DATA FOR A = 156 AND Z = 64(GD) 155GD(N,G) E=TH CONSTANT IS OFF DATASET DAP DBLANK DGAMMA DMIN DSYS 156GD H TYP=FMT$AUT=J. TULI$COM=FIXED FATAL FORMAT ERRORS$DAT=30-JUL-1999$ 156GD H TYP=ERR$AUT=J. TULI$COM=CHANGED DSID$ 156GD H TYP=FUL$AUT=R. G. Helmer$CIT=NDS 65,65 (1992)$CUT=1-May-1991$ 156GD C Data are primarily from 1982Ba28, with a few added G's from 1985HoZL. 156GD2C All G's and CE's were studied following thermal-neutron capture. 156GD3C Primary G's were also studied following 2-keV neutron capture. 156GD C Other (N,G) studies are 1960Kn01, 1960Wa09, 1961Gr31, 1961Sc19, 156GD2C 1962Ca21, 1962Gr33, 1964No11, 1966Ne06, 1968Go38, 1968Gr32, 1968SpZZ, 156GD3C 1969BaZS, 1969Be17 1970Bo29, 1970Da25, 1970Mi09, 1972Si04, 1974Sc03, 156GDxC and 1982Is05. 156GD CL ALPHA decay to the 2+ and 4+ levels in 152SM has been 156GD2CL reported (1969Be17) from the thermal-neutron capture state at 156GD3CL 8535 keV with %A=1.3E-7. 156GD CL Neutron resonance data are given by 1960Mo14, 1963Da18, and 156GD2CL 1964St07. 156GD CG The primary G's from the 2-keV neutron capture are not 156GD2CG included here; see 1982Ba28 for these data. 156GD D Experimental methods: 156GD D 1960Kn01: G's measured with double-flat-crystal and pair spectrometers. 156GD2D Measured GG and GG(THETA). Report 24 G's including 7 primaries. 156GD D 1960Wa09: G's measured with curved-crystal spectrometer. Report 2 G's. 156GD D 1961Gr31: G's measured with Compton magnetic spectrometer and CE with 156GD2D magnetic spectrometer. Report SN & 18 G's including 4 primaries. 156GD D 1961Sc19: G's measured with curved-crystal spectrometer. Report 3 G's. 156GD D 1962Ca21: G's measured following capture inot neutron resonances. 156GD2D No structure data. 156GD D 1962Gr33: G's measured with Compton magnetic spectrometer and CE with 156GD2D magnetic spectrometer. Enriched (67.5%) target. Report 71 G's 156GD3D along with 21 multipolarities. 156GD D 1964No11: CE's measured with magnetic spectrometer. Report 156GD2D multipolarities for 2 G's. 156GD D 1966Ne06: G's measured with curved-crystal spectrometer. Report 2 G's. 156GD D 1968Go38: GCE coincidences with NaI detector and magnetic spectrometer. 156GD2D Report 15 G's. 156GD D 1968Gr32: Compilation of reported G's with their placements. 156GD D 1968SpZZ: G's measured with Ge detector following resonance capture at 156GD2D 0.04, 2.0, 2.6, and 6.3 eV and for a filtered beam. Report SN 156GD3D and 13 primary G's. 156GD D 1969BaZS: See 1982Ba28 for published version. 156GD D 1969Be17: ALPHA's measured with Si detector. Report 2 ALPHA's from 156GD2D capture level. 156GD D 1970Bo29: G's measured with pair spectrometer with a Ge detector. 156GD2D Average-resonance neutron capture with EN = 10 eV to 10 keV. 156GD3D Report 30 primary G's. 156GD D 1970Da25: Measured neutron resonances from 2 to 63 eV by time-of-fligh 156GD2D Report 23 resonances. 156GD D 1970Mi09: A few 156GD G's seen as contamination in 167ER(N,G) study. 156GD D 1972Si04: G's measured with Ge detector used as pair and anticoinciden 156GD2D spectrometer. Enriched (91.77%) target. Report SN and 37 156GD3D primary and about 250 secondary G's. 156GD D 1974Sc03: CE data included in 1982Ba28. 156GD2D 1982Ba28: G's measured with curved-crystal spectrometer and Ge 156GD2D detectors. CE measured with magnetic spectrometers. Primary 156GD3D G's measured after thermal and 2-keV resonance capture. 156GD D 1982Is05: G's measured with Ge detector used as pair spectrometer to 156GD2D determine SN. 156GD D 1985HoZL: G's measured with curved-crystal spectrometer. CE measured 156GD2D with magnetic spectrometers. Report about 17 new secondary G's. 156GD D 1986Be04: G measured after resonance capture. Report P(G) for 1 G 156GD2D from 33.23 eV resonance. 156GD C In 156GD 31 neutron resonances below 1.5 keV have been 156GD2C reported (1973Mu14). 156GD N 0.009 156GD cN SIGMAN=60900 500 156GD CL E From least-squares fit to G energies, except the reported 156GD2CL (1982Ba28) energy is maintained for the thermal-neutron-capture 156GD3CL level. 156GD CL J From 1982Ba28. Unless otherwise noted, these assignments are 156GD2CL the same as those for the 156GD Adopted Levels, except for some 156GD3CL parentheses. 156GD CL J In addition to the K values indicated by the band 156GD2CL assignments, 1982Ba28 have suggested some additional KPI 156GD3CL assignments. 156GD CG RI From 1982Ba28, unless noted as from 1985HoZL. Given as G's 156GD2CG per 1.0E+4 neutron captures. Their normalization is based 156GD3CG on intensities for the 88 and 199 G's from 1966Ne06 where 156GD4CG the uncertainties are 5.5% and 5.2%. For the primary G's, 1982Ba28 156GD5CG quote the uncertainty as 8%. 156GD CG M,MR From 156GD Adopted G radiations for the placed G's and based 156GD2CG on data from all experiments. From 1982Ba28 for the unplaced G's. 156GD CG CC See 156GD Adopted G radiations for the CC of the placed G's. 156GD CL BAND(A) KPI=0+ ground-state band. 156GD CL BAND(B) KPI=0+ B-vibrational band. 156GD CL BAND(C) KPI=2+ G-vibrational band. 156GD CL BAND(D) KPI=0+ band. 156GD CL BAND(E) Odd-spin, negative-parity band. 156GD CL BAND(F) Even-spin, negative-parity band. 156GD CL BAND(G) KPI=4+ band based on CONF=((P,5/2(413))(P,3/2(411))). 156GD CL BAND(I) KPI=0- band. 156GD CL BAND(J) KPI=0+ band. 156GD CL BAND(K) KPI=2- band. 156GD CL BAND(L) KPI=2+ band. 156GD CL BAND(M) KPI=0+ band. 156GD CL BAND(N) KPI=4+ band based on CONF=((N,5/2(523))(N,3/2(521))). 156GD CL BAND(O) KPI=1+ band. 156GD CL BAND(P) KPI=1+ band. 156GD CL BAND(Q) KPI=4- band based on CONF=((N,3/2(521))(N,5/2(642))). 156GD CL BAND(R) KPI=1+ band. 156GD CG E(S),RI(S)$From 1985HoZL. 156GD CG E(T) Questionable G. 156GD CG E(U) No final level included. 156GD CG E(Y) From CE data only and a complex line. 156GD CG RI(X) Measured RI is LT 7.4. 