.9 10 1) 0.0 541.90 6 34 11 544.2 5 0.0 544.47 12 55 26 546.3 4 0.0 546.23 12 37 16 547.5 10 0.0 547.66 5 28 7 559.0 4 0.0 558.62 6 44 20 564.9 7 0.0 565.52 6 29 7 568.4 6 0.0 568.55 8 44 19 570.94 20 0.0 570.94 6 35 11 574.2 6 0.0 574.70 11 37 15 577.2 6 0.0 577.72 13 37 14 583.5 6 0.0 583.32 7 39 17 588.8 6 0.0 588.65 8 33 10 596.2 5 0.0 595.97 8 47 20 599.1 8 0.0 599.75 11 46 19 608.3 8 0.0 607.76 10 38 15 610.7 7 0.0 610.78 12 38 14 (1 616.2 6 1) 0.0 615.52 7 39 15 618.5 6 0.0 618.54 10 39 14 625.7 9 0.0 624.76 7 40 15 628.0 4 0.0 627.78 10 40 14 632.8 4 0.0 632.73 6 41 15 641.0 6 0.0 641.59 10 31 7 645.4 7 0.0 645.46 4 20 2 (1 648.9 5 1) 0.0 648.34 10 50 20 652.5 5 0.0 652.60 6 43 15 658.6 4 0.0 658.7 3 32 6 665.7 6 0.0 665.93 8 33 7 670.7 5 0.0 670.22 7 39 12 673.3 7 0.0 673.0 3 34 6 676.4 8 0.0 676.19 10 38 11 679.6 8 0.0 679.45 7 40 12 685.0 12 0.0 683.96 7 39 11 688.9 5 0.0 688.67 5 21 3 693.5 10 0.0 693.20 7 40 11 693.0 4 0.0 693.39 7 14 1 701.6 8 0.0 701.77 6 35 7 708.5 6 0.0 708.81 10 50 18 719.60 20 0.0 719.41 5 21 2 (1 725.4 5 1) 0.0 724.89 4 16 1 728.4 8 0.0 729.16 10 46 15 731.1 8 0.0 730.87 7 24 4 737.7 8 0.0 737.50 7 39 10 741.1 8 0.0 740.91 12 55 20 749.4 6 0.0 749.5 6 56 20 760.2 10 0.0 759.21 10 50 16 775.05 20 0.0 774.94 6 29 4 780.0 5 0.0 780.1 5 59 20 782.5 4 0.0 782.32 5 23 3 793.2 3 0.0 792.85 6 41 9 798.1 6 0.0 797.57 7 24 3 807.1 12 0.0 807.02 10 38 7 813.3 6 0.0 813.06 5 23 2 816.0 10 0.0 815.80 6 27 3 825.7 3 0.0 825.82 7 19 1 841.6 3 0.0 841.64 6 29 3 843.2 6 0.0 843.1 6 61 20 851.2 8 0.0 851.87 6 43 7 857.2 3 0.0 857.29 8 47 10 866.8 10 0.0 866.8 10 32 5 872.3 5 0.0 872.38 6 29 2 876.0 10 0.0 875.36 8 33 4 890.8 5 0.0 890.68 5 30 3 914.0 4 0.0 913.92 10 36 4 918.0 4 0.0 917.71 10 31 3 921.5 8 0.0 921.42 5 30 2 928.8 7 0.0 928.7 3 46 6 934.5 5 0.0 934.47 6 32 3 948.8 10 0.0 948.85 6 34 3 979.1 7 0.0 979.58 6 34 2 983.4 7 0.0 983.39 12 37 4 986.8 5 0.0 986.95 10 50 7 1034.4 10 0.0 1033.44 7 40 4 1083.0 5 0.0 1083.14 10 38 3 1113.8 5 0.0 1113.88 10 38 2 1155.9 8 0.0 1155.50 6 32 1 1174.0 10 0.0 1173.34 6 44 3 1196.5 8 0.0 1196.37 10 50 4 1204.7 9 0.0 1204.08 6 44 2 1204.7 9 0.0 1204.53 10 46 3 1235.1 9 0.0 1235.27 10 46 2 1336.5 8 0.0 1336.5 7 42 1 1349.6 10 0.0 1349.01 6 43 1 1355.3 9 0.0 1355.63 12 55 3 1403.3 8 0.0 1403.3 7 45 1 1446.6 9 0.0 1446.6 8 48 1 1459.3 8 0.0 1459.3 7 49 1 1525.8 8 0.0 1525.8 7 51 1 1531.6 9 0.0 1531.6 9 52 1 1545.4 8 0.0 1545.4 7 53 1 1557.8 8 0.0 1557.8 7 54 1 1597.6 8 0.0 1597.6 7 57 1 1605.5 8 0.0 1605.5 7 58 1 1651.7 8 0.0 1651.7 7 60 1 1695.6 8 0.0 1695.6 7 62 1 1710.6 9 0.0 1710.6 8 63 1 1729.6 8 0.0 1729.6 7 64 1 1741.0 8 0.0 1741.0 7 65 1 1794.9 8 0.0 1794.9 7 66 1 1827.7 8 0.0 1827.7 7 67 1 5446.0 12 0.0 5446.0 7 68 67 5478.7 13 0.0 5478.8 7 68 66 5532.7 12 0.0 5532.7 7 68 65 5544.0 14 0.0 5544.1 7 68 64 5563.0 16 0.0 5563.1 8 68 63 5578.1 12 0.0 5578.1 7 68 62 5595.1 14 0.0 5594.8 6 68 61 5621.9 13 0.0 5622.0 7 68 60 5656.9 17 0.0 5657.8 5 68 59 5668.1 14 0.0 5668.2 7 68 58 5676.0 14 0.0 5676.1 7 68 57 5687.7 18 0.0 5688.4 6 68 56 5697.1 12 0.0 5697.01 25 68 55 5715.9 12 0.0 5715.9 7 68 54 5728.3 12 0.0 5728.3 7 68 53 5742.0 25 0.0 5742.1 9 68 52 5747.8 14 0.0 5747.8 7 68 51 (1 5797 8 1) 0.0 5789.57 25 68 50 5814.3 12 0.0 5814.3 7 68 49 5827.0 18 0.0 5827.0 8 68 48 5848.3 16 0.0 5848.10 24 68 46 5870.3 14 0.0 5870.3 7 68 45 5879.6 14 0.0 5879.29 23 68 44 5924.6 13 0.0 5924.65 23 68 43 5937.1 13 0.0 5937.1 7 68 42 5954.6 22 0.0 5952.49 23 68 40 5962.0 24 0.0 5961.73 23 68 39 5968.2 24 0.0 5969.49 25 68 38 6002.2 12 0.0 6002.54 25 68 37 6070.7 20 0.0 6072.01 24 68 36 6074.4 14 0.0 6074.74 23 68 35 6110.6 15 0.0 6110.57 24 68 33 6117.9 14 0.0 6118.15 23 68 32 6135.5 22 0.0 6134.91 25 68 