DATA FOR A = 116 AND Z = 49(IN) 115IN(N,G):E=TH,RES CONSTANT IS OFF DATASET DAP DBLANK DGAMMA DMIN DSYS 116IN H TYP=FUL$AUT=J. TULI$COM=CHANGED DSID$ 116IN H TYP=ERR$COM=FIXED FORMAT ERRORS JKT 12/96$ 116IN H TYP=FUL$AUT=Jean Blachot, Georges Marguier$CIT=NDS 73,81 (1994)$ 116IN2 H CUT=1-OCT-1994$ 116IN CG RI$Photons per 1000 n-captures (1972Ra39) normalized to RI(5892G)=8.6 116IN2CG 16, an average of values of 1953Ba76 and 1958Gr01. The uncertainties 116IN3CG are relative only and the additional uncertainty estimated by 1972Ra39 116IN4CG to be LT 15% 116IN CG E(A) From 1972Ra39 116IN CG E$From 1976Al06 for the secondary G's, except where noted otherwise. 116IN2CG The values for the primary G's are weighted averages of values of 116IN3CG of 1970Lo09 and 1974Co35 116IN CG M$Deduced from EKC,ELC,L1/L2/L3 data. 116IN2CG EKC of 1976Al06 were normalized to theoretical values 116IN3CG for the 60.9G (M1) and 85.5G (M1). EKC of 1973Sc23 also included 116IN4CG theoretical values for 162.4G (E3) and 186.2G (M1). 116IN C Enriched and natural targets, thermal and resonant neutron 116IN2C capture. Measured G (semi), (bent-crystal spectrometer), GG 116IN3C (semi), CE(magnetic spectrometer). 116IN4C 1973Sc23 studied CE-spectra up to ECE=500 116IN CL T From 1975Ra07 for E(level)>220, (except 290 isomer) 116IN C Other works: 1969Fu02, 1970AlZJ, 1970Ei04, 1970Wa22, 1970Lo09, 116IN2C 1972AlYP, 1972EmZX 116IN C Earlier works: 1952Ha45, 1953Ba76, 1958Gr01, 1958Sk07, 1959Dr75, 116IN2C 1959Ha18, 1963Jo16, 1965Ba19 116IN CL J$From adopted levels 116IN N 0.0945 116IN cN SIGMAN=283 9 116IN2PN PHOTONS PER 1000 N-CAPTURES 116IN CG RI$RI from 1976Al06, normalized to data of 1972Ra39 at the 293G 116INB G EKC=0.42 17 (1976AL06) 116INB G EKC=0.019 4 (1976AL06) 116INB G EKC=0.028 9 (1976AL06) 116INB G EKC=0.026 9 (1976AL06) 116INB G EKC=0.013 4 (1976AL06) 116INB G EKC=0.009 3 (1976AL06) 116INB G EKC=0.011 2 (1976AL06) 116INB G EKC=0.0050 17 (1976AL06) 116INB G EKC=0.0069 18 (1976AL06) 116INB G EKC=0.0029 9 (1976AL06) 116INB G EKC=0.006 2 (1976AL06) 116IN CG EKC=0.0032 9 (1976Al06) 116INB G EKC=0.0018 7 (1976AL06) 116INB G EKC=0.0028 6 (1976AL06) 116IN CG EKC=0.0023 8 (1976Al06) 116INB G EKC LT 0.0010 (1976AL06) 116INB G EKC=0.0020 10 (1976AL06) 116INB G EKC LT 0.0012 (1976AL06) 116INB G EKC=0.0020 5 (1976AL06) 116IN G 53.83 10 0.15 10 A 116IN G 85.948 6 0.74 10 116IN G 99.45 5 0.54 10M1,(E1) 0.35 17 116INS G KC= 0.30 15$LC= 0.038 19$MC= 0.007 4$NC+= 0.0016 8 116IN G 101.02 5 0.29 15 116IN G 108.3 2 0.07 5 A 116IN G 110.778 4 0.83 10M1 0.386 116INS G KC= 0.334 $LC= 0.0421 $MC= 0.00810 $NC+= 0.00179 116IN G 136.3 2 0.10 5 A 116IN G 173.48 43 1.3 5 116IN G 176.826 14 0.93 15 116IN G 193.44 8 0.29 15 116IN G 208.89 6 0.88 20 A 116IN G 216.488 25 1.52 25M1 0.0618 116INS G KC= 0.0535 $LC= 0.00662 $MC= 0.00137 $NC+= 0.000269 116IN G 262.22 5 1.18 25 116IN G 282.82 4 0.54 20 116IN G 303.06 5 0.34 10 116IN G 307.97 2 0.25 6 116IN G 319.42 9 1.3 5M1,E2 0.025 3 116INS G KC= 0.0215 20$LC= 0.0029 3$MC= 0.00050 5$NC+= 8.4E-05 12 116IN G 331.62 20 1.23 25 116IN G 349.64 10 0.83 20M1,E2 0.0192 15 A 116INS G KC= 0.0166 11$LC= 0.00221 20$MC= 0.00034 3$NC+= 6.2E-05 6 116IN G 358.76 4 0.93 20M1,E2 0.0178 12 116INS G KC= 0.0154 9$LC= 0.00204 18$MC= 0.000312 25$NC+= 5.7E-05 5 116IN G 359.46 4 0.49 15 116IN G 369.9 1 0.25 15 116IN G 372.66 20 1.32 25 116IN G 374.85 14 1.7 5 116IN G 379.58 6 3.0 3M1,E2 0.0151 8 116INS G KC= 0.0131 5$LC= 0.00172 13$MC= 0.000255 19$NC+= 4.8E-05 3 116IN G 435.97 30 0.88 25 116IN G 448.9 1 0.54 20 116IN G 452.59 18 0.64 15 A 116IN G 458.3 1 1.7 6M1,E2 00.00900 116INS G KC= 0.00780 $LC= 0.00100 $MC= 1.61E-04 $NC+= 3.41E-05 116IN G 459.4 1 1.08 20 116IN G 465.53 10 1.72 25M1,E2 00.00863 116INS G KC= 0.00748 $LC= 0.00096 $MC= 1.58E-04 $NC+= 3.37E-05 116IN G 474.22 10 2.0 4 116IN G 476.69 6 1.9 8 116IN G 485.57 17 1.27 20 A 116IN G 491.6 3 1.0 5 116IN G 524.3 5 0.7 3 A 116IN G 545.5 4 1.23 20 A 116IN G 553.0 5 0.93 20 A 116IN G 564.16 10 1.3 4M1,E2 00.0051023 116INS G KC= 0.00454 22$LC= 0.00056 4 116IN G 565.0 4 0.98 5 A 116IN G 573.7 3 0.83 15 A 116IN G 576.2 4 1.3 6 A 116IN G 589.4 2 1.27 20M1,E2 00.0045723 116INS G KC= 0.00407 23$LC= 0.00050 4 116IN G 592.88 18 1.37 20 A 116IN G 597.38 12 1.57 25M1,E2 00.0044224 116INS G KC= 0.00393 23$LC= 0.00048 4 116IN G 599.5 47 0.69 15 A 116IN G 605.22 15 1.57 25 A 116IN G 645.62 24 1.18 20M1,E2 00.0036423 116INS G KC= 0.00324 22$LC= 0.00039 3 116IN G 669.8 5 0.54 15 A 116IN G 672.2 6 0.34 15 A 116IN G 679.6 5 0.29 10 A 116IN G 685.5 3 0.64 15 A 116IN G 703.0 3 0.69 15M1,E2 00.0029522 A 116INS G KC= 0.00263 20$LC= 0.00032 3 116IN G 711.27 22 1.47 25 A 116IN G 713.8 3 1.57 25 A 116IN G 717.2 4 1.9 5 A 116IN G 718.96 21 3.3 7M1,E2 00.0028021 A 116INS G KC= 0.00249 19$LC= 0.00030 3 116IN G 730.85 16 4.1 6M1,E2 00.0026921 A 116INS G KC= 0.00240 19$LC= 0.00029 3 116IN G 737.2 3 0.69 20 A 116IN G 744.50 23 2.0 4M1,E2 00.0025720 A 116INS G KC= 0.00229 19$LC= 0.00028 3 116IN G 749.62 20 4.1 8M1,E2 00.0025320 A 116INS G KC= 0.00225 18$LC= 0.00027 3 116IN G 758.89 17 2.9 6D,E2 00.0024620 A 116INS G KC= 0.00219 18$LC= 0.000267 25 116IN G 764.54 16 4.3 5E1 A 116IN G 779.18 19 1.96 25 A 116IN G 782.71 24 1.08 20 A 116IN G 788.44 21 1.27 20 A 116IN G 796.40 17 2.16 25 A 116IN G 801.15 20 2.3 3 M1,E2 00.0021618 A 116INS G KC= 0.00192 17$LC= 2.37E-04 23 116IN G 814.07 27 2.5 6 A 116IN G 822.6 3 2.9 8 A 116IN G 827.7 7 0.29 15 A 116IN G 830.8 5 0.54 20 A 116IN G 837.01 23 0.98 20 A 116IN G 844.24 24 1.23 20 A 116IN G 852.30 19 1.52 25 A 116IN G 859.26 20 1.27 20 A 116IN G 874.31 25 1.18 25 A 116IN G 877.2 4 0.78 25 A 116IN G 885.06 17 2.6 3 A 116IN G 903.70 20 3.1 3 A 116IN G 910.8 3 0.74 15 A 116IN G 915.32 17 2.25 25 A 116IN G 925.29 18 1.81 20 A 116IN G 930.60 24 1.13 20 A 116IN G 934.11 17 2.6 3 A 116IN G 939.60 18 1.91 25 A 116IN G 944.27 16 5.1 6 A 116IN G 947.69 18 2.7 3 A 116IN G 956.3 4 0.44 15 A 116IN G 963.11 20 2.4 3 A 116IN G 965.7 4 1.32 25 A 116IN G 968.94 20 2.11 25 A 116IN G 972.52 16 4.4 5 A 116IN G 982.7 5 0.54 20 A 116IN G 986.0 5 0.64 20 A 116IN G 997.7 3 0.78 15 A 116IN G 1001.51 33 0.74 15 A 116IN G 1019.50 36 0.74 15 A 116IN G 1023.37 25 2.5 4 A 116IN G 1025.99 31 1.6 3 A 116IN G 1030.54 26 1.08 20 A 116IN G 1039.55 20 1.76 20 A 116IN G 1047.66 31 0.59 20 A 116IN G 1053.24 33 0.64 20 A 116IN G 1077.09 16 4.2 6 A 116IN L 0.0 1+ 14.10 S 3 116IN L 127.264 45+ 54.15 M 6 M 116IN L 223.328 54+ 139 PS LT 116IN G 96.066 5 109 8M1 0.577 116INS G KC= 0.499 $LC= 0.0631 $MC= 0.0122 $NC+= 0.00263 116IN CG RI doublet RI(96.04)/RI(96.07)=0.64 5 (1976Al06) 116IN L 272.9664 192+ 69 PS LT 116IN G 272.966 2 20410M1 0.0335 116INS G KC= 0.0291 $LC= 0.00357 $MC= 0.000701 $NC+= 1.21E-04 116INB G EKC=0.027 2$ ELC=0.004 1 (1973SC23,1976AL06) 116IN L 289.652 58- 2.18 S 4 M 116IN G 162.393 3 14710E3 1.73 116INS G KC= 1.11 $LC= 0.503 $MC= 0.106 $NC+= 0.0208 116INB G EKC=1.1 1$ ELC=0.59 6$ EMC=0.12 2 116IN CG EKC$K/L/M=100:46:11 (1973Sc23) 116IN L 313.476 44+,5+ 631 PS 70 116IN G 90.150 4 0.3815M1,E1 0.46 23 116INS G KC= 0.40 20$LC= 0.051 25$MC= 0.010 5$NC+= 0.0020 11 116IN G 186.210 3 13811M1 0.0925 116INS G KC= 0.0801 $LC= 0.00995 $MC= 0.00201 $NC+= 0.000424 116IN L 350.569 57- 116IN G 60.916 1 13540M1 2.14 116INS G KC= 1.85 $LC= 0.234 $MC= 0.0454 $NC+= 0.0111 116IN L 366.410 57-,8-,9- 116IN G 76.758 2 2.8 4M1 1.09 116INS G KC= 0.946 $LC= 0.120 $MC= 0.0233 $NC+= 0.00486 116IN L 373.365 86- 116IN G 22.800 8 4515M1 5.34 116INS G LC= 4.26 $MC= 0.825 116IN CG M$L1/L2/L3=80:6 LT:6 LT (1973Sc23) 116IN G 246.09915 1.4 3E1 0.0139 116INS G KC= 0.0121 $LC= 0.00146 $MC= 0.000295 $NC+= 5.23E-05 116INB G EKC LT 0.015 (1976AL06) 116IN L 425.929 44+ 208 PS LT 116IN G 112.456 3 7.0 7M1 0.370 116INS G KC= 0.320 $LC= 0.0403 $MC= 0.00776 $NC+= 0.00171 116IN G 202.605 6 10.311M1 0.0738 116INS G KC= 0.0639 $LC= 0.00792 $MC= 0.00163 $NC+= 0.000332 116IN G 298.659 5 59 3M1 0.0265 116INS G KC= 0.0231 $LC= 0.00282 $MC= 0.000519 $NC+= 8.96E-05 116IN L 448.032 41-,2-,3- 116IN G 175.066 4 5.0 6E1 0.0357 116INS G KC= 0.0310 $LC= 0.00377 $MC= 0.000746 $NC+= 1.55E-04 116IN L 458.934 85- 116IN G 85.569 2 15711M1 0.802 116INS G KC= 0.694 $LC= 0.0878 $MC= 0.0170 $NC+= 0.00357 116INB G EKC=0.66 5$ EL1C=0.08 1$ EMC=0.026 6 (1973SC23)$ 116IN3 G EKC=0.74 7 (1976AL06) 116IN L 460.000 54+,5+ 139 PS LT 116IN G 146.524 2 1.2 2 116IN L 508.242 43+ 104 PS LT 116IN G 82.313 3 1.0 2M1 0.896 116INS G KC= 0.775 $LC= 0.0980 $MC= 0.0190 $NC+= 0.00397 116IN G 235.278 4 19.116M1 0.0495 116INS G KC= 0.0429 $LC= 0.00530 $MC= 0.00109 $NC+= 2.03E-04 116INB G EKC=0.034 4 (1976AL06) 116IN G 284.903 7 26.815M1 0.0300 116INS G KC= 0.0261 $LC= 0.00319 $MC= 0.000609 $NC+= 1.05E-04 116IN L 554.970 94-,5- 139 PS LT 116IN G 96.040 5 70 6M1 0.578 116INS G KC= 0.500 $LC= 0.0632 $MC= 0.0122 $NC+= 0.00264 116IN L 556.821 172- 116IN G 556.75 3 20 5E1 0.00172 116INS G KC= 0.00154 $LC= 1.80E-04 116INB G EKC=0.0017 2 (1976AL06) 116IN L 648.962 86+,(4+,5+) 116IN G 335.45813 59 4M1,E2 0.0216 20 116INS G KC= 0.0186 15$LC= 0.00250 25$MC= 0.00041 4$NC+= 7.1E-05 8 116IN G 521.5 5 1.0 6 116IN L 658.088 73+ 139 PS LT 116IN G 385.09912 58 6M1,E2 0.0145 7 116INS G KC= 0.0126 5$LC= 0.00165 13$MC= 2.43E-04 17$NC+= 4.7E-05 3 116INB G ELC=0.0013 1 (1976AL06) 116IN L 665.672 97+,8+ 116IN G 299.5 5 1.3 8 A 116IN G 315.00530 4.2 4E1 00.00714 116INS G KC= 0.00624 $LC= 0.000747 $MC= 1.30E-04 $NC+= 2.25E-05 116INB G EKC=0.007 2 (1976AL06) 116IN G 375.95 2 16.616E1 00.00452 116INS G KC= 0.00396 $LC= 0.000471 $MC= 7.23E-05 $NC+= 1.38E-05 116INB G EKC=0.0032 8 (1976AL06) 116IN L 728.856 103- 104 PS LT 116IN G 173.889 6 22 3M1 0.111 116INS G KC= 0.0962 $LC= 0.0120 $MC= 0.00239 $NC+= 0.000512 116IN L 735.708 104+,5+ 116IN G 422.20419 8.8 6M1,E2 0.0112 116INS G KC= 0.00974 $LC= 0.00126 $MC= 1.87E-04 $NC+= 3.82E-05 116INB G EKC=0.0084 8 (1976AL06) 116IN G 608.36 5 18.827M1,E2 00.0042224 116INS G KC= 0.00376 22$LC= 0.00046 4 116INB G EKC=0.0033 3 (1976AL06) 116IN L 744.842 83+ 116IN G 521.59 5 11.215M1,E2 00.0062519 A 116INS G KC= 0.00555 20$LC= 0.00070 5 116INB G EKC=0.0056 11 (1976AL06) 116IN G 617.9 4 1.2 3 A 116IN L 761.057 86+,7+ 116IN G 95.380 4 6 2M1,E1 0.39 19 116INS G KC= 0.34 17$LC= 0.043 21$MC= 0.008 4$NC+= 0.0018 9 116INB G ELC=0.07 7 (1973SC23)$ EKC LT 0.8 (1976AL06) 116IN CG M L(D,P)=2 for 760.997 level, consistent with mult.=M1, 116IN2CG not E1 116IN G 112.082 6 1.4 5 116IN G 387.67 7 0.5 3 116IN G 410.39415 4.613 116IN G 447.3615 1.4 4 116IN G 471.82419 25.213M1,E2 00.00833 116INS G KC= 0.00722 $LC= 0.00092 $MC= 1.55E-04 $NC+= 3.33E-05 116IN CG E$could be placed also from 744.8 level 116IN3 G FL=289.660 116IN G 632.4013 8.016 116IN3 G FL=127.267 116IN L 771.13 12(0+,1+,2+,3+) 116IN G 771.0016 7.310M1,E2 00.0023619 A 116INS G KC= 0.00211 18$LC= 0.000258 24 116IN CG EKC=0.0036 8 (1976Al06) 116IN L 787.17 4(1-,2-,3-) 116IN G 230.33 4 0.6 3M1 0.0524 116INS G KC= 0.0454 $LC= 0.00561 $MC= 0.00116 $NC+= 2.19E-04 116INB G EKC=0.037 15 (1976AL06) 116IN G 339.2610 2.9 5 A 116IN L 789.417 85+,6+,7+ 116IN G 140.456 2 12.320M1 0.199 116INS G KC= 0.172 $LC= 0.0216 $MC= 0.00415 $NC+= 0.000909 116IN G 475.88 3 9.016M1,E2 00.00814 116INS G KC= 0.00706 $LC= 0.00090 $MC= 1.54E-04 $NC+= 3.32E-05 116INB G EKC=0.005 2 (1976AL06) 116IN G 662.1625 1.3 3 A 116IN L 790.933 183+ 116IN G 132.9415 0.9 3 116IN G 365.16 7 3.3 5M1,E2 0.0169 10 116INS G KC= 0.0146 8$LC= 0.00194 16$MC= 0.000293 23$NC+= 5.4E-05 4 116INB G EKC=0.013 2 (1976AL06) 116IN G 517.94620 17 2M1,E2 00.0063619 116INS G KC= 0.00565 19$LC= 0.00071 5 116INB G EKC=0.006 4 (1973SC23) 116IN G 567.7510 5.6 6M1,E2,E1 00.0050223 116INS G KC= 0.00447 22$LC= 0.00055 4 116INB G EKC=0.0023 9 (1976AL06) 116IN L 813.361 74+ 116IN G 155.270 3 14.220M1 0.151 116INS G KC= 0.131 $LC= 0.0164 $MC= 0.00318 $NC+= 0.000691 116INB G EKC=0.12 2$ ELC=0.03 1 (1973SC23,1976AL06) 116IN G 305.13012 6.0 5M1 0.0251 116INS G KC= 0.0219 $LC= 0.00267 $MC= 0.000481 $NC+= 8.36E-05 116INB G EKC=0.016 2 (1976AL06) 116IN G 500.1630 1.5 8 116IN G 540.48 8 3.8 5E2 00.00549 116INS G KC= 0.00485 $LC= 0.000633 116INB G EKC=0.0012 8 (1976AL06) 116IN L 829.149 84+ 139 PS LT 116IN G 84.308 2 3.8 6M1 0.837 116INS G KC= 0.724 $LC= 0.0915 $MC= 0.0178 $NC+= 0.00371 116INB G EL1C=0.10 4 (1973SC23)$ EKC=0.92 14 (1976AL06) 116IN G 171.074 9 17.415M1 0.116 116INS G KC= 0.1005 $LC= 0.0125 $MC= 0.00249 $NC+= 0.000534 116IN G 320.90716 9.111M1,E2 0.025 3 116INS G KC= 0.0212 20$LC= 0.0029 3$MC= 0.00049 5$NC+= 8.3E-05 11 116IN G 515.6830 4 1 116IN G 556.1510 10 5 A 116IN L 850.470 163- 116IN G 293.64112 6.010M1 0.0277 116INS G KC= 0.0241 $LC= 0.00295 $MC= 0.000550 $NC+= 9.48E-05 116IN G 295.52 3 17.911M1 0.0273 116INS G KC= 0.0237 $LC= 0.00290 $MC= 0.000538 $NC+= 9.28E-05 116IN G 577.51 5 10.713E1 0.00158 116INS G KC= 0.00141 $LC= 1.65E-04 116INB G EKC=0.0013 3 (1976AL06) 116IN L 875.31 43- 116IN G 318.56 9 3.1 6(M1) 0.0225 116INS G KC= 0.0196 $LC= 0.00239 $MC= 0.000414 $NC+= 7.29E-05 116INB G EKC=0.013 3 (1976AL06) 116IN G 602.30 4 16 2E1 0.00144 116INS G KC= 0.00129 $LC= 1.50E-04 116INB G EKC=0.0013 2 (1976AL06) 116IN L 892.654 114-,5- 116IN G 42.15 5 1.3 3M1 6.28 A 116INS G KC= 5.41 $LC= 0.690 $MC= 0.133 116INB G EKC=5.4 25$ EL1C=1.5 8 (1973SC23) 116IN G 163.80911 2.2 5 116IN G 335.80 4 2.015 A 116IN G 337.71723 15.616M1,E2 0.0212 19 116INS G KC= 0.0183 14$LC= 0.00245 24$MC= 0.00040 4$NC+= 6.9E-05 8 116IN G 384.41 5 18 4 116INB G EKC=0.009 1$ ELC=0.004 1 (1973SC23) 116IN CG M$EKC suggests mult=E2 or M1; however, placement requires DELTA PI=yes 116IN G 433.71314 35.416M1,E2 0.0104 116INS G KC= 0.00905 $LC= 0.00117 $MC= 1.77E-04 $NC+= 3.66E-05 116INB G EKC=0.008 3 (1973SC23) 116IN L 910.80 112+ 116IN G 252.7512 0.6 2 116IN G 402.3 3 0.6 3 A 116IN L 914.5 5 116IN L 920.80 12 + 116IN G 149.670 2 4.0 3M1 0.167 116INS G KC= 0.144 $LC= 0.0181 $MC= 0.00350 $NC+= 0.000763 116IN G 647.9817 5.3 7M1,E2 00.0036123 A 116INS G KC= 0.00322 22$LC= 0.00039 3 116INB G EKC=0.0030 8 (1976AL06) 116IN L 949.349 94+,5+ 116IN G 159.932 4 3.0 5 116IN G 213.63820 3.6 5M1,(E1) 116IN G 300.2515 3.2 8 A 116IN G 394.7 3 1.5 2 A 116IN G 490.0320 4.9 5 116IN L 951.459 134- 116IN G 222.62 3 0.6 3 116IN G 293.1915 2.5 8 A 116IN G 396.43 3 2.3 3M1,E2 0.0134 5 116INS G KC= 0.0116 3$LC= 0.00152 11$MC= 2.22E-04 16$NC+= 4.35E-05 23 116INB G EKC=0.018 3 (1976AL06) 116IN G 443.26 4 2.7 6 116IN G 492.52814 17.713M1,E2 00.00745 116INS G KC= 0.00644 $LC= 0.00082 $MC= 1.51E-04 $NC+= 3.27E-05 116INB G EKC=0.007 4 (1973SC23) 116IN L 970.320 73+,4+,5+ 116IN G 141.171 2 13.720M1 0.196 116INS G KC= 0.170 $LC= 0.0213 $MC= 0.00409 $NC+= 0.000896 116INB G EKC=0.19 2 (1976AL06) 116IN G 156.955 4 1.3 2 116IN G 180.95421 1.0 2 116IN G 225.47 3 0.6 3 116IN G 234.60310 4.313 116INB G EKC=0.047 8 116IN G 747.3 8 2.6 8M1,E2 00.0025520 A 116INS G KC= 0.00227 18$LC= 0.00028 3 116IN CG EKC=0.0024 11 (1976Al06) 116IN L 972.94 20 116IN L 1007.651 116- 116IN G 114.997 3 3.0 3E2 0.947 116INS G KC= 0.722 $LC= 0.181 $MC= 0.0358 $NC+= 0.00734 116IN3 G ELC=0.19 2 (1976AL06) 116IN G 548.69 3 11.611M1,E2 00.0054822 116INS G KC= 0.00487 22$LC= 0.00061 5 116INB G EKC=0.0034 3 (1976AL06) 116IN G 634.0711 7.716M1,E2,E1 00.0038123 116INS G KC= 0.00339 22$LC= 0.00041 4 116INB G EKC=0.002 1 (1976AL06) 116IN G 657.1512 7.2 6M1,E2 00.0034823 116INS G KC= 0.00311 21$LC= 0.00038 3 116INB G EKC=0.0045 8 (1976AL06) 116IN L 1015.515 184-,5- 116IN G 202.15416 1.7 5 116IN G 791.5 6 6.7 7E1 A 116IN CG ELC LT 0.0012 (1976Al06) 116IN L 1019.026 113-,4-,5- 104 PS LT 116IN G 126.372 2 24.712M1 0.267 116INS G KC= 0.231 $LC= 0.0290 $MC= 0.00556 $NC+= 0.00123 116IN G 143.5510 0.2 1 A 116IN G 559.9312 4.113M1,E2 00.0052022 116INS G KC= 0.00463 22$LC= 0.00057 4 116INB G EKC=0.0049 7 (1976AL06) 116IN L 1031.237 254+ 116IN G 217.87 3 0.5 3 116IN G 240.31 4 1.7 3M1,(E2) 0.059 12 116INS G KC= 0.050 10$LC= 0.0073 13$MC= 0.0015 3$NC+= 0.00027 8 116INB G EKC=0.033 14 (1976AL06) 116IN G 373.3420 2.2 4M1,E2 0.0159 9 116INS G KC= 0.0137 6$LC= 0.00181 15$MC= 0.000270 20$NC+= 5.1E-05 4 116INB G EKC=0.013 2 (1976AL06) 116IN G 808.610 2.710 A 116IN L 1052.628 195- 116IN G 45.00 5 1.1 3M1 5.18 A 116INS G KC= 4.47 $LC= 0.569 $MC= 0.110 116INB G EKC=9 4$ EL1C=1.1 4 (1973SC23) 116IN G 101.16 4 1.1 5M1 0.499 116INS G KC= 0.431 $LC= 0.0545 $MC= 0.0105 $NC+= 0.00230 116INB G EKC=0.45 17 (1976AL06) 116IN G 202.15416 1.7 5 116IN G 497.70 6 2.7 5M1,E2 00.00725 116INS G KC= 0.00627 $LC= 0.00079 $MC= 1.51E-04 $NC+= 3.27E-05 116INB G EKC=0.006 2 (1976AL06) 116IN L 1057.364 20+ 116IN G 267.97 4 2.4 6 116IN G 321.65 2 4.016M1,E2 0.024 3 116INS G KC= 0.0211 20$LC= 0.0029 3$MC= 0.00048 5$NC+= 8.2E-05 11 116INB G EKC=0.020 4 (1976AL06) 116IN L 1070.89 103+,(4,5)+ 116IN G 515.9413 1.510 A 116IN G 847.5316 10.515 M1,E2 00.0018916 A 116INS G KC= 0.00168 15$LC= 2.08E-04 21 116INB G EKC=0.0020 6 (1976AL06) 116IN L 1072.37 174-,5- 116IN L 1081.57 186- 116IN G 622.6418 3.5 5 M1,E2 00.0039824 116INS G KC= 0.00355 22$LC= 0.00043 4 116INB G EKC=0.0034 6 (1976AL06) 116IN L 1081.883 235+,(4)+ 116IN G 290.95015 15.6 8E2,(M1) 0.033 5 116INS G KC= 0.028 4$LC= 0.0039 5$MC= 0.00073 10$NC+= 1.20E-04 22 116IN L 1095.6 14 116IN L 1121.8 11 116IN L 1152.38 126-,(6+) 116IN G 693.4412 7.311M1,E2 00.0030522 116INS G KC= 0.00272 20$LC= 0.00033 3 116INB G EKC=0.0034 8 (1976AL06) 116IN L 1167.058 9 + 116IN G 196.738 5 4.0 5M1,E2 0.11 3 116INS G KC= 0.093 24$LC= 0.015 4$MC= 0.0031 8$NC+= 0.00060 24 116INB G EKC=0.11 1 (1976AL06) 116IN G 518.1 2 1.510 A 116IN L 1187.5 9 116IN L 1204.42 126+,(7+) 116IN G 555.4512 5 3 116IN L 1213.48 34+,5+ 116IN G 243.16 3 0.7 2M1,(E2) 0.057 12 116INS G KC= 0.048 9$LC= 0.0070 13$MC= 0.0015 3$NC+= 0.00025 7 116INB G EKC=0.039 8 (1976AL06) 116IN G 468.6210 1.8 4M1,E2 00.00848 116INS G KC= 0.00735 $LC= 0.00094 $MC= 1.56E-04 $NC+= 3.35E-05 116INB G EKC=0.008 2 (1976AL06) 116IN L 1252.5 9 116IN L 1285.6 9 116IN L 1285.78 124-,5- 116IN G 393.1212 2.5 3 A 116IN L 1303.6 84,5+ 116IN L 1341.6 9 116IN L 1374.47 204-,5- 116IN G 819.5 2 5 2M1,E2 00.0020417 A 116INS G KC= 0.00182 16$LC= 2.25E-04 22 116IN CG EKC=0.0023 8 (1976Al06) 116IN L 1399.79 75+ 116IN G 368.57 8 0.8 4 116IN G 586.3623 1.7 3M1,E2 00.0046323 A 116INS G KC= 0.00412 22$LC= 0.00051 4 116INB G EKC=0.010 3 (1976AL06) 116IN G 654.9220 3.0 4 A 116IN L 1426.2 8 116IN L 1437.5 8 116IN L 1451.05 13 116IN G 706.2225 2.4 4 116IN G 896.1 5 1.2 5 ? 