156GD G 129.435 6 0.22 5 156GD G 136.004 3 0.39 3 156GD G 143.668 11 0.09 3 156GD G 144.356 4 0.30 4 156GD G 147.666 4 0.28 3 156GD G 148.841 2 1.04 6 E2 0.614 156GDS G KC= 0.380 $LC= 0.181 $MC= 0.0417 $NC+= 0.0117 156GD G 153.878 10 0.18 4 156GD G 155.669 12 0.12 3 156GD G 157.208 3 0.53 4 156GD G 158.528 7 0.22 3 156GD G 164.001 15 0.13 4 T 156GD G 166.645 9 0.21 4 156GD G 168.698 18 0.14 6 156GD G 168.799 6 0.29 5 156GD G 170.175 9 0.20 4 156GD G 170.673 4 0.36 4 156GD G 173.751 10 0.18 4 156GD G 174.708 3 1.02 7 156GD G 178.109 5 0.64 10 156GD G 184.387 20 0.15 5 T 156GD G 186.863 14 0.13 3 156GD G 187.437 3 1.30 9 156GD G 188.007 14 0.18 4 156GD G 189.954 15 0.18 4 156GD G 190.208 3 1.27 9 156GD G 191.242 10 0.22 4 156GD G 192.365 4 1.06 8 156GD G 196.482 16 0.15 4 156GD G 197.561 9 0.41 5 156GD G 202.027 18 0.20 5 156GD G 204.899 10 0.22 3 156GD G 205.458 2 17.6 11 E1 0.0425 156GDS G KC= 0.0360 $LC= 0.00508 $MC= 0.00116 $NC+= 0.000306 156GD G 207.290 16 0.17 4 156GD G 209.331 7 0.35 4 156GD G 215.89 3 0.13 5 T 156GD G 219.515 8 0.32 3 156GD G 219.772 11 0.34 5 156GD G 220.218 13 0.24 4 156GD G 220.72 3 0.18 7 156GD G 221.889 12 0.22 4 156GD G 224.698 7 0.38 3 156GD G 227.342 11 0.22 3 156GD G 227.37 3 0.15 4 156GD G 229.722 12 0.25 4 156GD G 230.976 20 0.14 4 156GD G 237.270 7 0.67 5 M1 0.183 156GDS G KC= 0.155 $LC= 0.0220 $MC= 0.00508 $NC+= 0.00123 156GD G 238.052 5 0.81 5 156GD G 239.197 20 0.12 3 156GD G 243.637 13 0.18 3 156GD G 243.971 6 0.84 5 M1 0.170 156GDS G KC= 0.144 $LC= 0.0204 $MC= 0.00468 $NC+= 0.00111 156GD G 244.92 3 0.12 3 156GD G 246.496 18 0.16 3 156GD G 248.334 3 7.8 4 156GD G 249.074 6 1.02 7 156GD G 249.326 14 0.21 3 156GD G 252.983 17 0.22 4 156GD G 257.067 16 0.29 5 156GD G 263.320 14 0.21 3 156GD G 264.029 11 0.34 4 156GD G 266.60 3 0.26 6 T 156GD G 267.483 14 0.40 5 M1 0.132 156GDS G KC= 0.112 $LC= 0.0159 $MC= 0.00352 $NC+= 0.000791 156GD G 269.12 2 0.22 4 156GD G 272.561 17 0.29 4 156GD G 273.626 20 0.25 5 156GD G 276.698 12 0.42 4 156GD G 279.765 13 0.57 6 156GD G 280.217 11 0.36 4 M1 0.117 156GDS G KC= 0.0990 $LC= 0.0140 $MC= 0.00302 $NC+= 0.000669 156GD G 282.912 9 0.66 5 E2,M1 0.093 21 156GDS G KC= 0.076 21$LC= 0.014 4$MC= 0.0030 9$NC+= 0.000642 16 156GD G 283.60 5 0.19 7 156GD G 285.288 19 0.20 3 156GD G 288.020 6 2.05 12 E1 0.0177 156GDS G KC= 0.0151 $LC= 0.00209 $MC= 0.000439 $NC+= 9.82E-05 156GD G 288.28 3 0.37 8 156GD G 289.040 5 4.0 2 M1 0.107 156GDS G KC= 0.0911 $LC= 0.0129 $MC= 0.00271 $NC+= 0.000599 156GD G 291.345 19 0.46 7 156GD G 292.122 25 0.28 4 156GD G 293.70 2 0.18 3 156GD G 294.386 18 0.33 4 156GD G 297.73 4 0.27 7 T 156GD G 301.953 16 0.42 5 156GD G 303.96 6 0.27 10 156GD G 304.632 6 2.12 13 E2,M1 0.075 18 156GDS G KC= 0.062 18$LC= 0.011 3$MC= 0.0022 6$NC+= 0.000476 22 156GD G 307.229 17 0.39 5 156GD G 308.040 18 0.40 5 156GD G 311.993 18 0.38 5 M1 0.0874 156GDS G KC= 0.0744 $LC= 0.0105 $MC= 0.00206 $NC+= 0.000460 156GD G 312.690 25 0.26 6 T 156GD G 315.608 14 0.47 5 M1 0.0847 156GDS G KC= 0.0721 $LC= 0.01016 $MC= 0.00198 $NC+= 0.000443 156GD G 316.621 18 0.33 4 156GD G 317.543 23 0.41 8 E2,M1 0.067 16 156GDS G KC= 0.055 16$LC= 0.010 3$MC= 0.0019 5$NC+= 0.00041 3 156GD G 319.914 15 0.37 5 M1 0.0817 156GDS G KC= 0.0696 $LC= 0.00980 $MC= 0.00188 $NC+= 0.000423 156GD G 322.551 16 0.85 9 156GD G 323.48 4 0.25 10 156GD G 324.295 13 0.76 7 E2 0.0472 156GDS G KC= 0.0369 $LC= 0.00840 $MC= 0.00160 $NC+= 0.000347 156GD G 328.16 4 0.19 7 156GD G 329.37 7 0.22 8 156GD G 340.93 3 0.31 6 156GD G 343.31 6 0.17 7 156GD G 345.52 6 0.25 10 156GD G 346.45 5 0.27 7 156GD G 350.05 10 0.36 29 156GD G 352.60 9 0.20 9 T 156GD G 358.14 3 0.37 8 E2 0.0351 156GDS G KC= 0.0278 $LC= 0.00595 $MC= 0.00102 $NC+= 2.37E-04 156GD G 358.885 25 0.44 7 M1,E2 0.048 13 156GDS G KC= 0.040 12$LC= 0.0066 19$MC= 0.0011 3$NC+= 0.00027 3 156GD G 359.09 4 1.2 6 E1 00.01018 T 156GDS G KC= 0.00872 $LC= 0.00119 $MC= 2.11E-04 $NC+= 5.08E-05 156GD G 359.333 7 3.3 2 E1 00.01016 156GDS G KC= 0.00871 $LC= 0.00119 $MC= 2.11E-04 $NC+= 5.07E-05 156GD G 359.979 25 0.32 6 156GD G 361.179 13 0.79 7 E1 00.01003 156GDS G KC= 0.00860 $LC= 0.00118 $MC= 2.07E-04 $NC+= 5.00E-05 156GD G 362.034 18 0.50 6 M1,E2 0.046 12 156GDS G KC= 0.039 12$LC= 0.0064 19$MC= 0.0011 3$NC+= 0.00026 3 156GD G 365.01 3 0.45 8 156GD G 366.709 12 0.96 7 E2 0.0327 156GDS G KC= 0.0261 $LC= 0.00549 $MC= 0.000928 $NC+= 2.18E-04 156GD G 367.73 4 0.35 8 156GD G 370.21 2 0.46 7 156GD G 372.934 17 0.55 6 156GD G 373.93 7 0.36 10 T 156GD G 375.507 25 0.65 8 156GD G 376.914 16 0.83 7 156GD G 377.92 6 0.43 11 156GD G 379.526 10 1.82 11 E1 00.00890 156GDS G KC= 0.00763 $LC= 0.00104 $MC= 1.79E-04 $NC+= 4.45E-05 156GD G 382.29 2 0.83 12 E2,M1 0.040 11 156GDS G KC= 0.033 10$LC= 0.0054 16$MC= 0.0009 3$NC+= 2.2E-04 3 156GD G 384.70 2 0.61 7 E2,M1 0.039 11 156GDS G KC= 0.033 10$LC= 0.0053 16$MC= 0.0009 3$NC+= 2.2E-04 3 156GD G 385.84 16 0.18 12 156GD G 386.970 13 0.94 8 E2 0.0280 156GDS G KC= 0.0225 $LC= 0.00459 $MC= 0.000754 $NC+= 1.85E-04 156GD G 387.76 4 0.99 26 E2 0.0278 156GDS G KC= 0.0224 $LC= 0.00455 $MC= 0.000749 $NC+= 1.84E-04 156GD G 393.25 2 0.78 7 156GD G 393.809 14 1.28 9 E1 00.00815 156GDS G KC= 0.00699 $LC= 0.000952 $MC= 1.63E-04 $NC+= 4.12E-05 156GD G 394.405 21 0.72 7 156GD G 397.599 12 2.1 2 E2,M1 0.036 10 156GDS G KC= 0.030 9$LC= 0.0049 14$MC= 0.00080 23$NC+= 2.0E-04 3 156GD G 398.353 11 3.5 3 156GD G 401.930 15 1.5 1 M1 0.0448 156GDS G KC= 0.0383 $LC= 0.00536 $MC= 0.000895 $NC+= 2.28E-04 156GD G 406.03 3 0.79 12 M1,E2 0.034 10 156GDS G KC= 0.028 9$LC= 0.0046 13$MC= 0.00076 22$NC+= 1.9E-04 3 156GD G 407.225 8 9.8 5 E1 00.00752 156GDS G KC= 0.00646 $LC= 0.000878 $MC= 1.50E-04 $NC+= 3.86E-05 156GD G 408.63 21 0.43 28 E2,M1 0.033 9 156GDS G KC= 0.028 9$LC= 0.0045 13$MC= 0.00074 22$NC+= 1.9E-04 3 156GD G 412.34 4 0.55 9 M1 0.0419 156GDS G KC= 0.0358 $LC= 0.00501 $MC= 0.000840 $NC+= 2.18E-04 156GD G 414.084 16 1.47 10 M1 0.0414 156GDS G KC= 0.0354 $LC= 0.00496 $MC= 0.000832 $NC+= 2.16E-04 156GD G 414.90 8 0.34 12 156GD G 419.38 7 0.55 12 156GD G 420.02 3 0.91 11 E1 00.00700 156GDS G KC= 0.00601 $LC= 0.000815 $MC= 1.40E-04 $NC+= 3.67E-05 