31 6161.9 21 0.0 6161.93 23 68 30 6211.1 12 0.0 6210.98 23 68 29 6227.9 16 0.0 6228.84 23 68 28 6236.8 13 0.0 6236.81 23 68 27 6254.9 12 0.0 6254.28 24 68 25 (1 6277 6 1) 0.0 6270.29 23 68 23 (1 6306.6 22 1) 0.0 6304.36 23 68 22 6437.8 12 0.0 6437.88 23 68 20 6545.6 16 0.0 6545.01 23 68 17 6577.3 12 0.0 6577.21 23 68 15 6698.3 25 0.0 6699.18 23 68 10 6776.6 12 0.0 6776.46 23 68 7 7052.1 13 0.0 7052.57 23 68 3 7083.3 14 0.0 7083.30 23 68 2 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3532 F=185 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.014 F= -1 CHISQ/F = .3549 (FIT OF 255GAMMAS - 67LEVELS) ITERATION - 5 CHISQ - 1.287 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 190.291 17 3. 221.030 22 4. 287.727 19 5. 288.7 10 6. 496.8 3 7. 497.151 23 8. 501.938 24 9. 536.29 3 10. 574.44 3 11. 627.98 3 12. 641.720 24 13. 687.50 4 14. 693.39 7 15. 696.41 3 16. 724.89 4 17. 728.62 5 18. 775.29 3 19. 825.82 7 20. 835.76 4 21. 909.70 5 22. 969.28 6 23. 1003.35 5 24. 1018.60 7 25. 1019.37 8 26. 1032.20 4 27. 1036.83 6 28. 1044.81 5 29. 1062.67 6 30. 1111.72 5 31. 1138.75 10 32. 1155.51 6 33. 1163.09 8 34. 1169.88 6 35. 1198.92 6 36. 1201.65 10 37. 1271.12 12 38. 1304.18 10 39. 1311.94 7 40. 1321.18 7 41. 1329.15 6 42. 1336.5 7 43. 1349.02 6 44. 1394.38 6 45. 1403.3 7 46. 1425.57 10 47. 1431.73 8 48. 1446.6 8 49. 1459.3 7 50. 1484.1 1 51. 1525.8 7 52. 1531.6 9 53. 1545.4 7 54. 1557.8 7 55. 1576.67 12 56. 1585.2 6 57. 1597.6 7 58. 1605.5 7 59. 1615.8 5 60. 1651.7 7 61. 1678.9 6 62. 1695.6 7 63. 1710.6 8 64. 1729.6 7 65. 1741.0 7 66. 1794.9 7 67. 1827.7 7 68. 7273.83 23 GAMMA ENERGIES 113IN(N,G) E=TH -113IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 30.730 20 0.0 30.739 17 3 2 34.360 20 0.0 34.357 17 9 8 38.130 20 0.0 38.141 19 10 9 45.78 3 0.0 45.78 3 13 12 59.56 8 0.0 59.58 6 22 21 65.230 20 0.0 65.232 20 44 41 67.26 8 0.0 67.28 3 12 10 73.20 8 0.0 73.20 6 44 40 87.25 10 0.0 87.20 6 35 30 92.830 20 0.0 92.833 20 32 29 93.650 20 0.0 93.648 20 23 21 97.25 16 0.0 97.21 8 19 17 101.95 10 0.0 101.91 9 31 27 105.45 3 0.0 105.425 21 12 9 108.38 4 0.0 108.37 4 30 23 109.65 13 0.0 109.66 8 25 21 121.970 20 0.0 121.978 19 15 10 125.04 10 0.0 125.07 7 34 28 (1 132.1 3 1) 0.0 132.43 10 19 14 133.04 10 0.0 133.05 7 34 27 136.18 15 0.0 136.25 7 35 29 (1 139.29 5 1) 0.0 139.34 4 20 15 (1 140.3 5 1) 0.0 139.782 21 12 8 147.310 20 0.0 147.308 19 18 11 150.100 20 0.0 150.100 20 43 35 151.11 7 0.0 151.10 7 55 46 156.42 3 0.0 156.43 3 39 32 158.10 5 0.0 158.09 5 40 33 166.75 8 0.0 166.72 5 35 26 183.1 3 0.0 182.84 7 24 20 190.290 20 190.29 4 190.291 17 2 1 192.71 11 0.0 192.77 8 24 19 (1 194.7 7 1) 0.0 193.99 6 22 18 196.430 20 0.0 196.438 19 26 20 199.34 15 0.0 199.26 3 15 7 200.66 9 0.0 200.60 6 34 22 0.0 221.02 5 221.030 22 3 1 222.25 10 0.0 222.20 5 21 13 226.71 25 0.0 226.92 7 29 20 231.47 5 0.0 231.46 5 17 7 232.87 10 0.0 232.81 8 47 35 (1 237.4 5 1) 0.0 236.85 9 29 19 239.1 3 0.0 238.87 8 44 32 243.32 15 0.0 243.31 7 24 18 244.39 20 0.0 244.39 7 22 16 (1 249.42 14 1) 0.0 249.26 4 39 29 (1 252.9 4 1) 0.0 252.52 13 37 24 255.73 9 0.0 255.69 9 46 34 257.00 10 0.0 256.91 5 26 18 261.30 10 0.0 261.32 4 20 10 261.56 6 0.0 261.55 5 27 18 267.35 10 0.0 267.34 9 38 27 275.95 20 0.0 275.96 6 30 20 276.09 3 0.0 276.121 20 7 3 287.730 20 288.0 7 287.726 19 4 1 296.90 8 0.0 296.95 6 41 26 0.0 307.8 17 306.6 3 6 2 306.870 20 0.0 306.860 17 7 2 310.54 8 0.0 310.55 6 41 24 311.650 20 311.4 6 311.646 17 8 2 312.72 23 0.0 312.92 11 31 19 314.20 9 0.0 314.22 9 50 34 319.70 20 0.0 319.75 7 32 20 322.29 21 0.0 322.19 7 24 15 334.06 10 0.0 334.06 7 29 17 336.40 9 0.0 336.43 5 30 18 (1 337.6 3 1) 0.0 337.26 10 33 19 339.4 7 0.0 338.80 8 26 14 340.250 20 0.0 340.251 19 11 