116IN G 992.1017 5.6 6 ? 116IN L 1465.9 10 116IN L 6784.38 24 5+,4+ S 116IN cL E$6784.3 8 from 1995Au04. 116IN2cL Observed deexcitation intensity is 2% of GS feeding. 116IN2CL 6783.7 10 (1972StYZ) 116IN G 5333.211 3.8 7 116IN CG E$many other G's from 5296.2 to 4578.6 are reported by 1972Ra39. If 116IN2CG primary transitions, these gammas would populate levels from 1487.8 116IN3CG to 2205.4 116IN G 5347.011 1.9 4 116IN G 5358.412 2.2 5 116IN G 5384.914 0.23 7 116IN G 5409.911 2.5 5 116IN G 5442.711 0.4610 116IN G 5481.711 1.0219 116IN G 5499.120 1.5 3 116IN3 G FL=1285.83 116IN G 5525.820 0.5111 116IN G 5532.120 0.11 5 116IN G 5570.711 0.8617 116IN G 5579.411 1.3025 116IN G 5596.316 0.10 4 116IN G 5617.314 0.14 4 116IN G 5662.514 0.15 5 116IN G 5688.419 0.10 5 116IN G 5703.116 0.16 5 116IN3 G FL=1081.58 116IN G 5713.313 0.30 7 116IN3 G FL=1072.37 116IN G 5731.312 0.5712 116IN G 5752.812 0.5712 116IN G 5769.312 1.4 3 116IN G 5776.213 0.6114 116IN G 5807.035 0.07 7 116IN G 5811.913 0.6315 116IN G 5834.812 0.43 9 116IN G 5892.512 8.616 116IN G 5994.213 0.16 5 116IN3 G FL=790.921 116IN G 6048.413 0.4510 116IN G 6057.049 116IN G 6125.313 0.17 4 116IN G 6134.913 0.5511 116IN G 6229.018 0.5211 116IN3 G FL=554.979 116IN G 6277.424 0.04 2 116IN G 6325.014 0.7115 116IN3 G FL=458.942 116IN G 6410.414 0.9220 116IN G 6470.417 0.07 2 116IN G 6559.315 0.16 4 DATA FOR A = 116 AND Z = 49(IN) 115IN(N,G) E=THERMAL CONSTANT IS OFF DATASET DAP DBLANK DGAMMA DMIN DSYS 116IN N 1.0449 22 1.0 116IN L 0.0 1+ 14.10 S 3 116IN L 127.264 45+ 54.15 M 6 116IN L 223.328 54+ 139 PS LT 116IN G 96.11 4 13.8 7 M1 0.577 116INS G KC= 0.499 $LC= 0.0630 $MC= 0.0122 $NC+= 0.00263 116IN L 272.9664 192+ 69 PS LT 116IN G 273.05 4 18.3 9 M1 0.0335 116INS G KC= 0.0291 $LC= 0.00357 $MC= 0.000701 $NC+= 1.21E-04 116IN L 289.652 58- 2.18 S 4 116IN G 162.50 4 15.8 8 E3 1.73 116INS G KC= 1.10 $LC= 0.501 $MC= 0.105 $NC+= 0.0207 116IN L 313.476 44+,5+ 631 PS 70 116IN G 186.32 4 14.9 8 M1 0.0923 116INS G KC= 0.0799 $LC= 0.00994 $MC= 0.00201 $NC+= 0.000424 116IN L 350.569 57- 116IN G 60.97 4 8.6 5 M1 2.13 116INS G KC= 1.84 $LC= 0.234 $MC= 0.0453 $NC+= 0.0111 116IN L 366.410 57-,8-,9- 116IN G 76.66 7 0.19624 M1 1.10 116INS G KC= 0.949 $LC= 0.120 $MC= 0.0233 $NC+= 0.00488 116IN L 373.365 86- 116IN G 246.2911 0.17 3 E1 0.0138 116INS G KC= 0.0120 $LC= 0.00145 $MC= 0.000295 $NC+= 5.21E-05 116IN L 425.929 44+ 208 PS LT 116IN G 112.38 5 0.77 5 M1 0.371 116INS G KC= 0.321 $LC= 0.0404 $MC= 0.00778 $NC+= 0.00172 116IN G 202.58 5 1.50 9 M1 0.0738 116INS G KC= 0.0639 $LC= 0.00792 $MC= 0.00163 $NC+= 0.000332 116IN G 298.72 4 4.7825 M1 0.0265 116INS G KC= 0.0231 $LC= 0.00282 $MC= 0.000518 $NC+= 8.96E-05 116IN L 448.032 41-,2-,3- 116IN G 175.02 7 0.63 5 E1 0.0357 116INS G KC= 0.0311 $LC= 0.00378 $MC= 0.000746 $NC+= 1.55E-04 116IN L 458.934 85- 116IN G 85.66 4 11.1 6 M1 0.800 116INS G KC= 0.692 $LC= 0.0875 $MC= 0.0170 $NC+= 0.00356 116IN L 460.000 54+,5+ 139 PS LT 116IN G 146.5010 0.10318[M1] 0.177 116INS G KC= 0.153 $LC= 0.0192 $MC= 0.00371 $NC+= 0.000809 116IN L 508.242 43+ 104 PS LT 116IN G 82.30 8 0.12212 M1 0.896 116INS G KC= 0.775 $LC= 0.0980 $MC= 0.0190 $NC+= 0.00397 116IN G 235.21 4 2.7515 M1 0.0496 116INS G KC= 0.0430 $LC= 0.00530 $MC= 0.00109 $NC+= 2.03E-04 116IN G 285.00 4 2.5414 M1 0.0299 116INS G KC= 0.0260 $LC= 0.00319 $MC= 0.000609 $NC+= 1.05E-04 116IN L 554.970 94-,5- 139 PS LT 116IN L 556.821 172- 116IN G 556.67 4 2.6115 E1 0.00172 116INS G KC= 0.00154 $LC= 1.80E-04 116IN L 648.962 86+,(4+,5+) 116IN G 335.47 4 4.5924 M1,E2 0.0216 20 116INS G KC= 0.0186 15$LC= 0.00250 25$MC= 0.00041 4$NC+= 7.1E-05 8 116IN L 658.088 73+ 139 PS LT 116IN G 385.06 4 6.8 4 M1,E2 0.0145 7 116INS G KC= 0.0126 5$LC= 0.00165 13$MC= 2.44E-04 17$NC+= 4.7E-05 3 116IN L 665.672 97+,8+ 116IN G 315.04 7 0.39 4 E1 00.00714 116INS G KC= 0.00624 $LC= 0.000746 $MC= 1.30E-04 $NC+= 2.25E-05 116IN G 375.89 4 1.47 9 E1 00.00452 116INS G KC= 0.00396 $LC= 0.000472 $MC= 7.23E-05 $NC+= 1.38E-05 116IN L 728.856 103- 104 PS LT 116IN G 173.87 4 2.3014 M1 0.111 116INS G KC= 0.0962 $LC= 0.0120 $MC= 0.00239 $NC+= 0.000512 116IN L 735.708 104+,5+ 116IN G 422.23 5 0.97 6 M1,E2 0.0112 116INS G KC= 0.00974 $LC= 0.00126 $MC= 1.87E-04 $NC+= 3.82E-05 116IN G 608.34 4 1.9711 M1,E2 00.0042224 116INS G KC= 0.00376 22$LC= 0.00046 4 116IN L 744.842 83+ 116IN G 521.62 7 1.11 8 M1,E2 00.0062519 116INS G KC= 0.00555 20$LC= 0.00070 5 116IN G 617.5922 0.14 4 116IN L 761.057 86+,7+ 116IN G 387.3520 0.19 4 116IN G 410.49 7 0.38 4 116IN G 448.6915 0.22 3 116IN G 471.92 4 2.4314 M1,E2 00.00832 116INS G KC= 0.00721 $LC= 0.00092 $MC= 1.55E-04 $NC+= 3.33E-05 116IN G 632.35 8 0.86 6 116IN L 771.13 12(0+,1+,2+,3+) 116IN G 771.00 6 0.87 9 M1,E2 00.0023619 116INS G KC= 0.00211 18$LC= 0.000258 24 116IN L 787.17 4(1-,2-,3-) 116IN L 789.417 85+,6+,7+ 116IN G 140.44 9 0.81 6 M1 0.199 116INS G KC= 0.172 $LC= 0.0216 $MC= 0.00415 $NC+= 0.000909 116IN G 476.13 8 1.05 7 M1,E2 00.00813 116INS G KC= 0.00705 $LC= 0.00090 $MC= 1.54E-04 $NC+= 3.32E-05 116IN G 662.0418 0.25 6 116IN L 790.933 183+ 116IN G 132.9210 0.06110 [M1] 0.232 116INS G KC= 0.201 $LC= 0.0252 $MC= 0.00483 $NC+= 0.00106 116IN G 365.03 7 0.29 3 M1,E2 0.0169 11 116INS G KC= 0.0146 8$LC= 0.00194 16$MC= 0.000293 23$NC+= 5.4E-05 4 116IN G 567.57 9 0.54 7 M1,E2 00.0050323 116INS G KC= 0.00447 22$LC= 0.00055 4 116IN L 813.361 74+ 116IN G 155.40 5 1.38 9 M1 0.151 116INS G KC= 0.130 $LC= 0.0163 $MC= 0.00318 $NC+= 0.000689 116IN G 305.09 6 0.74 5 M1 0.0251 116INS G KC= 0.0219 $LC= 0.00267 $MC= 0.000482 $NC+= 8.36E-05 116IN G 500.1917 0.21 4 116IN G 540.4411 0.33 4 E2 00.00549 116INS G KC= 0.00485 $LC= 0.000633 116IN L 829.149 84+ 139 PS LT 116IN G 84.31 6 0.73 6 M1 0.837 116INS G KC= 0.724 $LC= 0.0915 $MC= 0.0178 $NC+= 0.00371 116IN G 171.16 4 1.9210 M1 0.116 116INS G KC= 0.1004 $LC= 0.0125 $MC= 0.00248 $NC+= 0.000534 116IN G 321.24 5 1.28 8 M1,E2 0.025 3 116INS G KC= 0.0211 20$LC= 0.0029 3$MC= 0.00049 5$NC+= 8.2E-05 11 116IN G 515.6118 0.32 5 116IN L 850.470 163- 116IN G 293.60 5 0.77 5 M1 0.0277 116INS G KC= 0.0241 $LC= 0.00295 $MC= 0.000550 $NC+= 9.48E-05 116IN G 295.58 4 1.55 9 M1 0.0272 116INS G KC= 0.0237 $LC= 0.00290 $MC= 0.000538 $NC+= 9.28E-05 116IN G 577.45 8 1.1010 E1 0.00158 116INS G KC= 0.00141 $LC= 1.65E-04 116IN L 875.31 43- 116IN G 318.8611 0.34 3 (M1) 0.0224 116INS G KC= 0.0195 $LC= 0.00238 $MC= 0.000413 $NC+= 7.27E-05 116IN G 602.36 4 1.60 9 116IN L 892.654 114-,5- 116IN G 42.34 9 0.07813 M1 6.20 116INS G KC= 5.34 $LC= 0.681 $MC= 0.132 116IN G 163.9717 0.38 9 116IN G 337.84 5 1.39 8 116IN G 433.80 4 3.6220 M1,E2 0.0104 116INS G KC= 0.00905 $LC= 0.00117 $MC= 1.76E-04 $NC+= 3.66E-05 116IN L 910.80 112+ 116IN L 914.5 5 116IN L 920.80 12 + 116IN G 149.76 5 0.39 3 M1 0.167 116INS G KC= 0.144 $LC= 0.0181 $MC= 0.00350 $NC+= 0.000761 116IN G 647.65 8 0.66 5 M1,E2 00.0036123 116INS G KC= 0.00322 22$LC= 0.00039 3 116IN L 949.349 94+,5+ 116IN G 159.95 8 0.59 5 [M1] 0.139 116INS G KC= 0.121 $LC= 0.0151 $MC= 0.00295 $NC+= 0.000638 116IN G 213.63 5 0.36 3 M1 0.0640 116INS G KC= 0.0555 $LC= 0.00686 $MC= 0.00142 $NC+= 0.000281 116IN G 300.1917 0.21 5 116IN G 394.5820 0.23 5 116IN G 489.8414 0.35 4 116IN L 951.459 134- 116IN G 222.9212 0.12019 116IN G 396.3612 0.30 4 M1,E2 0.0134 5 116INS G KC= 0.0116 3$LC= 0.00152 11$MC= 2.22E-04 16$NC+= 4.35E-05 23 116IN G 443.31 9 0.33 4 116IN G 492.52 5 1.8711 M1,E2 00.00745 116INS G KC= 0.00644 $LC= 0.00082 $MC= 1.51E-04 $NC+= 3.27E-05 116IN L 970.320 73+,4+,5+ 116IN G 141.17 7 1.6124 M1 0.196 116INS G KC= 0.170 $LC= 0.0213 $MC= 0.00409 $NC+= 0.000896 116IN G 157.3823 0.17 3 [M1] 0.145 116INS G KC= 0.126 $LC= 0.0158 $MC= 0.00307 $NC+= 0.000666 116IN G 225.8012 0.10918 116IN G 746.6414 0.40 5 116IN L 972.94 20 116IN L 1007.651 116- 116IN G 115.10 7 0.25324 E2 0.944 116INS G KC= 0.720 $LC= 0.181 $MC= 0.0357 $NC+= 0.00732 116IN G 548.70 5 1.14 8 M1,E2 00.0054822 116INS G KC= 0.00487 22$LC= 0.00061 5 116IN G 634.03 9 0.94 7 M1,E2 00.0038123 116INS G KC= 0.00339 22$LC= 0.00041 4 116IN G 657.25 6 0.87 6 M1,E2 00.0034823 116INS G KC= 0.00310 21$LC= 0.00038 3 116IN L 1015.515 184-,5- 116IN G 791.34 6 0.76 6 E1 116IN L 1019.026 113-,4-,5- 104 PS LT 116IN G 126.49 4 2.0511 M1 0.266 116INS G KC= 0.230 $LC= 0.0289 $MC= 0.00555 $NC+= 0.00122 116IN G 144.2824 0.03915 [M1] 0.185 116INS G KC= 0.160 $LC= 0.0200 $MC= 0.00386 $NC+= 0.000843 116IN G 559.8910 0.48 6 M1,E2 00.0052022 116INS G KC= 0.00463 22$LC= 0.00057 4 116IN L 1031.237 254+ 116IN G 217.9017 0.12617 [M1] 0.0607 116INS G KC= 0.0526 $LC= 0.00651 $MC= 0.00135 $NC+= 0.000263 116IN G 240.23 7 0.25 4 M1 0.0469 116INS G KC= 0.0406 $LC= 0.00501 $MC= 0.00103 $NC+= 1.89E-04 116IN G 373.4013 0.22 4 M1,E2 0.0159 9 116INS G KC= 0.0137 6$LC= 0.00181 15$MC= 0.000270 20$NC+= 5.1E-05 4 116IN G 808.0016 0.24 6 116IN L 1052.628 195- 116IN G 44.9711 0.07612 M1 5.19 116INS G KC= 4.48 $LC= 0.570 $MC= 0.110 116IN G 101.1313 0.10017 M1 0.499 116INS G KC= 0.432 $LC= 0.0545 $MC= 0.0105 $NC+= 0.00230 116IN G 497.7910 0.38 5 M1,E2 00.00724 116INS G KC= 0.00627 $LC= 0.00079 $MC= 1.51E-04 $NC+= 3.27E-05 116IN L 1057.364 20+ 116IN G 268.0410 0.30 4 116IN L 1070.89 103+,(4,5)+ 116IN G 847.50 6 1.21 8 M1,E2 00.0018916 116INS G KC= 0.00168 15$LC= 2.08E-04 21 116IN L 1072.37 174-,5- 116IN L 1081.57 186- 116IN G 622.53 7 0.47 5 M1,E2 00.0039824 116INS G KC= 0.00355 22$LC= 0.00043 4 116IN L 1081.883 235+,(4)+ 116IN G 291.00 4 1.42 8 E2 0.0376 116INS G KC= 0.0318 $LC= 0.00480 $MC= 0.000901 $NC+= 1.42E-04 116IN L 1095.6 14 116IN L 1121.8 11 116IN L 1152.38 126-,(6+) 116IN G 693.24 5 1.02 7 M1,E2 00.0030622 116INS G KC= 0.00273 20$LC= 0.00033 3 116IN L 1167.058 9 + 116IN G 196.82 6 0.50 4 M1,E2 0.11 3 116INS G KC= 0.093 24$LC= 0.015 4$MC= 0.0031 8$NC+= 0.00060 24 116IN G 518.06 5 1.7411 116IN L 1187.5 9 116IN L 1204.42 126+,(7+) 116IN L 1213.48 34+,5+ 116IN L 1252.5 9 116IN L 1285.6 9 116IN L 1285.6 94-,5- 116IN G 392.8018 0.20 4 116IN L 1303.6 84,5+ 116IN L 1341.6 9 116IN L 1374.47 204-,5- 116IN G 819.00 6 1.4310 M1,E2 00.0020517 116INS G KC= 0.00182 16$LC= 2.25E-04 22 116IN L 1399.79 75+ 116IN G 369.4 4 0.06 3 116IN G 586.1 3 0.08 7 M1,E2 00.0046323 116INS G KC= 0.00412 22$LC= 0.00051 4 116IN G 654.2 3 0.21 4 116IN L 1426.2 8 116IN L 1437.5 8 116IN L 1451.05 13 116IN G 895.8223 0.19 5 116IN G 992.08 8 0.50 5 116IN L 1465.9 10 116IN L 6784.38 24 5+,4+ 116IN G 5333.3519 0.50 5 116IN G 5347.8 4 0.21 3 116IN G 5359.1 3 0.29 4 116IN G 5410.6019 0.30 3 116IN G 5482.6425 0.13825 116IN G 5499.9 3 0.14425 116IN G 5769.8 3 0.18 3 116IN G 5812.6 3 0.09213 116IN G 5892.3815 1.17 9 SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION E(DE) I(DI) L1 0.0 1 L1 127.264 4 1 G1 127.264 41.00E-1720 1 G2 127.264 41.00E-1720 1 L1 223.328 5 1 G1 96.066 5 109 8 1 G2 96.11 4 13.8 7 1 L1 272.9664 19 1 G1 272.9660 20 204 10 1 G2 273.05 4 18.3 9 1 L1 289.652 5 1 G1 162.393 3 147 10 1 G2 162.50 4 15.8 8 1 L1 313.476 4 1 G1 90.150 4 0.38 15 1 G1 186.210 3 138 11 1 G2 186.32 4 14.9 8 1 L1 350.569 5 1 G1 60.9160 10 135 40 1 G2 60.97 4 8.6 5 1 L1 366.410 5 1 G1 76.7580 20 2.8 4 1 G2 76.66 7 0.196 24 1 L1 373.365 8 1 G1 22.800 8 45 15 1 G1 246.099 15 1.4 3 1 G2 246.29 11 0.17 3 1 L1 425.929 4 1 G1 112.456 3 7.0 7 1 G2 112.38 5 0.77 5 1 G1 202.605 6 10.3 11 1 G2 202.58 5 1.50 9 1 G1 298.659 5 59 3 1 G2 298.72 4 4.78 25 1 L1 448.032 4 1 G1 175.066 4 5.0 6 1 G2 175.02 7 0.63 5 1 L1 458.934 8 1 G1 85.5690 20 157 11 1 G2 85.66 4 11.1 6 1 L1 460.000 5 1 G1 146.5240 20 1.20 20 1 G2 146.50 10 0.103 18 1 L1 508.242 4 1 G1 82.313 3 1.00 20 1 G2 82.30 8 0.122 12 1 G1 235.278 4 19.1 16 1 G2 235.21 4 2.75 15 1 G1 284.903 7 26.8 15 1 G2 285.00 4 2.54 14 1 L1 554.970 9 1 G1 96.040 5 70 6 1 G2 554.969 91.00E-1720 1 L1 556.821 17 1 G1 556.75 3 20 5 1 G2 556.67 4 2.61 15 1 L1 648.962 8 1 G1 335.458 13 59 4 1 G2 335.47 4 4.59 24 1 G1 521.5 5 1.0 6 1 L1 658.088 7 1 G1 385.099 12 58 6 1 G2 385.06 4 6.8 4 1 L1 665.672 9 1 G1 299.5 5 1.3 8 1 G1 315.01 3 4.2 4 1 G2 315.04 7 0.39 4 1 G1 375.950 20 16.6 16 1 G2 375.89 4 1.47 9 1 L1 728.856 10 1 G1 173.889 6 22 3 1 G2 173.87 4 2.30 14 1 L1 735.708 10 1 G1 422.204 19 8.8 6 1 G2 422.23 5 0.97 6 1 G1 608.36 5 19 3 1 G2 608.34 4 1.97 11 1 L1 744.842 8 1 G1 521.59 5 11.2 15 1 G2 521.62 7 1.11 8 1 G1 617.9 4 1.2 3 1 G2 617.59 22 0.14 4 1 L1 761.057 8 1 G1 95.380 4 6.0 20 1 G1 112.082 6 1.4 5 1 G1 387.67 7 0.5 3 1 G2 387.35 20 0.19 4 1 G1 410.394 15 4.6 13 1 G2 410.49 7 0.38 4 1 G1 447.36 15 1.4 4 1 G2 448.69 15 0.22 3 1 G1 471.824 19 25.2 13 1 G2 471.92 4 2.43 14 1 G1 632.40 13 8.0 16 1 G2 632.35 8 0.86 6 1 L1 771.13 12 1 G1 771.00 16 7.3 10 1 G2 771.00 6 0.87 9 1 L1 787.17 4 1 G1 230.33 4 0.6 3 1 G1 339.26 10 2.9 5 1 G2 787.17 41.00E-1720 1 L1 789.417 8 1 G1 140.4560 20 12.3 20 1 G2 140.44 9 0.81 6 1 G1 475.88 3 9.0 16 1 G2 476.13 8 1.05 7 1 G1 662.16 25 1.3 3 1 G2 662.04 18 0.25 6 1 L1 790.933 18 1 G1 132.94 15 0.9 3 1 G2 132.92 10 0.061 10 1 G1 365.16 7 3.3 5 1 G2 365.03 7 0.29 3 1 G1 517.946 20 17.0 20 1 G1 567.75 10 5.6 6 1 G2 567.57 9 0.54 7 1 L1 813.361 7 1 G1 155.270 3 14.2 20 1 G2 155.40 5 1.38 9 1 G1 305.130 12 6.0 5 1 G2 305.09 6 0.74 5 1 G1 500.2 3 1.5 8 1 G2 500.19 17 0.21 4 1 G1 540.48 8 3.8 5 1 G2 540.44 11 0.33 4 1 L1 829.149 8 1 G1 84.3080 20 3.8 6 1 G2 84.31 6 0.73 6 1 G1 171.074 9 17.4 15 1 G2 171.16 4 1.92 10 1 G1 320.907 16 9.1 11 1 G2 321.24 5 1.28 8 1 G1 515.7 3 4.0 10 1 G2 515.61 18 0.32 5 1 G1 556.15 10 10 5 1 L1 850.470 16 1 G1 293.641 12 6.0 10 1 G2 293.60 5 0.77 5 1 G1 295.52 3 17.9 11 1 G2 295.58 4 1.55 9 1 G1 577.51 5 10.7 13 1 G2 577.45 8 1.10 10 1 L1 875.31 4 1 G1 318.56 9 3.1 6 1 G2 318.86 11 0.34 3 1 G1 602.30 4 16.0 20 1 G2 602.36 4 1.60 9 1 L1 892.654 11 1 G1 42.15 5 1.3 3 1 G2 42.34 9 0.078 13 1 G1 163.809 11 2.2 5 1 G2 163.97 17 0.38 9 1 G1 335.80 4 2.0 15 1 G1 337.717 23 15.6 16 1 G2 337.84 5 1.39 8 1 G1 384.41 5 18 4 1 G1 433.713 14 35.4 16 1 G2 433.80 4 3.62 20 1 L1 910.80 11 1 G1 252.75 12 0.60 20 1 G1 402.3 3 0.6 3 1 G2 910.80 111.00E-1720 1 L1 914.5 5 1 G1 914.5 51.00E-1720 1 G2 914.5 51.00E-1720 1 L1 920.80 12 1 G1 149.6700 20 4.0 3 1 G2 149.76 5 0.39 3 1 G1 647.98 17 5.3 7 1 G2 647.65 8 0.66 5 1 L1 949.349 9 1 G1 159.932 4 3.0 5 1 G2 159.95 8 0.59 5 1 G1 213.638 20 3.6 5 1 G2 213.63 5 0.36 3 1 G1 300.25 15 3.2 8 1 G2 300.19 17 0.21 5 1 G1 394.7 3 1.50 20 1 G2 394.58 20 0.23 5 1 G1 490.03 20 4.9 5 1 G2 489.84 14 0.35 4 1 L1 951.459 13 1 G1 222.62 3 0.6 3 1 G2 222.92 12 0.120 19 1 G1 293.19 15 2.5 8 1 G1 396.43 3 2.3 3 1 G2 396.36 12 0.30 4 1 G1 443.26 4 2.7 6 1 G2 443.31 9 0.33 4 1 G1 492.528 14 17.7 13 1 G2 492.52 5 1.87 11 1 L1 970.320 7 1 G1 141.1710 20 13.7 20 1 G2 141.17 7 1.61 24 1 G1 156.955 4 1.30 20 1 G2 157.38 23 0.17 3 1 G1 180.954 21 1.00 20 1 G1 225.47 3 0.6 3 1 G2 225.80 12 0.109 18 1 G1 234.603 10 4.3 13 1 G1 747.3 8 2.6 8 1 G2 746.64 14 0.40 5 1 L1 972.94 20 1 G1 972.94 201.00E-1720 1 G2 972.94 201.00E-1720 1 L1 1007.651 11 1 G1 114.997 3 3.0 3 1 G2 115.10 7 0.253 24 1 G1 548.69 3 11.6 11 1 G2 548.70 5 1.14 8 1 G1 634.07 11 7.7 16 1 G2 634.03 9 0.94 7 1 G1 657.15 12 7.2 6 1 G2 657.25 6 0.87 6 1 L1 1015.515 18 1 G1 202.154 16 1.7 5 1 G1 791.5 6 6.7 7 1 G2 791.34 6 0.76 6 1 L1 1019.026 11 1 G1 126.3720 20 24.7 12 1 G2 126.49 4 2.05 11 1 G1 143.55 10 0.20 10 1 G2 144.28 24 0.039 15 1 G1 559.93 12 4.1 13 1 G2 559.89 10 0.48 6 1 L1 1031.237 25 1 G1 217.87 3 0.5 3 1 G2 217.90 17 0.126 17 1 G1 240.31 4 1.7 3 1 G2 240.23 7 0.25 4 1 G1 373.34 20 2.2 4 1 G2 373.40 13 0.22 4 1 G1 808.6 10 2.7 10 1 G2 808.00 16 0.24 6 1 L1 1052.628 19 1 G1 45.00 5 1.1 3 1 G2 44.97 11 0.076 12 1 G1 101.16 4 1.1 5 1 G2 101.13 13 0.100 17 1 G1 202.154 16 1.7 5 1 G1 497.70 6 2.7 5 1 G2 497.79 10 0.38 5 1 L1 1057.364 20 1 G1 267.97 4 2.4 6 1 G2 268.04 10 0.30 4 1 G1 321.650 20 4.0 16 1 L1 1070.89 10 1 G1 515.94 13 1.5 10 1 G1 847.53 16 10.5 15 1 G2 847.50 6 1.21 8 1 L1 1072.37 17 1 G1 1072.36 171.00E-1720 1 G2 1072.36 171.00E-1720 1 L1 1081.57 18 1 G1 622.64 18 3.5 5 1 G2 622.53 7 0.47 5 1 L1 1081.883 23 1 G1 290.950 15 15.6 8 1 G2 291.00 4 1.42 8 1 L1 1095.6 14 1 G1 1095.6 141.00E-1720 1 G2 1095.6 141.00E-1720 1 L1 1121.8 11 1 G1 1121.8 111.00E-1720 1 G2 1121.8 111.00E-1720 1 L1 1152.38 12 1 G1 693.44 12 7.3 11 1 G2 693.24 5 1.02 7 1 L1 1167.058 9 1 G1 196.738 5 4.0 5 1 G2 196.82 6 0.50 4 1 G1 518.10 20 1.5 10 1 G2 518.06 5 1.74 11 1 L1 1187.5 9 1 G1 1187.5 91.00E-1720 1 G2 1187.5 91.00E-1720 1 L1 1204.42 12 1 G1 555.45 12 5 3 1 G2 1204.41 121.00E-1720 1 L1 1213.48 3 1 G1 243.16 3 0.70 20 1 G1 468.62 10 1.8 4 1 G2 1213.47 31.00E-1720 1 L1 1252.5 9 1 G1 1252.5 91.00E-1720 1 G2 1252.5 91.00E-1720 1 L1 1285.6 9 1 G1 1285.6 91.00E-1720 1 G2 1285.6 91.00E-1720 1 L1 1285.78 12 1 G1 393.12 12 2.5 3 1 G2 392.80 18 0.20 4 1 L1 1303.6 8 1 G1 1303.6 81.00E-1720 1 G2 1303.6 81.00E-1720 1 L1 1341.6 9 1 G1 1341.6 91.00E-1720 1 G2 1341.6 91.00E-1720 1 L1 1374.47 20 1 G1 819.50 20 5.0 20 1 G2 819.00 6 1.43 10 1 L1 1399.79 7 1 G1 368.57 8 0.8 4 1 G2 369.4 4 0.06 3 1 G1 586.36 23 1.7 3 1 G2 586.1 3 0.08 7 1 G1 654.92 20 3.0 4 1 G2 654.2 3 0.21 4 1 L1 1426.2 8 1 G1 1426.2 81.00E-1720 1 G2 1426.2 81.00E-1720 1 L1 1437.5 8 1 G1 1437.5 81.00E-1720 1 G2 1437.5 81.00E-1720 1 L1 1451.05 13 1 G1 706.22 25 2.4 4 1 G1 896.1 5 1.2 5 1 G2 895.82 23 0.19 5 1 G1 992.10 17 5.6 6 1 G2 992.08 8 0.50 5 1 L1 1465.9 10 1 G1 1465.9 101.00E-1720 1 G2 1465.9 101.00E-1720 1 L1 6784.38 24 1 G1 5333.2 11 3.8 7 1 G2 5333.35 19 0.50 5 1 G1 5347.0 11 1.9 4 1 G2 5347.8 4 0.21 3 1 G1 5358.4 12 2.2 5 1 G2 5359.1 3 0.29 4 1 G1 5384.9 14 0.23 7 1 G1 5409.9 11 2.5 5 1 G2 5410.60 19 0.30 3 1 G1 5442.7 11 0.46 10 1 G1 5481.7 11 1.02 19 1 G2 5482.64 25 0.138 25 1 G1 5499.1 20 1.5 3 1 G2 5499.9 3 0.144 25 1 G1 5532.1 20 0.11 5 1 G1 5570.7 11 0.86 17 1 G1 5579.4 11 1.30 25 1 G1 5596.3 16 0.10 4 1 G1 5617.3 14 0.14 4 1 G1 5662.5 14 0.15 5 1 G1 5688.4 19 0.10 5 1 G1 5703.1 16 0.16 5 1 G1 5713.3 13 0.30 7 1 G1 5731.3 12 0.57 12 1 G1 5752.8 12 0.57 12 1 G1 5769.3 12 1.4 3 1 G2 5769.8 3 0.18 3 1 G1 5776.2 13 0.61 14 1 G1 5811.9 13 0.63 15 1 G2 5812.6 3 0.092 13 1 G1 5834.8 12 0.43 9 1 G1 5892.5 12 8.6 16 1 G2 5892.38 15 1.17 9 1 G1 5994.2 13 0.16 5 1 G1 6048.4 13 0.45 10 1 G1 6057 5 0.0 1 G1 6125.3 13 0.17 4 1 G1 6134.9 13 0.55 11 1 G1 6229.0 18 0.52 11 1 G1 6277.4 24 0.040 20 1 G1 6325.0 14 0.71 15 1 G1 6410.4 14 0.92 20 1 G1 6470.4 17 0.070 20 1 G1 6559.3 15 0.16 4 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 127.263 3 3. 