156GD G 423.75 9 0.35 10 E2,M1 0.030 9 156GDS G KC= 0.025 8$LC= 0.0040 12$MC= 0.00068 20$NC+= 1.8E-04 3 156GD G 426.214 25 1.07 17 E2,M1 0.030 9 156GDS G KC= 0.025 8$LC= 0.0040 12$MC= 0.00067 20$NC+= 1.8E-04 3 156GD G 427.222 15 2.4 2 E1 00.00673 156GDS G KC= 0.00577 $LC= 0.000783 $MC= 1.36E-04 $NC+= 3.58E-05 156GD G 428.53 10 0.33 16 156GD G 428.88 9 0.41 16 M1 0.0379 156GDS G KC= 0.0324 $LC= 0.00452 $MC= 0.000771 $NC+= 2.04E-04 156GD G 430.19 5 0.68 14 M1 0.0376 156GDS G KC= 0.0321 $LC= 0.00449 $MC= 0.000766 $NC+= 2.03E-04 156GD G 432.70 11 0.27 10 156GD G 436.11 13 0.32 14 156GD G 441.137 20 1.6 1 156GD G 443.31 5 0.71 13 E2,M1 0.027 8 156GDS G KC= 0.023 7$LC= 0.0036 10$MC= 0.00062 18$NC+= 1.7E-04 3 156GD G 448.56 4 0.97 14 M1 0.0338 156GDS G KC= 0.0288 $LC= 0.00403 $MC= 0.000712 $NC+= 1.92E-04 156GD G 450.33 11 0.48 16 E2,M1 0.026 8 156GDS G KC= 0.022 7$LC= 0.0034 10$MC= 0.00060 18$NC+= 1.6E-04 3 156GD G 453.00 11 0.46 15 156GD G 453.86 16 0.42 17 T 156GD G 454.466 25 2.6 2 E2 0.0180 156GDS G KC= 0.0146 $LC= 0.00274 $MC= 0.000490 $NC+= 1.32E-04 156GD G 456.584 17 4.3 3 M1 0.0323 156GDS G KC= 0.0276 $LC= 0.00384 $MC= 0.000695 $NC+= 1.89E-04 156GD G 459.831 10 15.3 8 E1 00.00568 156GDS G KC= 0.00487 $LC= 0.000658 $MC= 1.21E-04 $NC+= 3.30E-05 156GD G 460.810 25 2.6 2 E2,M1 0.024 7 156GDS G KC= 0.020 6$LC= 0.0032 9$MC= 0.00058 17$NC+= 1.6E-04 3 156GD G 464.785 25 2.2 9 E2,M1 0.024 7 156GDS G KC= 0.020 6$LC= 0.0031 9$MC= 0.00058 17$NC+= 1.6E-04 3 156GD G 466.06 5 1.26 24 E2 0.0168 156GDS G KC= 0.0137 $LC= 0.00253 $MC= 0.000472 $NC+= 1.28E-04 156GD G 469.12 6 1.03 16 156GD G 470.14 4 2.06 26 M1 0.0300 156GDS G KC= 0.0256 $LC= 0.00356 $MC= 0.000673 $NC+= 1.85E-04 156GD G 476.90 13 0.90 33 M1,E2 0.022 7 156GDS G KC= 0.019 6$LC= 0.0029 9$MC= 0.00056 17$NC+= 1.5E-04 3 156GD G 478.901 25 3.2 3 M1 0.0286 156GDS G KC= 0.0244 $LC= 0.00340 $MC= 0.000664 $NC+= 1.83E-04 156GD G 481.32 9 1.3 3 156GD G 483.62 4 1.8 2 M1 0.0279 156GDS G KC= 0.0238 $LC= 0.00331 $MC= 0.000660 $NC+= 1.82E-04 156GD G 486.085 20 4.8 4 M1 0.0276 156GDS G KC= 0.0235 $LC= 0.00327 $MC= 0.000659 $NC+= 1.82E-04 156GD G 488.614 20 3.6 3 E1 00.00496 156GDS G KC= 0.00424 $LC= 0.000572 $MC= 1.16E-04 $NC+= 3.20E-05 156GD G 490.80 9 1.2 3 156GD G 497.88 8 1.3 2 156GD G 499.711 14 9.9 6 M1 0.0258 156GDS G KC= 0.0219 $LC= 0.00304 $MC= 0.000655 $NC+= 1.81E-04 156GD G 506.12 6 1.11 17 E2,M1 0.019 6 156GDS G KC= 0.016 5$LC= 0.0025 7 156GD G 508.03 5 2.4 3 156GD G 511.95 19 1.3 5 T 156GD G 514.13 11 1.3 3 E1 00.00429 156GDS G KC= 0.00378 $LC= 0.000508 156GD G 516.96 4 1.8 2 E1 00.00424 156GDS G KC= 0.00374 $LC= 0.000502 156GD G 519.17 7 2.2 4 E1 00.00420 156GDS G KC= 0.00370 $LC= 0.000497 156GD G 520.649 20 6.0 4 E1 00.00417 156GDS G KC= 0.00368 $LC= 0.000494 156GD G 522.94 3 3.9 5 E1 00.00413 156GDS G KC= 0.00364 $LC= 0.000489 156GD G 525.81 8 1.3 3 E2,M1 0.017 5 156GDS G KC= 0.015 5$LC= 0.0022 7 156GD G 526.918 12 22.3 11 M1 0.0218 156GDS G KC= 0.0192 $LC= 0.00265 156GD G 529.46 17 0.62 21 156GD G 535.66 28 1.1 7 156GD G 542.14 12 0.82 20 T 156GD G 543.52 4 3.3 3 E1 00.00379 156GDS G KC= 0.00335 $LC= 0.000447 156GD G 550.91 10 0.97 18 156GD G 558.24 3 3.4 3 M1 0.0189 156GDS G KC= 0.0166 $LC= 0.00228 156GD G 566.35 17 1.5 5 156GD G 574.14 13 1.17 29 M1 0.0176 156GDS G KC= 0.0155 $LC= 0.00212 156GD G 582.64 10 1.28 22 156GD G 584.27 12 1.5 15 156GD G 585.13 16 1.6 16 156GD G 591.51 18 1.4 4 156GD G 594.48 14 1.8 4 E2,M1 0.012 4 156GDS G KC= 0.011 3$LC= 0.0016 5 156GD G 608.535 25 12.0 8 E1 0.00297 156GDS G KC= 0.00262 $LC= 0.000347 156GD G 612.89 20 1.5 6 M1 0.0149 156GDS G KC= 0.0131 $LC= 0.00179 156GD G 621.63 15 2.2 5 E1 0.00284 156GDS G KC= 0.00251 $LC= 0.000331 156GD G 629.18 3 7.3 5 M1 0.0140 156GDS G KC= 0.0123 $LC= 0.00168 156GD G 632.60 6 3.4 5 E1 0.00274 156GDS G KC= 0.00242 $LC= 0.000319 156GD G 636.16 8 2.7 9 E1 0.00270 156GDS G KC= 0.00239 $LC= 0.000315 156GD G 644.26 8 2.2 5 E1 0.00263 156GDS G KC= 0.00233 $LC= 0.000307 156GD G 652.28 20 1.5 5 156GD G 654.96 9 5.5 7 M1 0.0127 156GDS G KC= 0.0111 $LC= 0.00151 156GD G 670.23 3 19.5 14 M1 0.0120 156GDS G KC= 0.0105 $LC= 0.00143 156GD G 671.37 16 4.0 12 156GD G 681.23 10 3.4 5 E1 0.00234 156GDS G KC= 0.00207 $LC= 0.000273 156GD G 687.08 6 10.3 12 M1 0.0113 156GDS G KC= 0.00990 $LC= 0.00135 156GD G 688.61 20 3.2 12 E1 0.00229 T 156GDS G KC= 0.00203 $LC= 0.000267 156GD G 701.73 28 5.3 27 E1 0.00221 156GDS G KC= 0.00195 $LC= 0.000256 156GD G 705.45 5 11.3 14 156GD G 715.29 7 11.4 14 156GD G 725.40 23 4.4 18 T 156GD G 726.42 30 10 4 T 156GD G 727.16 4 36 4 E2 00.00536 156GDS G KC= 0.00463 $LC= 0.000722 156GD G 728.30 14 6.8 28 T 156GD G 730.58 30 3.3 13 156GD G 735.83 13 4.0 7 M1 00.00950 156GDS G KC= 0.00836 $LC= 0.00114 156GD G 741.0 4 2.7 13 T 156GD G 743.71 8 6.5 8 M1 00.00926 156GDS G KC= 0.00814 $LC= 0.00112 156GD G 745.75 5 17.3 12 E1 0.00195 156GDS G KC= 0.00172 $LC= 2.27E-04 156GD G 747.54 6 16.6 13 156GD G 748.70 4 34.2 21 M1+E2 0.0071 20 156GDS G KC= 0.0062 18$LC= 0.00089 25 156GD G 766.90 20 7.2 15 156GD G 769.45 10 156GD G 780.99 13 25 5 156GD G 782.13 14 9.6 20 E2 00.00453 156GDS G KC= 0.00393 $LC= 0.000608 156GD G 789.64 12 7.1 9 156GD G 801.97 15 6.3 8 M1(+E2) 0.0060 17 156GDS G KC= 0.0052 15$LC= 0.00076 21 156GD G 808.45 19 5.5 9 156GD G 816.25 4 45.8 23 E1 0.00162 156GDS G KC= 0.00143 $LC= 1.92E-04 156GD G 845.9 3 3.3 10 156GD G 855.90 11 9.6 9 E2 0.00370 156GDS G KC= 0.00320 $LC= 0.000495 156GD G 859.06 13 15.3 14 156GD G 861.4 4 4.5 13 T 156GD G 871.09 14 11.3 14 E1 0.00143 156GDS G KC= 0.00126 $LC= 1.69E-04 156GD G 879.60 25 9.7 19 E2,M1 0.0048 13 156GDS G KC= 0.0042 12$LC= 0.00061 17 156GD G 896.04 20 9.0 15 E1 0.00135 156GDS G KC= 0.00119 $LC= 1.60E-04 156GD G 898.17 13 17.2 17 156GD G 901.80 18 9.0 13 M1+E2 0.0045 12 156GDS G KC= 0.0039 11$LC= 0.00058 15 156GD G 912.2 4 11.6 3 156GD G 914.8 6 14 5 E2,M1 0.0044 12 156GDS G KC= 0.0038 10$LC= 0.00056 15 156GD G 927.96 20 14 4 E1 0.00126 156GDS G KC= 0.00111 $LC= 1.49E-04 