4 344.09 13 0.0 344.06 8 34 19 351.87 5 0.0 351.89 5 40 22 357.30 5 0.0 357.31 5 28 13 363.3 7 0.0 363.16 6 35 20 365.84 10 0.0 365.89 9 36 20 (1 374.2 8 1) 0.0 375.02 15 55 36 (1 378.0 3 1) 0.0 377.65 8 25 12 384.20 20 0.0 384.14 3 10 2 391.37 10 0.0 391.39 8 25 11 399.46 11 0.0 399.53 8 47 26 403.12 15 0.0 403.09 5 28 12 405.66 8 0.0 405.66 7 14 4 (1 412.41 13 1) 0.0 412.55 5 21 7 (1 426.7 3 1) 0.0 426.36 10 36 18 434.60 20 0.0 434.69 6 29 11 435.35 13 0.0 435.36 11 37 20 437.16 3 0.0 437.16 3 16 4 (1 444.5 5 1) 0.0 444.99 7 34 16 451.420 20 0.0 451.428 17 12 2 453.2 13 0.0 451.90 10 50 26 468.3 3 0.0 468.42 10 38 20 472.5 8 0.0 472.4 3 22 6 473.4 5 0.0 473.47 6 34 15 474.0 5 0.0 474.03 7 35 16 475.3 10 0.0 475.38 3 15 3 476.9 10 0.0 476.18 7 39 20 487.65 10 0.0 487.559 25 18 4 502.6 3 0.0 502.51 6 35 15 503.8 3 0.0 503.86 4 16 3 506.0 3 0.0 506.12 3 15 2 506.4 5 0.0 506.20 5 23 7 508.0 5 0.0 508.25 12 36 14 522.0 8 0.0 521.37 8 33 12 527.42 20 0.0 527.53 6 32 11 536.3 10 0.0 536.65 7 39 18 538.2 4 0.0 538.10 7 19 4 (1 540.9 10 1) 0.0 541.90 6 34 11 544.2 5 0.0 544.47 12 55 26 546.3 4 0.0 546.23 12 37 16 547.5 10 0.0 547.66 5 28 7 559.0 4 0.0 558.62 6 44 20 564.9 7 0.0 565.52 6 29 7 568.4 6 0.0 568.55 8 44 19 570.94 20 0.0 570.94 6 35 11 574.2 6 0.0 574.70 11 37 15 577.2 6 0.0 577.72 13 37 14 583.5 6 0.0 583.32 7 39 17 588.8 6 0.0 588.65 8 33 10 596.2 5 0.0 595.97 8 47 20 599.1 8 0.0 599.75 11 46 19 608.3 8 0.0 607.76 10 38 15 610.7 7 0.0 610.78 12 38 14 (1 616.2 6 1) 0.0 615.52 7 39 15 618.5 6 0.0 618.54 10 39 14 625.7 9 0.0 624.76 7 40 15 628.0 4 0.0 627.78 10 40 14 632.8 4 0.0 632.73 6 41 15 641.0 6 0.0 641.59 10 31 7 645.4 7 0.0 645.46 4 20 2 (1 648.9 5 1) 0.0 648.34 10 50 20 652.5 5 0.0 652.60 6 43 15 658.6 4 0.0 658.7 3 32 6 665.7 6 0.0 665.93 8 33 7 670.7 5 0.0 670.22 7 39 12 673.3 7 0.0 673.0 3 34 6 676.4 8 0.0 676.19 10 38 11 679.6 8 0.0 679.45 7 40 12 685.0 12 0.0 683.96 7 39 11 688.9 5 0.0 688.67 5 21 3 693.5 10 0.0 693.20 7 40 11 693.0 4 0.0 693.39 7 14 1 701.6 8 0.0 701.77 6 35 7 708.5 6 0.0 708.81 10 50 18 719.60 20 0.0 719.41 5 21 2 (1 725.4 5 1) 0.0 724.89 4 16 1 728.4 8 0.0 729.16 10 46 15 731.1 8 0.0 730.87 7 24 4 737.7 8 0.0 737.50 7 39 10 741.1 8 0.0 740.91 12 55 20 749.4 6 0.0 749.5 6 56 20 760.2 10 0.0 759.21 10 50 16 775.05 20 0.0 774.94 6 29 4 780.0 5 0.0 780.1 5 59 20 782.5 4 0.0 782.32 5 23 3 793.2 3 0.0 792.85 6 41 9 798.1 6 0.0 797.57 7 24 3 807.1 12 0.0 807.02 10 38 7 813.3 6 0.0 813.06 5 23 2 816.0 10 0.0 815.80 6 27 3 825.7 3 0.0 825.82 7 19 1 841.6 3 0.0 841.64 6 29 3 843.2 6 0.0 843.1 6 61 20 851.2 8 0.0 851.87 6 43 7 857.2 3 0.0 857.29 8 47 10 866.8 10 0.0 866.8 10 32 5 872.3 5 0.0 872.38 6 29 2 876.0 10 0.0 875.36 8 33 4 890.8 5 0.0 890.68 5 30 3 914.0 4 0.0 913.92 10 36 4 918.0 4 0.0 917.71 10 31 3 921.5 8 0.0 921.42 5 30 2 928.8 7 0.0 928.7 3 46 6 934.5 5 0.0 934.47 6 32 3 948.8 10 0.0 948.85 6 34 3 979.1 7 0.0 979.58 6 34 2 983.4 7 0.0 983.39 12 37 4 986.8 5 0.0 986.95 10 50 7 1034.4 10 0.0 1033.44 7 40 4 1083.0 5 0.0 1083.14 10 38 3 1113.8 5 0.0 1113.88 10 38 2 1155.9 8 0.0 1155.50 6 32 1 1174.0 10 0.0 1173.34 6 44 3 1196.5 8 0.0 1196.37 10 50 4 1204.7 9 0.0 1204.08 6 44 2 1204.7 9 0.0 1204.53 10 46 3 1235.1 9 0.0 1235.27 10 46 2 1336.5 8 0.0 1336.5 7 42 1 1349.6 10 0.0 1349.01 6 43 1 1355.3 9 0.0 1355.63 12 55 3 1403.3 8 0.0 1403.3 7 45 1 1446.6 9 0.0 1446.6 8 48 1 1459.3 8 0.0 1459.3 7 49 1 1525.8 8 0.0 1525.8 7 51 1 1531.6 9 0.0 1531.6 9 52 1 1545.4 8 0.0 1545.4 7 53 1 1557.8 8 0.0 1557.8 7 54 1 1597.6 8 0.0 1597.6 7 57 1 1605.5 8 0.0 1605.5 7 58 1 1651.7 8 0.0 1651.7 7 60 1 1695.6 8 0.0 1695.6 7 62 1 1710.6 9 0.0 1710.6 8 63 1 1729.6 8 0.0 1729.6 7 64 1 1741.0 8 0.0 1741.0 7 65 1 1794.9 8 0.0 1794.9 7 66 1 