223.328 4 4. 272.9664 19 5. 289.650 4 6. 313.475 4 7. 350.567 4 8. 366.408 5 9. 373.364 6 10. 425.929 4 11. 448.032 4 12. 458.933 6 13. 459.999 4 14. 508.240 3 15. 554.968 6 16. 556.805 14 17. 648.963 8 18. 658.080 7 19. 665.672 8 20. 728.854 8 21. 735.702 9 22. 744.837 7 23. 761.059 8 24. 771.00 4 25. 787.16 3 26. 789.418 8 27. 790.937 16 28. 813.353 7 29. 829.145 7 30. 850.461 14 31. 875.328 25 32. 892.659 9 33. 910.80 8 34. 914.5 5 35. 920.67 4 36. 949.350 8 37. 951.460 12 38. 970.315 7 39. 972.71 17 40. 1007.656 10 41. 1015.450 17 42. 1019.031 9 43. 1031.232 23 44. 1052.624 17 45. 1057.363 19 46. 1070.85 5 47. 1072.37 17 48. 1081.48 7 49. 1081.894 22 50. 1095.9 11 51. 1122.0 9 52. 1152.21 5 53. 1167.053 8 54. 1187.7 8 55. 1204.42 9 56. 1213.475 21 57. 1252.5 8 58. 1285.0 3 59. 1285.68 10 60. 1302.33 25 61. 1341.8 7 62. 1374.03 6 63. 1399.76 7 64. 1425.8 3 65. 1437.2 4 66. 1451.06 6 67. 1465.9 10 68. 6784.95 9 GAMMA ENERGIES 115IN(N,G):E=TH,RE-115IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 22.800 8 0.0 22.798 6 9 7 42.15 5 (1 42.34 9 42.198 14 32 30 45.00 5 44.97 11 44.968 18 44 40 60.9160 10 (1 60.97 4 60.9165 10 7 5 76.7580 20 (1 76.66 7 76.7579 20 8 5 82.313 3 82.30 8 82.312 3 14 10 84.3080 20 84.31 6 84.3078 20 29 22 85.5690 20 (2 85.66 4 85.5688 20 12 9 90.150 4 0.0 90.147 3 6 3 (1 95.380 4 1) 0.0 95.386 4 23 19 (1 96.040 5 1) 0.0 96.035 4 15 12 96.066 5 (1 96.11 4 96.065 3 3 2 101.16 4 101.13 13 101.163 19 44 37 (2 112.082 6 2) 0.0 112.096 6 23 17 112.456 3 (1 112.38 5 112.4533 24 10 6 114.997 3 (1 115.10 7 114.997 3 40 32 126.3720 20 (2 126.49 4 126.3721 20 42 32 127 10 127.264 4 127.263 3 2 1 132.94 15 132.92 10 132.857 17 27 18 140.4560 20 140.44 9 140.4551 20 26 17 141.1710 20 141.17 7 141.1696 19 38 29 (1 143.55 10 (2 144.28 24 143.70 3 42 31 146.5240 20 146.50 10 146.5239 20 13 6 149.6700 20 (1 149.76 5 149.6701 20 35 24 (1 155.270 3 (2 155.40 5 155.273 3 28 18 (1 156.955 4 (1 157.38 23 156.961 4 38 28 159.932 4 159.95 8 159.932 4 36 26 (2 162.393 3 (2 162.50 4 162.387 3 5 2 163.809 11 163.97 17 163.804 8 32 20 171.074 9 (2 171.16 4 171.065 4 29 18 173.889 6 173.87 4 173.886 5 20 15 175.066 4 175.02 7 175.066 4 11 4 (2 180.954 21 2) 0.0 180.897 9 38 26 186.210 3 (2 186.32 4 186.2119 23 6 2 196.738 5 (1 196.82 6 196.738 5 53 38 (3 202.154 16 3) 0.0 202.097 15 41 28 202.154 16 0.0 202.163 14 44 30 202.605 6 202.58 5 202.600 3 10 3 213.638 20 213.63 5 213.648 10 36 21 217.87 3 217.90 17 217.878 23 43 28 222.62 3 (2 222.92 12 222.606 12 37 20 225.47 3 (2 225.80 12 225.477 3 38 22 230.33 4 0.0 230.36 3 25 16 234.603 10 0.0 234.612 8 38 21 (1 235.278 4 (1 235.21 4 235.274 3 14 4 240.31 4 240.23 7 240.295 24 43 27 243.16 3 0.0 243.160 21 56 38 246.099 15 (1 246.29 11 246.101 6 9 2 252.75 12 0.0 252.72 8 33 18 267.97 4 268.04 10 267.944 19 45 26 272.9660 20 (2 273.05 4 272.9660 19 4 1 (1 284.903 7 (2 285.00 4 284.911 4 14 3 290.950 15 (1 291.00 4 290.956 14 49 27 (1 293.19 15 1) 0.0 293.380 13 37 18 (1 293.641 12 (1 293.60 5 293.656 11 30 16 295.52 3 (2 295.58 4 295.492 13 30 15 (1 298.659 5 (1 298.72 4 298.665 3 10 2 299.5 5 0.0 299.264 8 19 8 300.25 15 (1 300.19 17 300.387 4 36 17 (1 305.130 12 1) 305.09 6 305.113 6 28 14 (3 315.01 3 3) 315.04 7 315.105 8 19 7 318.56 9 (3 318.86 11 318.52 3 31 16 320.907 16 (6 321.24 5 320.905 7 29 14 321.650 20 0.0 321.660 18 45 21 (2 335.458 13 2) 335.47 4 335.487 7 17 6 (1 335.80 4 1) 0.0 335.853 15 32 16 (1 337.717 23 (3 337.84 5 337.690 8 32 15 (1 339.26 10 1) 0.0 339.13 3 25 11 (2 365.16 7 2) 365.03 7 365.008 17 27 10 368.57 8 (2 369.4 4 368.53 7 63 43 373.34 20 (1 373.40 13 373.152 23 43 18 (3 375.950 20 (3 375.89 4 376.021 8 19 5 384.41 5 0.0 384.418 9 32 14 (1 385.099 12 (1 385.06 4 385.113 7 18 4 387.67 7 (1 387.35 20 387.693 9 23 9 393.12 12 (1 392.80 18 393.02 10 59 32 (1 394.7 3 1) 394.58 20 394.381 10 36 15 (2 396.43 3 (1 396.36 12 396.491 11 37 15 402.3 3 0.0 402.56 8 33 14 (6 410.394 15 6) 410.49 7 410.491 7 23 7 (1 422.204 19 1) 422.23 5 422.226 9 21 6 433.713 14 (1 433.80 4 433.725 8 32 12 (1 443.26 4 (1 443.31 9 443.219 12 37 14 (1 447.36 15 (7 448.69 15 447.582 7 23 6 468.62 10 0.0 468.637 21 56 22 (9 471.824 19 (9 471.92 4 471.407 7 23 5 (2 475.88 3 (2 476.13 8 475.942 7 26 6 0.0 (3 489.84 14 489.350 8 36 13 (1 490.03 20 1) 0.0 490.416 10 36 12 492.528 14 492.52 5 492.526 11 37 12 497.70 6 (1 497.79 10 497.655 17 44 15 500.2 3 (1 500.19 17 499.877 7 28 6 515.7 3 515.61 18 515.669 7 29 6 515.94 13 0.0 515.88 5 46 15 (1 517.946 20 1) 0.0 517.969 16 27 4 518.10 20 518.06 5 518.089 10 53 17 (1 521.59 5 (1 521.62 7 521.508 7 22 3 521.5 5 0.0 521.698 7 17 2 (1 540.48 8 1) 540.44 11 540.386 7 28 4 (1 548.69 3 1) 548.70 5 548.721 8 40 12 0.0 554.969 9 554.967 6 15 1 555.45 12 0.0 555.46 9 55 17 556.15 10 0.0 556.177 7 29 4 (1 556.75 3 (3 556.67 4 556.803 14 16 1 (1 559.93 12 (2 559.89 10 560.096 8 42 12 (1 567.75 10 1) 567.57 9 567.607 17 27 3 577.51 5 577.45 8 577.493 14 30 4 586.36 23 (1 586.1 3 586.40 7 63 28 (1 602.30 4 1) 602.36 4 602.360 25 31 4 (1 608.36 5 (2 608.34 4 608.437 9 21 2 617.9 4 617.59 22 617.572 7 22 2 622.64 18 622.53 7 622.54 7 48 12 (9 632.40 13 (9 632.35 8 633.794 7 23 2 (1 634.07 11 (2 634.03 9 634.289 8 40 9 (1 647.98 17 1) 647.65 8 647.71 4 35 4 654.92 20 (2 654.2 3 654.92 7 63 22 657.15 12 (2 657.25 6 657.087 10 40 7 662.16 25 662.04 18 662.153 7 26 2 (1 693.44 12 1) 693.24 5 693.27 5 52 12 706.22 25 0.0 706.22 6 66 22 747.3 8 (2 746.64 14 746.984 7 38 3 771.00 16 771.00 6 771.00 4 24 1 0.0 787.17 4 787.16 3 25 1 (1 791.5 6 (9 791.34 6 792.119 17 41 3 808.6 10 808.00 16 807.901 23 43 3 (2 819.50 20 (1 819.00 6 819.06 6 62 15 847.53 16 847.50 6 847.52 5 46 3 896.1 5 (1 895.82 23 896.09 6 66 15 0.0 910.80 11 910.79 8 33 1 915 10 914.5 5 914.5 5 34 1 973 10 (1 972.94 20 972.71 17 39 1 992.10 17 992.08 8 992.12 6 66 12 1072 10 1072.36 17 1072.36 17 47 1 1096 10 1095.6 14 1095.9 11 50 1 1122 10 1121.8 11 1122.0 9 51 1 1188 10 1187.5 9 1187.7 8 54 1 0.0 1204.41 12 1204.41 9 55 1 0.0 1213.47 3 1213.469 21 56 1 1253 10 1252.5 9 1252.5 8 57 1 1286 10 1285.6 9 1285.0 3 58 1 1304 10 (1 1303.6 8 1302.32 25 60 1 1342 10 1341.6 9 1341.8 7 61 1 1426 10 1426.2 8 1425.8 3 64 1 1438 10 1437.5 8 1437.2 4 65 1 1466 10 1465.9 10 1465.9 10 67 1 5333.2 11 (2 5333.35 19 5333.76 10 68 66 5347.0 11 5347.8 4 5347.6 3 68 65 5358.4 12 5359.1 3 5359.0 3 68 64 5384.9 14 0.0 5385.05 11 68 63 5409.9 11 5410.60 19 5410.78 10 68 62 5442.7 11 0.0 5443.0 7 68 61 5481.7 11 5482.64 25 5482.47 23 68 60 5499.1 20 5499.9 3 5499.8 3 68 58 5532.1 20 0.0 5532.3 8 68 57 5570.7 11 0.0 5571.33 9 68 56 5579.4 11 0.0 5580.38 12 68 55 5596.3 16 0.0 5597.1 8 68 54 5617.3 14 0.0 5617.75 9 68 53 5662.5 14 0.0 5662.8 9 68 51 5688.4 19 0.0 5688.9 11 68 50 5703.1 16 0.0 5703.32 11 68 48 5713.3 13 0.0 5713.95 10 68 46 5731.3 12 0.0 5732.17 9 68 44 5752.8 12 0.0 5753.56 9 68 43 5769.3 12 (1 5769.8 3 5769.34 9 68 41 5776.2 13 0.0 5777.14 9 68 40 5811.9 13 (1 5812.6 3 5812.07 18 68 39 5834.8 12 0.0 5835.44 9 68 36 5892.5 12 (1 5892.38 15 5892.13 9 68 32 5994.2 13 0.0 5993.84 9 68 27 6048.4 13 0.0 6049.07 9 68 21 6057 5 0.0 6055.92 9 68 20 (1 6125.3 13 1) 0.0 6126.69 9 68 18 6134.9 13 0.0 6135.81 9 68 17 6229.0 18 0.0 6229.80 9 68 15 6277.4 24 0.0 6276.52 9 68 14 6325.0 14 0.0 6325.83 9 68 12 6410.4 14 0.0 6411.39 9 68 9 6470.4 17 0.0 6471.28 9 68 6 (1 6559.3 15 1) 0.0 6561.42 9 68 3 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 7.212 F=112 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 16.21 F= 63 CHISQ/F = 7.850 (FIT OF 301GAMMAS - 67LEVELS) ITERATION - 2 CHISQ - 1.255 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 127.263 3 3. 223.326 4 4. 272.9663 19 5. 289.656 4 6. 313.474 4 7. 350.572 4 8. 366.414 5 9. 373.367 6 10. 425.928 4 11. 448.032 4 12. 458.935 6 13. 459.998 4 14. 508.240 3 15. 554.970 6 16. 556.806 14 17. 648.927 9 18. 658.078 7 19. 665.626 11 20. 728.856 8 21. 735.693 9 22. 744.832 7 23. 761.007 10 24. 771.00 4 25. 787.16 3 26. 789.383 9 27. 790.937 16 28. 813.352 7 29. 829.140 7 30. 850.462 14 31. 875.328 25 32. 892.661 9 33. 910.80 8 34. 914.5 5 35. 920.67 4 36. 949.316 10 37. 951.462 12 38. 970.310 7 39. 972.72 17 40. 1007.657 10 41. 1015.48 6 42. 1019.033 9 43. 1031.231 23 44. 1052.625 17 45. 1057.348 19 46. 1070.85 5 47. 1072.37 17 48. 1081.48 7 49. 1081.893 22 50. 1095.9 11 51. 1122.0 9 52. 1152.21 5 53. 1167.048 9 54. 1187.7 8 55. 1204.40 9 56. 1213.473 21 57. 1252.5 8 58. 1285.0 3 59. 1285.68 10 60. 1302.33 25 61. 1341.8 7 62. 1374.03 6 63. 1399.76 7 64. 1425.8 3 65. 1437.2 4 66. 1451.06 6 67. 1465.9 10 68. 6784.95 9 GAMMA ENERGIES 115IN(N,G):E=TH,RE-115IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 22.800 8 0.0 22.795 6 9 7 42.15 5 (1 42.34 9 42.199 14 32 30 45.00 5 44.97 11 44.968 18 44 40 60.9160 10 (1 60.97 4 60.9159 10 7 5 76.7580 20 (1 76.66 7 76.7579 20 8 5 82.313 3 82.30 8 82.312 3 14 10 84.3080 20 84.31 6 84.3078 20 29 22 85.5690 20 (2 85.66 4 85.5687 20 12 9 90.150 4 0.0 90.147 3 6 3 95.380 4 0.0 95.381 4 23 19 (1 96.040 5 1) 0.0 96.034 4 15 12 96.066 5 (1 96.11 4 96.063 3 3 2 101.16 4 101.13 13 101.163 19 44 37 112.082 6 0.0 112.080 6 23 17 112.456 3 (1 112.38 5 112.4540 24 10 6 114.997 3 (1 115.10 7 114.997 3 40 32 126.3720 20 (2 126.49 4 126.3721 20 42 32 127 10 127.264 4 127.263 3 2 1 132.94 15 132.92 10 132.858 17 27 18 140.4560 20 140.44 9 140.4559 20 26 17 141.1710 20 141.17 7 141.1698 19 38 29 (1 143.55 10 (2 144.28 24 143.70 3 42 31 146.5240 20 146.50 10 146.5239 20 13 6 149.6700 20 (1 149.76 5 149.6701 20 35 24 (1 155.270 3 (2 155.40 5 155.274 3 28 18 156.955 4 (1 157.38 23 156.958 4 38 28 159.932 4 159.95 8 159.933 4 36 26 162.393 3 (2 162.50 4 162.393 3 5 2 163.809 11 163.97 17 163.805 8 32 20 (1 171.074 9 (2 171.16 4 171.062 4 29 18 173.889 6 173.87 4 173.886 5 20 15 175.066 4 175.02 7 175.066 4 11 4 (1 180.954 21 1) 0.0 180.927 10 38 26 186.210 3 (2 186.32 4 186.2101 24 6 2 196.738 5 (1 196.82 6 196.738 5 53 38 202.15 6 0.0 202.13 6 41 28 202.154 16 0.0 202.163 14 44 30 202.605 6 202.58 5 202.601 3 10 3 213.638 20 213.63 5 213.624 11 36 21 217.87 3 217.90 17 217.879 23 43 28 222.62 3 (2 222.92 12 222.606 12 37 20 225.47 3 (2 225.80 12 225.477 3 38 22 230.33 4 0.0 230.36 3 25 16 (1 234.603 10 1) 0.0 234.617 8 38 21 (1 235.278 4 (1 235.21 4 235.273 3 14 4 240.31 4 240.23 7 240.294 24 43 27 243.16 3 0.0 243.163 21 56 38 246.099 15 (1 246.29 11 246.103 6 9 2 252.75 12 0.0 252.72 8 33 18 267.97 4 268.04 10 267.964 19 45 26 272.9660 20 (2 273.05 4 272.9659 19 4 1 (1 284.903 7 (2 285.00 4 284.913 4 14 3 290.950 15 (1 291.00 4 290.956 14 49 27 (1 293.19 15 1) 0.0 293.384 13 37 18 (1 293.641 12 (1 293.60 5 293.656 11 30 16 295.52 3 (2 295.58 4 295.491 13 30 15 298.659 5 (1 298.72 4 298.664 3 10 2 299.5 5 0.0 299.212 11 19 8 300.25 15 (1 300.19 17 300.389 4 36 17 (1 305.130 12 1) 305.09 6 305.112 7 28 14 315.01 10 315.04 7 315.054 11 19 7 318.56 9 (3 318.86 11 318.52 3 31 16 320.907 16 (1 321.2 3 320.900 7 29 14 321.650 20 0.0 321.655 18 45 21 335.458 13 335.47 4 335.453 9 17 6 (1 335.80 4 1) 0.0 335.854 15 32 16 (1 337.717 23 (2 337.84 5 337.690 8 32 15 (1 339.26 10 1) 0.0 339.13 3 25 11 (2 365.16 7 2) 365.03 7 365.008 17 27 10 368.57 8 (2 369.4 4 368.53 7 63 43 373.34 20 (1 373.40 13 373.152 23 43 18 375.95 7 (1 375.89 4 375.970 11 19 5 384.41 5 0.0 384.420 9 32 14 (1 385.099 12 (1 385.06 4 385.111 7 18 4 387.67 7 (1 387.35 20 387.640 11 23 9 393.12 12 (1 392.80 18 393.02 10 59 32 (1 394.7 3 (1 394.58 20 394.346 11 36 15 (2 396.43 3 (1 396.36 12 396.492 11 37 15 402.3 3 0.0 402.56 8 33 14 410.39 10 410.49 7 410.435 10 23 7 422.204 19 422.23 5 422.218 9 21 6 433.713 14 (1 433.80 4 433.724 8 32 12 443.26 4 443.31 9 443.221 12 37 14 (1 447.36 15 (1 448.7 11 447.533 10 23 6 468.62 10 0.0 468.640 21 56 22 (1 471.8 4 (1 471.9 5 471.350 10 23 5 475.88 3 (2 476.13 8 475.909 9 26 6 0.0 (3 489.84 14 489.318 9 36 13 (1 490.03 20 1) 0.0 490.380 11 36 12 492.528 14 492.52 5 492.526 11 37 12 497.70 6 (1 497.79 10 497.654 17 44 15 500.2 3 (1 500.19 17 499.877 7 28 6 515.7 3 515.61 18 515.665 7 29 6 515.94 13 0.0 515.88 5 46 15 (1 517.946 20 1) 0.0 517.969 16 27 4 518.10 20 (1 518.06 5 518.120 11 53 17 (1 521.59 5 (1 521.62 7 521.505 8 22 3 521.5 5 0.0 521.663 9 17 2 (1 540.48 8 1) 540.44 11 540.384 7 28 4 (1 548.69 3 1) 548.70 5 548.720 8 40 12 0.0 554.969 9 554.969 6 15 1 555.45 12 0.0 555.47 9 55 17 556.15 10 0.0 556.173 7 29 4 (1 556.75 3 (3 556.67 4 556.804 14 16 1 (1 559.93 12 (2 559.89 10 560.096 8 42 12 (1 567.75 10 1) 567.57 9 567.609 17 27 3 577.51 5 577.45 8 577.494 14 30 4 586.36 23 (1 586.1 3 586.40 7 63 28 (1 602.30 4 1) 602.36 4 602.360 25 31 4 (1 608.36 5 (2 608.34 4 608.428 9 21 2 617.9 4 617.59 22 617.567 7 22 2 622.64 18 622.53 7 622.54 7 48 12 632.4 14 632.4 14 633.742 10 23 2 (1 634.07 11 (2 634.03 9 634.289 8 40 9 (1 647.98 17 1) 647.65 8 647.71 4 35 4 654.92 20 (2 654.2 3 654.92 7 63 22 657.15 12 (2 657.25 6 657.083 10 40 7 662.16 25 662.04 18 662.118 9 26 2 (1 693.44 12 1) 693.24 5 693.27 5 52 12 706.22 25 0.0 706.22 6 66 22 747.3 8 (2 746.64 14 746.981 7 38 3 771.00 16 771.00 6 771.00 4 24 1 0.0 787.17 4 787.16 3 25 1 (1 791.5 6 (1 791.3 8 792.15 6 41 3 808.6 10 808.00 16 807.902 23 43 3 (2 819.50 20 (1 819.00 6 819.06 6 62 15 847.53 16 847.50 6 847.52 5 46 3 896.1 5 (1 895.82 23 896.09 6 66 15 0.0 910.80 11 910.79 8 33 1 915 10 914.5 5 914.5 5 34 1 973 10 (1 972.94 20 972.71 17 39 1 992.10 17 992.08 8 992.12 6 66 12 1072 10 1072.36 17 1072.36 17 47 1 1096 10 1095.6 14 1095.9 11 50 1 1122 10 1121.8 11 1122.0 9 51 1 1188 10 1187.5 9 1187.7 8 54 1 0.0 1204.41 12 1204.40 9 55 1 0.0 1213.47 3 1213.466 21 56 1 1253 10 1252.5 9 1252.5 8 57 1 1286 10 1285.6 9 1285.0 3 58 1 1304 10 (1 1303.6 8 1302.33 25 60 1 1342 10 1341.6 9 1341.8 7 61 1 1426 10 1426.2 8 1425.8 3 64 1 1438 10 1437.5 8 1437.2 4 65 1 1466 10 1465.9 10 1465.9 10 67 1 5333.2 11 (2 5333.35 19 5333.76 10 68 66 5347.0 11 5347.8 4 5347.6 3 68 65 5358.4 12 5359.1 3 5359.0 3 68 64 5384.9 14 0.0 5385.06 11 68 63 5409.9 11 5410.60 19 5410.78 10 68 62 5442.7 11 0.0 5443.0 7 68 61 5481.7 11 5482.64 25 5482.47 23 68 60 5499.1 20 5499.9 3 5499.8 3 68 58 5532.1 20 0.0 5532.3 8 68 57 5570.7 11 0.0 5571.33 9 68 56 5579.4 11 0.0 5580.40 12 68 55 5596.3 16 0.0 5597.1 8 68 54 5617.3 14 0.0 5617.75 9 68 53 5662.5 14 0.0 5662.8 9 68 51 5688.4 19 0.0 5688.9 11 68 50 5703.1 16 0.0 5703.32 11 68 48 5713.3 13 0.0 5713.95 10 68 46 5731.3 12 0.0 5732.17 9 68 44 5752.8 12 0.0 5753.56 9 68 43 5769.3 12 (1 5769.8 3 5769.32 10 68 41 5776.2 13 0.0 5777.14 9 68 40 5811.9 13 (1 5812.6 3 5812.08 18 68 39 5834.8 12 0.0 5835.47 9 68 36 5892.5 12 (1 5892.38 15 5892.13 9 68 32 5994.2 13 0.0 5993.85 9 68 27 6048.4 13 0.0 6049.09 9 68 21 6057 5 0.0 6055.92 9 68 20 (1 6125.3 13 1) 0.0 6126.70 9 68 18 6134.9 13 0.0 6135.85 9 68 17 6229.0 18 0.0 6229.80 9 68 15 6277.4 24 0.0 6276.53 9 68 14 6325.0 14 0.0 6325.83 9 68 12 6410.4 14 0.0 6411.39 9 68 9 6470.4 17 0.0 6471.28 9 68 6 (1 6559.3 15 1) 0.0 6561.42 9 68 3 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .9703 F=112 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 4.204 F= 63 CHISQ/F = 1.603 (FIT OF 301GAMMAS - 67LEVELS) ITERATION - 3 CHISQ - 1.255 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 127.264 5 3. 223.326 5 4. 272.9662 20 5. 289.657 6 6. 313.474 5 7. 350.573 6 8. 366.415 6 9. 373.369 8 10. 425.928 5 11. 448.032 4 12. 458.938 8 13. 459.998 5 14. 508.241 4 15. 554.974 9 16. 556.839 20 17. 648.925 10 18. 658.078 8 19. 