156GD G 932.06 14 14.9 15 E1 0.00125 156GDS G KC= 0.00110 $LC= 1.48E-04 156GD G 938.1 4 6.7 18 E1 0.00123 156GDS G KC= 0.00109 $LC= 1.46E-04 156GD G 942.5 4 12 3 M1 00.00517 156GDS G KC= 0.00453 $LC= 0.000636 156GD G 947.0 3 15 3 E2,M1 0.0040 11 156GDS G KC= 0.0035 10$LC= 0.00051 13 156GD G 953.0 3 12.1 22 E1 0.00120 156GDS G KC= 0.00106 $LC= 1.41E-04 156GD G 974.07 12 22 2 E2 0.00279 156GDS G KC= 0.00243 $LC= 0.000361 156GD G 979.88 18 14 2 E1 0.00114 156GDS G KC=0.001004 $LC= 1.33E-04 156GD G 983.90 26 12.9 21 E2 0.00273 156GDS G KC= 0.00238 $LC= 0.000352 156GD G 992.61 24 13.2 21 156GD G 998.2 4 9.4 21 M1 00.00450 156GDS G KC= 0.00396 $LC= 0.000542 156GD G 1006.7 3 9.9 18 E1 0.00108 156GDS G KC=0.000957 $LC= 1.25E-04 156GD G 1027.4 3 12.7 21 E2 0.00250 156GDS G KC= 0.00219 $LC= 0.000312 156GD G 1032.42 9 48 3 E1 0.00103 156GDS G KC=0.000915 $LC= 1.18E-04 156GD G 1036.58 10 39 3 E2 0.00246 156GDS G KC= 0.00215 $LC= 0.000304 156GD G 1045.8 4 11 2 T 156GD G 1051.5 3 13 2 156GD G 1073.41 15 42 4 E1 156GD G 1092.6 4 13.5 26 156GD G 1102.0 2 156GD G 1106.00 25 19 3 156GD G 1108.95 35 156GD G 1140.95 25 9 LT E2,M1 0.0027 6 156GDS G KC= 0.0024 6$LC= 0.00029 7 156GD G 1212.2 13 20 10 156GD G 1238.50 20 35 14 E1 156GD G 1275.3 4 156GD G 1298.17 26 27 11 T 156GD G 1307.4 3 156GD G 1332.48 17 53 13 156GD G 1348.3 5 156GD G 1358.6 4 156GD G 1376.4 4 156GD G 1391.9 5 156GD G 1399.3 4 156GD G 1405.0 7 25 10 E2,M1 0.0016 3 156GDS G KC= 0.0014 3$LC= 1.8E-04 4 156GD G 1413.9 3 156GD G 1433.0 4 156GD G 1438.5 5 156GD G 1469.6 7 156GD G 1479.2 3 36 6 E1 156GD G 1485.8 5 156GD G 1491.0 4 156GD G 1518.2 3 5.7 17 M1 0.00144 156GDS G KC= 0.00144 156GD G 1521.8 3 6.0 9 E2,M1 00.0012123 156GDS G KC= 0.00121 23 156GD G 1531.3 6 156GD G 1612.3 3 8 1 E2,M1 156GD G 1721.9 3 21 3 156GD G 1723.8 3 34 4 E1 156GD G 1728.5 3 17 2 156GD G 1753.8 4 14 2 156GD G 1757.0 4 36 4 E1 156GD G 1807.4 6 156GD G 1873.0 3 42 3 E1 156GD G 1881.5 8 156GD G 1888.0 5 156GD G 1915.5 3 22 2 E1 156GD G 1922.9 4 40 4 E1 156GD G 1955.9 4 25 3 156GD G 1959.0 4 44 4 M1,E2 156GD G 1962.0 4 21 3 156GD G 1987.0 4 38 4 E2,M1 156GD G 2032.4 3 36 4 156GD G 2047.7 4 15 2 E1 156GD G 2051.2 4 20 2 E2 156GD G 2058.3 4 18 2 156GD G 2061.5 4 25 3 156GD G 2087.9 4 17 2 E1 156GD G 2109.1 4 9 2 156GD G 2111.3 4 22 2 E1 156GD G 2114.6 4 8 1 156GD G 2136.0 4 8 2 M1 156GD G 2139.4 4 13 3 156GD G 2149.1 4 18 2 M1 156GD G 2152.6 4 40 4 E1 156GD G 2167.6 4 15 2 E2 156GD G 2170.9 5 13 2 E1 156GD G 2190.5 4 24 2 E2,M1 156GD G 2202.3 5 8 2 156GD G 2211.6 4 58 4 E2,M1 156GD G 2214.1 4 39 4 E2,M1 156GD G 2228.1 5 25 3 156GD G 2234.2 5 21 2 M1 156GD G 2268.0 8 156GD G 2293.2 4 27 2 E1 156GD G 2313.0 8 156GD G 2346.1 4 30 3 E2,M1 156GD G 2347.6 4 18 2 156GD L 0.0 0+ A 156GD L 88.9666 14 2+ A 156GD G 88.966714 198E+110 E2 3.93 156GDS G KC= 1.58 $LC= 1.81 $MC= 0.425 $NC+= 0.112 156GD L 288.1799 17 4+ A 156GD G 199.213210 284E+120 E2 0.228 156GDS G KC= 0.158 $LC= 0.0536 $MC= 0.0134 $NC+= 0.00341 156GD L 584.706 3 6+ A 156GD G 296.526 3 26911 E2 0.0624 156GDS G KC= 0.0478 $LC= 0.0116 $MC= 0.00246 $NC+= 0.000513 156GD L 965.087 9 8+ A 156GD G 380.381 8 3.3 2 E2 0.0294 156GDS G KC= 0.0236 $LC= 0.00485 $MC= 0.000804 $NC+= 1.94E-04 156GD L 1049.522 13 0+ B 156GD G 960.5512 12E+1 4(E2) 0.00287 156GDS G KC= 0.00250 $LC= 0.000375 156GD G 1049.46 8 E0 0.8 X 156GD L 1129.405 11 2+ B 156GD G 79.876 9 0.012 5 S 156GD G 841.20 3 114 5 E2 00.00385 156GDS G KC= 0.00333 $LC= 0.000515 156GD G 1040.43 5 29915E2+E0(+M1) 0.0033 8 303 15 156GDS G KC= 0.0029 7$LC= 0.00039 10 156GD G 1129.4110 87 5 E2 0.00208 156GDS G KC= 0.00184 $LC= 2.37E-04 156GD L 1154.112 11 2+ C 156GD G 104.55 4 0.004 2 S 156GD G 865.8 2 31.625 E2 0.00361 156GDS G KC= 0.00312 $LC= 0.000482 156GD G 1065.15 5 57929 E2+M1 -16 5 0.00233 156GDS G KC= 0.00205 $LC= 0.000282 156GD G 1154.1913 42E+121 E2 0.00199 156GDS G KC= 0.00177 $LC= 2.23E-04 156GD CG RI RI(1153+1154) is given. From decomposition of CE line 156GD2CG K(1153.6) + K(1154.19), assuming 1154 is pure E2 and 1153.6 156GD3CG is pure E1, RI=600; but this gives RI(1153+1154)=850. 156GD L 1168.22 3 0+ D 156GD G 118.71 3 E0 156GD G 1079.24 7 125 6 E2 0.00227 156GDS G KC= 0.00200 $LC= 0.000271 156GD G 1168.0 4 E0 0.09 3 156GD L 1242.505 14 1- E 156GD G 193.00113 0.20 5 156GD G 1153.610 42E+121 E1 156GD CG RI RI(1153+1154) is given. From decomposition of CE line 156GD2CG K(1153.6) + K(1154.19), assuming 1154 is pure E2 and 1153.6 156GD3CG is pure E1, RI=250. 156GD G 1242.47 6 29115 E1 156GD L 1247.961 12 3+ C 156GD G 959.86 9 21E+1 4 E2+M1 -12 +3-5 0.00289 156GDS G KC= 0.00252 $LC= 0.000377 156GD G 1159.04 6 70E+1 4 E2+M1 -11.8 +6-7 0.00199 156GDS G KC= 0.00177 $LC= 2.21E-04 156GD L 1258.052 15 2+ D 156GD G 103.89 2 0.015 5 S 156GD G 969.86 4 24612 E2 0.00282 156GDS G KC= 0.00245 $LC= 0.000365 156GD G 1169.09 7 20010 E2+E0 0.00195 & 156GDS G KC= 0.00173 $LC= 2.15E-04 156GD CG RI From G branching in 156EU B- decay, this RI=175 leaving 25 156GD2CG units for the other placement. However, from the G branching in 156GD3CG 154SM(A,2NG) RI LT 2.8 for the other placement leaving about 156GD4CG 4 units for this placement. 156GD G 1257.98 7 67 5 E2 0.00167 156GDS G KC= 0.00149 $LC= 1.78E-04 156GD L 1276.093 16 3- E 156GD G 987.92 5 20610 E1 0.00112 156GDS G KC=0.000989 $LC= 1.30E-04 156GD G 1187.14 7 47924 E1 156GD L 1283.4 13 ? 156GD L 1297.782 11 4+ B 156GD G 143.66811 0.09 3 156GD G 168.377 3 1.08 9 M1,E2 0.44 3 156GDS G KC= 0.33 7$LC= 0.08 3$MC= 0.019 7$NC+= 0.0053 17 156GD CG M Placement requires E2. 156GD G 713.07 6 10.313 E2 00.00560 156GDS G KC= 0.00485 $LC= 0.000757 156GD G 1009.53 6 91 5 E2+E0 0.00259 93 5 156GDS G KC= 0.00226 $LC= 0.000328 156GD G 1208.9010 97 8 E2 0.00182 156GDS G KC= 0.00162 $LC= 1.97E-04 156GD L 1319.754 17 2- F 156GD G 1230.68 6 55528 E1 156GD L 1355.373 11 4+ C 156GD G 57.62 2 0.007 4 S 156GD G 107.41 1 0.05 1 S 156GD G 118. 