1827.7 8 0.0 1827.7 7 67 1 5446.0 12 0.0 5446.0 7 68 67 5478.7 13 0.0 5478.8 7 68 66 5532.7 12 0.0 5532.7 7 68 65 5544.0 14 0.0 5544.1 7 68 64 5563.0 16 0.0 5563.1 8 68 63 5578.1 12 0.0 5578.1 7 68 62 5595.1 14 0.0 5594.8 6 68 61 5621.9 13 0.0 5622.0 7 68 60 5656.9 17 0.0 5657.8 5 68 59 5668.1 14 0.0 5668.2 7 68 58 5676.0 14 0.0 5676.1 7 68 57 5687.7 18 0.0 5688.4 6 68 56 5697.1 12 0.0 5697.01 25 68 55 5715.9 12 0.0 5715.9 7 68 54 5728.3 12 0.0 5728.3 7 68 53 5742.0 25 0.0 5742.1 9 68 52 5747.8 14 0.0 5747.8 7 68 51 (1 5797 8 1) 0.0 5789.57 25 68 50 5814.3 12 0.0 5814.3 7 68 49 5827.0 18 0.0 5827.0 8 68 48 5848.3 16 0.0 5848.10 24 68 46 5870.3 14 0.0 5870.3 7 68 45 5879.6 14 0.0 5879.29 23 68 44 5924.6 13 0.0 5924.65 23 68 43 5937.1 13 0.0 5937.1 7 68 42 5954.6 22 0.0 5952.49 23 68 40 5962.0 24 0.0 5961.73 23 68 39 5968.2 24 0.0 5969.49 25 68 38 6002.2 12 0.0 6002.54 25 68 37 6070.7 20 0.0 6072.01 24 68 36 6074.4 14 0.0 6074.74 23 68 35 6110.6 15 0.0 6110.57 24 68 33 6117.9 14 0.0 6118.15 23 68 32 6135.5 22 0.0 6134.91 25 68 31 6161.9 21 0.0 6161.93 23 68 30 6211.1 12 0.0 6210.98 23 68 29 6227.9 16 0.0 6228.84 23 68 28 6236.8 13 0.0 6236.81 23 68 27 6254.9 12 0.0 6254.28 24 68 25 (1 6277 6 1) 0.0 6270.29 23 68 23 (1 6306.6 22 1) 0.0 6304.36 23 68 22 6437.8 12 0.0 6437.88 23 68 20 6545.6 16 0.0 6545.01 23 68 17 6577.3 12 0.0 6577.21 23 68 15 6698.3 25 0.0 6699.18 23 68 10 6776.6 12 0.0 6776.46 23 68 7 7052.1 13 0.0 7052.57 23 68 3 7083.3 14 0.0 7083.30 23 68 2 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3532 F=185 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.001 F= -1 CHISQ/F = .3548 (FIT OF 255GAMMAS - 67LEVELS) LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 30.739 17 24 6 .0000 34.357 17 10.4 25 .0000 38.141 19 10.8 21 .0000 45.78 3 0.25 13 .0000 59.58 6 0.25 13 .0000 65.232 20 0.83 13 .0000 67.28 3 0.42 21 .0000 73.20 6 0.21 8 .0000 87.20 6 0.17 8 .0000 92.833 20 3.0 4 .0000 93.648 20 0.38 8 .0000 97.21 8 0.25 13 .0000 101.91 9 0.15 4 .0000 105.425 21 2.4 3 .0000 108.37 4 0.21 8 .0000 109.66 8 0.46 13 .0000 121.978 19 43 5 .0000 125.07 7 0.17 8 .0000 132.43 10 0.13 4 .0000 133.05 7 0.08 4 .0000 136.25 7 0.13 8 .0000 139.34 4 27.9 21 .0000 139.782 21 0.7 4 .0000 147.308 19 14.6 13 .0000 150.100 20 2.5 6 .0000 151.10 7 0.25 13 .0000 156.43 3 3.4 3 .0000 158.09 5 1.08 21 .0000 166.72 5 0.67 13 .0000 182.84 7 0.08 4 .0000 190.291 17 7.7E-1515 .0000 192.77 8 0.29 13 .0000 193.99 6 0.25 13 .0000 196.438 19 4.3 8 .0000 199.26 3 0.17 8 .0000 200.60 6 0.23 8 .0000 221.030 22 7.7E-1515 .0000 222.20 5 1.75 25 .0000 226.92 7 0.13 8 .0000 231.46 5 0.96 17 .0000 232.81 8 0.21 17 .0000 236.85 9 0.50 13 .0000 238.87 8 0.25 13 .0000 243.31 7 0.83 17 .0000 244.39 7 0.33 13 .0000 249.26 4 0.29 8 .0000 252.52 13 0.50 13 .0000 255.69 9 0.33 13 .0000 256.91 5 0.29 13 .0000 261.32 4 0.9 7 .0000 261.55 5 3.3 10 .0000 267.34 9 0.58 25 .0000 275.96 6 1.3 5 .0000 276.121 20 15.4 13 .0000 287.726 19 87 5 .0038 296.95 6 0.71 13 .0000 306.6 3 54 23 .0000 306.860 17 25.8 21 .0000 310.55 6 2.4 4 .0000 311.646 17 100 15 .0000 312.92 11 2.9 4 .0000 314.22 9 1.8 5 .0000 319.75 7 0.8 4 .0000 322.19 7 4.7 6 .0000 334.06 7 1.25 21 .0000 336.43 5 1.38 21 .0000 337.26 10 0.8 4 .0000 338.80 8 1.4 8 .0000 340.251 19 38 3 .0000 344.06 8 0.46 17 .0000 351.89 5 1.13 21 .0000 357.31 5 1.21 17 .0000 363.16 6 1.42 17 .0000 365.89 9 1.4 3 .0000 375.02 15 1.0 4 .0000 377.65 8 4.3 3 .0000 384.14 3 0.8 3 .0000 391.39 8 1.42 21 .0000 399.53 8 0.58 17 .0000 403.09 5 0.54 17 .0000 405.66 7 0.71 17 .0000 412.55 5 4.2 5 .0000 426.36 10 0.63 25 .0000 434.69 6 1.3 6 .0000 435.36 11 3.3 6 .0000 437.16 3 3.7 6 .0000 444.99 7 0.67 21 .0000 451.428 17 8.0 8 .0000 451.90 10 0.71 25 .0000 