665.626 12 20. 728.860 10 21. 735.689 11 22. 744.830 9 23. 761.007 12 24. 771.01 8 25. 787.18 4 26. 789.381 10 27. 790.924 20 28. 813.351 8 29. 829.137 8 30. 850.486 17 31. 875.33 4 32. 892.661 11 33. 910.79 10 34. 914.5 10 35. 920.68 8 36. 949.314 11 37. 951.470 13 38. 970.308 8 39. 972.7 3 40. 1007.658 11 41. 1015.49 6 42. 1019.033 11 43. 1031.227 25 44. 1052.642 20 45. 1057.342 20 46. 1070.87 8 47. 1072.4 4 48. 1081.51 11 49. 1081.876 25 50. 1096.0 16 51. 1122.0 12 52. 1152.23 9 53. 1167.046 10 54. 1188.0 12 55. 1204.39 11 56. 1213.47 3 57. 1252.5 14 58. 1284.9 6 59. 1285.75 11 60. 1302.3 5 61. 1341.9 10 62. 1374.03 11 63. 1399.78 7 64. 1425.8 5 65. 1437.2 6 66. 1451.05 10 67. 1465.9 20 68. 6784.79 15 GAMMA ENERGIES 115IN(N,G):E=TH,RE-115IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 22.800 8 0.0 22.796 7 9 7 42.15 5 42.34 19 42.176 17 32 30 45.00 5 44.97 23 44.984 19 44 40 60.9160 10 60.97 8 60.9159 10 7 5 76.7580 20 76.66 14 76.7580 20 8 5 82.313 3 82.30 17 82.312 3 14 10 84.3080 20 84.31 12 84.3079 20 29 22 85.5690 20 (1 85.66 8 85.5689 20 12 9 90.150 4 0.0 90.148 3 6 3 95.380 4 0.0 95.380 4 23 19 96.040 5 0.0 96.036 5 15 12 96.066 5 96.11 8 96.062 3 3 2 101.16 4 101.1 3 101.172 20 44 37 112.082 6 0.0 112.081 6 23 17 112.456 3 112.38 10 112.4543 24 10 6 114.997 3 115.10 14 114.997 3 40 32 126.3720 20 (1 126.49 12 126.3720 20 42 32 127 10 127.264 8 127.264 5 2 1 132.94 15 132.92 21 132.846 21 27 18 140.4560 20 140.44 19 140.4558 20 26 17 141.1710 20 141.17 14 141.1703 20 38 29 (1 143.55 15 1) 144.3 6 143.70 4 42 31 146.5240 20 146.50 21 146.5240 20 13 6 149.6700 20 149.76 10 149.6700 20 35 24 155.270 4 (1 155.40 13 155.273 3 28 18 156.955 4 157.4 5 156.957 4 38 28 159.932 4 159.95 17 159.932 4 36 26 162.393 3 (1 162.50 11 162.393 3 5 2 163.809 11 164.0 4 163.801 8 32 20 (1 171.074 12 (1 171.16 10 171.060 5 29 18 173.889 6 173.87 8 173.886 6 20 15 175.066 4 175.02 14 175.066 4 11 4 (1 180.95 3 1) 0.0 180.926 11 38 26 186.210 3 (1 186.32 11 186.2098 24 6 2 196.738 5 196.82 12 196.738 5 53 38 202.15 6 0.0 202.14 6 41 28 202.154 16 0.0 202.157 14 44 30 202.605 6 202.58 10 202.602 3 10 3 213.638 20 213.63 10 213.625 12 36 21 217.87 3 217.9 4 217.877 24 43 28 222.62 3 222.9 3 222.610 13 37 20 225.47 3 225.8 3 225.478 3 38 22 230.33 4 0.0 230.34 4 25 16 (1 234.603 14 1) 0.0 234.619 11 38 21 235.278 5 235.21 8 235.274 4 14 4 240.31 4 240.23 14 240.30 3 43 27 243.16 3 0.0 243.16 3 56 38 246.099 15 246.29 23 246.104 7 9 2 252.75 12 0.0 252.71 10 33 18 267.97 4 268.04 21 267.961 20 45 26 272.9660 20 (1 273.05 8 272.9659 20 4 1 (1 284.903 10 (1 285.00 8 284.914 4 14 3 290.950 15 291.00 8 290.952 15 49 27 (1 293.19 19 1) 0.0 293.392 15 37 18 293.641 15 293.60 10 293.647 14 30 16 295.52 3 295.58 8 295.511 16 30 15 (1 298.659 5 1) 298.72 8 298.664 3 10 2 299.5 5 0.0 299.211 12 19 8 300.25 15 300.2 4 300.388 4 36 17 (1 305.130 18 1) 305.09 12 305.109 8 28 14 315.01 10 315.04 14 315.053 12 19 7 318.56 9 (1 318.9 3 318.49 4 31 16 320.907 16 321.2 7 320.896 8 29 14 321.650 20 0.0 321.653 18 45 21 335.458 13 335.47 8 335.451 10 17 6 335.80 5 0.0 335.822 20 32 16 (1 337.72 3 (1 337.84 15 337.687 8 32 15 339.26 13 0.0 339.15 4 25 11 (1 365.16 15 1) 365.03 14 364.995 20 27 10 368.57 8 (1 369.4 8 368.55 7 63 43 373.34 20 373.4 3 373.149 24 43 18 375.95 7 375.89 8 375.969 12 19 5 384.41 5 0.0 384.420 11 32 14 385.099 12 385.06 8 385.111 8 18 4 387.67 7 387.4 4 387.637 13 23 9 393.12 12 392.8 4 393.09 11 59 32 (1 394.7 4 1) 394.6 4 394.339 13 36 15 (1 396.43 6 1) 396.36 25 396.496 12 37 15 402.3 3 0.0 402.55 10 33 14 410.39 10 410.49 14 410.433 11 23 7 422.204 19 422.23 10 422.214 11 21 6 433.713 14 433.80 8 433.723 8 32 12 443.26 4 443.31 19 443.228 13 37 14 447.36 17 448.7 23 447.532 11 23 6 468.62 10 0.0 468.64 3 56 22 (1 471.8 5 1) 471.9 11 471.349 11 23 5 475.88 3 (1 476.13 22 475.906 10 26 6 0.0 489.8 11 489.315 10 36 13 490.0 4 0.0 490.375 12 36 12 492.528 14 492.52 10 492.532 11 37 12 497.70 6 497.79 21 497.667 19 44 15 500.2 3 500.2 4 499.875 8 28 6 515.7 3 515.6 4 515.662 8 29 6 515.94 13 0.0 515.89 8 46 15 517.946 23 0.0 517.957 20 27 4 518.10 20 518.06 10 518.119 12 53 17 (1 521.59 9 1) 521.62 14 521.502 9 22 3 521.5 5 0.0 521.660 10 17 2 (1 540.48 10 1) 540.44 23 540.383 8 28 4 548.69 3 548.70 10 548.719 9 40 12 0.0 554.969 19 554.972 9 15 1 555.45 12 0.0 555.47 11 55 17 556.15 10 0.0 556.170 8 29 4 (1 556.75 5 1) 556.7 3 556.837 20 16 1 559.93 17 559.89 21 560.094 9 42 12 (1 567.75 14 1) 567.57 19 567.596 20 27 3 577.51 5 577.45 17 577.518 17 30 4 586.36 23 586.1 6 586.43 7 63 28 (1 602.30 6 1) 602.36 8 602.36 4 31 4 608.36 7 (1 608.34 8 608.423 11 21 2 617.9 4 617.6 5 617.564 9 22 2 622.64 18 622.53 14 622.57 11 48 12 632.4 14 632 3 633.741 11 23 2 634.07 22 634.0 3 634.288 9 40 9 648.0 3 647.65 17 647.72 8 35 4 654.92 20 (1 654.2 7 654.95 7 63 22 657.15 12 657.25 17 657.083 11 40 7 662.16 25 662.0 4 662.115 10 26 2 693.44 17 693.24 10 693.29 9 52 12 706.22 25 0.0 706.22 10 66 22 747.3 8 746.6 3 746.979 9 38 3 771.00 16 771.00 12 771.01 8 24 1 0.0 787.17 8 787.18 4 25 1 (1 791.5 6 1) 791.3 16 792.16 6 41 3 808.6 10 808.0 3 807.898 25 43 3 (1 819.5 4 1) 819.00 12 819.05 11 62 15 847.53 16 847.50 12 847.54 8 46 3 896.1 5 895.8 5 896.07 10 66 15 0.0 910.80 23 910.79 10 33 1 915 10 914.5 10 914.5 10 34 1 973 10 972.9 4 972.7 3 39 1 992.10 17 992.08 17 992.11 10 66 12 1072 10 1072.4 4 1072.4 4 47 1 1096 10 1096 3 1096.0 16 50 1 1122 10 1121.8 23 1122.0 12 51 1 1188 10 1187.5 19 1188.0 12 54 1 0.0 1204.41 25 1204.39 11 55 1 0.0 1213.47 6 1213.46 3 56 1 1253 10 1252.5 19 1252.5 14 57 1 1286 10 1285.6 19 1284.9 6 58 1 1304 10 1303.6 16 1302.3 5 60 1 1342 10 1341.6 19 1341.9 10 61 1 1426 10 1426.2 17 1425.7 5 64 1 1438 10 1437.5 17 1437.2 6 65 1 1466 10 1465.9 21 1465.9 20 67 1 5333.2 11 5333.4 4 5333.61 17 68 66 5347.0 11 5347.8 8 5347.5 6 68 65 5358.4 12 5359.1 6 5358.9 5 68 64 5384.9 14 0.0 5384.88 17 68 63 5409.9 11 5410.6 4 5410.63 18 68 62 5442.7 11 0.0 5442.8 9 68 61 5481.7 11 5482.6 5 5482.4 5 68 60 5499.1 20 5499.9 6 5499.8 6 68 58 5532.1 20 0.0 5532.1 14 68 57 5570.7 11 0.0 5571.18 15 68 56 5579.4 11 0.0 5580.26 19 68 55 5596.3 16 0.0 5596.7 12 68 54 5617.3 14 0.0 5617.60 15 68 53 5662.5 14 0.0 5662.6 12 68 51 5688.4 19 0.0 5688.6 16 68 50 5703.1 16 0.0 5703.13 19 68 48 5713.3 13 0.0 5713.77 17 68 46 5731.3 12 0.0 5732.00 15 68 44 5752.8 12 0.0 5753.41 15 68 43 5769.3 12 (1 5769.8 6 5769.15 16 68 41 5776.2 13 0.0 5776.98 15 68 40 5811.9 13 (1 5812.6 6 5812.0 4 68 39 5834.8 12 0.0 5835.32 15 68 36 5892.5 12 (1 5892.4 3 5891.97 15 68 32 5994.2 13 0.0 5993.70 15 68 27 6048.4 13 0.0 6048.93 15 68 21 6057 5 0.0 6055.76 15 68 20 6125.3 13 0.0 6126.54 15 68 18 6134.9 13 0.0 6135.69 15 68 17 6229.0 18 0.0 6229.64 15 68 15 6277.4 24 0.0 6276.37 15 68 14 6325.0 14 0.0 6325.67 15 68 12 6410.4 14 0.0 6411.23 15 68 9 6470.4 17 0.0 6471.12 15 68 6 6559.3 21 0.0 6561.27 15 68 3 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .5320 F=112 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7779 F= 63 CHISQ/F = .4661 (FIT OF 301GAMMAS - 67LEVELS) ITERATION - 4 CHISQ - 1.255 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 127.264 5 3. 223.327 5 4. 272.9663 20 5. 289.657 6 6. 313.474 5 7. 350.573 6 8. 366.415 6 9. 373.369 8 10. 425.929 5 11. 448.032 4 12. 458.938 8 13. 459.998 5 14. 508.241 4 15. 554.975 9 16. 556.846 21 17. 648.925 10 18. 658.077 8 19. 665.626 12 20. 728.861 10 21. 735.688 11 22. 744.829 9 23. 761.007 12 24. 771.01 8 25. 787.18 4 26. 789.381 10 27. 790.924 20 28. 813.350 8 29. 829.136 8 30. 850.491 18 31. 875.33 4 32. 892.663 11 33. 910.79 10 34. 914.5 10 35. 920.68 8 36. 949.314 11 37. 951.471 13 38. 970.307 8 39. 972.7 3 40. 1007.659 11 41. 1015.49 6 42. 1019.035 11 43. 1031.227 25 44. 1052.646 20 45. 1057.342 20 46. 1070.87 8 47. 1072.4 4 48. 1081.51 11 49. 1081.876 25 50. 1096.0 16 51. 1122.0 12 52. 1152.23 9 53. 1167.045 10 54. 1188.0 12 55. 1204.39 11 56. 1213.47 3 57. 1252.5 14 58. 1284.9 6 59. 1285.75 11 60. 1302.2 5 61. 1341.8 10 62. 1374.02 11 63. 1399.78 7 64. 1425.7 5 65. 1437.2 6 66. 1451.04 10 67. 1465.9 20 68. 6784.74 16 GAMMA ENERGIES 115IN(N,G):E=TH,RE-115IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 22.800 8 0.0 22.796 7 9 7 42.15 5 42.34 19 42.172 17 32 30 45.00 5 44.97 23 44.987 19 44 40 60.9160 10 60.97 8 60.9159 10 7 5 76.7580 20 76.66 14 76.7580 20 8 5 82.313 3 82.30 17 82.312 3 14 10 84.3080 20 84.31 12 84.3079 20 29 22 85.5690 20 (1 85.66 8 85.5689 20 12 9 90.150 4 0.0 90.148 3 6 3 95.380 4 0.0 95.380 4 23 19 96.040 5 0.0 96.036 5 15 12 96.066 5 96.11 8 96.062 3 3 2 101.16 4 101.1 3 101.175 21 44 37 112.082 6 0.0 112.081 6 23 17 112.456 3 112.38 10 112.4543 24 10 6 114.997 3 115.10 14 114.997 3 40 32 126.3720 20 (1 126.49 12 126.3720 20 42 32 127 10 127.264 8 127.264 5 2 1 132.94 15 132.92 21 132.847 21 27 18 140.4560 20 140.44 19 140.4558 20 26 17 141.1710 20 141.17 14 141.1704 20 38 29 143.55 15 (1 144.3 6 143.70 4 42 31 146.5240 20 146.50 21 146.5240 20 13 6 149.6700 20 149.76 10 149.6700 20 35 24 155.270 4 (1 155.40 13 155.272 3 28 18 156.955 4 157.4 5 156.957 4 38 28 159.932 4 159.95 17 159.932 4 36 26 162.393 3 (1 162.50 11 162.393 3 5 2 163.809 11 164.0 4 163.802 8 32 20 (1 171.074 14 (1 171.16 10 171.059 5 29 18 173.889 6 173.87 8 173.886 6 20 15 175.066 4 175.02 14 175.066 4 11 4 (1 180.95 3 1) 0.0 180.926 11 38 26 186.210 3 (1 186.32 11 186.2098 24 6 2 196.738 5 196.82 12 196.738 5 53 38 202.15 6 0.0 202.14 6 41 28 202.154 16 0.0 202.156 14 44 30 202.605 6 202.58 10 202.602 3 10 3 213.638 20 213.63 10 213.625 12 36 21 217.87 3 217.9 4 217.877 24 43 28 222.62 3 222.9 3 222.610 13 37 20 225.47 3 225.8 3 225.478 3 38 22 230.33 4 0.0 230.34 4 25 16 (1 234.603 14 1) 0.0 234.618 11 38 21 235.278 5 235.21 8 235.275 4 14 4 240.31 4 240.23 14 240.30 3 43 27 243.16 3 0.0 243.16 3 56 38 246.099 15 246.29 23 246.105 7 9 2 252.75 12 0.0 252.71 10 33 18 267.97 4 268.04 21 267.960 20 45 26 272.9660 20 (1 273.05 8 272.9659 20 4 1 (1 284.903 10 (1 285.00 8 284.914 4 14 3 290.950 15 291.00 8 290.952 15 49 27 (1 293.19 19 1) 0.0 293.393 15 37 18 293.641 15 293.60 10 293.644 14 30 16 295.52 3 295.58 8 295.515 17 30 15 298.659 5 298.72 8 298.664 3 10 2 299.5 5 0.0 299.211 12 19 8 300.25 15 300.2 4 300.388 4 36 17 (1 305.130 21 1) 305.09 12 305.108 8 28 14 315.01 10 315.04 14 315.053 12 19 7 318.56 9 (1 318.9 3 318.48 4 31 16 320.907 16 321.2 7 320.895 8 29 14 321.650 20 0.0 321.653 18 45 21 335.458 13 335.47 8 335.450 10 17 6 335.80 5 0.0 335.816 20 32 16 (1 337.72 3 (1 337.84 15 337.687 8 32 15 339.26 13 0.0 339.15 4 25 11 (1 365.16 15 1) 365.03 14 364.995 20 27 10 368.57 8 (1 369.4 8 368.55 7 63 43 373.34 20 373.4 3 373.149 24 43 18 375.95 7 375.89 8 375.969 12 19 5 384.41 5 0.0 384.421 11 32 14 385.099 12 385.06 8 385.111 8 18 4 387.67 7 387.4 4 387.637 13 23 9 393.12 12 392.8 4 393.09 11 59 32 (1 394.7 4 1) 394.6 4 394.338 13 36 15 (1 396.43 6 1) 396.36 25 396.496 12 37 15 402.3 3 0.0 402.55 10 33 14 410.39 10 410.49 14 410.433 11 23 7 422.204 19 422.23 10 422.213 11 21 6 433.713 14 433.80 8 433.723 8 32 12 443.26 4 443.31 19 443.229 13 37 14 447.36 17 448.7 23 447.531 11 23 6 468.62 10 0.0 468.64 3 56 22 (1 471.8 5 1) 471.9 11 471.349 11 23 5 475.88 3 (1 476.13 22 475.906 10 26 6 0.0 489.8 11 489.314 10 36 13 490.0 4 0.0 490.374 12 36 12 492.528 14 492.52 10 492.532 11 37 12 497.70 6 497.79 21 497.670 19 44 15 500.2 3 500.2 4 499.875 8 28 6 515.7 3 515.6 4 515.661 8 29 6 515.94 13 0.0 515.89 8 46 15 517.946 23 0.0 517.957 20 27 4 518.10 20 518.06 10 518.119 12 53 17 (1 521.59 9 1) 521.62 14 521.501 9 22 3 521.5 5 0.0 521.660 10 17 2 (1 540.48 10 1) 540.44 23 540.382 8 28 4 548.69 3 548.70 10 548.720 9 40 12 0.0 554.969 19 554.973 9 15 1 555.45 12 0.0 555.47 11 55 17 556.15 10 0.0 556.169 8 29 4 (1 556.75 9 1) 556.7 3 556.845 21 16 1 559.93 17 559.89 21 560.095 9 42 12 (1 567.75 14 1) 567.57 19 567.596 20 27 3 577.51 5 577.45 17 577.523 18 30 4 586.36 23 586.1 6 586.43 7 63 28 (1 602.30 6 1) 602.36 8 602.36 4 31 4 608.36 7 (1 608.34 8 608.422 11 21 2 617.9 4 617.6 5 617.562 9 22 2 622.64 18 622.53 14 622.57 11 48 12 632.4 14 632 3 633.740 11 23 2 634.07 22 634.0 3 634.288 9 40 9 648.0 3 647.65 17 647.72 8 35 4 654.92 20 (1 654.2 7 654.95 7 63 22 657.15 12 657.25 17 657.084 11 40 7 662.16 25 662.0 4 662.115 10 26 2 693.44 17 693.24 10 693.29 9 52 12 706.22 25 0.0 706.21 10 66 22 747.3 8 746.6 3 746.978 9 38 3 771.00 16 771.00 12 771.01 8 24 1 0.0 787.17 8 787.18 4 25 1 (1 791.5 6 1) 791.3 16 792.16 6 41 3 808.6 10 808.0 3 807.897 25 43 3 (1 819.5 4 1) 819.00 12 819.04 11 62 15 847.53 16 847.50 12 847.54 8 46 3 896.1 5 895.8 5 896.07 10 66 15 0.0 910.80 23 910.79 10 33 1 915 10 914.5 10 914.5 10 34 1 973 10 972.9 4 972.6 3 39 1 992.10 17 992.08 17 992.10 10 66 12 1072 10 1072.4 4 1072.4 4 47 1 1096 10 1096 3 1096.0 16 50 1 1122 10 1121.8 23 1122.0 12 51 1 1188 10 1187.5 19 1187.9 12 54 1 0.0 1204.41 25 1204.39 11 55 1 0.0 1213.47 6 1213.46 3 56 1 1253 10 1252.5 19 1252.5 14 57 1 1286 10 1285.6 19 1284.8 6 58 1 1304 10 1303.6 16 1302.2 5 60 1 1342 10 1341.6 19 1341.8 10 61 1 1426 10 1426.2 17 1425.7 5 64 1 1438 10 1437.5 17 1437.1 6 65 1 1466 10 1465.9 21 1465.9 20 67 1 5333.2 11 5333.4 4 5333.57 18 68 66 5347.0 11 5347.8 8 5347.5 6 68 65 5358.4 12 5359.1 6 5358.9 5 68 64 5384.9 14 0.0 5384.83 18 68 63 5409.9 11 5410.6 4 5410.59 19 68 62 5442.7 11 0.0 5442.8 9 68 61 5481.7 11 5482.6 5 5482.4 5 68 60 5499.1 20 5499.9 6 5499.8 6 68 58 5532.1 20 0.0 5532.1 14 68 57 5570.7 11 0.0 5571.13 16 68 56 5579.4 11 0.0 5580.21 19 68 55 5596.3 16 0.0 5596.6 12 68 54 5617.3 14 0.0 5617.55 16 68 53 5662.5 14 0.0 5662.6 12 68 51 5688.4 19 0.0 5688.6 16 68 50 5703.1 16 0.0 5703.08 20 68 48 5713.3 13 0.0 5713.72 18 68 46 5731.3 12 0.0 5731.95 16 68 44 5752.8 12 0.0 5753.36 16 68 43 5769.3 12 (1 5769.8 6 5769.10 17 68 41 5776.2 13 0.0 5776.93 16 68 40 5811.9 13 (1 5812.6 6 5811.9 4 68 39 5834.8 12 0.0 5835.27 16 68 36 5892.5 12 (1 5892.4 4 5891.92 16 68 32 5994.2 13 0.0 5993.65 16 68 27 6048.4 13 0.0 6048.89 16 68 21 6057 5 0.0 6055.71 16 68 20 6125.3 13 0.0 6126.49 16 68 18 6134.9 13 0.0 6135.64 16 68 17 6229.0 18 0.0 6229.59 16 68 15 6277.4 24 0.0 6276.32 16 68 14 6325.0 14 0.0 6325.62 16 68 12 6410.4 14 0.0 6411.18 16 68 9 6470.4 17 0.0 6471.08 16 68 6 6559.3 21 0.0 6561.22 16 68 3 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .5046 F=112 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7742 F= 63 CHISQ/F = .4519 (FIT OF 301GAMMAS - 67LEVELS) ITERATION - 5 CHISQ - 1.255 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 127.264 5 3. 223.327 5 4. 272.9663 20 5. 289.657 6 6. 313.474 5 7. 350.573 6 8. 366.415 6 9. 373.369 8 10. 425.929 5 11. 448.032 4 12. 458.938 8 13. 459.998 5 14. 508.241 4 15. 554.975 9 16. 556.846 21 17. 648.925 10 18. 658.077 8 19. 665.626 12 20. 728.861 10 21. 735.688 11 22. 744.829 9 23. 761.007 12 24. 771.01 8 25. 787.18 4 26. 789.381 10 27. 790.924 20 28. 813.350 8 29. 829.136 8 30. 850.491 18 31. 875.33 4 32. 892.663 11 33. 910.79 10 34. 914.5 10 35. 920.68 8 36. 949.314 11 37. 951.471 13 38. 970.307 8 39. 972.6 3 40. 1007.659 11 41. 1015.49 6 42. 1019.035 11 43. 1031.227 25 44. 1052.646 20 45. 1057.342 20 46. 1070.87 8 47. 1072.4 4 48. 1081.51 11 49. 1081.876 25 50. 1096.0 16 51. 1122.0 12 52. 1152.23 9 53. 1167.045 10 54. 1187.9 12 55. 1204.39 11 56. 1213.47 3 57. 1252.5 14 58. 1284.8 6 59. 1285.75 11 60. 1302.2 5 61. 1341.8 10 62. 1374.02 11 63. 1399.78 7 64. 1425.7 5 65. 1437.1 6 66. 1451.04 10 67. 1465.9 20 68. 