0.25LT S ******************** INTENSITY = .12500+- .12500WAS ASSUMED 156GD G 201.263 4 0.63 5 156GD G 225.87 4 0.04 1 S 156GD G 1067.19 6 22913 E2+M1 -4.0 +9-1600.0024114 156GDS G KC= 0.00212 12$LC= 0.000289 16 156GD G 1266.38 7 92 7 E2 0.00164 156GDS G KC= 0.00147 $LC= 1.76E-04 156GD L 1366.495 14 1- I 156GD G 237.04 4 0.20 7 156GD G 1277.43 6 25813 E1 156GD G 1366.44 7 139 8 E1 156GD L 1408.12 4 5- E 156GD G 823.27 6 28.620 E1 0.00160 156GDS G KC= 0.00141 $LC= 1.88E-04 156GD G 1119.94 9 97 6 E1 156GD L 1462.248 12 4+ D 156GD G 164.464 6 0.25 4 156GD G 204.217 3 1.27 8 156GD G 208.5 0.008LT S ******************** INTENSITY = .00400+- .00400WAS ASSUMED 156GD G 332.85717 0.53 6 M1 0.0735 156GDS G KC= 0.0627 $LC= 0.00882 $MC= 0.00163 $NC+= 0.000373 156GD CG M Placement requires E2. 156GD G 877.56 5 59 4 E2 0.00350 156GDS G KC= 0.00303 $LC= 0.000467 156GD G 1174.22 8 157 9E2+E0(+M1) 0.0025 6 156GDS G KC= 0.0022 5$LC= 0.00027 6 156GD G 1373.1725 22 5 E2 0.00135 156GDS G KC= 0.00120 $LC= 1.51E-04 156GD L 1468.59 4 4- F 156GD G 1180.37 7 27014 E1 156GD L 1506.808 11 5+ C 156GD G 151.43 1 0.07 2 S 156GD G 258.848 6 1.18 7 E2 0.0964 156GDS G KC= 0.0715 $LC= 0.0192 $MC= 0.00462 $NC+= 0.000976 156GD G 922.33 8 31.425 E2 0.00314 156GDS G KC= 0.00272 $LC= 0.000415 156GD G 1218.67 7 91 7 E2 0.00179 156GDS G KC= 0.00160 $LC= 1.93E-04 156GD L 1510.538 11 4+ G 156GD G 155.165113 9.0 5 M1+E2 0.47 2 0.579 156GDS G KC= 0.469 $LC= 0.0859 $MC= 0.0191 $NC+= 0.00548 156GD G 212.74013 0.22 4 M1+E2 0.49 4 0.235 156GDS G KC= 0.193 $LC= 0.0319 $MC= 0.00754 $NC+= 0.00194 156GD G 262.579 3 32 2 E2+M1 +8.4 10 0.0927 156GDS G KC= 0.0692 $LC= 0.0182 $MC= 0.00433 $NC+= 0.000910 156GD G 356.426 5 69 3 E2 0.0356 156GDS G KC= 0.0282 $LC= 0.00605 $MC= 0.00105 $NC+= 2.41E-04 156GD G 381.134 8 3.3 2 E2 0.0292 156GDS G KC= 0.0234 $LC= 0.00482 $MC= 0.000798 $NC+= 1.93E-04 156GD G 926.2613 29 3 E2+M3 +0.068 6 0.00322 156GDS G KC= 0.00280 $LC= 0.000428 156GD G 1222.36 7 19914 E2+M1 -1.7 2 0.00205 5 156GDS G KC= 0.00183 5$LC= 2.16E-04 5 156GD G 1421.4410 87 6 E2 0.00124 156GDS G KC= 0.00110 $LC= 1.46E-04 156GD L 1538.845 17 3- I 156GD G 1250.66 9 16110 E1 156GD G 1449.84 7 152 9 E1 156GD L 1622.475 11 5+ G 156GD G 111.937912 17.510 M1+E2 0.29 1 1.50 156GDS G KC= 1.22 $LC= 0.216 $MC= 0.0474 $NC+= 0.0140 156GD G 115.664920 0.70 5 M1+E2 0.22 2 1.36 156GDS G KC= 1.13 $LC= 0.182 $MC= 0.0396 $NC+= 0.0118 156GD G 267.090 6 1.6011 E2 0.0871 156GDS G KC= 0.0652 $LC= 0.0171 $MC= 0.00402 $NC+= 0.000839 156GD G 374.43 5 0.39 8 E2 0.0308 156GDS G KC= 0.0246 $LC= 0.00512 $MC= 0.000854 $NC+= 2.04E-04 156GD G 1334.5 3 39 4 E2+M1 -3.6 3 0.00150 156GDS G KC= 0.00134 $LC= 1.64E-04 156GD L 1644.8 4 6+ C ? 156GD G 1060.1 4 20 5 156GD L 1715.201 14 0+ J 156GD G 348.702 7 2.7614 156GD G 472.700 9 25.113 E1 00.00534 156GDS G KC= 0.00457 $LC= 0.000617 $MC= 1.18E-04 $NC+= 3.24E-05 156GD G 547.2019 E0 0.030 8 156GD CG RI Measured value is RI LT 0.65, but G is an E0. 156GD G 585.80 7 3.1 4 & ? 156GD CG RI From G branching in 156EU B- decay, the other placement 156GD2CG has RI=1.5, which this RI=1.6. . 156GD CG M Data give M1,E2, but G is multiply placed. This placement 156GD2CG requires E2. 156GD G 665.5 3 ? 156GD CG RI The G at this energy is doubly placed; since this transition 156GD2CG must be E0, it must have RI=0.0. 156GD G 1625.5 3 8 1 156GD G 1715.1 3 E0 0.5 1 156GD CG RI Measured value is RI LT 21, but G is an E0. 156GD L 1753.590 12 6+ G 156GD G 131.112 2 0.62 4 M1+E2 +0.40 +43-19 0.949 156GDS G KC= 0.77 $LC= 0.14 $MC= 0.031 $NC+= 0.009 156GD G 243.04713 0.19 2 156GD G 246.86715 0.42 6 ? 156GD G 1169.09 7 20010 & ? 156GD CG RI From G branching in 156EU B- decay, the other placement 156GD2CG has 175 units leaving this RI=25. However, from the G branching 156GD3CG in 154SM(A,2NG) this RI LT 2.8. 156GD L 1771.072 15 2+ J 156GD G 232.23411 0.18 2 ? 156GD G 404.62316 1.8 1 156GD G 494.94611 10.8 5 E1 00.00482 156GDS G KC= 0.00412 $LC= 0.000555 $MC= 1.16E-04 $NC+= 3.19E-05 156GD G 512.98 3 4.1 4 M1 0.0233 156GDS G KC= 0.0205 $LC= 0.00284 156GD G 528.61 4 1.3 2 156GD G 616.88 8 3.3 5 E2,M1 0.011 3 156GDS G KC= 0.010 3$LC= 0.0014 4 156GD G 1682.2 2 155 8 M1 156GD L 1780.397 13 2- K 156GD G 504.26 5 1.7 2 M1 0.0244 156GDS G KC= 0.0214 $LC= 0.00297 156GD G 522.28 3 3.4 4 E1 00.00414 156GDS G KC= 0.00365 $LC= 0.000490 156GD G 532.41913 31.616 E1 00.00397 156GDS G KC= 0.00350 $LC= 0.000469 156GD G 537.90025 6.1 4 M1 0.0207 156GDS G KC= 0.0182 $LC= 0.00251 156GD G 626.28 1 105 4 E1 0.00279 156GDS G KC= 0.00247 $LC= 0.000326 156GD G 650.94 4 6.0 5 156GD L 1807.7 8 156GD L 1827.794 15 2+ L 156GD G 365.57 3 0.31 6 156GD G 569.74 3 4.1 4 156GD G 579.83117 14.1 8 E2 00.00919 156GDS G KC= 0.00787 $LC= 0.00132 156GD G 673.67 3 17.618 E0+E2,M1 0.009 3 156GDS G KC= 0.0080 24$LC= 0.0011 3 156GD G 698.40 3 25.120 E2,M1 0.0083 25 156GDS G KC= 0.0073 22$LC= 0.0010 3 156GD G 778.23 4 29.123 E2 00.00459 156GDS G KC= 0.00397 $LC= 0.000615 156GD G 1738.9 3 36 3 M1,E2 156GD G 1828.1 3 29 2 & ? 156GD L 1851.304 22 0+ M 156GD G 484.80817 7.8 6 E1 00.00505 156GDS G KC= 0.00432 $LC= 0.000582 $MC= 1.17E-04 $NC+= 3.21E-05 156GD G 608.7612 6 4 E1 0.00297 156GDS G KC= 0.00262 $LC= 0.000347 156GD G 1762.5 4 37 4 156GD G 1851.4 4 E0 0.2 1 156GD CG RI Measured value is RI=LT 8, but G is an E0. 156GD L 1851.771 14 3- K 156GD G 496.40411 17.4 9 E1 00.00479 156GDS G KC= 0.00409 $LC= 0.000551 $MC= 1.16E-04 $NC+= 3.19E-05 156GD G 553.97 8 1.4227 156GD G 575.78 7 2.5 4 156GD G 603.79817 25.513 E1 0.00302 156GDS G KC= 0.00267 $LC= 0.000353 156GD G 697.62 3 29.821 E1 0.00223 156GDS G KC= 0.00197 $LC= 0.000260 156GD G 722.39 7 9.011 156GD L 1859.1 11 ? 156GD L 1860.993 12 4+ N 156GD G 238.520 3 2.8314 E2,M1 0.15 3 156GDS G KC= 0.12 3$LC= 0.024 7$MC= 0.0058 18$NC+= 0.00133 13 156GD G 350.454 5 46 2 M1,E2 0.051 13 156GDS G KC= 0.042 13$LC= 0.0070 20$MC= 0.0012 4$NC+= 0.00029 3 156GD L 1893.36 10 4+ J 156GD G 431.1112 0.6322 M1 0.0374 ? 