468.42 10 1.8 3 .0000 472.4 3 5.0 13 .0000 473.47 6 0.8 4 .0000 474.03 7 1.4 7 .0000 475.38 3 0.33 21 .0000 476.18 7 0.38 21 .0000 487.559 25 1.75 25 .0000 502.51 6 4.9 10 .0000 503.86 4 1.8 6 .0000 506.12 3 0.5 3 .0000 506.20 5 1.9 7 .0000 508.25 12 1.8 8 .0000 521.37 8 0.8 4 .0000 527.53 6 2.2 3 .0000 536.65 7 0.7 4 .0000 538.10 7 3.4 6 .0000 541.90 6 0.8 4 .0000 544.47 12 1.1 3 .0000 546.23 12 0.9 5 .0000 547.66 5 2.0 8 .0000 558.62 6 1.5 4 .0000 565.52 6 0.29 13 .0000 568.55 8 0.50 21 .0000 570.94 6 3.7 5 .0000 574.70 11 1.0 3 .0000 577.72 13 1.6 3 .0000 583.32 7 0.46 21 .0000 588.65 8 0.33 17 .0000 595.97 8 0.46 13 .0000 599.75 11 0.42 13 .0000 607.76 10 0.79 21 .0000 610.78 12 0.50 21 .0000 615.52 7 1.1 4 .0000 618.54 10 1.4 5 .0000 624.76 7 0.50 21 .0000 627.78 10 1.2 4 .0000 632.73 6 1.6 4 .0000 641.59 10 0.63 25 .0000 645.46 4 0.9 6 .0000 648.34 10 1.4 4 .0000 652.60 6 1.7 4 .0000 658.7 3 0.88 25 .0000 665.93 8 1.08 25 .0000 670.22 7 0.92 25 .0000 673.0 3 0.33 13 .0000 676.19 10 1.08 25 .0000 679.45 7 1.21 25 .0000 683.96 7 0.42 21 .0000 688.67 5 0.96 25 .0000 693.20 7 1.9 5 .0000 693.39 7 14.6 13 .0000 701.77 6 0.58 13 .0000 708.81 10 0.71 21 .0000 719.41 5 3.8 6 .0000 724.89 4 2.2 5 .0000 729.16 10 2.4 5 .0000 730.87 7 0.58 21 .0000 737.50 7 0.71 25 .0000 740.91 12 0.8 3 .0000 749.5 6 0.63 21 .0000 759.21 10 0.8 3 .0000 774.94 6 8.4 8 .0000 780.1 5 1.1 3 .0000 782.32 5 0.67 25 .0000 792.85 6 2.4 5 .0000 797.57 7 2.3 5 .0000 807.02 10 0.38 21 .0000 813.06 5 2.1 9 .0000 815.80 6 0.0 .0000 825.82 7 9.2 17 .0000 841.64 6 4.6 21 .0000 843.1 6 2.3 9 .0000 851.87 6 0.38 21 .0000 857.29 8 1.9 4 .0000 866.8 10 0.38 21 .0000 872.38 6 2.3 10 .0000 875.36 8 1.0 6 .0000 890.68 5 0.6 4 .0000 913.92 10 4.2 8 .0000 917.71 10 8.8 12 .0000 921.42 5 1.1 3 .0000 928.7 3 0.54 25 .0000 934.47 6 1.1 4 .0000 948.85 6 0.33 21 .0000 979.58 6 0.71 25 .0000 983.39 12 1.3 5 .0000 986.95 10 1.8 5 .0000 1033.44 7 1.5 4 .0000 1083.14 10 1.3 4 .0000 1113.88 10 0.7 3 .0000 1155.50 6 1.0 4 .0000 1173.34 6 1.0 3 .0000 1196.37 10 1.3 5 .0000 1204.08 6 1.7 5 .0000 1204.53 10 1.7 5 .0000 1235.27 10 0.9 4 .0000 1336.5 7 4.2E-18 8 .0000 1349.01 6 0.7 3 .0000 1355.63 12 0.8 3 .0000 1403.3 7 4.2E-18 8 .0000 1446.6 8 4.2E-18 8 .0000 1459.3 7 4.2E-18 8 .0000 1525.8 7 4.2E-18 8 .0000 1531.6 9 4.2E-18 8 .0000 1545.4 7 4.2E-18 8 .0000 1557.8 7 4.2E-18 8 .0000 1597.6 7 4.2E-18 8 .0000 1605.5 7 4.2E-18 8 .0000 1651.7 7 4.2E-18 8 .0000 1695.6 7 4.2E-18 8 .0000 1710.6 8 4.2E-18 8 .0000 1729.6 7 4.2E-18 8 .0000 1741.0 7 4.2E-18 8 .0000 1794.9 7 4.2E-18 8 .0000 1827.7 7 4.2E-18 8 .0000 5446.0 7 0.21 3 .0000 5478.8 7 0.25 5 .0000 5532.7 7 0.34 4 .0000 5544.1 7 0.08 3 .0000 5563.1 8 0.067 25 .0000 5578.1 7 0.29 5 .0000 5594.8 6 0.092 25 .0000 5622.0 7 0.16 3 .0000 5657.8 5 0.07 3 .0000 5668.2 7 0.10 3 .0000 5676.1 7 0.15 3 .0000 5688.4 6 0.07 3 .0000 5697.01 25 0.28 4 .0000 5715.9 7 0.39 3 .0000 5728.3 7 0.41 4 .0000 5742.1 9 0.06 4 .0000 5747.8 7 0.25 4 .0000 5789.57 25 0.09 4 .0000 5814.3 7 0.75 7 .0000 5827.0 8 0.15 5 .0000 5848.10 24 0.14 4 .0000 5870.3 7 0.20 3 .0000 5879.29 23 0.25 4 .0000 5924.65 23 0.26 4 .0000 5937.1 7 0.40 4 .0000 5952.49 23 0.17 5 .0000 5961.73 23 0.08 4 .0000 5969.49 25 0.08 4 .0000 6002.54 25 1.25 8 .0000 6072.01 24 0.58 25 .0000 6074.74 23 0.88 25 .0000 6110.57 24 0.23 6 .0000 6118.15 23 0.31 5 .0000 6134.91 25 0.38 8 .0000 6161.93 23 0.10 6 .0000 6210.98 23 0.45 5 .0000 6228.84 23 0.33 25 .0000 6236.81 23 0.36 5 .0000 6254.28 24 2.75 17 .0000 6270.29 23 0.14 4 .0000 6304.36 23 0.13 4 .0000 6437.88 23 1.15 9 .0000 6545.01 23 0.21 5 .0000 6577.21 23 0.94 8 .0000 6699.18 23 0.05 3 .0000 6776.46 23 0.40 5 .0000 7052.57 23 0.19 4 .0000 7083.30 23 0.13 3 