6784.72 17 GAMMA ENERGIES 115IN(N,G):E=TH,RE-115IN(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 22.800 8 0.0 22.796 7 9 7 42.15 5 42.34 19 42.172 17 32 30 45.00 5 44.97 23 44.987 19 44 40 60.9160 10 60.97 8 60.9159 10 7 5 76.7580 20 76.66 14 76.7580 20 8 5 82.313 3 82.30 17 82.312 3 14 10 84.3080 20 84.31 12 84.3079 20 29 22 85.5690 20 (1 85.66 8 85.5689 20 12 9 90.150 4 0.0 90.148 3 6 3 95.380 4 0.0 95.380 4 23 19 96.040 5 0.0 96.036 5 15 12 96.066 5 96.11 8 96.062 3 3 2 101.16 4 101.1 3 101.175 21 44 37 112.082 6 0.0 112.081 6 23 17 112.456 3 112.38 10 112.4543 24 10 6 114.997 3 115.10 14 114.997 3 40 32 126.3720 20 (1 126.49 12 126.3720 20 42 32 127 10 127.264 8 127.264 5 2 1 132.94 15 132.92 21 132.847 21 27 18 140.4560 20 140.44 19 140.4558 20 26 17 141.1710 20 141.17 14 141.1704 20 38 29 143.55 15 (1 144.3 6 143.70 4 42 31 146.5240 20 146.50 21 146.5240 20 13 6 149.6700 20 149.76 10 149.6700 20 35 24 155.270 4 (1 155.40 13 155.272 3 28 18 156.955 4 157.4 5 156.957 4 38 28 159.932 4 159.95 17 159.932 4 36 26 162.393 3 (1 162.50 11 162.393 3 5 2 163.809 11 164.0 4 163.802 8 32 20 (1 171.074 14 (1 171.16 10 171.059 5 29 18 173.889 6 173.87 8 173.886 6 20 15 175.066 4 175.02 14 175.066 4 11 4 (1 180.95 3 1) 0.0 180.926 11 38 26 186.210 3 (1 186.32 11 186.2098 24 6 2 196.738 5 196.82 12 196.738 5 53 38 202.15 6 0.0 202.14 6 41 28 202.154 16 0.0 202.156 14 44 30 202.605 6 202.58 10 202.602 3 10 3 213.638 20 213.63 10 213.625 12 36 21 217.87 3 217.9 4 217.877 24 43 28 222.62 3 222.9 3 222.610 13 37 20 225.47 3 225.8 3 225.478 3 38 22 230.33 4 0.0 230.34 4 25 16 (1 234.603 14 1) 0.0 234.618 11 38 21 235.278 5 235.21 8 235.275 4 14 4 240.31 4 240.23 14 240.30 3 43 27 243.16 3 0.0 243.16 3 56 38 246.099 15 246.29 23 246.105 7 9 2 252.75 12 0.0 252.71 10 33 18 267.97 4 268.04 21 267.960 20 45 26 272.9660 20 (1 273.05 8 272.9659 20 4 1 (1 284.903 10 (1 285.00 8 284.914 4 14 3 290.950 15 291.00 8 290.952 15 49 27 (1 293.19 19 1) 0.0 293.393 15 37 18 293.641 15 293.60 10 293.644 14 30 16 295.52 3 295.58 8 295.515 17 30 15 298.659 5 298.72 8 298.664 3 10 2 299.5 5 0.0 299.211 12 19 8 300.25 15 300.2 4 300.388 4 36 17 (1 305.130 21 1) 305.09 12 305.108 8 28 14 315.01 10 315.04 14 315.053 12 19 7 318.56 9 (1 318.9 3 318.48 4 31 16 320.907 16 321.2 7 320.895 8 29 14 321.650 20 0.0 321.653 18 45 21 335.458 13 335.47 8 335.450 10 17 6 335.80 5 0.0 335.816 20 32 16 (1 337.72 3 (1 337.84 15 337.687 8 32 15 339.26 13 0.0 339.15 4 25 11 (1 365.16 15 1) 365.03 14 364.995 20 27 10 368.57 8 (1 369.4 8 368.55 7 63 43 373.34 20 373.4 3 373.149 24 43 18 375.95 7 375.89 8 375.969 12 19 5 384.41 5 0.0 384.421 11 32 14 385.099 12 385.06 8 385.111 8 18 4 387.67 7 387.4 4 387.636 13 23 9 393.12 12 392.8 4 393.09 11 59 32 (1 394.7 4 1) 394.6 4 394.338 13 36 15 (1 396.43 6 1) 396.36 25 396.496 12 37 15 402.3 3 0.0 402.55 10 33 14 410.39 10 410.49 14 410.433 11 23 7 422.204 19 422.23 10 422.213 11 21 6 433.713 14 433.80 8 433.723 8 32 12 443.26 4 443.31 19 443.229 13 37 14 447.36 17 448.7 23 447.531 11 23 6 468.62 10 0.0 468.64 3 56 22 (1 471.8 5 1) 471.9 11 471.349 11 23 5 475.88 3 (1 476.13 22 475.906 10 26 6 0.0 489.8 11 489.314 10 36 13 490.0 4 0.0 490.374 12 36 12 492.528 14 492.52 10 492.532 11 37 12 497.70 6 497.79 21 497.670 19 44 15 500.2 3 500.2 4 499.875 8 28 6 515.7 3 515.6 4 515.661 8 29 6 515.94 13 0.0 515.89 8 46 15 517.946 23 0.0 517.957 20 27 4 518.10 20 518.06 10 518.119 12 53 17 (1 521.59 9 1) 521.62 14 521.501 9 22 3 521.5 5 0.0 521.660 10 17 2 (1 540.48 10 1) 540.44 23 540.382 8 28 4 548.69 3 548.70 10 548.720 9 40 12 0.0 554.969 19 554.973 9 15 1 555.45 12 0.0 555.47 11 55 17 556.15 10 0.0 556.169 8 29 4 (1 556.75 9 1) 556.7 3 556.845 21 16 1 559.93 17 559.89 21 560.095 9 42 12 (1 567.75 14 1) 567.57 19 567.596 20 27 3 577.51 5 577.45 17 577.523 18 30 4 586.36 23 586.1 6 586.43 7 63 28 (1 602.30 6 1) 602.36 8 602.36 4 31 4 608.36 7 (1 608.34 8 608.422 11 21 2 617.9 4 617.6 5 617.562 9 22 2 622.64 18 622.53 14 622.57 11 48 12 632.4 14 632 3 633.740 11 23 2 634.07 22 634.0 3 634.288 9 40 9 648.0 3 647.65 17 647.72 8 35 4 654.92 20 (1 654.2 7 654.95 7 63 22 657.15 12 657.25 17 657.084 11 40 7 662.16 25 662.0 4 662.115 10 26 2 693.44 17 693.24 10 693.29 9 52 12 706.22 25 0.0 706.21 10 66 22 747.3 8 746.6 3 746.978 9 38 3 771.00 16 771.00 12 771.01 8 24 1 0.0 787.17 8 787.18 4 25 1 (1 791.5 6 1) 791.3 16 792.16 6 41 3 808.6 10 808.0 3 807.897 25 43 3 (1 819.5 4 1) 819.00 12 819.04 11 62 15 847.53 16 847.50 12 847.54 8 46 3 896.1 5 895.8 5 896.06 10 66 15 0.0 910.80 23 910.79 10 33 1 915 10 914.5 10 914.5 10 34 1 973 10 972.9 4 972.6 3 39 1 992.10 17 992.08 17 992.10 10 66 12 1072 10 1072.4 4 1072.4 4 47 1 1096 10 1096 3 1096.0 16 50 1 1122 10 1121.8 23 1122.0 12 51 1 1188 10 1187.5 19 1187.9 12 54 1 0.0 1204.41 25 1204.39 11 55 1 0.0 1213.47 6 1213.46 3 56 1 1253 10 1252.5 19 1252.5 14 57 1 1286 10 1285.6 19 1284.8 6 58 1 1304 10 1303.6 16 1302.2 5 60 1 1342 10 1341.6 19 1341.8 10 61 1 1426 10 1426.2 17 1425.7 5 64 1 1438 10 1437.5 17 1437.1 6 65 1 1466 10 1465.9 21 1465.9 20 67 1 5333.2 11 5333.4 4 5333.54 18 68 66 5347.0 11 5347.8 8 5347.4 6 68 65 5358.4 12 5359.1 6 5358.9 5 68 64 5384.9 14 0.0 5384.80 18 68 63 5409.9 11 5410.6 4 5410.56 19 68 62 5442.7 11 0.0 5442.8 9 68 61 5481.7 11 5482.6 5 5482.4 5 68 60 5499.1 20 5499.9 6 5499.7 6 68 58 5532.1 20 0.0 5532.1 14 68 57 5570.7 11 0.0 5571.11 17 68 56 5579.4 11 0.0 5580.18 20 68 55 5596.3 16 0.0 5596.6 12 68 54 5617.3 14 0.0 5617.53 17 68 53 5662.5 14 0.0 5662.6 12 68 51 5688.4 19 0.0 5688.6 16 68 50 5703.1 16 0.0 5703.05 20 68 48 5713.3 13 0.0 5713.70 18 68 46 5731.3 12 0.0 5731.92 17 68 44 5752.8 12 0.0 5753.34 17 68 43 5769.3 12 (1 5769.8 7 5769.07 17 68 41 5776.2 13 0.0 5776.90 17 68 40 5811.9 13 (1 5812.6 6 5811.9 4 68 39 5834.8 12 0.0 5835.25 17 68 36 5892.5 12 (1 5892.4 5 5891.89 17 68 32 5994.2 13 0.0 5993.63 17 68 27 6048.4 13 0.0 6048.86 17 68 21 6057 5 0.0 6055.69 17 68 20 6125.3 13 0.0 6126.47 17 68 18 6134.9 13 0.0 6135.62 17 68 17 6229.0 18 0.0 6229.56 17 68 15 6277.4 24 0.0 6276.29 17 68 14 6325.0 14 0.0 6325.59 17 68 12 6410.4 14 0.0 6411.16 17 68 9 6470.4 17 0.0 6471.05 17 68 6 6559.3 21 0.0 6561.19 17 68 3 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .5020 F=112 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7697 F= 63 CHISQ/F = .4494 (FIT OF 301GAMMAS - 67LEVELS) LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 24 8 .0000 42.172 17 0.49 7 1.8067 44.987 19 0.43 6 .7198 60.9159 10 45 3 .8515 76.7580 20 1.20 11 2.1876 82.312 3 0.60 5 .3157 84.3079 20 3.34 24 9.9369 85.5689 20 66 3 9.0011 90.148 3 0.20 8 .0000 95.380 4 3.1 10 .0000 96.036 5 37 3 .0000 96.062 3 66 3 2.8821 101.175 21 0.52 8 .0312 112.081 6 0.7 3 .0000 112.4543 24 3.84 21 .1475 114.997 3 1.42 10 1.0863 126.3720 20 11.8 4 4.7529 127.264 5 2.8E-17 4 .0000 132.847 21 0.34 5 .5364 140.4558 20 4.5 3 2.5636 141.1704 20 7.7 8 .1954 143.70 4 0.16 5 .7283 146.5240 20 0.58 7 .2993 149.6700 20 2.04 11 .1400 155.272 3 7.1 4 .0720 156.957 4 0.76 9 .5117 159.932 4 2.71 20 9.9873 162.393 3 79 3 .1167 163.802 8 1.53 25 1.4015 171.059 5 9.6 4 .2287 173.886 6 11.7 7 .0038 175.066 4 3.02 20 1.0615 180.926 11 0.52 10 .0000 186.2098 24 75 3 .1128 196.738 5 2.41 16 .9198 202.14 6 0.9 3 .0000 202.156 14 0.9 3 .0000 202.602 3 7.1 4 4.9618 213.625 12 1.84 13 .0186 217.877 24 0.62 8 2.6388 222.610 13 0.58 9 1.4926 225.478 3 0.53 8 .9733 230.34 4 0.31 16 .0000 234.618 11 2.3 7 .0000 235.275 4 12.8 6 6.6841 240.30 3 1.10 13 1.2275 243.16 3 0.37 10 .0000 246.105 7 0.81 11 .1798 252.71 10 0.31 10 .0000 267.960 20 1.47 17 .2585 272.9659 20 100 4 2.0592 284.914 4 13.5 5 .5885 290.952 15 7.7 3 1.3849 293.393 15 1.3 4 .0000 293.644 14 3.81 23 .8842 295.515 17 8.6 4 2.1695 298.664 3 27.7 10 5.7289 299.211 12 0.7 4 .0000 300.388 4 1.36 23 .9455 305.108 8 3.52 18 1.4576 315.053 12 2.10 15 .2885 318.48 4 1.71 14 .0427 320.895 8 6.1 3 3.2122 321.653 18 2.1 8 .0000 335.450 10 26.2 11 5.3021 335.816 20 1.0 8 .0000 337.687 8 7.3 4 .7292 339.15 4 1.5 3 .0000 364.995 20 1.56 13 .3666 368.55 7 0.36 13 .1080 373.149 24 1.14 15 .0075 375.969 12 7.8 4 .8513 384.421 11 9.4 21 .0000 385.111 8 33.5 17 .6182 387.636 13 0.89 18 7.9943 393.09 11 1.23 13 .6910 394.338 13 0.89 10 1.0934 396.496 12 1.36 13 .8100 402.55 10 0.31 16 .0000 410.433 11 1.99 20 .2337 422.213 11 4.79 22 .2587 433.723 8 18.5 7 .0081 443.229 13 1.62 17 .2478 447.531 11 1.05 13 1.2195 468.64 3 0.94 21 .0000 471.349 11 12.8 5 .3884 475.906 10 5.3 3 .2300 489.314 10 1.78 20 .0000 490.374 12 2.6 3 .0000 492.532 11 9.4 4 .0314 497.670 19 1.76 19 1.0836 499.875 8 1.04 19 .1881 515.661 8 1.76 23 .3448 515.89 8 0.8 5 .0000 517.957 20 8.9 10 .0000 518.119 12 8.8 6 115.9000 521.501 9 5.7 4 .0346 521.660 10 0.5 3 .0000 540.382 8 1.82 16 .4665 548.720 9 5.9 3 .0846 554.973 9 5.1E-1710 .0000 555.47 11 2.6 16 .0000 556.169 8 5 3 .0000 556.845 21 13.1 7 .5220 560.095 9 2.4 3 .0755 567.596 20 2.86 24 .0826 577.523 18 5.6 4 .0003 586.43 7 0.87 15 .8653 602.36 4 8.2 4 .0258 608.422 11 *** 5 .0050 617.562 9 0.66 13 .0518 622.57 11 2.19 19 1.2216 633.740 11 4.4 3 .0192 634.288 9 4.7 3 .3325 647.72 8 3.21 21 .8503 654.95 7 1.41 15 1.7106 657.084 11 4.16 22 1.1111 662.115 10 0.96 16 2.1190 693.29 9 5.0 3 2.1071 706.21 10 1.26 21 .0000 746.978 9 1.94 22 1.0070 771.01 8 4.2 4 .3701 787.18 4 5.1E-1710 .0000 792.16 6 3.74 24 .2690 807.897 25 1.3 3 .0534 819.04 11 7.1 5 9.2702 847.54 8 6.0 4 .2652 896.06 10 0.87 19 .4914 910.79 10 5.1E-1710 .0000 914.5 10 2.8E-17 4 .0000 972.6 3 2.8E-17 4 .0000 992.10 10 2.72 20 .4890 1072.4 4 2.8E-17 4 .0000 1096.0 16 2.8E-17 4 .0000 1122.0 12 2.8E-17 4 .0000 1187.9 12 2.8E-17 4 .0000 1204.39 11 5.1E-1710 .0000 1213.46 3 5.1E-1710 .0000 1252.5 14 2.8E-17 4 .0000 1284.8 6 2.8E-17 4 .0000 1302.2 5 2.8E-17 4 .0000 1341.8 10 2.8E-17 4 .0000 1425.7 5 2.8E-17 4 .0000 1437.1 6 2.8E-17 4 .0000 1465.9 20 2.8E-17 4 .0000 5333.54 18 2.42 21 .7856 5347.4 6 1.04 12 .0374 5358.9 5 1.39 16 .4876 5384.80 18 0.12 4 .0000 5410.56 19 1.48 13 .2514 5442.8 9 0.24 5 .0000 5482.4 5 0.62 8 .5709 5499.7 6 0.76 10 .0370 5532.1 14 0.06 3 .0000 5571.11 17 0.45 9 .0000 5580.18 20 0.68 13 .0000 5596.6 12 0.052 21 .0000 5617.53 17 0.073 21 .0000 5662.6 12 0.08 3 .0000 5688.6 16 0.05 3 .0000 5703.05 20 0.08 3 .0000 5713.70 18 0.16 4 .0000 5731.92 17 0.30 6 .0000 5753.34 17 0.30 6 .0000 5769.07 17 0.85 11 .3553 5776.90 17 0.32 7 .0000 5811.9 4 0.43 5 .9774 5835.25 17 0.23 5 .0000 5891.89 17 5.7 4 1.1727 5993.63 17 0.08 3 .0000 6048.86 17 0.24 5 .0000 6055.69 17 0.0 .0000 6126.47 17 0.089 21 .0000 6135.62 17 0.29 6 .0000 6229.56 17 0.27 6 .0000 6276.29 17 0.021 10 .0000 6325.59 17 0.37 8 .0000 6411.16 17 0.48 10 .0000 6471.05 17 0.037 10 .0000 6561.19 17 0.084 21 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.115IN(N,G):E=TH,RES 2.115IN(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 45 15 45 15 0.0 4.6 16 24 8 42.172 17 1.3 3 0.94 13*1* 0.078 13 0.097 13*1* 0.49 7 44.987 19 1.1 3 0.83 12 0.076 12 0.085 12 0.43 6 60.9159 10 135 40 85 6*1* 8.6 5 8.8 5 45 3 76.7580 20 2.8 4 2.28 22*1* 0.196 24 0.235 22*1* 1.20 11 82.312 3 1.00 20 1.15 11 0.122 12 0.118 10 0.60 5 84.3079 20 3.8 6 6.4 5*4* 0.73 6 0.66 5*1* 3.34 24 85.5689 20 157 11 126 6*2* 11.1 6 13.0 6*3* 66 3 90.148 3 0.38 15 0.38 15 0.0 0.039 16 0.20 8 95.380 4 6.0 20 6.0 20 0.0 0.62 24 3.1 10 96.036 5 70 6 70 6 0.0 7.2 7 37 3 96.062 3 109 8 126 6*2* 13.8 7 13.0 6*1* 66 3 101.175 21 1.1 5 0.99 16 0.100 17 0.102 16 0.52 8 112.081 6 1.4 5 1.4 5 0.0 0.14 6 0.7 3 112.4543 24 7.0 7 7.3 4 0.77 5 0.76 4 3.84 21 114.997 3 3.0 3 2.71 19 0.253 24 0.280 20*1* 1.42 10 126.3720 20 24.7 12 22.5 9*1* 2.05 11 2.32 10*2* 11.8 4 127.264 5 0.0 0.0 *S* 0.0 0.0 *S* 2.8E-17 4 132.847 21 0.9 3 0.65 10 0.061 10 0.067 10 0.34 5 140.4558 20 12.3 20 8.6 6*1* 0.81 6 0.89 6*1* 4.5 3 141.1704 20 13.7 20 14.6 15 1.61 24 1.51 16 7.7 8 143.70 4 0.20 10 0.31 10*1* 0.039 15 0.032 10 0.16 5 146.5240 20 1.20 20 1.10 13 0.103 18 0.114 14 0.58 7 149.6700 20 4.0 3 3.89 22 0.39 3 0.402 23 2.04 11 155.272 3 14.2 20 13.5 9 1.38 9 1.40 8 7.1 4 156.957 4 1.30 20 1.45 17 0.17 3 0.150 18 0.76 9 159.932 4 3.0 5 5.2 4*4* 0.59 5 0.53 4*1* 2.71 20 162.393 3 147 10 151 7 15.8 8 15.6 7 79 3 163.802 8 2.2 5 2.9 5*1* 0.38 9 0.30 5 1.53 25 171.059 5 17.4 15 18.3 10 1.92 10 1.89 9 9.6 4 173.886 6 22 3 22.2 14 2.30 14 2.30 13 11.7 7 175.066 4 5.0 6 5.8 4*1* 0.63 5 0.60 4 3.02 20 180.926 11 1.00 20 1.00 20 0.0 0.103 24 0.52 10 186.2098 24 138 11 142 7 14.9 8 14.7 7 75 3 196.738 5 4.0 5 4.6 3*1* 0.50 4 0.47 3 2.41 16 202.14 6 1.7 5 1.7 5 0.0 0.18 5 0.9 3 202.156 14 1.7 5 1.7 5 0.0 0.18 6 0.9 3 202.602 3 10.3 11 13.5 8*2* 1.50 9 1.40 8*1* 7.1 4 213.625 12 3.6 5 3.5 3 0.36 3 0.36 3 1.84 13 217.877 24 0.5 3 1.19 16*2* 0.126 17 0.122 16 0.62 8 222.610 13 0.6 3 1.11 17*1* 0.120 19 0.115 17 0.58 9 225.478 3 0.6 3 1.01 16*1* 0.109 18 0.104 16 0.53 8 230.34 4 0.6 3 0.6 3 0.0 0.06 3 0.31 16 234.618 11 4.3 13 4.3 13 0.0 0.44 15 2.3 7 235.275 4 19.1 16 24.4 13*3* 2.75 15 2.52 12*1* 12.8 6 240.30 3 1.7 3 2.10 25*1* 0.25 4 0.22 3 1.10 13 243.16 3 0.70 20 0.70 20 0.0 0.07 3 0.37 10 246.105 7 1.4 3 1.55 21 0.17 3 0.160 22 0.81 11 252.71 10 0.60 20 0.60 20 0.0 0.062 21 0.31 10 267.960 20 2.4 6 2.8 3 0.30 4 0.29 3 1.47 17 272.9659 20 204 10 191 7*1* 18.3 9 19.7 8*1* 100 4 284.914 4 26.8 15 25.7 11 2.54 14 2.65 12 13.5 5 290.952 15 15.6 8 14.8 6*1* 1.42 8 1.52 7*1* 7.7 3 293.393 15 2.5 8 2.5 8 0.0 0.26 9 1.3 4 293.644 14 6.0 10 7.3 5*1* 0.77 5 0.75 5 3.81 23 295.515 17 17.9 11 16.4 8*1* 1.55 9 1.69 8*1* 8.6 4 298.664 3 59 3 52.8 21*2* 4.78 25 5.45 23*2* 27.7 10 299.211 12 1.3 8 1.3 8 0.0 0.13 8 0.7 4 300.388 4 3.2 8 2.6 5 0.21 5 0.27 5*1* 1.36 23 305.108 8 6.0 5 6.7 4*1* 0.74 5 0.69 4 3.52 18 315.053 12 4.2 4 4.0 3 0.39 4 0.41 3 2.10 15 318.48 4 3.1 6 3.3 3 0.34 3 0.34 3 1.71 14 320.895 8 9.1 11 11.7 7*2* 1.28 8 1.21 7 6.1 3 321.653 18 4.0 16 4.0 16 0.0 0.41 17 2.1 8 335.450 10 59 4 49.9 23*2* 4.59 24 5.15 23*2* 26.2 11 335.816 20 2.0 15 2.0 15 0.0 0.21 16 1.0 8 337.687 8 15.6 16 14.0 8*1* 1.39 8 1.44 7 7.3 4 339.15 4 2.9 5 2.9 5 0.0 0.30 6 1.5 3 364.995 20 3.3 5 3.0 3 0.29 3 0.31 3 1.56 13 368.55 7 0.8 4 0.69 24 0.06 3 0.071 25 0.36 13 373.149 24 2.2 4 2.2 3 0.22 4 0.22 3 1.14 15 375.969 12 16.6 16 14.9 9*1* 1.47 9 1.54 8 7.8 4 384.421 11 18 4 18 4 0.0 1.9 4 9.4 21 385.111 8 58 6 64 4 6.8 4 6.6 4 33.5 17 387.636 13 0.5 3 1.7 3*3* 0.19 4 0.17 4 0.89 18 393.09 11 2.5 3 2.35 24 0.20 4 0.24 3*1* 1.23 13 394.338 13 1.50 20 1.70 19 0.23 5 0.175 21*1* 0.89 10 396.496 12 2.3 3 2.60 25 0.30 4 0.27 3 1.36 13 402.55 10 0.6 3 0.6 3 0.0 0.06 3 0.31 16 410.433 11 4.6 13 3.8 4 0.38 4 0.39 4 1.99 20 422.213 11 8.8 6 9.1 5 0.97 6 0.94 5 4.79 22 433.723 8 35.4 16 35.3 13 3.62 20 3.64 16 18.5 7 443.229 13 2.7 6 3.1 3 0.33 4 0.32 3 1.62 17 447.531 11 1.4 4 2.00 25*1* 0.22 3 0.206 25 1.05 13 468.64 3 1.8 4 1.8 4 0.0 0.19 6 0.94 21 471.349 11 25.2 13 24.5 10 2.43 14 2.52 11 12.8 5 475.906 10 9.0 16 10.0 7 1.05 7 1.04 7 5.3 3 489.314 10 0.0 3.4 5 0.35 4 0.35 4 1.78 20 490.374 12 4.9 5 4.9 5 0.0 0.51 8 2.6 3 492.532 11 17.7 13 18.0 9 1.87 11 1.85 9 9.4 4 497.670 19 2.7 5 3.4 4*1* 0.38 5 0.35 4 1.76 19 499.875 8 1.5 8 2.0 4 0.21 4 0.20 4 1.04 19 515.661 8 4.0 10 3.4 5 0.32 5 0.35 5 1.76 23 515.89 8 1.5 10 1.5 10 0.0 0.15 10 0.8 5 517.957 20 17.0 20 17.0 20 0.0 1.8 3 8.9 10 518.119 12 1.5 10 16.7 12*9* 1.74 11 1.73 11 8.8 6 521.501 9 11.2 15 10.9 8 1.11 8 1.12 7 5.7 4 521.660 10 1.0 6 1.0 6 0.0 0.10 6 0.5 3 540.382 8 3.8 5 3.5 3 0.33 4 0.36 3 1.82 16 548.720 9 11.6 11 11.2 7 1.14 8 1.16 7 5.9 3 554.973 9 0.0 0.0 0.0 0.0 5.1E-1710 555.47 11 5 3 5 3 0.0 0.5 3 2.6 16 556.169 8 10 5 10 5 0.0 1.0 5 5 3 556.845 21 20 5 25.0 17*1* 2.61 15 2.58 14 13.1 7 560.095 9 4.1 13 4.6 6 0.48 6 0.47 6 2.4 3 567.596 20 5.6 6 5.5 5 0.54 7 0.56 5 2.86 24 577.523 18 10.7 13 10.7 8 1.10 10 1.10 8 5.6 4 586.43 7 1.7 3 1.7 3 0.08 7 0.17 3*1* 0.87 15 602.36 4 16.0 20 15.6 9 1.60 9 1.61 8 8.2 4 608.422 11 19 3 19.1 12 1.97 11 1.97 10 *** 5 617.562 9 1.2 3 1.27 24 0.14 4 0.131 25 0.66 13 622.57 11 3.5 5 4.2 4*1* 0.47 5 0.43 4 2.19 19 633.740 11 8.0 16 8.3 6 0.86 6 0.86 6 4.4 3 634.288 9 7.7 16 8.9 7 0.94 7 0.92 7 4.7 3 647.72 8 5.3 7 6.1 4*1* 0.66 5 0.63 4 3.21 21 654.95 7 3.0 4 2.7 3 0.21 4 0.28 3*1* 1.41 15 657.084 11 7.2 6 7.9 5*1* 0.87 6 0.82 5 4.16 22 662.115 10 1.3 3 1.8 3*1* 0.25 6 0.19 3*1* 0.96 16 693.29 9 7.3 11 9.4 7*1* 1.02 7 0.97 6 5.0 3 706.21 10 2.4 4 2.4 4 0.0 0.25 5 1.26 21 746.978 9 2.6 8 3.7 4*1* 0.40 5 0.38 4 1.94 22 771.01 8 7.3 10 8.0 7 0.87 9 0.83 7 4.2 4 787.18 4 0.0 0.0 0.0 0.0 5.1E-1710 792.16 6 6.7 7 7.1 5 0.76 6 0.74 5 3.74 24 807.897 25 2.7 10 2.4 5 0.24 6 0.25 5 1.3 3 819.04 11 5.0 20 13.6 11*4* 1.43 10 1.40 10 7.1 5 847.54 8 10.5 15 11.5 8 1.21 8 1.19 7 6.0 4 896.06 10 1.2 5 1.7 4 0.19 5 0.17 4 0.87 19 910.79 10 0.0 0.0 0.0 0.0 5.1E-1710 914.5 10 0.0 0.0 0.0 0.0 2.8E-17 4 972.6 3 0.0 0.0 0.0 0.0 2.8E-17 4 992.10 10 5.6 6 5.2 4 0.50 5 0.54 4 2.72 20 1072.4 4 0.0 0.0 0.0 0.0 2.8E-17 4 1096.0 16 0.0 0.0 0.0 0.0 2.8E-17 4 1122.0 12 0.0 0.0 0.0 0.0 2.8E-17 4 1187.9 12 0.0 0.0 0.0 0.0 2.8E-17 4 1204.39 11 0.0 0.0 0.0 0.0 5.1E-1710 1213.46 3 0.0 0.0 0.0 0.0 5.1E-1710 1252.5 14 0.0 0.0 0.0 0.0 2.8E-17 4 1284.8 6 0.0 0.0 0.0 0.0 2.8E-17 4 1302.2 5 0.0 0.0 0.0 0.0 2.8E-17 4 1341.8 10 0.0 0.0 0.0 0.0 2.8E-17 4 1425.7 5 0.0 0.0 0.0 0.0 2.8E-17 4 1437.1 6 0.0 0.0 0.0 0.0 2.8E-17 4 1465.9 20 0.0 0.0 0.0 0.0 2.8E-17 4 5333.54 18 3.8 7 4.6 4*1* 0.50 5 0.48 4 2.42 21 5347.4 6 1.9 4 1.99 24 0.21 3 0.206 24 1.04 12 5358.9 5 2.2 5 2.6 3 0.29 4 0.27 3 1.39 16 5384.80 18 0.23 7 0.23 7 0.0 0.024 8 0.12 4 5410.56 19 2.5 5 2.8 3 0.30 3 0.29 3 1.48 13 5442.8 9 0.46 10 0.46 10 0.0 0.047 11 0.24 5 5482.4 5 1.02 19 1.18 16 0.138 25 0.122 16 0.62 8 5499.7 6 1.5 3 1.44 19 0.144 25 0.149 20 0.76 10 5532.1 14 0.11 5 0.11 5 0.0 0.011 5 0.06 3 5571.11 17 0.86 17 0.86 17 0.0 0.089 21 0.45 9 5580.18 20 1.30 25 1.30 25 0.0 0.13 3 0.68 13 5596.6 12 0.10 4 0.10 4 0.0 0.010 4 0.052 21 5617.53 17 0.14 4 0.14 4 0.0 0.014 5 0.073 21 5662.6 12 0.15 5 0.15 5 0.0 0.015 6 0.08 3 5688.6 16 0.10 5 0.10 5 0.0 0.010 5 0.05 3 5703.05 20 0.16 5 0.16 5 0.0 0.017 6 0.08 3 5713.70 18 0.30 7 0.30 7 0.0 0.031 8 0.16 4 5731.92 17 0.57 12 0.57 12 0.0 0.059 15 0.30 6 5753.34 17 0.57 12 0.57 12 0.0 0.059 15 0.30 6 5769.07 17 1.4 3 1.61 22 0.18 3 0.167 22 0.85 11 5776.90 17 0.61 14 0.61 14 0.0 0.063 17 0.32 7 5811.9 4 0.63 15 0.82 10*1* 0.092 13 0.085 10 0.43 5 5835.25 17 0.43 9 0.43 9 0.0 0.044 11 0.23 5 5891.89 17 8.6 16 10.9 9*1* 1.17 9 1.13 8 5.7 4 5993.63 17 0.16 5 0.16 5 0.0 0.017 5 0.08 3 6048.86 17 0.45 10 0.45 10 0.0 0.046 11 0.24 5 6055.69 17 0.0 0.0 0.0 0.0 0.0 6126.47 17 0.17 4 0.17 4 0.0 0.018 4 0.089 21 6135.62 17 0.55 11 0.55 11 0.0 0.057 12 0.29 6 6229.56 17 0.52 11 0.52 11 0.0 0.054 12 0.27 6 6276.29 17 0.040 20 0.040 20 0.0 0.0041 21 0.021 10 6325.59 17 0.71 15 0.71 15 0.0 0.073 16 0.37 8 6411.16 17 0.92 20 0.92 20 0.0 0.095 22 0.48 10 6471.05 17 0.070 20 0.070 20 0.0 0.0072 21 0.037 10 6561.19 17 0.16 4 0.16 4 0.0 0.017 4 0.084 21 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F 2.7517641 .7418166 SKEW -5.4345004 -1.3648888 NDEGREES 159 108 ITERATION - 2 LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 22 7 .0000 42.172 17 0.54 9 .7968 44.987 19 0.45 6 .3117 60.9159 10 48 3 .4776 76.7580 20 1.27 15 .5666 82.312 3 0.63 6 1.1878 84.3079 20 3.9 4 1.3658 85.5689 20 68 9 .4144 90.148 3 0.19 7 .0000 95.380 4 2.9 10 .0000 96.036 5 34 3 .0000 96.062 3 69 4 5.9350 101.175 21 0.55 9 .0004 112.081 6 0.69 25 .0000 112.4543 24 3.98 22 1.6212 114.997 3 1.43 10 .0904 126.3720 20 12.0 6 .1587 127.264 5 0.0 .0000 132.847 21 0.35 5 .2482 140.4558 20 4.8 4 1.2061 141.1704 20 7.7 8 .8689 143.70 4 0.17 5 1.2238 146.5240 20 0.58 7 .0167 149.6700 20 2.04 11 .3013 155.272 3 7.4 4 .1404 156.957 4 0.76 9 1.3365 159.932 4 3.2 3 1.3283 162.393 3 81 3 2.4351 163.802 8 1.6 3 2.4636 171.059 5 *** 4 2.3725 173.886 6 12.3 7 .5867 175.066 4 3.14 21 3.3608 180.926 11 0.49 10 .0000 186.2098 24 77 3 2.0273 196.738 5 2.51 17 3.0189 202.14 6 0.83 25 .0000 202.156 14 0.83 25 .0000 202.602 3 8.0 6 1.8383 213.625 12 1.91 14 .2380 217.877 24 0.68 9 2.2634 222.610 13 0.62 9 2.5478 225.478 3 0.57 9 1.7541 230.34 4 0.29 15 .0000 234.618 11 2.1 6 .0000 235.275 4 14.5 12 2.0626 240.30 3 1.13 13 2.5816 243.16 3 0.34 10 .0000 246.105 7 0.83 11 .6625 252.71 10 0.29 10 .0000 267.960 20 1.54 18 .8606 272.9659 20 100 4 .0000 284.914 4 13.5 5 .2456 290.952 15 7.7 3 .0133 293.393 15 1.2 4 .0000 293.644 14 4.04 24 2.7024 295.515 17 8.7 4 .0529 298.664 3 28.5 16 .2344 299.211 12 0.6 4 .0000 300.388 4 1.38 25 .3880 305.108 8 3.61 19 4.9641 315.053 12 2.09 15 .0304 318.48 4 1.80 14 .5165 320.895 8 6.7 4 4.4300 321.653 18 2.0 8 .0000 335.450 10 27.5 20 .4523 335.816 20 1.0 7 .0000 337.687 8 7.6 4 .0016 339.15 4 1.42 25 .0000 364.995 20 1.60 14 .0062 368.55 7 0.36 13 .0327 373.149 24 1.14 15 .0899 375.969 12 8.1 4 .0064 384.421 11 8.8 20 .0000 385.111 8 35.0 18 2.9896 387.636 13 1.03 22 .9042 393.09 11 1.19 12 .1280 394.338 13 0.88 10 2.0192 396.496 12 1.38 13 2.1648 402.55 10 0.29 15 .0000 410.433 11 2.10 21 .0352 422.213 11 4.86 22 2.6168 433.723 8 18.3 6 1.6565 443.229 13 1.69 18 .9168 447.531 11 1.11 14 2.4667 468.64 3 0.88 20 .0000 471.349 11 12.8 5 .4345 475.906 10 5.6 4 1.1897 489.314 10 1.91 22 .0000 490.374 12 2.40 25 .0000 492.532 11 9.6 4 1.5893 497.670 19 1.82 20 2.5112 499.875 8 1.10 20 .4574 515.661 8 1.81 24 .0722 515.89 8 0.7 5 .0000 517.957 20 8.3 10 .0000 518.119 12 9.5 6 .6909 521.501 9 5.9 4 .2278 521.660 10 0.5 3 .0000 540.382 8 1.83 16 .0164 548.720 9 6.0 3 .3085 554.973 9 0.0 .0000 555.47 11 2.5 15 .0000 556.169 8 4.9 25 .0000 556.845 21 14.0 8 1.5298 560.095 9 2.5 3 .3784 567.596 20 2.83 23 .0913 577.523 18 5.7 4 .4233 586.43 7 0.82 14 .3002 602.36 4 8.6 4 .3389 608.422 11 10.6 6 .5743 617.562 9 0.66 13 .2408 622.57 11 2.26 19 3.1234 633.740 11 4.6 3 .4240 634.288 9 5.0 4 1.2664 647.72 8 3.36 22 2.8629 654.95 7 1.42 17 .3134 657.084 11 4.26 23 4.2064 662.115 10 0.99 16 3.5017 693.29 9 5.3 3 3.9839 706.21 10 1.18 20 .0000 746.978 9 2.06 24 2.1008 771.01 8 4.3 4 1.5432 787.18 4 0.0 .0000 792.16 6 3.84 24 1.7621 807.897 25 1.3 3 .0002 819.04 11 7.8 6 .8077 847.54 8 6.4 4 1.5210 896.06 10 0.91 20 .9716 910.79 10 0.0 .0000 914.5 10 0.0 .0000 972.6 3 0.0 .0000 992.10 10 2.74 20 .0005 1072.4 4 0.0 .0000 1096.0 16 0.0 .0000 1122.0 12 0.0 .0000 1187.9 12 0.0 .0000 1204.39 11 0.0 .0000 1213.46 3 0.0 .0000 1252.5 14 0.0 .0000 1284.8 6 0.0 .0000 1302.2 5 0.0 .0000 1341.8 10 0.0 .0000 1425.7 5 0.0 .0000 1437.1 6 0.0 .0000 1465.9 20 0.0 .0000 5333.54 18 2.53 22 2.1776 5347.4 6 1.08 13 .3713 5358.9 5 1.45 17 1.3337 5384.80 18 0.11 3 .0000 5410.56 19 1.56 14 1.0398 5442.8 9 0.23 5 .0000 5482.4 5 0.63 8 1.3916 5499.7 6 0.76 10 .0332 5532.1 14 0.054 25 .0000 5571.11 17 0.42 8 .0000 5580.18 20 0.64 12 .0000 5596.6 12 0.049 20 .0000 5617.53 17 0.069 20 .0000 5662.6 12 0.074 25 .0000 5688.6 16 0.049 25 .0000 5703.05 20 0.078 25 .0000 5713.70 18 0.15 3 .0000 5731.92 17 0.28 6 .0000 5753.34 17 0.28 6 .0000 5769.07 17 0.87 11 1.0272 5776.90 17 0.30 7 .0000 5811.9 4 0.45 6 2.1545 5835.25 17 0.21 4 .0000 5891.89 17 6.1 4 3.0204 5993.63 17 0.078 25 .0000 6048.86 17 0.22 5 .0000 6055.69 17 0.0 .0000 6126.47 17 0.083 20 .0000 6135.62 17 0.27 5 .0000 6229.56 17 0.25 5 .0000 6276.29 17 0.020 10 .0000 6325.59 17 0.35 7 .0000 6411.16 17 0.45 10 .0000 6471.05 17 0.034 10 .0000 6561.19 17 0.078 20 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.115IN(N,G):E=TH,RES 2.115IN(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 45 15 45 11 0.0 4.0 14 22 7 42.172 17 1.3 3 1.1 3 0.078 19 0.099 7*1* 0.54 9 44.987 19 1.1 3 0.91 23 0.076 12 0.082 6 0.45 6 60.9159 10 135 40 97 24 8.6 5 8.7 6 48 3 76.7580 20 2.8 4 2.6 7 0.20 4 0.233 17 1.27 15 82.312 3 1.00 20 1.3 3*1* 0.122 12 0.116 8 0.63 6 84.3079 20 4 3 8.0 20*1* 0.73 7 0.72 5 3.9 4 85.5689 20 157 30 138 40 11.1 19 12.4 9 68 9 90.148 3 0.38 15 0.38 10 0.0 0.034 14 0.19 7 95.380 4 6.0 20 6.0 15 0.0 0.54 18 2.9 10 96.036 5 70 6 70 17 0.0 6.3 7 34 3 96.062 3 109 10 141 40*3* 13.8 8 12.6 9*1* 69 4 101.175 21 1.1 5 1.1 3 0.100 17 0.100 7 0.55 9 112.081 6 1.4 5 1.4 4 0.0 0.13 5 0.69 25 112.4543 24 7.0 7 8.1 20*1* 0.77 5 0.73 5 3.98 22 114.997 3 3.0 3 2.9 7 0.25 3 0.262 19 1.43 10 126.3720 20 24.7 12 24 6 2.0 3 2.20 16 12.0 6 127.264 5 0.0 0.0 *S* 0.0 0.0 *S* 0.0 132.847 21 0.9 3 0.72 18 0.061 10 0.065 5 0.35 5 140.4558 20 12.3 20 9.9 25*1* 0.81 8 0.89 6 4.8 4 141.1704 20 13.7 20 16 4*1* 1.61 24 1.42 10 7.7 8 143.70 4 0.20 10 0.35 9*1* 0.039 15 0.0312 22 0.17 5 146.5240 20 1.20 20 1.2 3 0.103 18 0.105 8 0.58 7 149.6700 20 4.0 3 4.2 10 0.39 3 0.37 3 2.04 11 155.272 3 14.2 20 15 4 1.38 9 1.36 10 7.4 4 156.957 4 1.30 20 1.6 4*1* 0.17 3 0.140 10*1* 0.76 9 159.932 4 3.0 22 6.5 16*1* 0.59 6 0.58 4 3.2 3 162.393 3 147 10 166 40*1* 15.8 8 14.9 11*1* 81 3 163.802 8 2.2 5 3.2 8*1* 0.38 9 0.285 20*1* 1.6 3 171.059 5 17.4 15 20 5*1* 1.92 10 1.82 13 *** 4 173.886 6 22 3 25 6*1* 2.30 14 2.25 16 12.3 7 175.066 4 5.0 6 6.4 16*2* 0.63 5 0.57 4*1* 3.14 21 180.926 11 1.00 20 1.00 25 0.0 0.090 19 0.49 10 186.2098 24 138 11 157 40*1* 14.9 8 14.1 10 77 3 196.738 5 4.0 5 5.1 13*2* 0.50 4 0.46 3*1* 2.51 17 202.14 6 1.7 5 1.7 4 0.0 0.15 5 0.83 25 202.156 14 1.7 5 1.7 4 0.0 0.15 5 0.83 25 202.602 3 10 3 16 4*1* 1.50 10 1.47 11 8.0 6 213.625 12 3.6 5 3.9 10 0.36 3 0.350 25 1.91 14 217.877 24 0.5 4 1.4 4*2* 0.126 17 0.124 9 0.68 9 222.610 13 0.6 3 1.3 3*2* 0.120 19 0.114 8 0.62 9 225.478 3 0.6 3 1.2 3*1* 0.109 18 0.104 7 0.57 9 230.34 4 0.6 3 0.60 15 0.0 0.05 3 0.29 15 234.618 11 4.3 13 4.3 11 0.0 0.39 12 2.1 6 235.275 4 19 5 30 7*1* 2.75 23 2.66 19 14.5 12 240.30 3 1.7 3 2.3 6*1* 0.25 4 0.206 15*1* 1.13 13 243.16 3 0.70 20 0.70 17 0.0 0.063 18 0.34 10 246.105 7 1.4 3 1.7 4 0.17 3 0.152 11 0.83 11 252.71 10 0.60 20 0.60 15 0.0 0.054 18 0.29 10 267.960 20 2.4 6 3.1 8*1* 0.30 4 0.281 20 1.54 18 272.9659 20 204 10 204 50 18.3 14 18.3 13 100 4 284.914 4 26.8 15 28 7 2.54 14 2.47 18 13.5 5 290.952 15 15.6 8 16 4 1.42 10 1.41 10 7.7 3 293.393 15 2.5 8 2.5 6 0.0 0.22 7 1.2 4 293.644 14 6.0 10 8.2 21*2* 0.77 5 0.74 5 4.04 24 295.515 17 17.9 11 18 4 1.55 14 1.59 11 8.7 4 298.664 3 59 4 58 15 4.8 7 5.2 4 28.5 16 299.211 12 1.3 8 1.3 3 0.0 0.12 7 0.6 4 300.388 4 3.2 8 2.8 7 0.21 6 0.252 18 1.38 25 305.108 8 6.0 5 7.4 18*2* 0.74 5 0.66 5*1* 3.61 19 315.053 12 4.2 4 4.3 11 0.39 4 0.38 3 2.09 15 318.48 4 3.1 6 3.7 9 0.34 3 0.329 24 1.80 14 320.895 8 9.1 16 14 3*2* 1.28 8 1.23 9 6.7 4 321.653 18 4.0 16 4.0 10 0.0 0.36 15 2.0 8 335.450 10 59 6 56 14 4.6 6 5.0 4 27.5 20 335.816 20 2.0 15 2.0 5 0.0 0.18 14 1.0 7 337.687 8 15.6 16 16 4 1.39 8 1.39 10 7.6 4 339.15 4 2.9 5 2.9 7 0.0 0.26 5 1.42 25 364.995 20 3.3 5 3.3 8 0.29 3 0.292 21 1.60 14 368.55 7 0.8 4 0.73 18 0.06 3 0.066 5 0.36 13 373.149 24 2.2 4 2.3 6 0.22 4 0.209 15 1.14 15 375.969 12 16.6 16 16 4 1.47 9 1.48 11 8.1 4 384.421 11 18 4 18 5 0.0 1.6 4 8.8 20 385.111 8 58 6 71 18*2* 6.8 4 6.4 5 35.0 18 387.636 13 0.0 2.1 5*1* 0.19 4 0.189 13 1.03 22 393.09 11 2.5 3 2.4 6 0.20 4 0.218 16 1.19 12 394.338 13 1.50 20 1.8 5*1* 0.23 5 0.161 11*1* 0.88 10 396.496 12 2.3 3 2.8 7*1* 0.30 4 0.252 18*1* 1.38 13 402.55 10 0.6 3 0.60 15 0.0 0.05 3 0.29 15 410.433 11 4.6 13 4.3 11 0.38 4 0.38 3 2.10 21 422.213 11 8.8 6 9.9 25*1* 0.97 6 0.89 6*1* 4.86 22 433.723 8 35.4 16 37 9*1* 3.62 20 3.35 24*1* 18.3 6 443.229 13 2.7 6 3.5 9*1* 0.33 4 0.310 22 1.69 18 447.531 11 1.4 4 2.3 6*2* 0.22 3 0.202 14 1.11 14 468.64 3 1.8 4 1.8 5 0.0 0.16 4 0.88 20 471.349 11 25.2 13 26 7 2.43 14 2.34 17 12.8 5 475.906 10 9.0 16 11 3*1* 1.05 7 1.02 7 5.6 4 489.314 10 0.0 3.9 11 0.35 4 0.350 25 1.91 22 490.374 12 4.9 5 4.9 12 0.0 0.44 6 2.40 25 492.532 11 17.7 13 20 5*1* 1.87 11 1.76 13*1* 9.6 4 497.670 19 2.7 5 3.7 9*2* 0.38 5 0.334 24 1.82 20 499.875 8 1.5 8 2.2 6 0.21 4 0.201 14 1.10 20 515.661 8 4.0 10 3.7 9 0.32 5 0.331 24 1.81 24 515.89 8 1.5 10 1.5 4 0.0 0.13 9 0.7 5 517.957 20 17.0 20 17 4 0.0 1.52 21 8.3 10 518.119 12 0.0 19 5*1* 1.74 11 1.74 12 9.5 6 521.501 9 11.2 15 12 3 1.11 8 1.09 8 5.9 4 521.660 10 1.0 6 1.00 25 0.0 0.09 5 0.5 3 540.382 8 3.8 5 3.7 9 0.33 4 0.335 24 1.83 16 548.720 9 11.6 11 12 3 1.14 8 1.10 8 6.0 3 554.973 9 0.0 0.0 0.0 0.0 0.0 555.47 11 5 3 5.0 12 0.0 0.4 3 2.5 15 556.169 8 10 5 10.0 25 0.0 0.9 5 4.9 25 556.845 21 20 5 29 7*1* 2.61 15 2.57 18 14.0 8 560.095 9 4.1 13 5.2 13 0.48 6 0.46 3 2.5 3 567.596 20 5.6 6 5.8 14 0.54 7 0.52 4 2.83 23 577.523 18 10.7 13 12 3 1.10 10 1.05 8 5.7 4 586.43 7 1.7 3 1.7 4 0.08 9 0.151 11 0.82 14 602.36 4 16.0 20 18 4 1.60 9 1.57 11 8.6 4 608.422 11 19 3 22 5*1* 1.97 11 1.93 14 10.6 6 617.562 9 1.2 3 1.4 3 0.14 4 0.122 9 0.66 13 622.57 11 3.5 5 4.6 12*2* 0.47 5 0.41 3*1* 2.26 19 633.740 11 8.0 16 9.4 24 0.86 6 0.84 6 4.6 3 634.288 9 7.7 16 10.2 25*1* 0.94 7 0.91 7 5.0 4 647.72 8 5.3 7 6.8 17*2* 0.66 5 0.61 4 3.36 22 654.95 7 3.0 4 2.9 7 0.21 7 0.260 19 1.42 17 657.084 11 7.2 6 8.7 22*2* 0.87 6 0.78 6*1* 4.26 23 662.115 10 1.3 3 2.0 5*2* 0.25 6 0.181 13*1* 0.99 16 693.29 9 7.3 13 11 3*2* 1.02 7 0.97 7 5.3 3 706.21 10 2.4 4 2.4 6 0.0 0.22 4 1.18 20 746.978 9 2.6 8 4.2 10*1* 0.40 5 0.38 3 2.06 24 771.01 8 7.3 10 8.8 22*1* 0.87 9 0.79 6 4.3 4 787.18 4 0.0 0.0 0.0 0.0 0.0 792.16 6 6.7 7 7.8 20*1* 0.76 6 0.70 5 3.84 24 807.897 25 2.7 10 2.7 7 0.24 6 0.241 17 1.3 3 819.04 11 5 9 16 4*1* 1.43 10 1.43 10 7.8 6 847.54 8 10.5 15 13 3*1* 1.21 8 1.16 8 6.4 4 896.06 10 1.2 5 1.9 5*1* 0.19 5 0.167 12 0.91 20 910.79 10 0.0 0.0 0.0 0.0 0.0 914.5 10 0.0 0.0 0.0 0.0 0.0 972.6 3 0.0 0.0 0.0 0.0 0.0 992.10 10 5.6 6 5.6 14 0.50 5 0.50 4 2.74 20 1072.4 4 0.0 0.0 0.0 0.0 0.0 1096.0 16 0.0 0.0 0.0 0.0 0.0 1122.0 12 0.0 0.0 0.0 0.0 0.0 1187.9 12 0.0 0.0 0.0 0.0 0.0 1204.39 11 0.0 0.0 0.0 0.0 0.0 1213.46 3 0.0 0.0 0.0 0.0 0.0 1252.5 14 0.0 0.0 0.0 0.0 0.0 1284.8 6 0.0 0.0 0.0 0.0 0.0 1302.2 5 0.0 0.0 0.0 0.0 0.0 1341.8 10 0.0 0.0 0.0 0.0 0.0 1425.7 5 0.0 0.0 0.0 0.0 0.0 1437.1 6 0.0 0.0 0.0 0.0 0.0 1465.9 20 0.0 0.0 0.0 0.0 0.0 5333.54 18 3.8 7 5.2 13*1* 0.50 5 0.46 3 2.53 22 5347.4 6 1.9 4 2.2 6 0.21 3 0.198 14 1.08 13 5358.9 5 2.2 5 3.0 7*1* 0.29 4 0.265 19 1.45 17 5384.80 18 0.23 7 0.23 6 0.0 0.021 6 0.11 3 5410.56 19 2.5 5 3.2 8*1* 0.30 3 0.285 20 1.56 14 5442.8 9 0.46 10 0.46 12 0.0 0.041 9 0.23 5 5482.4 5 1.02 19 1.3 3*1* 0.138 25 0.115 8 0.63 8 5499.7 6 1.5 3 1.6 4 0.144 25 0.140 10 0.76 10 5532.1 14 0.11 5 0.11 3 0.0 0.010 5 0.054 25 5571.11 17 0.86 17 0.86 22 0.0 0.077 16 0.42 8 5580.18 20 1.30 25 1.3 3 0.0 0.117 24 0.64 12 5596.6 12 0.10 4 0.100 25 0.0 0.009 4 0.049 20 5617.53 17 0.14 4 0.14 4 0.0 0.013 4 0.069 20 5662.6 12 0.15 5 0.15 4 0.0 0.013 5 0.074 25 5688.6 16 0.10 5 0.100 25 0.0 0.009 5 0.049 25 5703.05 20 0.16 5 0.16 4 0.0 0.014 5 0.078 25 5713.70 18 0.30 7 0.30 8 0.0 0.027 7 0.15 3 5731.92 17 0.57 12 0.57 14 0.0 0.051 11 0.28 6 5753.34 17 0.57 12 0.57 14 0.0 0.051 11 0.28 6 5769.07 17 1.4 3 1.8 4*1* 0.18 3 0.159 11 0.87 11 5776.90 17 0.61 14 0.61 15 0.0 0.055 13 0.30 7 5811.9 4 0.63 15 0.92 23*1* 0.092 13 0.083 6 0.45 6 5835.25 17 0.43 9 0.43 11 0.0 0.039 9 0.21 4 5891.89 17 8.6 16 12 3*2* 1.17 9 1.11 8 6.1 4 5993.63 17 0.16 5 0.16 4 0.0 0.014 5 0.078 25 6048.86 17 0.45 10 0.45 11 0.0 0.040 9 0.22 5 6055.69 17 0.0 0.0 0.0 0.0 0.0 6126.47 17 0.17 4 0.17 4 0.0 0.015 4 0.083 20 6135.62 17 0.55 11 0.55 14 0.0 0.049 10 0.27 5 6229.56 17 0.52 11 0.52 13 0.0 0.047 10 0.25 5 6276.29 17 0.040 20 0.040 10 0.0 0.0036 18 0.020 10 6325.59 17 0.71 15 0.71 18 0.0 0.064 14 0.35 7 6411.16 17 0.92 20 0.92 23 0.0 0.083 19 0.45 10 6471.05 17 0.070 20 0.070 17 0.0 0.0063 18 0.034 10 6561.19 17 0.16 4 0.16 4 0.0 0.014 4 0.078 20 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F 1.3651302 .4710784 SKEW -1.6575775 1.1175711 NDEGREES 159 108 ITERATION - 3 LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 22 9 .0000 42.172 17 0.52 10 .6395 44.987 19 0.44 6 .2361 60.9159 10 48 3 .3493 76.7580 20 1.25 16 .4869 82.312 3 0.65 6 .6587 84.3079 20 4.0 4 .5143 85.5689 20 66 9 .3296 90.148 3 0.19 9 .0000 95.380 4 2.9 11 .0000 96.036 5 34 3 .0000 96.062 3 74 6 .8853 101.175 21 0.55 9 .0003 112.081 6 0.7 3 .0000 112.4543 24 4.10 25 .8249 114.997 3 1.42 11 .0761 126.3720 20 12.0 6 .1513 127.264 5 0.0 .0000 132.847 21 0.35 5 .1854 140.4558 20 4.8 4 .9139 141.1704 20 7.9 9 .7669 143.70 4 0.19 6 .8280 146.5240 20 0.57 8 .0141 149.6700 20 2.06 12 .2584 155.272 3 7.5 5 .1082 156.957 4 0.79 10 1.2227 159.932 4 3.2 3 .5122 162.393 3 84 5 .9416 163.802 8 1.9 4 1.4189 171.059 5 10.3 5 .8253 173.886 6 12.3 7 .4540 175.066 4 3.4 3 .9222 180.926 11 0.49 11 .0000 186.2098 24 80 4 .8847 196.738 5 2.67 21 .8843 202.14 6 0.8 3 .0000 202.156 14 0.8 3 .0000 202.602 3 8.2 6 .5391 213.625 12 1.93 14 .1891 217.877 24 0.69 9 .5211 222.610 13 0.65 10 .5841 225.478 3 0.59 10 .5821 230.34 4 0.29 17 .0000 234.618 11 2.1 8 .0000 235.275 4 14.9 12 .5750 240.30 3 1.27 19 1.2257 243.16 3 0.34 11 .0000 246.105 7 0.85 12 .5654 252.71 10 0.29 11 .0000 267.960 20 1.56 19 .6883 272.9659 20 100 5 .0000 284.914 4 13.6 6 .2083 290.952 15 7.7 4 .0119 293.393 15 1.2 5 .0000 293.644 14 4.2 3 .6342 295.515 17 8.7 5 .0471 298.664 3 28.3 19 .2186 299.211 12 0.6 5 .0000 300.388 4 1.3 3 .3161 305.108 8 3.8 4 1.0199 315.053 12 2.10 16 .0260 318.48 4 1.81 15 .4015 320.895 8 7.0 4 .6232 321.653 18 2.0 9 .0000 335.450 10 27.2 22 .3893 335.816 20 1.0 9 .0000 337.687 8 7.6 4 .0013 339.15 4 1.4 3 .0000 364.995 20 1.59 14 .0050 368.55 7 0.35 14 .0268 373.149 24 1.15 16 .0770 375.969 12 8.1 4 .0050 384.421 11 8.8 23 .0000 385.111 8 36.6 21 .8021 387.636 13 1.04 22 1.5729 393.09 11 1.18 14 .1148 394.338 13 0.89 14 1.0465 396.496 12 1.47 19 1.1313 402.55 10 0.29 17 .0000 410.433 11 2.09 21 .0263 422.213 11 5.0 4 1.0271 433.723 8 18.2 8 1.0131 443.229 13 1.72 19 .7346 447.531 11 1.18 16 .6952 468.64 3 0.88 23 .0000 471.349 11 12.8 5 .3772 475.906 10 5.7 4 .5963 489.314 10 1.91 22 .0000 490.374 12 2.4 3 .0000 492.532 11 9.9 5 .9740 497.670 19 2.00 25 .9452 499.875 8 1.11 20 .3508 515.661 8 1.80 25 .0561 515.89 8 0.7 6 .0000 517.957 20 8.3 11 .0000 518.119 12 9.5 6 .8116 521.501 9 6.0 4 .1785 521.660 10 0.5 3 .0000 540.382 8 1.83 17 .0136 548.720 9 6.1 4 .2519 554.973 9 0.0 .0000 555.47 11 2.5 17 .0000 556.169 8 5 3 .0000 556.845 21 14.2 8 .5396 560.095 9 2.6 3 .2908 567.596 20 2.8 3 .0802 577.523 18 5.8 4 .3483 586.43 7 0.82 17 .2958 602.36 4 8.6 5 .2612 608.422 11 10.6 6 .4392 617.562 9 0.68 14 .2160 622.57 11 2.5 3 .9915 633.740 11 4.6 3 .3218 634.288 9 5.1 4 .5896 647.72 8 3.5 3 .8024 654.95 7 1.41 20 .2913 657.084 11 4.5 4 1.0239 662.115 10 1.2 3 1.4528 693.29 9 5.5 4 .6412 706.21 10 1.18 23 .0000 746.978 9 2.1 3 .6345 771.01 8 4.5 4 .9063 787.18 4 0.0 .0000 792.16 6 4.0 3 .9433 807.897 25 1.3 3 .0002 819.04 11 7.8 6 .5929 847.54 8 6.5 4 .6630 896.06 10 0.95 23 .6931 910.79 10 0.0 .0000 914.5 10 0.0 .0000 972.6 3 0.0 .0000 992.10 10 2.74 21 .0004 1072.4 4 0.0 .0000 1096.0 16 0.0 .0000 1122.0 12 0.0 .0000 1187.9 12 0.0 .0000 1204.39 11 0.0 .0000 1213.46 3 0.0 .0000 1252.5 14 0.0 .0000 1284.8 6 0.0 .0000 1302.2 5 0.0 .0000 1341.8 10 0.0 .0000 1425.7 5 0.0 .0000 1437.1 6 0.0 .0000 1465.9 20 0.0 .0000 5333.54 18 2.7 3 .7485 5347.4 6 1.09 14 .3035 5358.9 5 1.51 19 .7457 5384.80 18 0.11 4 .0000 5410.56 19 1.59 15 .6506 5442.8 9 0.23 6 .0000 5482.4 5 0.67 10 1.0455 5499.7 6 0.77 11 .0276 5532.1 14 0.05 3 .0000 5571.11 17 0.42 10 .0000 5580.18 20 0.64 14 .0000 5596.6 12 0.049 23 .0000 5617.53 17 0.069 23 .0000 5662.6 12 0.07 3 .0000 5688.6 16 0.05 3 .0000 5703.05 20 0.08 3 .0000 5713.70 18 0.15 4 .0000 5731.92 17 0.28 7 .0000 5753.34 17 0.28 7 .0000 5769.07 17 0.89 12 .8745 5776.90 17 0.30 8 .0000 5811.9 4 0.49 7 .7926 5835.25 17 0.21 5 .0000 5891.89 17 6.3 5 .6542 5993.63 17 0.08 3 .0000 6048.86 17 0.22 6 .0000 6055.69 17 0.0 .0000 6126.47 17 0.083 23 .0000 6135.62 17 0.27 6 .0000 6229.56 17 0.25 6 .0000 6276.29 17 0.020 11 .0000 6325.59 17 0.35 9 .0000 6411.16 17 0.45 11 .0000 6471.05 17 0.034 11 .0000 6561.19 17 0.078 23 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.115IN(N,G):E=TH,RES 2.115IN(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 45 18 45 11 0.0 4.0 16 22 9 42.172 17 1.3 4 1.1 3 0.078 19 0.096 7 0.52 10 44.987 19 1.1 4 0.90 22 0.076 12 0.080 6 0.44 6 60.9159 10 135 50 97 24 8.6 5 8.7 6 48 3 76.7580 20 2.8 5 2.5 6 0.20 4 0.229 16 1.25 16 82.312 3 1.0 3 1.3 3*1* 0.122 12 0.119 9 0.65 6 84.3079 20 4 4 8.1 20*1* 0.73 7 0.73 5 4.0 4 85.5689 20 157 40 136 30 11.1 19 12.2 9 66 9 90.148 3 0.38 18 0.38 10 0.0 0.034 16 0.19 9 95.380 4 6.0 23 6.0 15 0.0 0.54 21 2.9 11 96.036 5 70 7 70 17 0.0 6.3 8 34 3 96.062 3 109 30 150 40*1* 13.8 12 13.5 10 74 6 101.175 21 1.1 6 1.1 3 0.100 17 0.100 7 0.55 9 112.081 6 1.4 6 1.4 4 0.0 0.13 5 0.7 3 112.4543 24 7.0 11 