156GDS G KC= 0.0319 $LC= 0.00446 $MC= 0.000763 $NC+= 2.02E-04 156GD G 635.3030 1.813 156GD G 1605.2020 57 4 M1 156GD L 1914.768 20 2+ M 156GD G 375.93 4 0.50 9 156GD G 548.34 4 2.9 3 E1 0.00372 156GDS G KC= 0.00328 $LC= 0.000439 156GD G 559.7210 1.3627 & 156GD G 638.66 4 6.9 6 E1 0.00268 156GDS G KC= 0.00237 $LC= 0.000312 156GD G 656.65 9 3.5 5 E2+E0,M1 0.010 3 156GDS G KC= 0.008 3$LC= 0.0012 4 156GD G 666.7111 2.9 7 E2,M1 0.009 3 156GDS G KC= 0.0082 25$LC= 0.0012 3 156GD G 672.3716 4.112 156GD G 1826.3 3 66 5 M1 156GD L 1916.406 23 3+ L 156GD G 409.60 4 0.5513 156GD G 561.07 5 3.6 5 E2,M1 0.014 4 156GDS G KC= 0.012 4$LC= 0.0019 6 156GD G 618.57 7 3.0 4 E2 00.00784 156GDS G KC= 0.00674 $LC= 0.00110 156GD G 658.31 5 5.0LE M1 0.0125 & ******************** INTENSITY = 2.50000+- 2.50000WAS ASSUMED 156GDS G KC= 0.0110 $LC= 0.00150 156GD CG RI From the total RI=6.8 7, 1.8 units are assigned to 1934.268 156GD2CG level from G branching in 156TB EC decay. The remaining 5.0 are 156GD3CG from this level and the 1934.216 level. 156GD G 668.42 8 3.8 6 E0+E2,M1 0.009 3 4.1 6 156GDS G KC= 0.0081 25$LC= 0.0012 3 156GD G 762.39 6 19.319 E2 00.00481 156GDS G KC= 0.00416 $LC= 0.000645 156GD G 786.95 5 23.917 & 156GD G 1628.2 3 30 2 M1 156GD G 1828.1 3 29 2 & 156GD L 1934.223 16 2- 156GD G 567.68513 26.913 156GD G 614.49015 51 M1 0.0148 @ 156GDS G KC= 0.0131 $LC= 0.00178 156GD CG RI Intensity divided on basis of data for 1934.268 level 156GD2CG from 156TB EC decay. 156GD G 658.31 5 5.0LE M1 0.0125 & ******************** INTENSITY = 2.50000+- 2.50000WAS ASSUMED 156GDS G KC= 0.0110 $LC= 0.00150 156GD CG RI From the total RI=6.8 7, 1.8 units are assigned to 1934.268 156GD2CG level from G branching in 156TB EC decay. The remaining 5.0 are 156GD3CG from this level and the 1916 level. 156GD G 676.1411 2.3LE E1 0.00238 & ******************** INTENSITY = 1.15000+- 1.15000WAS ASSUMED 156GDS G KC= 0.00210 $LC= 0.000277 156GD CG RI From the total RI=3.7 7, 1.4 units are assigned to the G 156GD2CG from the 1934.268 level from G branching in the 156TB EC decay. 156GD3CG The remaining 2.3 are from this level and the 1952 level. 156GD G 686.3310 3.8 E1 0.00231 156GDS G KC= 0.00204 $LC= 0.000268 156GD CG RI Intensity divided on basis of data for 1934.268 level 156GD2CG from 156TB EC decay. 156GD G 691.68 7 3.9 E2 00.00601 156GDS G KC= 0.00520 $LC= 0.000818 156GD CG RI Intensity divided on basis of data for 1934.268 level 156GD2CG from 156TB EC decay. 156GD G 780.23 4 32LE E1 0.00178 & ******************** INTENSITY = 16.00000+- 16.00000WAS ASSUMED 156GDS G KC= 0.00157 $LC= 2.08E-04 156GD CG RI From the total RI=54.6 27, 23 units are assigned to a G from 156GD2CG the 1934.268 level from G branching in the 156TB EC decay. 156GD3CG The remaining 32 units are from this level and the 2056 level. 156GD G 1845.5 3 20 E1 156GD CG RI From the total RI=60 5, 40 units are assigned to a G from 156GD2CG the 1934.268 level from G branching in the 156TB EC decay. 156GD L 1934.274 18 3- 156GD G 578.94 3 4.9 4 E1 0.00331 156GDS G KC= 0.00292 $LC= 0.000388 156GD G 614.49015 1.9 @ 156GD CG RI Intensity divided on basis of data for 1934.268 level 156GD2CG from 156TB EC decay. 156GD G 658.31 5 1.8 (M1) 0.0125 156GDS G KC= 0.0110 $LC= 0.00150 156GD CG RI From G branching from this level in the 156TB EC decay. 156GD2CG G's of this energy also depopulated 1916 and 1934.216 levels. 156GD G 676.1411 1.4 E1 0.00238 156GDS G KC= 0.00210 $LC= 0.000277 156GD CG RI From G branching in 156TB EC decay. 156GD G 686.3310 4.2 E1 0.00231 156GDS G KC= 0.00204 $LC= 0.000268 156GD CG RI Intensity divided on basis of data for 1934.268 level 156GD2CG from 156TB EC decay. 156GD G 691.68 7 2.1 E2 00.00601 156GDS G KC= 0.00520 $LC= 0.000818 156GD CG RI Intensity divided on basis of data for 1934.268 level 156GD2CG from 156TB EC decay. 156GD G 780.23 4 23 E1 0.00178 156GDS G KC= 0.00157 $LC= 2.08E-04 156GD CG RI From the total RI=54.6 27, 23 units are assigned to this G 156GD2CG from the G branching in the 156TB EC decay. 156GD G 1646.2 2 37 3 E1 156GD G 1845.5 3 40 E1 156GD CG RI From the total RI=60 5, this RI=40 from G branching in 156GD2CG the 156TB EC decay. 156GD L 1946.24 24 1- 156GD G 1857.5 4 48 5 E1 156GD G 1946.1 3 34 3 156GD L 1952.290 13 4- K 156GD G 171.86511 0.18 4 156GD G 445.494 9 8.7 4 E1 00.00611 156GDS G KC= 0.00524 $LC= 0.000709 $MC= 1.26E-04 $NC+= 3.40E-05 156GD G 596.94120 10.8 8 E1 0.00309 156GDS G KC= 0.00273 $LC= 0.000362 156GD G 676.1411 2.3LE & ******************** INTENSITY = 1.15000+- 1.15000WAS ASSUMED 156GD CG RI From the total RI=3.7 7, 1.4 units are assigned to the G 156GD2CG from the 1934.268 level from G branching in the 156TB EC decay. 156GD3CG The remaining 2.3 are from this level and the 1934.216 level. 156GD G 704.34 3 33.427 E1 0.00219 156GDS G KC= 0.00193 $LC= 0.000255 156GD L 1952.39 3 1- 156GD G 585.80 7 3.1 4 M1+E2 0.013 4 & 156GDS G KC= 0.011 4$LC= 0.0016 5 156GD CG RI From G branching in 156EU B- decay, this RI=1.5. 156GD G 709.90 3 22.420 M1 0.0104 156GDS G KC= 0.00914 $LC= 0.00124 156GD L 1961.989 12 5+ N 156GD G 100.996819 0.60 7 156GD G 208.387 6 0.48 5 156GD G 339.513 6 5.9 3 M1 0.0697 156GDS G KC= 0.0595 $LC= 0.00837 $MC= 0.00152 $NC+= 0.000351 156GD G 451.48218 3.1 2 M1,E2 0.026 8 156GDS G KC= 0.022 7$LC= 0.0034 10$MC= 0.00060 18$NC+= 1.6E-04 3 156GD L 1965.047 15 156GD CL J In 156GD Adopted Levels, a level at this energy has JPI=4-. 156GD G 342.57 3 0.30 6 156GD G 458.23716 4.8 3 E1 00.00573 156GDS G KC= 0.00491 $LC= 0.000664 $MC= 1.22E-04 $NC+= 3.31E-05 156GD G 502.90 4 1.5 2 156GD G 556.69 9 1.4925 E2,M1 0.015 4 156GDS G KC= 0.013 4$LC= 0.0019 6 156GD G 609.64725 8.5 5 E1 0.00296 156GDS G KC= 0.00261 $LC= 0.000346 156GD G 717.09 2 37.219 E1 0.00211 156GDS G KC= 0.00186 $LC= 2.45E-04 156GD L 1965.980 22 1+ O 156GD G 599.52 3 5.4 4 E1 0.00307 156GDS G KC= 0.00271 $LC= 0.000359 156GD G 646.22 3 16.213 E1 0.00262 156GDS G KC= 0.00231 $LC= 0.000305 156GD G 723.48 5 14.613 E1 0.00207 156GDS G KC= 0.00183 $LC= 2.41E-04 156GD G 811.79 5 26.816 M1+E2 -0.055 20 00.00745 156GDS G KC= 0.00653 $LC= 0.000912 156GD G 1965.2 3 115 9 M1 & 156GD L 1986.9 8 156GD L 1991.5 6 ? 