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.113IN(N,G) E=TH 2.113IN(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 30.739 17 58 15 58 15 0.0 0.031 12 24 6 34.357 17 25 6 25 6 0.0 0.014 5 10.4 25 38.141 19 26 5 26 5 0.0 0.014 5 10.8 21 45.78 3 0.6 3 0.6 3 0.0 0.00033 19 0.25 13 59.58 6 0.6 3 0.6 3 0.0 0.00033 19 0.25 13 65.232 20 2.0 3 2.0 3 0.0 0.0011 3 0.83 13 67.28 3 1.0 5 1.0 5 0.0 0.0005 3 0.42 21 73.20 6 0.50 20 0.50 20 0.0 0.00027 13 0.21 8 87.20 6 0.40 20 0.40 20 0.0 2.2E-0412 0.17 8 92.833 20 7.3 9 7.3 9 0.0 0.0040 12 3.0 4 93.648 20 0.90 20 0.90 20 0.0 0.00049 17 0.38 8 97.21 8 0.6 3 0.6 3 0.0 0.00033 19 0.25 13 101.91 9 0.35 10 0.35 10 0.0 1.9E-04 8 0.15 4 105.425 21 5.8 7 5.8 7 0.0 0.0031 9 2.4 3 108.37 4 0.50 20 0.50 20 0.0 0.00027 13 0.21 8 109.66 8 1.1 3 1.1 3 0.0 0.00060 23 0.46 13 121.978 19 104 11 104 11 0.0 0.056 16 43 5 125.07 7 0.40 20 0.40 20 0.0 2.2E-0412 0.17 8 132.43 10 0.30 10 0.30 10 0.0 1.6E-04 7 0.13 4 133.05 7 0.20 10 0.20 10 0.0 1.1E-04 6 0.08 4 136.25 7 0.30 20 0.30 20 0.0 1.6E-0412 0.13 8 139.34 4 67 5 67 5 0.0 0.036 10 27.9 21 139.782 21 1.6 10 1.6 10 0.0 0.0009 6 0.7 4 147.308 19 35 3 35 3 0.0 0.019 5 14.6 13 150.100 20 6.0 15 6.0 15 0.0 0.0033 12 2.5 6 151.10 7 0.6 3 0.6 3 0.0 0.00033 19 0.25 13 156.43 3 8.2 8 8.2 8 0.0 0.0044 13 3.4 3 158.09 5 2.6 5 2.6 5 0.0 0.0014 5 1.08 21 166.72 5 1.6 3 1.6 3 0.0 0.0009 3 0.67 13 182.84 7 0.20 10 0.20 10 0.0 1.1E-04 6 0.08 4 190.291 17 0.0 0.0 *S* 0.0 0.0 *S* 7.7E-1515 192.77 8 0.7 3 0.7 3 0.0 0.00038 19 0.29 13 193.99 6 0.6 3 0.6 3 0.0 0.00033 19 0.25 13 196.438 19 10.2 20 10.2 20 0.0 0.0055 19 4.3 8 199.26 3 0.40 20 0.40 20 0.0 2.2E-0412 0.17 8 200.60 6 0.55 20 0.55 20 0.0 0.00030 14 0.23 8 221.030 22 0.0 0.0 0.0 0.0 7.7E-1515 222.20 5 4.2 6 4.2 6 0.0 0.0023 7 1.75 25 226.92 7 0.30 20 0.30 20 0.0 1.6E-0412 0.13 8 231.46 5 2.3 4 2.3 4 0.0 0.0012 4 0.96 17 232.81 8 0.5 4 0.5 4 0.0 0.00027 23 0.21 17 236.85 9 1.2 3 1.2 3 0.0 0.00065 24 0.50 13 238.87 8 0.6 3 0.6 3 0.0 0.00033 19 0.25 13 243.31 7 2.0 4 2.0 4 0.0 0.0011 4 0.83 17 244.39 7 0.8 3 0.8 3 0.0 0.00043 20 0.33 13 249.26 4 0.70 20 0.70 20 0.0 0.00038 15 0.29 8 252.52 13 1.2 3 1.2 3 0.0 0.00065 24 0.50 13 255.69 9 0.8 3 0.8 3 0.0 0.00043 20 0.33 13 256.91 5 0.7 3 0.7 3 0.0 0.00038 19 0.29 13 261.32 4 2.2 16 2.2 16 0.0 0.0012 9 0.9 7 261.55 5 8.0 25 8.0 25 0.0 0.0043 18 3.3 10 267.34 9 1.4 6 1.4 6 0.0 0.0008 4 0.58 25 275.96 6 3.0 12 3.0 12 0.0 0.0016 8 1.3 5 276.121 20 37 3 37 3 0.0 0.020 6 15.4 13 287.726 19 208 12 208 12 0.11 3 0.11 3 87 5 296.95 6 1.7 3 1.7 3 0.0 0.0009 3 0.71 13 306.6 3 0.0 129 70 0.07 3 0.07 3 54 23 306.860 17 62 5 62 5 0.0 0.034 10 25.8 21 310.55 6 5.7 9 5.7 9 0.0 0.0031 10 2.4 4 311.646 17 240 50 240 50 0.13 3 0.13 3 100 15 312.92 11 6.9 9 6.9 9 0.0 0.0037 11 2.9 4 314.22 9 4.2 12 4.2 12 0.0 0.0023 9 1.8 5 319.75 7 1.8 10 1.8 10 0.0 0.0010 6 0.8 4 322.19 7 11.2 14 11.2 14 0.0 0.0061 18 4.7 6 334.06 7 3.0 5 3.0 5 0.0 0.0016 5 1.25 21 336.43 5 3.3 5 3.3 5 0.0 0.0018 6 1.38 21 337.26 10 1.8 9 1.8 9 0.0 0.0010 6 0.8 4 338.80 8 3.3 20 3.3 20 0.0 0.0018 12 1.4 8 340.251 19 90 7 90 7 0.0 0.049 14 38 3 344.06 8 1.1 4 1.1 4 0.0 0.0006 3 0.46 17 351.89 5 2.7 5 2.7 5 0.0 0.0015 5 1.13 21 357.31 5 2.9 4 2.9 4 0.0 0.0016 5 1.21 17 363.16 6 3.4 4 3.4 4 0.0 0.0018 6 1.42 17 365.89 9 3.3 7 3.3 7 0.0 0.0018 6 1.4 3 375.02 15 2.4 10 2.4 10 0.0 0.0013 7 1.0 4 377.65 8 10.2 8 10.2 8 0.0 0.0055 16 4.3 3 384.14 3 1.9 8 1.9 8 0.0 0.0010 5 0.8 3 391.39 8 3.4 5 3.4 5 0.0 0.0018 6 1.42 21 399.53 8 1.4 4 1.4 4 0.0 0.0008 3 0.58 17 403.09 5 1.3 4 1.3 4 0.0 0.0007 3 0.54 17 405.66 7 1.7 4 1.7 4 0.0 0.0009 3 0.71 17 412.55 5 10.1 12 10.1 12 0.0 0.0055 16 4.2 5 426.36 10 1.5 6 1.5 6 0.0 0.0008 4 0.63 25 434.69 6 3.1 15 3.1 15 