8.4 21*1* 0.77 5 0.75 5 4.10 25 114.997 3 3.0 4 2.9 7 0.25 3 0.260 19 1.42 11 126.3720 20 24.7 14 24 6 2.0 3 2.19 16 12.0 6 127.264 5 0.0 0.0 *S* 0.0 0.0 *S* 0.0 132.847 21 0.9 4 0.71 18 0.061 10 0.064 5 0.35 5 140.4558 20 12.3 23 9.7 24*1* 0.81 8 0.87 6 4.8 4 141.1704 20 13.7 23 16 4*1* 1.61 24 1.45 10 7.9 9 143.70 4 0.20 15 0.38 10*1* 0.039 15 0.0345 25 0.19 6 146.5240 20 1.20 23 1.2 3 0.103 18 0.105 8 0.57 8 149.6700 20 4.0 4 4.2 10 0.39 3 0.38 3 2.06 12 155.272 3 14.2 23 15 4 1.38 9 1.37 10 7.5 5 156.957 4 1.30 23 1.6 4*1* 0.17 3 0.144 10 0.79 10 159.932 4 3 4 6.6 16*1* 0.59 6 0.59 4 3.2 3 162.393 3 147 19 171 40*1* 15.8 9 15.3 11 84 5 163.802 8 2.2 10 3.8 10*1* 0.38 9 0.339 24 1.9 4 171.059 5 17 3 21 5*1* 1.92 10 1.89 13 10.3 5 173.886 6 22 4 25 6 2.30 14 2.26 16 12.3 7 175.066 4 5.0 14 6.9 17*1* 0.63 5 0.62 4 3.4 3 180.926 11 1.00 23 1.00 25 0.0 0.090 22 0.49 11 186.2098 24 138 19 162 40*1* 14.9 8 14.6 10 80 4 196.738 5 4.0 11 5.5 14*1* 0.50 4 0.49 4 2.67 21 202.14 6 1.7 6 1.7 4 0.0 0.15 5 0.8 3 202.156 14 1.7 6 1.7 4 0.0 0.15 5 0.8 3 202.602 3 10 6 17 4*1* 1.50 10 1.49 11 8.2 6 213.625 12 3.6 6 3.9 10 0.36 3 0.352 25 1.93 14 217.877 24 0.5 9 1.4 4*1* 0.126 17 0.126 9 0.69 9 222.610 13 0.6 7 1.3 3*1* 0.120 19 0.119 9 0.65 10 225.478 3 0.6 6 1.2 3*1* 0.109 18 0.107 8 0.59 10 230.34 4 0.6 4 0.60 15 0.0 0.05 3 0.29 17 234.618 11 4.3 15 4.3 11 0.0 0.39 14 2.1 8 235.275 4 19 11 30 8*1* 2.75 23 2.73 19 14.9 12 240.30 3 1.7 6 2.6 7*1* 0.25 4 0.233 17 1.27 19 243.16 3 0.70 23 0.70 17 0.0 0.063 22 0.34 11 246.105 7 1.4 4 1.7 4 0.17 3 0.155 11 0.85 12 252.71 10 0.60 23 0.60 15 0.0 0.054 21 0.29 11 267.960 20 2.4 7 3.2 8*1* 0.30 4 0.285 20 1.56 19 272.9659 20 204 12 204 50 18.3 14 18.3 13 100 5 284.914 4 26.8 18 28 7 2.54 14 2.48 18 13.6 6 290.952 15 15.6 9 16 4 1.42 10 1.41 10 7.7 4 293.393 15 2.5 9 2.5 6 0.0 0.22 9 1.2 5 293.644 14 6.0 22 8.5 21*1* 0.77 5 0.76 5 4.2 3 295.515 17 17.9 13 18 4 1.55 14 1.58 11 8.7 5 298.664 3 59 4 58 14 4.8 7 5.2 4 28.3 19 299.211 12 1.3 9 1.3 3 0.0 0.12 9 0.6 5 300.388 4 3.2 9 2.7 7 0.21 6 0.246 18 1.3 3 305.108 8 6.0 14 7.8 20*1* 0.74 8 0.70 5 3.8 4 315.053 12 4.2 5 4.3 11 0.39 4 0.38 3 2.10 16 318.48 4 3.1 7 3.7 9 0.34 3 0.332 24 1.81 15 320.895 8 9 5 14 4*1* 1.28 8 1.27 9 7.0 4 321.653 18 4.0 19 4.0 10 0.0 0.36 17 2.0 9 335.450 10 59 6 56 14 4.6 6 5.0 4 27.2 22 335.816 20 2.0 18 2.0 5 0.0 0.18 16 1.0 9 337.687 8 15.6 19 16 4 1.39 8 1.39 10 7.6 4 339.15 4 2.9 6 2.9 7 0.0 0.26 6 1.4 3 364.995 20 3.3 6 3.2 8 0.29 3 0.292 21 1.59 14 368.55 7 0.8 5 0.72 18 0.06 3 0.065 5 0.35 14 373.149 24 2.2 5 2.3 6 0.22 4 0.210 15 1.15 16 375.969 12 16.6 19 16 4 1.47 9 1.47 11 8.1 4 384.421 11 18 5 18 5 0.0 1.6 4 8.8 23 385.111 8 58 13 75 19*1* 6.8 4 6.7 5 36.6 21 387.636 13 0.0 2.1 7*1* 0.19 4 0.190 14 1.04 22 393.09 11 2.5 4 2.4 6 0.20 4 0.216 15 1.18 14 394.338 13 1.5 3 1.8 5*1* 0.23 7 0.162 12 0.89 14 396.496 12 2.3 5 3.0 8*1* 0.30 5 0.268 19 1.47 19 402.55 10 0.6 4 0.60 15 0.0 0.05 3 0.29 17 410.433 11 4.6 15 4.3 11 0.38 4 0.38 3 2.09 21 422.213 11 8.8 11 10.2 25*1* 0.97 8 0.91 7 5.0 4 433.723 8 35.4 19 37 9 3.6 3 3.33 24*1* 18.2 8 443.229 13 2.7 7 3.5 9*1* 0.33 4 0.314 22 1.72 19 447.531 11 1.4 9 2.4 6*1* 0.22 3 0.216 15 1.18 16 468.64 3 1.8 5 1.8 5 0.0 0.16 4 0.88 23 471.349 11 25.2 15 26 7 2.43 14 2.35 17 12.8 5 475.906 10 9.0 24 12 3*1* 1.05 7 1.04 7 5.7 4 489.314 10 0.0 3.9 11 0.35 4 0.350 25 1.91 22 490.374 12 4.9 6 4.9 12 0.0 0.44 6 2.4 3 492.532 11 17.7 19 20 5*1* 1.87 11 1.81 13 9.9 5 497.670 19 2.7 10 4.1 10*1* 0.38 5 0.37 3 2.00 25 499.875 8 1.5 9 2.3 6 0.21 4 0.204 15 1.11 20 515.661 8 4.0 12 3.7 9 0.32 5 0.329 23 1.80 25 515.89 8 1.5 12 1.5 4 0.0 0.13 11 0.7 6 517.957 20 17.0 23 17 4 0.0 1.52 24 8.3 11 518.119 12 0.0 19 5*1* 1.74 11 1.74 12 9.5 6 521.501 9 11.2 18 12 3 1.11 8 1.09 8 6.0 4 521.660 10 1.0 7 1.00 25 0.0 0.09 6 0.5 3 540.382 8 3.8 6 3.7 9 0.33 4 0.334 24 1.83 17 548.720 9 11.6 13 12 3 1.14 8 1.11 8 6.1 4 554.973 9 0.0 0.0 0.0 0.0 0.0 555.47 11 5 4 5.0 12 0.0 0.4 3 2.5 17 556.169 8 10 6 *** 25 0.0 0.9 5 5 3 556.845 21 20 9 29 7*1* 2.61 15 2.60 19 14.2 8 560.095 9 4.1 15 5.2 13 0.48 6 0.47 3 2.6 3 567.596 20 5.6 7 5.8 15 0.54 7 0.52 4 2.8 3 577.523 18 10.7 15 12 3 1.10 10 1.06 8 5.8 4 586.43 7 1.7 4 1.7 4 0.08 9 0.150 11 0.82 17 602.36 4 16.0 23 18 4 1.60 9 1.58 11 8.6 5 608.422 11 19 3 22 5 1.97 11 1.94 14 10.6 6 617.562 9 1.2 4 1.4 4 0.14 4 0.124 9 0.68 14 622.57 11 3.5 11 5.0 13*1* 0.47 6 0.45 3 2.5 3 633.740 11 8.0 19 9.5 24 0.86 6 0.85 6 4.6 3 634.288 9 7.7 25 10 3*1* 0.94 7 0.93 7 5.1 4 647.72 8 5.3 15 7.2 18*1* 0.66 5 0.65 5 3.5 3 654.95 7 3.0 5 2.9 7 0.21 7 0.258 18 1.41 20 657.084 11 7.2 15 9.2 23*1* 0.87 9 0.82 6 4.5 4 662.115 10 1.3 7 2.5 6*1* 0.25 7 0.223 16 1.2 3 693.29 9 7 4 11 3*1* 1.02 7 1.01 7 5.5 4 706.21 10 2.4 5 2.4 6 0.0 0.22 5 1.18 23 746.978 9 2.6 16 4.4 11*1* 0.40 5 0.39 3 2.1 3 771.01 8 7.3 15 9.2 23*1* 0.87 9 0.83 6 4.5 4 787.18 4 0.0 0.0 0.0 0.0 0.0 792.16 6 6.7 11 8.2 20*1* 0.76 6 0.73 5 4.0 3 807.897 25 2.7 12 2.7 7 0.24 6 0.241 17 1.3 3 819.04 11 0.0 16 4*1* 1.43 10 1.43 10 7.8 6 847.54 8 10.5 25 13 3*1* 1.21 8 1.19 9 6.5 4 896.06 10 1.2 7 1.9 5*1* 0.19 5 0.175 12 0.95 23 910.79 10 0.0 0.0 0.0 0.0 0.0 914.5 10 0.0 0.0 0.0 0.0 0.0 972.6 3 0.0 0.0 0.0 0.0 0.0 992.10 10 5.6 7 5.6 14 0.50 5 0.50 4 2.74 21 1072.4 4 0.0 0.0 0.0 0.0 0.0 1096.0 16 0.0 0.0 0.0 0.0 0.0 1122.0 12 0.0 0.0 0.0 0.0 0.0 1187.9 12 0.0 0.0 0.0 0.0 0.0 1204.39 11 0.0 0.0 0.0 0.0 0.0 1213.46 3 0.0 0.0 0.0 0.0 0.0 1252.5 14 0.0 0.0 0.0 0.0 0.0 1284.8 6 0.0 0.0 0.0 0.0 0.0 1302.2 5 0.0 0.0 0.0 0.0 0.0 1341.8 10 0.0 0.0 0.0 0.0 0.0 1425.7 5 0.0 0.0 0.0 0.0 0.0 1437.1 6 0.0 0.0 0.0 0.0 0.0 1465.9 20 0.0 0.0 0.0 0.0 0.0 5333.54 18 3.8 14 5.4 14*1* 0.50 5 0.49 4 2.7 3 5347.4 6 1.9 5 2.2 6 0.21 3 0.200 14 1.09 14 5358.9 5 2.2 8 3.1 8*1* 0.29 4 0.277 20 1.51 19 5384.80 18 0.23 8 0.23 6 0.0 0.021 8 0.11 4 5410.56 19 2.5 7 3.2 8*1* 0.30 3 0.291 21 1.59 15 5442.8 9 0.46 12 0.46 11 0.0 0.041 11 0.23 6 5482.4 5 1.0 3 1.4 3*1* 0.138 25 0.123 9 0.67 10 5499.7 6 1.5 4 1.6 4 0.144 25 0.141 10 0.77 11 5532.1 14 0.11 6 0.11 3 0.0 0.010 5 0.05 3 5571.11 17 0.86 20 0.86 21 0.0 0.077 19 0.42 10 5580.18 20 1.3 3 1.3 3 0.0 0.12 3 0.64 14 5596.6 12 0.10 5 0.100 25 0.0 0.009 4 0.049 23 5617.53 17 0.14 5 0.14 4 0.0 0.013 4 0.069 23 5662.6 12 0.15 6 0.15 4 0.0 0.013 5 0.07 3 5688.6 16 0.10 6 0.100 25 0.0 0.009 5 0.05 3 5703.05 20 0.16 6 0.16 4 0.0 0.014 5 0.08 3 5713.70 18 0.30 8 0.30 8 0.0 0.027 8 0.15 4 5731.92 17 0.57 14 0.57 14 0.0 0.051 13 0.28 7 5753.34 17 0.57 14 0.57 14 0.0 0.051 13 0.28 7 5769.07 17 1.4 4 1.8 5*1* 0.18 3 0.163 12 0.89 12 5776.90 17 0.61 16 0.61 15 0.0 0.055 15 0.30 8 5811.9 4 0.6 3 0.99 25*1* 0.092 13 0.089 6 0.49 7 5835.25 17 0.43 11 0.43 11 0.0 0.039 10 0.21 5 5891.89 17 9 4 13 3*1* 1.17 9 1.16 8 6.3 5 5993.63 17 0.16 6 0.16 4 0.0 0.014 5 0.08 3 6048.86 17 0.45 12 0.45 11 0.0 0.040 11 0.22 6 6055.69 17 0.0 0.0 0.0 0.0 0.0 6126.47 17 0.17 5 0.17 4 0.0 0.015 4 0.083 23 6135.62 17 0.55 13 0.55 14 0.0 0.049 12 0.27 6 6229.56 17 0.52 13 0.52 13 0.0 0.047 12 0.25 6 6276.29 17 0.040 23 0.040 10 0.0 0.0036 21 0.020 11 6325.59 17 0.71 18 0.71 18 0.0 0.064 16 0.35 9 6411.16 17 0.92 23 0.92 23 0.0 0.083 22 0.45 11 6471.05 17 0.070 23 0.070 17 0.0 0.0063 22 0.034 11 6561.19 17 0.16 5 0.16 4 0.0 0.014 4 0.078 23 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F .6184760 .1587933 SKEW -1.4168392 .4183781 NDEGREES 159 108 ITERATION - 4 LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 22 9 .0000 42.172 17 0.52 10 .6395 44.987 19 0.44 6 .2361 60.9159 10 48 3 .3493 76.7580 20 1.25 16 .4869 82.312 3 0.65 6 .5467 84.3079 20 4.0 4 .5143 85.5689 20 66 9 .3296 90.148 3 0.19 9 .0000 95.380 4 2.9 11 .0000 96.036 5 34 3 .0000 96.062 3 74 6 .5481 101.175 21 0.55 9 .0003 112.081 6 0.7 3 .0000 112.4543 24 4.13 25 .5911 114.997 3 1.42 11 .0761 126.3720 20 12.0 6 .1513 127.264 5 0.0 .0000 132.847 21 0.35 5 .1854 140.4558 20 4.8 4 .9139 141.1704 20 7.9 9 .7669 143.70 4 0.20 7 .6088 146.5240 20 0.57 8 .0141 149.6700 20 2.06 12 .2584 155.272 3 7.5 5 .1082 156.957 4 0.82 12 .9899 159.932 4 3.2 3 .5122 162.393 3 85 5 .6288 163.802 8 2.0 5 .6919 171.059 5 10.4 5 .5542 173.886 6 12.3 7 .4540 175.066 4 3.4 3 .5459 180.926 11 0.49 11 .0000 186.2098 24 80 4 .5870 196.738 5 2.70 21 .5460 202.14 6 0.8 3 .0000 202.156 14 0.8 3 .0000 202.602 3 8.2 6 .5391 213.625 12 1.93 14 .1891 217.877 24 0.69 9 .5211 222.610 13 0.65 10 .5841 225.478 3 0.59 10 .5821 230.34 4 0.29 17 .0000 234.618 11 2.1 8 .0000 235.275 4 14.9 12 .5750 240.30 3 1.32 20 .6333 243.16 3 0.34 11 .0000 246.105 7 0.85 12 .5654 252.71 10 0.29 11 .0000 267.960 20 1.57 19 .5818 272.9659 20 100 5 .0000 284.914 4 13.6 6 .2083 290.952 15 7.7 4 .0119 293.393 15 1.2 5 .0000 293.644 14 4.2 3 .5119 295.515 17 8.7 5 .0471 298.664 3 28.3 19 .2186 299.211 12 0.6 5 .0000 300.388 4 1.3 3 .3161 305.108 8 3.9 4 .6353 315.053 12 2.10 16 .0260 318.48 4 1.81 15 .4015 320.895 8 7.0 4 .6232 321.653 18 2.0 9 .0000 335.450 10 27.2 22 .3893 335.816 20 1.0 9 .0000 337.687 8 7.6 4 .0013 339.15 4 1.4 3 .0000 364.995 20 1.59 14 .0050 368.55 7 0.35 14 .0268 373.149 24 1.15 16 .0770 375.969 12 8.1 4 .0050 384.421 11 8.8 23 .0000 385.111 8 36.8 21 .5348 387.636 13 1.04 22 1.5729 393.09 11 1.18 14 .1148 394.338 13 0.89 14 1.0465 396.496 12 1.53 21 .7911 402.55 10 0.29 17 .0000 410.433 11 2.09 21 .0263 422.213 11 5.1 4 .7567 433.723 8 18.2 8 1.0131 443.229 13 1.74 19 .5946 447.531 11 1.18 16 .5190 468.64 3 0.88 23 .0000 471.349 11 12.8 5 .3772 475.906 10 5.7 4 .5963 489.314 10 1.91 22 .0000 490.374 12 2.4 3 .0000 492.532 11 *** 5 .6778 497.670 19 2.0 3 .5669 499.875 8 1.11 20 .3508 515.661 8 1.80 25 .0561 515.89 8 0.7 6 .0000 517.957 20 8.3 11 .0000 518.119 12 9.5 6 .8116 521.501 9 6.0 4 .1785 521.660 10 0.5 3 .0000 540.382 8 1.83 17 .0136 548.720 9 6.1 4 .2519 554.973 9 0.0 .0000 555.47 11 2.5 17 .0000 556.169 8 5 3 .0000 556.845 21 14.2 8 .5396 560.095 9 2.6 3 .2908 567.596 20 2.8 3 .0802 577.523 18 5.8 4 .3483 586.43 7 0.82 17 .2958 602.36 4 8.6 5 .2612 608.422 11 10.6 6 .4392 617.562 9 0.68 14 .2160 622.57 11 2.5 3 .5796 633.740 11 4.6 3 .3218 634.288 9 5.1 4 .5896 647.72 8 3.6 3 .5349 654.95 7 1.41 20 .2913 657.084 11 4.6 5 .6530 662.115 10 1.3 4 .6726 693.29 9 5.5 4 .5075 706.21 10 1.18 23 .0000 746.978 9 2.2 3 .5138 771.01 8 4.6 4 .6326 787.18 4 0.0 .0000 792.16 6 4.1 3 .6281 807.897 25 1.3 3 .0002 819.04 11 7.8 6 1.2615 847.54 8 6.5 4 .5355 896.06 10 0.97 23 .5765 910.79 10 0.0 .0000 914.5 10 0.0 .0000 972.6 3 0.0 .0000 992.10 10 2.74 21 .0004 1072.4 4 0.0 .0000 1096.0 16 0.0 .0000 1122.0 12 0.0 .0000 1187.9 12 0.0 .0000 1204.39 11 0.0 .0000 1213.46 3 0.0 .0000 1252.5 14 0.0 .0000 1284.8 6 0.0 .0000 1302.2 5 0.0 .0000 1341.8 10 0.0 .0000 1425.7 5 0.0 .0000 1437.1 6 0.0 .0000 1465.9 20 0.0 .0000 5333.54 18 2.7 3 .5357 5347.4 6 1.09 14 .3035 5358.9 5 1.53 20 .5704 5384.80 18 0.11 4 .0000 5410.56 19 1.59 15 .6506 5442.8 9 0.23 6 .0000 5482.4 5 0.70 11 .7530 5499.7 6 0.77 11 .0276 5532.1 14 0.05 3 .0000 5571.11 17 0.42 10 .0000 5580.18 20 0.64 14 .0000 5596.6 12 0.049 23 .0000 5617.53 17 0.069 23 .0000 5662.6 12 0.07 3 .0000 5688.6 16 0.05 3 .0000 5703.05 20 0.08 3 .0000 5713.70 18 0.15 4 .0000 5731.92 17 0.28 7 .0000 5753.34 17 0.28 7 .0000 5769.07 17 0.91 13 .7001 5776.90 17 0.30 8 .0000 5811.9 4 0.49 7 .5429 5835.25 17 0.21 5 .0000 5891.89 17 6.3 5 .5119 5993.63 17 0.08 3 .0000 6048.86 17 0.22 6 .0000 6055.69 17 0.0 .0000 6126.47 17 0.083 23 .0000 6135.62 17 0.27 6 .0000 6229.56 17 0.25 6 .0000 6276.29 17 0.020 11 .0000 6325.59 17 0.35 9 .0000 6411.16 17 0.45 11 .0000 6471.05 17 0.034 11 .0000 6561.19 17 0.078 23 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.115IN(N,G):E=TH,RES 2.115IN(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 45 18 45 11 0.0 4.0 16 22 9 42.172 17 1.3 4 1.1 3 0.078 19 0.096 7 0.52 10 44.987 19 1.1 4 0.90 22 0.076 12 0.080 6 0.44 6 60.9159 10 135 50 97 24 8.6 5 8.7 6 48 3 76.7580 20 2.8 5 2.5 6 0.20 4 0.229 16 1.25 16 82.312 3 1.0 3 1.3 3*1* 0.122 12 0.119 9 0.65 6 84.3079 20 4 4 8.1 20*1* 0.73 7 0.73 5 4.0 4 85.5689 20 157 40 136 30 11.1 19 12.2 9 66 9 90.148 3 0.38 18 0.38 10 0.0 0.034 16 0.19 9 95.380 4 6.0 23 6.0 15 0.0 0.54 21 2.9 11 96.036 5 70 7 70 17 0.0 6.3 8 34 3 96.062 3 109 40 152 40*1* 13.8 12 13.6 10 74 6 101.175 21 1.1 6 1.1 3 0.100 17 0.100 7 0.55 9 112.081 6 1.4 6 1.4 4 0.0 0.13 5 0.7 3 112.4543 24 7.0 14 8.4 21*1* 0.77 5 0.76 5 4.13 25 114.997 3 3.0 4 2.9 7 0.25 3 0.260 19 1.42 11 126.3720 20 24.7 14 24 6 2.0 3 2.19 16 12.0 6 127.264 5 0.0 0.0 *S* 0.0 0.0 *S* 0.0 132.847 21 0.9 4 0.71 18 0.061 10 0.064 5 0.35 5 140.4558 20 12.3 23 9.7 24*1* 0.81 8 0.87 6 4.8 4 141.1704 20 13.7 23 16 4*1* 1.61 24 1.45 10 7.9 9 143.70 4 0.20 18 0.40 10*1* 0.039 15 0.036 3 0.20 7 146.5240 20 1.20 23 1.2 3 0.103 18 0.105 8 0.57 8 149.6700 20 4.0 4 4.2 10 0.39 3 0.38 3 2.06 12 155.272 3 14.2 23 15 4 1.38 9 1.37 10 7.5 5 156.957 4 1.3 3 1.7 4*1* 0.17 3 0.151 11 0.82 12 159.932 4 3 4 6.6 16*1* 0.59 6 0.59 4 3.2 3 162.393 3 147 24 173 40*1* 15.8 9 15.5 11 85 5 163.802 8 2.2 16 4.0 10*1* 0.38 9 0.36 3 2.0 5 171.059 5 17 4 21 5*1* 1.92 10 1.90 14 10.4 5 173.886 6 22 4 25 6 2.30 14 2.26 16 12.3 7 175.066 4 5.0 19 6.9 17*1* 0.63 5 0.62 4 3.4 3 180.926 11 1.00 23 1.00 25 0.0 0.090 22 0.49 11 186.2098 24 138 24 164 40*1* 14.9 8 14.7 10 80 4 196.738 5 4.0 15 5.5 14*1* 0.50 4 0.49 4 2.70 21 202.14 6 1.7 6 1.7 4 0.0 0.15 5 0.8 3 202.156 14 1.7 6 1.7 4 0.0 0.15 5 0.8 3 202.602 3 10 6 17 4*1* 1.50 10 1.49 11 8.2 6 213.625 12 3.6 6 3.9 10 0.36 3 0.352 25 1.93 14 217.877 24 0.5 9 1.4 4*1* 0.126 17 0.126 9 0.69 9 222.610 13 0.6 7 1.3 3*1* 0.120 19 0.119 9 0.65 10 225.478 3 0.6 6 1.2 3*1* 0.109 18 0.107 8 0.59 10 230.34 4 0.6 4 0.60 15 0.0 0.05 3 0.29 17 234.618 11 4.3 15 4.3 11 0.0 0.39 14 2.1 8 235.275 4 19 11 30 8*1* 2.75 23 2.73 19 14.9 12 240.30 3 1.7 9 2.7 7*1* 0.25 4 0.242 17 1.32 20 243.16 3 0.70 23 0.70 17 0.0 0.063 22 0.34 11 246.105 7 1.4 4 1.7 4 0.17 3 0.155 11 0.85 12 252.71 10 0.60 23 0.60 15 0.0 0.054 21 0.29 11 267.960 20 2.4 8 3.2 8*1* 0.30 4 0.288 21 1.57 19 272.9659 20 204 12 204 50 18.3 14 18.3 13 100 5 284.914 4 26.8 18 28 7 2.54 14 2.48 18 13.6 6 290.952 15 15.6 9 16 4 1.42 10 1.41 10 7.7 4 293.393 15 2.5 9 2.5 6 0.0 0.22 9 1.2 5 293.644 14 6.0 25 8.5 21*1* 0.77 5 0.76 6 4.2 3 295.515 17 17.9 13 18 4 1.55 14 1.58 11 8.7 5 298.664 3 59 4 58 14 4.8 7 5.2 4 28.3 19 299.211 12 1.3 9 1.3 3 0.0 0.12 9 0.6 5 300.388 4 3.2 9 2.7 7 0.21 6 0.246 18 1.3 3 305.108 8 6.0 18 8.0 20*1* 0.74 8 0.72 5 3.9 4 315.053 12 4.2 5 4.3 11 0.39 4 0.38 3 2.10 16 318.48 4 3.1 7 3.7 9 0.34 3 0.332 24 1.81 15 320.895 8 9 5 14 4*1* 1.28 8 1.27 9 7.0 4 321.653 18 4.0 19 4.0 10 0.0 0.36 17 2.0 9 335.450 10 59 6 56 14 4.6 6 5.0 4 27.2 22 335.816 20 2.0 18 2.0 5 0.0 0.18 16 1.0 9 337.687 8 15.6 19 16 4 1.39 8 1.39 10 7.6 4 339.15 4 2.9 6 2.9 7 0.0 0.26 6 1.4 3 364.995 20 3.3 6 3.2 8 0.29 3 0.292 21 1.59 14 368.55 7 0.8 5 0.72 18 0.06 3 0.065 5 0.35 14 373.149 24 2.2 5 2.3 6 0.22 4 0.210 15 1.15 16 375.969 12 16.6 19 16 4 1.47 9 1.47 11 8.1 4 384.421 11 18 5 18 5 0.0 1.6 4 8.8 23 385.111 8 58 17 75 19*1* 6.8 4 6.7 5 36.8 21 387.636 13 0.0 2.1 7*1* 0.19 4 0.190 14 1.04 22 393.09 11 2.5 4 2.4 6 0.20 4 0.216 15 1.18 14 394.338 13 1.5 3 1.8 5*1* 0.23 7 0.162 12 0.89 14 396.496 12 2.3 7 3.1 8*1* 0.30 5 0.279 20 1.53 21 402.55 10 0.6 4 0.60 15 0.0 0.05 3 0.29 17 410.433 11 4.6 15 4.3 11 0.38 4 0.38 3 2.09 21 422.213 11 8.8 14 10 3*1* 0.97 8 0.93 7 5.1 4 433.723 8 35.4 19 37 9 3.6 3 3.33 24*1* 18.2 8 443.229 13 2.7 8 3.5 9*1* 0.33 4 0.318 23 1.74 19 447.531 11 1.4 10 2.4 6*1* 0.22 3 0.217 15 1.18 16 468.64 3 1.8 5 1.8 5 0.0 0.16 4 0.88 23 471.349 11 25.2 15 26 7 2.43 14 2.35 17 12.8 5 475.906 10 9.0 24 12 3*1* 1.05 7 1.04 7 5.7 4 489.314 10 0.0 3.9 11 0.35 4 0.350 25 1.91 22 490.374 12 4.9 6 4.9 12 0.0 0.44 6 2.4 3 492.532 11 17.7 24 20 5*1* 1.87 11 1.83 13 *** 5 497.670 19 2.7 14 4.1 10*1* 0.38 5 0.37 3 2.0 3 499.875 8 1.5 9 2.3 6 0.21 4 0.204 15 1.11 20 515.661 8 4.0 12 3.7 9 0.32 5 0.329 23 1.80 25 515.89 8 1.5 12 1.5 4 0.0 0.13 11 0.7 6 517.957 20 17.0 23 17 4 0.0 1.52 24 8.3 11 518.119 12 0.0 19 5*1* 1.74 11 1.74 12 9.5 6 521.501 9 11.2 18 12 3 1.11 8 1.09 8 6.0 4 521.660 10 1.0 7 1.00 25 0.0 0.09 6 0.5 3 540.382 8 3.8 6 3.7 9 0.33 4 0.334 24 1.83 17 548.720 9 11.6 13 12 3 1.14 8 1.11 8 6.1 4 554.973 9 0.0 0.0 0.0 0.0 0.0 555.47 11 5 4 5.0 12 0.0 0.4 3 2.5 17 556.169 8 10 6 *** 25 0.0 0.9 5 5 3 556.845 21 20 9 29 7*1* 2.61 15 2.60 19 14.2 8 560.095 9 4.1 15 5.2 13 0.48 6 0.47 3 2.6 3 567.596 20 5.6 7 5.8 15 0.54 7 0.52 4 2.8 3 577.523 18 10.7 15 12 3 1.10 10 1.06 8 5.8 4 586.43 7 1.7 4 1.7 4 0.08 9 0.150 11 0.82 17 602.36 4 16.0 23 18 4 1.60 9 1.58 11 8.6 5 608.422 11 19 3 22 5 1.97 11 1.94 14 10.6 6 617.562 9 1.2 4 1.4 4 0.14 4 0.124 9 0.68 14 622.57 11 3.5 15 5.1 13*1* 0.47 6 0.46 3 2.5 3 633.740 11 8.0 19 9.5 24 0.86 6 0.85 6 4.6 3 634.288 9 7.7 25 10 3*1* 0.94 7 0.93 7 5.1 4 647.72 8 5.3 19 7.3 18*1* 0.66 5 0.65 5 3.6 3 654.95 7 3.0 5 2.9 7 0.21 7 0.258 18 1.41 20 657.084 11 7.2 20 9.4 23*1* 0.87 9 0.84 6 4.6 5 662.115 10 1.3 12 2.7 7*1* 0.25 7 0.239 17 1.3 4 693.29 9 7 4 11 3*1* 1.02 7 1.01 7 5.5 4 706.21 10 2.4 5 2.4 6 0.0 0.22 5 1.18 23 746.978 9 2.6 18 4.4 11*1* 0.40 5 0.39 3 2.2 3 771.01 8 7.3 19 9.4 23*1* 0.87 9 0.84 6 4.6 4 787.18 4 0.0 0.0 0.0 0.0 0.0 792.16 6 6.7 15 8.3 21*1* 0.76 6 0.74 5 4.1 3 807.897 25 2.7 12 2.7 7 0.24 6 0.241 17 1.3 3 819.04 11 0.0 16 4*1* 