156GD L 2003.77 3 2+ O 156GD G 684.06 6 6.4 6 E1 0.00232 156GDS G KC= 0.00205 $LC= 0.000270 156GD G 727.70 4 3147 E1 0.00205 156GDS G KC= 0.00181 $LC= 2.38E-04 156GD G 755.76 6 15.311 M1+E2 0.0069 20 156GDS G KC= 0.0060 18$LC= 0.00087 25 156GD G 761.28 5 30.324 E1 0.00187 156GDS G KC= 0.00165 $LC= 2.18E-04 156GD G 849.4611 13.711 M1,E2 0.0052 15 156GDS G KC= 0.0046 13$LC= 0.00066 18 156GD L 2020.63 21 4+ L ? 156GD G 665.5 3 2.2 9 E0+E2,M1 0.009 3 156GDS G KC= 0.0082 25$LC= 0.0012 3 156GD G 1732.2 3 29 3 E2,M1 156GD L 2026.91 24 1+ P 156GD G 1937.8 4 35 4 M1+E2 -0.60 4 156GD G 2027.0 3 39 4 M1 156GD L 2044.857 14 4- Q 156GD G 422.38012 4.5 2 E1 00.00691 156GDS G KC= 0.00593 $LC= 0.000804 $MC= 1.39E-04 $NC+= 3.64E-05 156GD G 534.31811 37.819 E1 00.00394 156GDS G KC= 0.00347 $LC= 0.000465 156GD L 2048.6 8 156GD L 2054.14 7 2+ P 156GD G 515.0315 0.8628 156GD G 734.5018 4.2 8 156GD G 796.1311 8.2 9 M1 00.00782 156GDS G KC= 0.00687 $LC= 0.000954 156GD G 1766.0 4 20 2 E2,M1 156GD CG M Placement requires E2. 156GD G 1965.2 3 115 9 M1 & 156GD G 2054.7 4 11 1 156GD L 2056.10 3 4+ M ? 156GD G 517.04 6 2.4 3 E1 00.00424 ? 156GDS G KC= 0.00374 $LC= 0.000502 156GD G 587.30 8 2.1430 E1 0.00320 ? 156GDS G KC= 0.00283 $LC= 0.000376 156GD G 593.4510 1.9 5 E2,M1 0.012 4 ? 156GDS G KC= 0.011 3$LC= 0.0016 5 156GD G 647.8510 4.8 5 ? 156GD G 780.23 4 32LE E1 0.00178 & ? ******************** INTENSITY = 16.00000+- 16.00000WAS ASSUMED 156GDS G KC= 0.00157 $LC= 2.08E-04 156GD CG RI From the total RI=54.6 27, 23 units are assigned to a G from 156GD2CG the 1934.268 level from G branching in the 156TB EC decay. The 156GD3CG remaining 32 units are from this level and the 1934.216 level. 156GD L 2066.56 10 5- K 156GD G 559.7210 1.3627 & 156GD G 711.7 4 6.421 156GD L 2070.35 4 3+ O 156GD G 601.77625 9.7 6 E1 0.00304 156GDS G KC= 0.00269 $LC= 0.000356 156GD G 714.8313 6.424 156GD G 750.54 6 15.312 E1 0.00192 156GDS G KC= 0.00170 $LC= 2.24E-04 156GD G 793.6 3 3.610 E1 0.00172 156GDS G KC= 0.00152 $LC= 2.02E-04 156GD G 822.2015 9.123 M1,E2 0.0056 16 156GDS G KC= 0.0049 14$LC= 0.00071 20 156GD G 916.3411 18.218 E2 0.00318 156GDS G KC= 0.00276 $LC= 0.000422 156GD G 1782.2 4 14 3 E2,M1 156GD G 1981.6 4 29 3 E2,M1 156GD CG RI From G branching in 156EU B- decay, the other placement is 156GD2CG expected to have intensity of LT 1 unit, so this RI=29. 156GD L 2082.2 10 ? 156GD L 2103.33 13 3- 156GD G 949.1714 24.429 E1 0.00121 156GDS G KC= 0.00107 $LC= 1.42E-04 156GD G 1815.7 5 4 2 E1 156GD G 2014.4 4 27 3 E1 156GD L 2106.70 5 3+ P 156GD G 638.0412 2.211 156GD G 786.95 5 23.917 & ? 156GD G 1818.5 3 50 4 M1 156GD G 2017.9 3 70 6 M1 156GD L 2116.393 14 5- Q 156GD G 362.79811 1.11 8 E1 00.00992 156GDS G KC= 0.00851 $LC= 0.00116 $MC= 2.05E-04 $NC+= 4.95E-05 156GD G 493.92916 6.0 4 E1 00.00484 156GDS G KC= 0.00414 $LC= 0.000558 $MC= 1.16E-04 $NC+= 3.19E-05 156GD G 605.84 4 5.1 4 E1 0.00300 156GDS G KC= 0.00265 $LC= 0.000351 156GD L 2147.1 7 156GD L 2157.8 8 156GD L 2181.23 5 4+ O ? 156GD G 674.39 5 8.814 E2+M1 0.009 3 ? 156GDS G KC= 0.0079 24$LC= 0.0011 3 156GD G 826.0113 8.812 E2+M1 0.0056 16 ? 156GDS G KC= 0.0049 14$LC= 0.00071 20 156GD G 905.5 3 9.420 ? 156GD L 2186.78 15 1+ R 156GD G 866.9 2 E1 0.00144 156GDS G KC= 0.00127 $LC= 1.71E-04 156GD G 944.3 3 14.327 E1 0.00122 156GDS G KC= 0.00108 $LC= 1.44E-04 156GD G 2098.2 4 17 2 M1+E2 -1.1 4 156GD G 2186.8 5 14 M1 @ 156GD L 2190.1 3 4+ P ? 156GD G 1902.7 4 21 2 M1,E2 156GD L 2195.34 4 6- Q ? 156GD G 441.84 5 0.7110 ? 156GD G 572.62 8 1.3921 ? 156GD L 2205.544 18 1- 156GD G 290.79718 0.46 6 ? 156GD G 434.46513 3.1 2 E1 00.00647 156GDS G KC= 0.00555 $LC= 0.000752 $MC= 1.32E-04 $NC+= 3.50E-05 156GD G 490.32 3 3.2 4 E1 00.00492 156GDS G KC= 0.00421 $LC= 0.000567 $MC= 1.16E-04 $NC+= 3.20E-05 156GD G 2204.9 5 11 1 E1 156GD L 2216.70 25 2+ R 156GD G 940.6 9 9 4 156GD G 2127.7 3 60 5 E2 156GD L 2229.3 6 156GD L 2239.8 7 ? 156GD L 2256.7 5 156GD L 2269.7 3 3+ R ? 156GD CL J From M1 components in G's to 2+ and 4+ levels. Level in 156GD2CL 156GD Adopted Levels at this energy is assigned 156GD3CL JPI=1+ and it does not include a G to a 4+ level as is given here. 156GD G 1981.6 4 & 156GD CG RI From total RI=29 3, this RI LT 1 from G branching in 156EU 156GD2CG B- decay. 156GD G 2180.6 4 20 2 M1+E2 -0.65 +8-6 156GD L 2273.4 8 156GD L 2301.5 3 156GD L 2318.3 12 ? 156GD L 2323.3 7 156GD L 2327.9 11 ? 156GD L 2342.5 7 ? 156GD L 2363.1 8 ? 156GD L 2367.5 13 156GD L 2382.8 4 156GD L 2404.3 5 156GD L 2415.9 4 156GD L 2428.3 5 156GD L 2436.9 5 156GD L 2446.4 6 156GD L 2452.6 5 156GD L 2460.6 11 ? 156GD L 2476.8 8 156GD L 2502.1 4 156GD L 2506.5 10 156GD L 2518.3 9 ? 156GD L 2534.2 8 156GD L 2574.2 7 156GD L 2589.4 19 156GD L 2594.4 11 156GD L 2598.0 8 156GD L 2615.0 6 ? 156GD L 2644.9 8 156GD L 2651.5 4 156GD L 2701.0 5 156GD L 2719.2 5 156GD L 2724.0 14 156GD L 2735.9 9 156GD L 2749.4 4 156GD L 2762.4 4 156GD L 2785.6 5 156GD L 2817.4 6 156GD L 2830.6 4 156GD L 2840.0 4 156GD L 2850.6 6 156GD L 2874.3 4 156GD L 2887.6 5 156GD L 2910.8 5 156GD L 2929.1 4 156GD L 2947.3 4 156GD L 2962.3 5 156GD L 2973.3 9 156GD L 2987.5 4 156GD L 2998.5 9 156GD L 3006.8 5 156GD L 3024.4 6 156GD L 3033.2 6 156GD L 3050.1 4 156GD L 3105.7 5 156GD L 3107.3 10 156GD L 3116.7 6 ? 156GD L 3122.2 8 156GD L 3141.5 10 ? 156GD L 3157.5 9 156GD L 3165.2 7 156GD L 3182.4 5 156GD L 3189.7 5 156GD L 3207.4 7 156GD L 3229.3 5 156GD L 3266.4 5 156GD L 3275.4 5 156GD L 3285.3 5 156GD L 3297.4 5 156GD L 3340.1 6 ? 156GD L 3357.7 6 156GD L 3367.8 5 156GD L 3377.6 7 156GD L 3413.9 12 156GD L 3427.5 6 156GD L 3442.7 4 156GD L 3460.5 11 156GD L 3476.8 6 156GD L 3492.8 8 156GD L 3495.4 8 156GD L 3509.0 6 156GD L 3535.0 6 156GD L 3552.1 4 156GD L 3594.8 5 156GD L 3635.9 7 156GD L 3664.1 6 ? 156GD L 3677.7 6 156GD L 3692.4 6 156GD L 3723.5 7 156GD L 3736.4 7 ? 156GD L 3747.5 7 ? 156GD L 3783.4 7 ? 