0.0 0.0017 9 1.3 6 435.36 11 7.8 15 7.8 15 0.0 0.0042 14 3.3 6 437.16 3 8.8 14 8.8 14 0.0 0.0048 15 3.7 6 444.99 7 1.6 5 1.6 5 0.0 0.0009 4 0.67 21 451.428 17 19.3 18 19.3 18 0.0 0.010 3 8.0 8 451.90 10 1.7 6 1.7 6 0.0 0.0009 4 0.71 25 468.42 10 4.3 8 4.3 8 0.0 0.0023 8 1.8 3 472.4 3 12 3 12 3 0.0 0.0065 24 5.0 13 473.47 6 1.8 10 1.8 10 0.0 0.0010 6 0.8 4 474.03 7 3.3 16 3.3 16 0.0 0.0018 10 1.4 7 475.38 3 0.8 5 0.8 5 0.0 0.0004 3 0.33 21 476.18 7 0.9 5 0.9 5 0.0 0.0005 3 0.38 21 487.559 25 4.2 6 4.2 6 0.0 0.0023 7 1.75 25 502.51 6 11.8 25 11.8 25 0.0 0.0064 22 4.9 10 503.86 4 4.2 14 4.2 14 0.0 0.0023 10 1.8 6 506.12 3 1.2 7 1.2 7 0.0 0.0007 4 0.5 3 506.20 5 4.5 16 4.5 16 0.0 0.0024 11 1.9 7 508.25 12 4.2 18 4.2 18 0.0 0.0023 12 1.8 8 521.37 8 2.0 10 2.0 10 0.0 0.0011 6 0.8 4 527.53 6 5.2 7 5.2 7 0.0 0.0028 9 2.2 3 536.65 7 1.7 9 1.7 9 0.0 0.0009 6 0.7 4 538.10 7 8.2 15 8.2 15 0.0 0.0044 15 3.4 6 541.90 6 2.0 10 2.0 10 0.0 0.0011 6 0.8 4 544.47 12 2.6 7 2.6 7 0.0 0.0014 5 1.1 3 546.23 12 2.2 12 2.2 12 0.0 0.0012 7 0.9 5 547.66 5 4.7 18 4.7 18 0.0 0.0025 12 2.0 8 558.62 6 3.7 10 3.7 10 0.0 0.0020 8 1.5 4 565.52 6 0.7 3 0.7 3 0.0 0.00038 19 0.29 13 568.55 8 1.2 5 1.2 5 0.0 0.0007 3 0.50 21 570.94 6 8.8 12 8.8 12 0.0 0.0048 15 3.7 5 574.70 11 2.4 8 2.4 8 0.0 0.0013 6 1.0 3 577.72 13 3.9 8 3.9 8 0.0 0.0021 7 1.6 3 583.32 7 1.1 5 1.1 5 0.0 0.0006 3 0.46 21 588.65 8 0.8 4 0.8 4 0.0 0.00043 25 0.33 17 595.97 8 1.1 3 1.1 3 0.0 0.00060 23 0.46 13 599.75 11 1.0 3 1.0 3 0.0 0.00054 22 0.42 13 607.76 10 1.9 5 1.9 5 0.0 0.0010 4 0.79 21 610.78 12 1.2 5 1.2 5 0.0 0.0007 3 0.50 21 615.52 7 2.6 9 2.6 9 0.0 0.0014 6 1.1 4 618.54 10 3.4 11 3.4 11 0.0 0.0018 8 1.4 5 624.76 7 1.2 5 1.2 5 0.0 0.0007 3 0.50 21 627.78 10 2.9 10 2.9 10 0.0 0.0016 7 1.2 4 632.73 6 3.9 10 3.9 10 0.0 0.0021 8 1.6 4 641.59 10 1.5 6 1.5 6 0.0 0.0008 4 0.63 25 645.46 4 2.2 14 2.2 14 0.0 0.0012 8 0.9 6 648.34 10 3.4 10 3.4 10 0.0 0.0018 7 1.4 4 652.60 6 4.0 10 4.0 10 0.0 0.0022 8 1.7 4 658.7 3 2.1 6 2.1 6 0.0 0.0011 5 0.88 25 665.93 8 2.6 6 2.6 6 0.0 0.0014 5 1.08 25 670.22 7 2.2 6 2.2 6 0.0 0.0012 5 0.92 25 673.0 3 0.8 3 0.8 3 0.0 0.00043 20 0.33 13 676.19 10 2.6 6 2.6 6 0.0 0.0014 5 1.08 25 679.45 7 2.9 6 2.9 6 0.0 0.0016 5 1.21 25 683.96 7 1.0 5 1.0 5 0.0 0.0005 3 0.42 21 688.67 5 2.3 6 2.3 6 0.0 0.0012 5 0.96 25 693.20 7 4.5 13 4.5 13 0.0 0.0024 10 1.9 5 693.39 7 35 3 35 3 0.0 0.019 5 14.6 13 701.77 6 1.4 3 1.4 3 0.0 0.0008 3 0.58 13 708.81 10 1.7 5 1.7 5 0.0 0.0009 4 0.71 21 719.41 5 9.1 14 9.1 14 0.0 0.0049 15 3.8 6 724.89 4 5.3 11 5.3 11 0.0 0.0029 10 2.2 5 729.16 10 5.7 12 5.7 12 0.0 0.0031 11 2.4 5 730.87 7 1.4 5 1.4 5 0.0 0.0008 3 0.58 21 737.50 7 1.7 6 1.7 6 0.0 0.0009 4 0.71 25 740.91 12 1.8 7 1.8 7 0.0 0.0010 5 0.8 3 749.5 6 1.5 5 1.5 5 0.0 0.0008 4 0.63 21 759.21 10 1.9 7 1.9 7 0.0 0.0010 5 0.8 3 774.94 6 20.2 20 20.2 20 0.0 0.011 3 8.4 8 780.1 5 2.7 8 2.7 8 0.0 0.0015 6 1.1 3 782.32 5 1.6 6 1.6 6 0.0 0.0009 4 0.67 25 792.85 6 5.7 11 5.7 11 0.0 0.0031 10 2.4 5 797.57 7 5.6 13 5.6 13 0.0 0.0030 11 2.3 5 807.02 10 0.9 5 0.9 5 0.0 0.0005 3 0.38 21 813.06 5 5.1 22 5.1 22 0.0 0.0028 14 2.1 9 815.80 6 0.0 0.0 0.0 0.0 0.0 825.82 7 22 4 22 4 0.0 0.012 4 9.2 17 841.64 6 11 5 11 5 0.0 0.006 3 4.6 21 843.1 6 5.4 22 5.4 22 0.0 0.0029 14 2.3 9 851.87 6 0.9 5 0.9 5 0.0 0.0005 3 0.38 21 857.29 8 4.6 9 4.6 9 0.0 0.0025 8 1.9 4 866.8 10 0.9 5 0.9 5 0.0 0.0005 3 0.38 21 872.38 6 5.6 24 5.6 24 0.0 0.0030 15 2.3 10 875.36 8 2.5 15 2.5 15 0.0 0.0014 9 1.0 6 890.68 5 1.5 10 1.5 10 0.0 0.0008 6 0.6 4 913.92 10 10.0 20 10.0 20 0.0 0.0054 18 4.2 8 917.71 10 21 3 21 3 0.0 0.011 4 8.8 12 921.42 5 2.6 8 2.6 8 0.0 0.0014 6 1.1 3 928.7 3 1.3 6 1.3 6 0.0 0.0007 4 0.54 25 934.47 6 2.6 10 2.6 10 0.0 0.0014 7 1.1 4 948.85 