1.43 10 1.43 10 7.8 6 847.54 8 11 3 13 3*1* 1.21 8 1.19 9 6.5 4 896.06 10 1.2 8 2.0 5*1* 0.19 5 0.177 13 0.97 23 910.79 10 0.0 0.0 0.0 0.0 0.0 914.5 10 0.0 0.0 0.0 0.0 0.0 972.6 3 0.0 0.0 0.0 0.0 0.0 992.10 10 5.6 7 5.6 14 0.50 5 0.50 4 2.74 21 1072.4 4 0.0 0.0 0.0 0.0 0.0 1096.0 16 0.0 0.0 0.0 0.0 0.0 1122.0 12 0.0 0.0 0.0 0.0 0.0 1187.9 12 0.0 0.0 0.0 0.0 0.0 1204.39 11 0.0 0.0 0.0 0.0 0.0 1213.46 3 0.0 0.0 0.0 0.0 0.0 1252.5 14 0.0 0.0 0.0 0.0 0.0 1284.8 6 0.0 0.0 0.0 0.0 0.0 1302.2 5 0.0 0.0 0.0 0.0 0.0 1341.8 10 0.0 0.0 0.0 0.0 0.0 1425.7 5 0.0 0.0 0.0 0.0 0.0 1437.1 6 0.0 0.0 0.0 0.0 0.0 1465.9 20 0.0 0.0 0.0 0.0 0.0 5333.54 18 3.8 16 5.5 14*1* 0.50 5 0.49 4 2.7 3 5347.4 6 1.9 5 2.2 6 0.21 3 0.200 14 1.09 14 5358.9 5 2.2 9 3.1 8*1* 0.29 4 0.280 20 1.53 20 5384.80 18 0.23 8 0.23 6 0.0 0.021 8 0.11 4 5410.56 19 2.5 7 3.2 8*1* 0.30 3 0.291 21 1.59 15 5442.8 9 0.46 12 0.46 11 0.0 0.041 11 0.23 6 5482.4 5 1.0 4 1.4 4*1* 0.138 25 0.128 9 0.70 11 5499.7 6 1.5 4 1.6 4 0.144 25 0.141 10 0.77 11 5532.1 14 0.11 6 0.11 3 0.0 0.010 5 0.05 3 5571.11 17 0.86 20 0.86 21 0.0 0.077 19 0.42 10 5580.18 20 1.3 3 1.3 3 0.0 0.12 3 0.64 14 5596.6 12 0.10 5 0.100 25 0.0 0.009 4 0.049 23 5617.53 17 0.14 5 0.14 4 0.0 0.013 4 0.069 23 5662.6 12 0.15 6 0.15 4 0.0 0.013 5 0.07 3 5688.6 16 0.10 6 0.100 25 0.0 0.009 5 0.05 3 5703.05 20 0.16 6 0.16 4 0.0 0.014 5 0.08 3 5713.70 18 0.30 8 0.30 8 0.0 0.027 8 0.15 4 5731.92 17 0.57 14 0.57 14 0.0 0.051 13 0.28 7 5753.34 17 0.57 14 0.57 14 0.0 0.051 13 0.28 7 5769.07 17 1.4 4 1.9 5*1* 0.18 3 0.167 12 0.91 13 5776.90 17 0.61 16 0.61 15 0.0 0.055 15 0.30 8 5811.9 4 0.6 4 1.00 25*1* 0.092 13 0.090 6 0.49 7 5835.25 17 0.43 11 0.43 11 0.0 0.039 10 0.21 5 5891.89 17 9 4 13 3*1* 1.17 9 1.16 8 6.3 5 5993.63 17 0.16 6 0.16 4 0.0 0.014 5 0.08 3 6048.86 17 0.45 12 0.45 11 0.0 0.040 11 0.22 6 6055.69 17 0.0 0.0 0.0 0.0 0.0 6126.47 17 0.17 5 0.17 4 0.0 0.015 4 0.083 23 6135.62 17 0.55 13 0.55 14 0.0 0.049 12 0.27 6 6229.56 17 0.52 13 0.52 13 0.0 0.047 12 0.25 6 6276.29 17 0.040 23 0.040 10 0.0 0.0036 21 0.020 11 6325.59 17 0.71 18 0.71 18 0.0 0.064 16 0.35 9 6411.16 17 0.92 23 0.92 23 0.0 0.083 22 0.45 11 6471.05 17 0.070 23 0.070 17 0.0 0.0063 22 0.034 11 6561.19 17 0.16 5 0.16 4 0.0 0.014 4 0.078 23 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F .5129480 .1271631 SKEW -1.3595364 .1318344 NDEGREES 159 108 ITERATION - 5 LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 22 9 .0000 42.172 17 0.52 10 .6395 44.987 19 0.44 6 .2361 60.9159 10 48 3 .3493 76.7580 20 1.25 16 .4869 82.312 3 0.65 6 .5467 84.3079 20 4.0 4 .5143 85.5689 20 66 9 .3296 90.148 3 0.19 9 .0000 95.380 4 2.9 11 .0000 96.036 5 34 3 .0000 96.062 3 74 6 .5481 101.175 21 0.55 9 .0003 112.081 6 0.7 3 .0000 112.4543 24 4.13 25 .5911 114.997 3 1.42 11 .0761 126.3720 20 12.0 6 .1513 127.264 5 0.0 .0000 132.847 21 0.35 5 .1854 140.4558 20 4.8 4 .9139 141.1704 20 7.9 9 .7669 143.70 4 0.20 7 .6088 146.5240 20 0.57 8 .0141 149.6700 20 2.06 12 .2584 155.272 3 7.5 5 .1082 156.957 4 0.85 13 .7763 159.932 4 3.2 3 .5122 162.393 3 85 5 .6288 163.802 8 2.0 5 .5374 171.059 5 10.4 5 .5542 173.886 6 12.3 7 .4540 175.066 4 3.4 3 .5459 180.926 11 0.49 11 .0000 186.2098 24 80 4 .5870 196.738 5 2.70 21 .5460 202.14 6 0.8 3 .0000 202.156 14 0.8 3 .0000 202.602 3 8.2 6 .5391 213.625 12 1.93 14 .1891 217.877 24 0.69 9 .5211 222.610 13 0.65 10 .5841 225.478 3 0.59 10 .5821 230.34 4 0.29 17 .0000 234.618 11 2.1 8 .0000 235.275 4 14.9 12 .5750 240.30 3 1.32 20 .6333 243.16 3 0.34 11 .0000 246.105 7 0.85 12 .5654 252.71 10 0.29 11 .0000 267.960 20 1.57 19 .5818 272.9659 20 100 5 .0000 284.914 4 13.6 6 .2083 290.952 15 7.7 4 .0119 293.393 15 1.2 5 .0000 293.644 14 4.2 3 .5119 295.515 17 8.7 5 .0471 298.664 3 28.3 19 .2186 299.211 12 0.6 5 .0000 300.388 4 1.3 3 .3161 305.108 8 3.9 4 .6353 315.053 12 2.10 16 .0260 318.48 4 1.81 15 .4015 320.895 8 7.0 4 .6232 321.653 18 2.0 9 .0000 335.450 10 27.2 22 .3893 335.816 20 1.0 9 .0000 337.687 8 7.6 4 .0013 339.15 4 1.4 3 .0000 364.995 20 1.59 14 .0050 368.55 7 0.35 14 .0268 373.149 24 1.15 16 .0770 375.969 12 8.1 4 .0050 384.421 11 8.8 23 .0000 385.111 8 36.8 21 .5348 387.636 13 1.04 22 1.5729 393.09 11 1.18 14 .1148 394.338 13 0.89 14 1.0465 396.496 12 1.55 23 .6238 402.55 10 0.29 17 .0000 410.433 11 2.09 21 .0263 422.213 11 5.1 4 .6323 433.723 8 18.2 8 1.0131 443.229 13 1.74 19 .5946 447.531 11 1.18 16 .5190 468.64 3 0.88 23 .0000 471.349 11 12.8 5 .3772 475.906 10 5.7 4 .5963 489.314 10 1.91 22 .0000 490.374 12 2.4 3 .0000 492.532 11 *** 5 .6778 497.670 19 2.0 3 .5669 499.875 8 1.11 20 .3508 515.661 8 1.80 25 .0561 515.89 8 0.7 6 .0000 517.957 20 8.3 11 .0000 518.119 12 9.5 6 .8116 521.501 9 6.0 4 .1785 521.660 10 0.5 3 .0000 540.382 8 1.83 17 .0136 548.720 9 6.1 4 .2519 554.973 9 0.0 .0000 555.47 11 2.5 17 .0000 556.169 8 5 3 .0000 556.845 21 14.2 8 .5396 560.095 9 2.6 3 .2908 567.596 20 2.8 3 .0802 577.523 18 5.8 4 .3483 586.43 7 0.82 17 .2958 602.36 4 8.6 5 .2612 608.422 11 10.6 6 .4392 617.562 9 0.68 14 .2160 622.57 11 2.5 3 .5796 633.740 11 4.6 3 .3218 634.288 9 5.1 4 .5896 647.72 8 3.6 3 .5349 654.95 7 1.41 20 .2913 657.084 11 4.6 5 .6530 662.115 10 1.3 4 .5291 693.29 9 5.5 4 .5075 706.21 10 1.18 23 .0000 746.978 9 2.2 3 .5138 771.01 8 4.6 4 .6326 787.18 4 0.0 .0000 792.16 6 4.1 3 .6281 807.897 25 1.3 3 .0002 819.04 11 7.8 6 1.2615 847.54 8 6.5 4 .5355 896.06 10 0.97 23 .5765 910.79 10 0.0 .0000 914.5 10 0.0 .0000 972.6 3 0.0 .0000 992.10 10 2.74 21 .0004 1072.4 4 0.0 .0000 1096.0 16 0.0 .0000 1122.0 12 0.0 .0000 1187.9 12 0.0 .0000 1204.39 11 0.0 .0000 1213.46 3 0.0 .0000 1252.5 14 0.0 .0000 1284.8 6 0.0 .0000 1302.2 5 0.0 .0000 1341.8 10 0.0 .0000 1425.7 5 0.0 .0000 1437.1 6 0.0 .0000 1465.9 20 0.0 .0000 5333.54 18 2.7 3 .5357 5347.4 6 1.09 14 .3035 5358.9 5 1.53 20 .5704 5384.80 18 0.11 4 .0000 5410.56 19 1.59 15 .6506 5442.8 9 0.23 6 .0000 5482.4 5 0.71 12 .6117 5499.7 6 0.77 11 .0276 5532.1 14 0.05 3 .0000 5571.11 17 0.42 10 .0000 5580.18 20 0.64 14 .0000 5596.6 12 0.049 23 .0000 5617.53 17 0.069 23 .0000 5662.6 12 0.07 3 .0000 5688.6 16 0.05 3 .0000 5703.05 20 0.08 3 .0000 5713.70 18 0.15 4 .0000 5731.92 17 0.28 7 .0000 5753.34 17 0.28 7 .0000 5769.07 17 0.91 13 .7001 5776.90 17 0.30 8 .0000 5811.9 4 0.49 7 .5429 5835.25 17 0.21 5 .0000 5891.89 17 6.3 5 .5119 5993.63 17 0.08 3 .0000 6048.86 17 0.22 6 .0000 6055.69 17 0.0 .0000 6126.47 17 0.083 23 .0000 6135.62 17 0.27 6 .0000 6229.56 17 0.25 6 .0000 6276.29 17 0.020 11 .0000 6325.59 17 0.35 9 .0000 6411.16 17 0.45 11 .0000 6471.05 17 0.034 11 .0000 6561.19 17 0.078 23 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.115IN(N,G):E=TH,RES 2.115IN(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 22.796 7 45 18 45 11 0.0 4.0 16 22 9 42.172 17 1.3 4 1.1 3 0.078 19 0.096 7 0.52 10 44.987 19 1.1 4 0.90 22 0.076 12 0.080 6 0.44 6 60.9159 10 135 50 97 24 8.6 5 8.7 6 48 3 76.7580 20 2.8 5 2.5 6 0.20 4 0.229 16 1.25 16 82.312 3 1.0 3 1.3 3*1* 0.122 12 0.119 9 0.65 6 84.3079 20 4 4 8.1 20*1* 0.73 7 0.73 5 4.0 4 85.5689 20 157 40 136 30 11.1 19 12.2 9 66 9 90.148 3 0.38 18 0.38 10 0.0 0.034 16 0.19 9 95.380 4 6.0 23 6.0 15 0.0 0.54 21 2.9 11 96.036 5 70 7 70 17 0.0 6.3 8 34 3 96.062 3 109 40 152 40*1* 13.8 12 13.6 10 74 6 101.175 21 1.1 6 1.1 3 0.100 17 0.100 7 0.55 9 112.081 6 1.4 6 1.4 4 0.0 0.13 5 0.7 3 112.4543 24 7.0 14 8.4 21*1* 0.77 5 0.76 5 4.13 25 114.997 3 3.0 4 2.9 7 0.25 3 0.260 19 1.42 11 126.3720 20 24.7 14 24 6 2.0 3 2.19 16 12.0 6 127.264 5 0.0 0.0 *S* 0.0 0.0 *S* 0.0 132.847 21 0.9 4 0.71 18 0.061 10 0.064 5 0.35 5 140.4558 20 12.3 23 9.7 24*1* 0.81 8 0.87 6 4.8 4 141.1704 20 13.7 23 16 4*1* 1.61 24 1.45 10 7.9 9 143.70 4 0.20 18 0.40 10*1* 0.039 15 0.036 3 0.20 7 146.5240 20 1.20 23 1.2 3 0.103 18 0.105 8 0.57 8 149.6700 20 4.0 4 4.2 10 0.39 3 0.38 3 2.06 12 155.272 3 14.2 23 15 4 1.38 9 1.37 10 7.5 5 156.957 4 1.3 4 1.7 4*1* 0.17 3 0.156 11 0.85 13 159.932 4 3 4 6.6 16*1* 0.59 6 0.59 4 3.2 3 162.393 3 147 24 173 40*1* 15.8 9 15.5 11 85 5 163.802 8 2.2 18 4.1 10*1* 0.38 9 0.37 3 2.0 5 171.059 5 17 4 21 5*1* 1.92 10 1.90 14 10.4 5 173.886 6 22 4 25 6 2.30 14 2.26 16 12.3 7 175.066 4 5.0 19 6.9 17*1* 0.63 5 0.62 4 3.4 3 180.926 11 1.00 23 1.00 25 0.0 0.090 22 0.49 11 186.2098 24 138 24 164 40*1* 14.9 8 14.7 10 80 4 196.738 5 4.0 15 5.5 14*1* 0.50 4 0.49 4 2.70 21 202.14 6 1.7 6 1.7 4 0.0 0.15 5 0.8 3 202.156 14 1.7 6 1.7 4 0.0 0.15 5 0.8 3 202.602 3 10 6 17 4*1* 1.50 10 1.49 11 8.2 6 213.625 12 3.6 6 3.9 10 0.36 3 0.352 25 1.93 14 217.877 24 0.5 9 1.4 4*1* 0.126 17 0.126 9 0.69 9 222.610 13 0.6 7 1.3 3*1* 0.120 19 0.119 9 0.65 10 225.478 3 0.6 6 1.2 3*1* 0.109 18 0.107 8 0.59 10 230.34 4 0.6 4 0.60 15 0.0 0.05 3 0.29 17 234.618 11 4.3 15 4.3 11 0.0 0.39 14 2.1 8 235.275 4 19 11 30 8*1* 2.75 23 2.73 19 14.9 12 240.30 3 1.7 9 2.7 7*1* 0.25 4 0.242 17 1.32 20 243.16 3 0.70 23 0.70 17 0.0 0.063 22 0.34 11 246.105 7 1.4 4 1.7 4 0.17 3 0.155 11 0.85 12 252.71 10 0.60 23 0.60 15 0.0 0.054 21 0.29 11 267.960 20 2.4 8 3.2 8*1* 0.30 4 0.288 21 1.57 19 272.9659 20 204 12 204 50 18.3 14 18.3 13 100 5 284.914 4 26.8 18 28 7 2.54 14 2.48 18 13.6 6 290.952 15 15.6 9 16 4 1.42 10 1.41 10 7.7 4 293.393 15 2.5 9 2.5 6 0.0 0.22 9 1.2 5 293.644 14 6.0 25 8.5 21*1* 0.77 5 0.76 6 4.2 3 295.515 17 17.9 13 18 4 1.55 14 1.58 11 8.7 5 298.664 3 59 4 58 14 4.8 7 5.2 4 28.3 19 299.211 12 1.3 9 1.3 3 0.0 0.12 9 0.6 5 300.388 4 3.2 9 2.7 7 0.21 6 0.246 18 1.3 3 305.108 8 6.0 18 8.0 20*1* 0.74 8 0.72 5 3.9 4 315.053 12 4.2 5 4.3 11 0.39 4 0.38 3 2.10 16 318.48 4 3.1 7 3.7 9 0.34 3 0.332 24 1.81 15 320.895 8 9 5 14 4*1* 1.28 8 1.27 9 7.0 4 321.653 18 4.0 19 4.0 10 0.0 0.36 17 2.0 9 335.450 10 59 6 56 14 4.6 6 5.0 4 27.2 22 335.816 20 2.0 18 2.0 5 0.0 0.18 16 1.0 9 337.687 8 15.6 19 16 4 1.39 8 1.39 10 7.6 4 339.15 4 2.9 6 2.9 7 0.0 0.26 6 1.4 3 364.995 20 3.3 6 3.2 8 0.29 3 0.292 21 1.59 14 368.55 7 0.8 5 0.72 18 0.06 3 0.065 5 0.35 14 373.149 24 2.2 5 2.3 6 0.22 4 0.210 15 1.15 16 375.969 12 16.6 19 16 4 1.47 9 1.47 11 8.1 4 384.421 11 18 5 18 5 0.0 1.6 4 8.8 23 385.111 8 58 17 75 19*1* 6.8 4 6.7 5 36.8 21 387.636 13 0.0 2.1 7*1* 0.19 4 0.190 14 1.04 22 393.09 11 2.5 4 2.4 6 0.20 4 0.216 15 1.18 14 394.338 13 1.5 3 1.8 5*1* 0.23 7 0.162 12 0.89 14 396.496 12 2.3 8 3.2 8*1* 0.30 5 0.284 20 1.55 23 402.55 10 0.6 4 0.60 15 0.0 0.05 3 0.29 17 410.433 11 4.6 15 4.3 11 0.38 4 0.38 3 2.09 21 422.213 11 8.8 16 10 3*1* 0.97 8 0.94 7 5.1 4 433.723 8 35.4 19 37 9 3.6 3 3.33 24*1* 18.2 8 443.229 13 2.7 8 3.5 9*1* 0.33 4 0.318 23 1.74 19 447.531 11 1.4 10 2.4 6*1* 0.22 3 0.217 15 1.18 16 468.64 3 1.8 5 1.8 5 0.0 0.16 4 0.88 23 471.349 11 25.2 15 26 7 2.43 14 2.35 17 12.8 5 475.906 10 9.0 24 12 3*1* 1.05 7 1.04 7 5.7 4 489.314 10 0.0 3.9 11 0.35 4 0.350 25 1.91 22 490.374 12 4.9 6 4.9 12 0.0 0.44 6 2.4 3 492.532 11 17.7 24 20 5*1* 1.87 11 1.83 13 *** 5 497.670 19 2.7 14 4.1 10*1* 0.38 5 0.37 3 2.0 3 499.875 8 1.5 9 2.3 6 0.21 4 0.204 15 1.11 20 515.661 8 4.0 12 3.7 9 0.32 5 0.329 23 1.80 25 515.89 8 1.5 12 1.5 4 0.0 0.13 11 0.7 6 517.957 20 17.0 23 17 4 0.0 1.52 24 8.3 11 518.119 12 0.0 19 5*1* 1.74 11 1.74 12 9.5 6 521.501 9 11.2 18 12 3 1.11 8 1.09 8 6.0 4 521.660 10 1.0 7 1.00 25 0.0 0.09 6 0.5 3 540.382 8 3.8 6 3.7 9 0.33 4 0.334 24 1.83 17 548.720 9 11.6 13 12 3 1.14 8 1.11 8 6.1 4 554.973 9 0.0 0.0 0.0 0.0 0.0 555.47 11 5 4 5.0 12 0.0 0.4 3 2.5 17 556.169 8 10 6 *** 25 0.0 0.9 5 5 3 556.845 21 20 9 29 7*1* 2.61 15 2.60 19 14.2 8 560.095 9 4.1 15 5.2 13 0.48 6 0.47 3 2.6 3 567.596 20 5.6 7 5.8 15 0.54 7 0.52 4 2.8 3 577.523 18 10.7 15 12 3 1.10 10 1.06 8 5.8 4 586.43 7 1.7 4 1.7 4 0.08 9 0.150 11 0.82 17 602.36 4 16.0 23 18 4 1.60 9 1.58 11 8.6 5 608.422 11 19 3 22 5 1.97 11 1.94 14 10.6 6 617.562 9 1.2 4 1.4 4 0.14 4 0.124 9 0.68 14 622.57 11 3.5 15 5.1 13*1* 0.47 6 0.46 3 2.5 3 633.740 11 8.0 19 9.5 24 0.86 6 0.85 6 4.6 3 634.288 9 7.7 25 10 3*1* 0.94 7 0.93 7 5.1 4 647.72 8 5.3 19 7.3 18*1* 0.66 5 0.65 5 3.6 3 654.95 7 3.0 5 2.9 7 0.21 7 0.258 18 1.41 20 657.084 11 7.2 20 9.4 23*1* 0.87 9 0.84 6 4.6 5 662.115 10 1.3 14 2.7 7*1* 0.25 7 0.241 17 1.3 4 693.29 9 7 4 11 3*1* 1.02 7 1.01 7 5.5 4 706.21 10 2.4 5 2.4 6 0.0 0.22 5 1.18 23 746.978 9 2.6 18 4.4 11*1* 0.40 5 0.39 3 2.2 3 771.01 8 7.3 19 9.4 23*1* 0.87 9 0.84 6 4.6 4 787.18 4 0.0 0.0 0.0 0.0 0.0 792.16 6 6.7 15 8.3 21*1* 0.76 6 0.74 5 4.1 3 807.897 25 2.7 12 2.7 7 0.24 6 0.241 17 1.3 3 819.04 11 0.0 16 4*1* 1.43 10 1.43 10 7.8 6 847.54 8 11 3 13 3*1* 1.21 8 1.19 9 6.5 4 896.06 10 1.2 8 2.0 5*1* 0.19 5 0.177 13 0.97 23 910.79 10 0.0 0.0 0.0 0.0 0.0 914.5 10 0.0 0.0 0.0 0.0 0.0 972.6 3 0.0 0.0 0.0 0.0 0.0 992.10 10 5.6 7 5.6 14 0.50 5 0.50 4 2.74 21 1072.4 4 0.0 0.0 0.0 0.0 0.0 1096.0 16 0.0 0.0 0.0 0.0 0.0 1122.0 12 0.0 0.0 0.0 0.0 0.0 1187.9 12 0.0 0.0 0.0 0.0 0.0 1204.39 11 0.0 0.0 0.0 0.0 0.0 1213.46 3 0.0 0.0 0.0 0.0 0.0 1252.5 14 0.0 0.0 0.0 0.0 0.0 1284.8 6 0.0 0.0 0.0 0.0 0.0 1302.2 5 0.0 0.0 0.0 0.0 0.0 1341.8 10 0.0 0.0 0.0 0.0 0.0 1425.7 5 0.0 0.0 0.0 0.0 0.0 1437.1 6 0.0 0.0 0.0 0.0 0.0 1465.9 20 0.0 0.0 0.0 0.0 0.0 5333.54 18 3.8 16 5.5 14*1* 0.50 5 0.49 4 2.7 3 5347.4 6 1.9 5 2.2 6 0.21 3 0.200 14 1.09 14 5358.9 5 2.2 9 3.1 8*1* 0.29 4 0.280 20 1.53 20 5384.80 18 0.23 8 0.23 6 0.0 0.021 8 0.11 4 5410.56 19 2.5 7 3.2 8*1* 0.30 3 0.291 21 1.59 15 5442.8 9 0.46 12 0.46 11 0.0 0.041 11 0.23 6 5482.4 5 1.0 4 1.4 4*1* 0.138 25 0.130 9 0.71 12 5499.7 6 1.5 4 1.6 4 0.144 25 0.141 10 0.77 11 5532.1 14 0.11 6 0.11 3 0.0 0.010 5 0.05 3 5571.11 17 0.86 20 0.86 21 0.0 0.077 19 0.42 10 5580.18 20 1.3 3 1.3 3 0.0 0.12 3 0.64 14 5596.6 12 0.10 5 0.100 25 0.0 0.009 4 0.049 23 5617.53 17 0.14 5 0.14 4 0.0 0.013 4 0.069 23 5662.6 12 0.15 6 0.15 4 0.0 0.013 5 0.07 3 5688.6 16 0.10 6 0.100 25 0.0 0.009 5 0.05 3 5703.05 20 0.16 6 0.16 4 0.0 0.014 5 0.08 3 5713.70 18 0.30 8 0.30 8 0.0 0.027 8 0.15 4 5731.92 17 0.57 14 0.57 14 0.0 0.051 13 0.28 7 5753.34 17 0.57 14 0.57 14 0.0 0.051 13 0.28 7 5769.07 17 1.4 4 1.9 5*1* 0.18 3 0.167 12 0.91 13 5776.90 17 0.61 16 0.61 15 0.0 0.055 15 0.30 8 5811.9 4 0.6 4 1.00 25*1* 0.092 13 0.090 6 0.49 7 5835.25 17 0.43 11 0.43 11 0.0 0.039 10 0.21 5 5891.89 17 9 4 13 3*1* 1.17 9 1.16 8 6.3 5 5993.63 17 0.16 6 0.16 4 0.0 0.014 5 0.08 3 6048.86 17 0.45 12 0.45 11 0.0 0.040 11 0.22 6 6055.69 17 0.0 0.0 0.0 0.0 0.0 6126.47 17 0.17 5 0.17 4 0.0 0.015 4 0.083 23 6135.62 17 0.55 13 0.55 14 0.0 0.049 12 0.27 6 6229.56 17 0.52 13 0.52 13 0.0 0.047 12 0.25 6 6276.29 17 0.040 23 0.040 10 0.0 0.0036 21 0.020 11 6325.59 17 0.71 18 0.71 18 0.0 0.064 16 0.35 9 6411.16 17 0.92 23 0.92 23 0.0 0.083 22 0.45 11 6471.05 17 0.070 23 0.070 17 0.0 0.0063 22 0.034 11 6561.19 17 0.16 5 0.16 4 0.0 0.014 4 0.078 23 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F .5037449 .1230945 SKEW -1.3538378 .0734455 NDEGREES 159 108 UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED) 116IN G 53.83 10 0.15 10 116IN G 85.948 6 0.74 10 116IN G 99.45 5 0.54 10 116IN G 101.02 5 0.29 15 116IN G 108.3 2 0.07 5 116IN G 110.778 4 0.83 10 116IN G 136.3 2 0.10 5 116IN G 173.48 43 1.3 5 116IN G 176.826 14 0.93 15 116IN G 193.44 8 0.29 15 116IN G 208.89 6 0.88 20 116IN G 216.488 25 1.52 25 116IN G 262.22 5 1.18 25 116IN G 282.82 4 0.54 20 116IN G 303.06 5 0.34 10 116IN G 307.97 2 0.25 6 116IN G 319.42 9 1.3 5 116IN G 331.62 20 1.23 25 116IN G 349.64 10 0.83 20 116IN G 358.76 4 0.93 20 116IN G 359.46 4 0.49 15 116IN G 369.9 1 0.25 15 116IN G 372.66 20 1.32 25 116IN G 374.85 14 1.7 5 116IN G 379.58 6 3.0 3 116IN G 435.97 30 0.88 25 116IN G 448.9 1 0.54 20 116IN G 452.59 18 0.64 15 116IN G 458.3 1 1.7 6 116IN G 459.4 1 1.08 20 116IN G 465.53 10 1.72 25 116IN G 474.22 10 2.0 4 116IN G 476.69 6 1.9 8 116IN G 485.57 17 1.27 20 116IN G 491.6 3 1.0 5 116IN G 524.3 5 0.7 3 116IN G 545.5 4 1.23 20 116IN G 553.0 5 0.93 20 116IN G 564.16 10 1.3 4 116IN G 565.0 4 0.98 5 116IN G 573.7 3 0.83 15 116IN G 576.2 4 1.3 6 116IN G 589.4 2 1.27 20 116IN G 592.88 18 1.37 20 116IN G 597.38 12 1.57 25 116IN G 599.5 47 0.69 15 116IN G 605.22 15 1.57 25 116IN G 645.62 24 1.18 20 116IN G 669.8 5 0.54 15 116IN G 672.2 6 0.34 15 116IN G 679.6 5 0.29 10 116IN G 685.5 3 0.64 15 116IN G 703.0 3 0.69 15 116IN G 711.27 22 1.47 25 116IN G 713.8 3 1.57 25 116IN G 717.2 4 1.9 5 116IN G 718.96 21 3.3 7 116IN G 730.85 16 4.1 6 116IN G 737.2 3 0.69 20 116IN G 744.50 23 2.0 4 116IN G 749.62 20 4.1 8 116IN G 758.89 17 2.9 6 116IN G 764.54 16 4.3 5 116IN G 779.18 19 1.96 25 116IN G 782.71 24 1.08 20 116IN G 788.44 21 1.27 20 116IN G 796.40 17 2.16 25 116IN G 801.15 20 2.3 3 116IN G 814.07 27 2.5 6 116IN G 822.6 3 2.9 8 116IN G 827.7 7 0.29 15 116IN G 830.8 5 0.54 20 116IN G 837.01 23 0.98 20 116IN G 844.24 24 1.23 20 116IN G 852.30 19 1.52 25 116IN G 859.26 20 1.27 20 116IN G 874.31 25 1.18 25 116IN G 877.2 4 0.78 25 116IN G 885.06 17 2.6 3 116IN G 903.70 20 3.1 3 116IN G 910.8 3 0.74 15 116IN G 915.32 17 2.25 25 116IN G 925.29 18 1.81 20 116IN G 930.60 24 1.13 20 116IN G 934.11 17 2.6 3 116IN G 939.60 18 1.91 25 116IN G 944.27 16 5.1 6 116IN G 947.69 18 2.7 3 116IN G 956.3 4 0.44 15 116IN G 963.11 20 2.4 3 116IN G 965.7 4 1.32 25 116IN G 968.94 20 2.11 25 116IN G 972.52 16 4.4 5 116IN G 982.7 5 0.54 20 116IN G 986.0 5 0.64 20 116IN G 997.7 3 0.78 15 116IN G 1001.51 33 0.74 15 116IN G 1019.50 36 0.74 15 116IN G 1023.37 25 2.5 4 116IN G 1025.99 31 1.6 3 116IN G 1030.54 26 1.08 20 116IN G 1039.55 20 1.76 20 116IN G 1047.66 31 0.59 20 116IN G 1053.24 33 0.64 20 116IN G 1077.09 16 4.2 6