6 0.8 5 0.8 5 0.0 0.0004 3 0.33 21 979.58 6 1.7 6 1.7 6 0.0 0.0009 4 0.71 25 983.39 12 3.0 11 3.0 11 0.0 0.0016 7 1.3 5 986.95 10 4.4 11 4.4 11 0.0 0.0024 9 1.8 5 1033.44 7 3.5 10 3.5 10 0.0 0.0019 8 1.5 4 1083.14 10 3.2 9 3.2 9 0.0 0.0017 7 1.3 4 1113.88 10 1.6 8 1.6 8 0.0 0.0009 5 0.7 3 1155.50 6 2.5 9 2.5 9 0.0 0.0014 6 1.0 4 1173.34 6 2.5 8 2.5 8 0.0 0.0014 6 1.0 3 1196.37 10 3.2 11 3.2 11 0.0 0.0017 8 1.3 5 1204.08 6 4.1 11 4.1 11 0.0 0.0022 9 1.7 5 1204.53 10 4.1 11 4.1 11 0.0 0.0022 9 1.7 5 1235.27 10 2.1 10 2.1 10 0.0 0.0011 6 0.9 4 1336.5 7 0.0 0.0 0.0 0.0 4.2E-18 8 1349.01 6 1.7 7 1.7 7 0.0 0.0009 5 0.7 3 1355.63 12 1.9 7 1.9 7 0.0 0.0010 5 0.8 3 1403.3 7 0.0 0.0 0.0 0.0 4.2E-18 8 1446.6 8 0.0 0.0 0.0 0.0 4.2E-18 8 1459.3 7 0.0 0.0 0.0 0.0 4.2E-18 8 1525.8 7 0.0 0.0 0.0 0.0 4.2E-18 8 1531.6 9 0.0 0.0 0.0 0.0 4.2E-18 8 1545.4 7 0.0 0.0 0.0 0.0 4.2E-18 8 1557.8 7 0.0 0.0 0.0 0.0 4.2E-18 8 1597.6 7 0.0 0.0 0.0 0.0 4.2E-18 8 1605.5 7 0.0 0.0 0.0 0.0 4.2E-18 8 1651.7 7 0.0 0.0 0.0 0.0 4.2E-18 8 1695.6 7 0.0 0.0 0.0 0.0 4.2E-18 8 1710.6 8 0.0 0.0 0.0 0.0 4.2E-18 8 1729.6 7 0.0 0.0 0.0 0.0 4.2E-18 8 1741.0 7 0.0 0.0 0.0 0.0 4.2E-18 8 1794.9 7 0.0 0.0 0.0 0.0 4.2E-18 8 1827.7 7 0.0 0.0 0.0 0.0 4.2E-18 8 5446.0 7 0.51 7 0.51 7 0.0 0.00028 8 0.21 3 5478.8 7 0.60 12 0.60 12 0.0 0.00033 11 0.25 5 5532.7 7 0.81 10 0.81 10 0.0 0.00044 13 0.34 4 5544.1 7 0.20 7 0.20 7 0.0 1.1E-04 5 0.08 3 5563.1 8 0.16 6 0.16 6 0.0 9E-05 4 0.067 25 5578.1 7 0.70 12 0.70 12 0.0 0.00038 12 0.29 5 5594.8 6 0.22 6 0.22 6 0.0 1.2E-04 5 0.092 25 5622.0 7 0.38 8 0.38 8 0.0 2.1E-04 7 0.16 3 5657.8 5 0.18 7 0.18 7 0.0 1E-04 5 0.07 3 5668.2 7 0.23 7 0.23 7 0.0 1.2E-04 5 0.10 3 5676.1 7 0.36 7 0.36 7 0.0 2.0E-04 7 0.15 3 5688.4 6 0.17 8 0.17 8 0.0 9E-05 5 0.07 3 5697.01 25 0.66 9 0.66 9 0.0 0.00036 11 0.28 4 5715.9 7 0.93 8 0.93 8 0.0 0.00050 14 0.39 3 5728.3 7 0.98 10 0.98 10 0.0 0.00053 15 0.41 4 5742.1 9 0.14 9 0.14 9 0.0 8E-05 5 0.06 4 5747.8 7 0.61 10 0.61 10 0.0 0.00033 11 0.25 4 5789.57 25 0.22 9 0.22 9 0.0 1.2E-04 6 0.09 4 5814.3 7 1.79 16 1.79 16 0.0 0.0010 3 0.75 7 5827.0 8 0.36 12 0.36 12 0.0 2.0E-04 8 0.15 5 5848.10 24 0.33 10 0.33 10 0.0 1.8E-04 7 0.14 4 5870.3 7 0.47 8 0.47 8 0.0 0.00025 8 0.20 3 5879.29 23 0.59 9 0.59 9 0.0 0.00032 10 0.25 4 5924.65 23 0.63 9 0.63 9 0.0 0.00034 11 0.26 4 5937.1 7 0.96 10 0.96 10 0.0 0.00052 15 0.40 4 5952.49 23 0.40 12 0.40 12 0.0 2.2E-04 9 0.17 5 5961.73 23 0.20 10 0.20 10 0.0 1.1E-04 6 0.08 4 5969.49 25 0.20 10 0.20 10 0.0 1.1E-04 6 0.08 4 6002.54 25 3.00 20 3.00 20 0.0 0.0016 5 1.25 8 6072.01 24 1.4 6 1.4 6 0.0 0.0008 4 0.58 25 6074.74 23 2.1 6 2.1 6 0.0 0.0011 5 0.88 25 6110.57 24 0.55 15 0.55 15 0.0 0.00030 11 0.23 6 6118.15 23 0.74 11 0.74 11 0.0 0.00040 12 0.31 5 6134.91 25 0.90 20 0.90 20 0.0 0.00049 17 0.38 8 6161.93 23 0.25 15 0.25 15 0.0 1.4E-04 9 0.10 6 6210.98 23 1.07 12 1.07 12 0.0 0.00058 17 0.45 5 6228.84 23 0.8 6 0.8 6 0.0 0.0004 4 0.33 25 6236.81 23 0.86 11 0.86 11 0.0 0.00047 14 0.36 5 6254.28 24 6.6 4 6.6 4 0.0 0.0036 10 2.75 17 6270.29 23 0.34 10 0.34 10 0.0 1.8E-04 7 0.14 4 6304.36 23 0.30 9 0.30 9 0.0 1.6E-04 7 0.13 4 6437.88 23 2.75 22 2.75 22 0.0 0.0015 4 1.15 9 6545.01 23 0.50 13 0.50 13 0.0 0.00027 10 0.21 5 6577.21 23 2.25 20 2.25 20 0.0 0.0012 4 0.94 8 6699.18 23 0.12 8 0.12 8 0.0 7E-05 5 0.05 3 6776.46 23 0.96 13 0.96 13 0.0 0.00052 16 0.40 5 7052.57 23 0.46 10 0.46 10 0.0 2.5E-04 9 0.19 4 7083.30 23 0.30 8 0.30 8 0.0 1.6E-04 6 0.13 3 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F .0000013 .0036194 SKEW 15.1657509 -1.4142136 NDEGREES 231 3 UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED) 114IN G 48.28 4 0.67 17 114IN G 51.26 8 0.21 13 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