156GD L 3810.7 6 156GD L 3822.6 7 156GD L 3865.3 5 156GD L 3910.0 8 ? 156GD L 3967.9 7 156GD L 3977.6 6 156GD L 4008.8 5 156GD L 4028.9 9 ? 156GD L 4050.8 5 ? 156GD L 4120.5 7 156GD L 4215.2 8 ? 156GD L 4547.3 7 ? 156GD L 4576.6 8 ? 156GD L 4607.2 6 ? 156GD L 4634.6 8 ? 156GD L 8536.00 9 1-,2- 156GD cL E$8536.37 12 from 1995Au04. 156GD2cL Observed deexcitation intensity is 16% of GS feeding. 156GD G 3901.311 21 6 T 156GD G 3928.7 8 28 8 T 156GD G 3959.311 21 6 T 156GD G 3988.610 26 8 T 156GD G 4320.711 28 8 T 156GD G 4415.310 18 4 156GD G 4485.1 7 24 6 T 156GD G 4507.013 12 4 T 156GD G 4527.1 6 38 8(E1) 156GD G 4558.3 8 19 3 E1 156GD G 4567.9 9 21 4 156GD G 4625.811 14 4 T 156GD G 4670.5 7 18 4 156GD G 4713.210 16 4(E1) 156GD G 4725.2 8 28 4 156GD G 4752.5 9 16 4 T 156GD G 4788.410 10.020 T 156GD G 4799.510 11.823 T 156GD G 4812.4 9 14.329 156GD G 4843.5 8 19.629 E1 156GD G 4858.2 8 18.628 E1 156GD G 4871.8 8 13.226 T 156GD G 4900.0 9 25 5 E1 156GD G 4941.1 6 26 4 E1 156GD G 4983.8 5 31 3 E1 156GD G 5000.9 8 18 4 E1 156GD G 5026.9 8 10.521 156GD G 5040.511 8.317 156GD G 5059.1 8 18 4 M1,E2 156GD G 5075.416 8.525 156GD G 5093.2 5 26 4 M1,E2 156GD G 5108.4 8 20 4 M1,E2 156GD G 5122.017 156GD CG E Value deduced by evaluator from level energy. 156GD G 5158.3 9 21 5 156GD G 5168.1 7 30 6 E1 156GD G 5178.2 8 22 4 E1 156GD G 5195.8 8 9.223 M1,E2 T 156GD G 5238.5 7 7.415 156GD G 5250.6 7 9.319 156GD G 5260.5 7 11.818 E1 156GD G 5269.5 6 15.323 E1 156GD G 5306.6 6 16 5 156GD G 5328.510 13 3 156GD G 5346.2 6 31.922 E1 156GD G 5353.5 7 21.522 E1 156GD G 5370.7 9 9 5 156GD G 5394.414 5.113 T 156GD G 5419.2 8 6.713 T 156GD G 5430.2 6 19.119 M1 156GD G 5485.8 5 20.220 E1 156GD G 5502.7 8 11.016 156GD G 5511.5 8 9.314 156GD G 5529.1 6 10.716 156GD G 5548.2 5 16.917 E1 156GD G 5573.6 6 13.821(E1) 156GD G 5588.6 5 35 4 156GD G 5601.8 156GD G 5607.3 5 8.613 156GD G 5618.8 156GD G 5626.8 8 11.222 156GD G 5637.1 156GD3 G FLAG=UY 156GD G 5648.3 6 13.020 156GD G 5661.6 5 41.321 E1 156GD G 5685.3 8 10.315 156GD G 5695.9 5 38.819 E1 156GD G 5705.3 5 23.116 M1,E2 156GD G 5718.5 8 5.110 156GD G 5750.3 7 6.513 156GD G 5773.5 5 16.617 156GD G 5786.5 5 32.623 M1,E2 156GD G 5816.5 8 7.211 156GD G 5834.9 7 9.414 156GD G 5884.4 6 40 3 E1 156GD CG E Possible doublet. 156GD G 5920.9 8 6 3 T 156GD G 5941.415 3.216 156GD G 6017.512 3.718 T 156GD G 6033.8 5 58 3 E1 156GD G 6059.011 4.112 156GD G 6075.216 5.015 T 156GD G 6083.2 7 19 3 156GD G 6089.4 8 19 3 156GD G 6098.9 7 18.318 156GD G 6106.1 Y 156GD G 6107.8 7 12.519 156GD G 6119.9 5 20.721 156GD G 6128.3 Y 156GD G 6132.2 8 7.912 156GD G 6150.0 Y 156GD G 6153.6 7 6.0 9 156GD G 6172.312 2.2 9 T 156GD G 6193.310 3.0 9 T 156GD G 6207.915 2.512 T 156GD G 6217.517 1.4 7 T 156GD G 6233.8 5 20.214(M1) 156GD G 6262.413 3.310 156GD G 6279.1 6 9.610 E1 156GD G 6296.010 3.0 9 T 156GD G 6306.5 8 7.010 156GD G 6319.1 5 27.219 E1 156GD G 6347.1 5 75 4 E1 156GD G 6429.4 5 83 4 E1 156GD G 6465.8 5 25.413 E1 156GD G 6481.7 5 70 4 E1 156GD G 6509.716 2.5 8 T 156GD G 6531.9 7 5.9 9 E1 156GD G 6544.3 8 2.6 8 T 156GD G 6572.5 7 6.1 9(M1,E2) 156GD G 6620.3 6 10.611 E1 156GD G 6764.8 5 34.317 E1 DATA FOR A = 156 AND Z = 64(GD) 155GD(N,G) E=THERMAL CONSTANT IS OFF DATASET DAP DBLANK DGAMMA DMIN DSYS 156GD N 6.757 23 1.0 156GD L 0.0 0+ 156GD L 88.9666 14 2+ 156GD G 89.17 6 E2 3.93 156GD L 288.1799 17 4+ 156GD G 199.42 6 2.02E3 60 E2 0.228 156GD L 584.706 3 6+ 156GD G 296.67 6 187 5 E2 0.0624 SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION E(DE) I(DI) L1 0.0 1 L1 88.9666 14 1 G1 88.9667 14 198E+110 1 G2 89.17 6 1 L1 288.1799 17 1 G1 199.2132 10 284E+120 1 G2 199.42 6 202E+160 1 L1 584.706 3 1 G1 296.526 3 269 11 1 G2 296.67 6 187 5 1 L1 965.087 9 1 G1 380.381 8 3.30 20 1 L1 1049.522 13 1 G1 960.55 12 120 40 1 G1 1049.46 8 1 L1 1129.405 11 1 G1 79.876 9 0.012 5 1 G1 841.20 3 114 5 1 G1 1040.43 5 299 15 1 G1 1129.41 10 87 5 1 L1 1154.112 11 1 G1 104.55 4 0.0040 20 1 G1 865.80 20 31.6 25 1 G1 1065.15 5 579 30 1 G1 1154.19 13 42E+121 1 L1 1168.22 3 1 G1 118.71 3 1 G1 1079.24 7 125 6 1 G1 1168.0 4 1 L1 1242.505 14 1 G1 193.001 13 0.20 5 1 G1 1153.6 10 42E+121 1 G1 1242.47 6 291 15 1 L1 1247.961 12 1 G1 959.86 9 210 40 1 G1 1159.04 6 700 40 1 L1 1258.052 15 1 G1 103.890 20 0.015 5 1 G1 969.86 4 246 12 1 G1 1169.09 7 200 10 1 G1 1257.98 7 67 5 1 L1 1276.093 16 1 G1 987.92 5 206 10 1 G1 1187.14 7 479 24 1 L1 1283.4 13 1 G1 1283.4 13 1 L1 1297.782 11 1 G1 143.668 11 0.09 3 1 G1 168.377 3 1.08 9 1 G1 713.07 6 10.3 13 1 G1 1009.53 6 91 5 1 G1 1208.90 10 97 8 1 L1 1319.754 17 1 G1 1230.68 6 555 30 1 L1 1355.373 11 1 G1 57.620 20 0.007 4 1 G1 107.410 10 0.050 10 1 G1 118.0 10 0.13 13 1 G1 201.263 4 0.63 5 1 G1 225.87 4 0.040 10 1 G1 1067.19 6 229 13 1 G1 1266.38 7 92 7 1 L1 1366.495 14 1 G1 237.04 4 0.20 7 1 G1 1277.43 6 258 13 1 G1 1366.44 7 139 8 1 L1 1408.12 4 1 G1 823.27 6 28.6 20 1 G1 1119.94 9 97 6 1 L1 1462.248 12 1 G1 164.464 6 0.25 4 1 G1 208.5 10 0.004 4 1 G1 332.857 17 0.53 6 1 G1 877.56 5 59 4 1 G1 1174.22 8 157 9 1 G1 1373.17 25 22 5 1 L1 1468.59 4 1 G1 1180.37 7 270 14 1 L1 1506.808 11 1 G1 151.430 10 0.070 20 1 G1 258.848 6 1.18 7 1 G1 922.33 8 31.4 25 1 G1 1218.67 7 91 7 1 L1 1510.538 11 1 G1 155.1651 13 9.0 5 1 G1 212.740 13 0.22 4 1 G1 262.579 3 32.0 20 1 G1 356.426 5 69 3 1 G1 381.134 8 3.30 20 1 G1 926.26 13 29 3 1 G1 1222.36 7 199 14 1 G1 1421.44 10 87 6 1 L1 1538.845 17 1 G1 1250.66 9 161 10 1 G1 1449.84 7 152 9 1 L1 1622.475 11 1 G1 111.9379 12 17.5 10 1 G1 115.6649 20 0.70 5 1 G1 267.090 6 1.60 11 1 G1 374.43 5 0.39 8 1 G1 1334.5 3 39 4 1 L1 1644.8 4 1 G1 1060.1 4 20 5 1 L1 1715.201 14 1 G1 348.702 7 2.76 14 1 G1 472.700 9 25.1 13 1 G1 547.20 19 1 G1 585.80 7 3.1 4 1 G1 665.5 3 1 G1 1625.5 3 8.0 10 1 G1 1715.1 3 1 L1 1753.590 12 1 G1 131.1120 20 0.62 4 1 G1 243.047 13 0.190 20 1 G1 246.867 15 0.42 6 1 G1 1169.09 7 200 10 1 L1 1771.072 15 1 G1 232.234 11 0.180 20 1 G1 404.623 16 1.80 10 1 G1 494.946 11 10.8 5 1 G1 512.98 3 4.1 4 1 G1 528.61 4 1.30 20 1 G1 616.88 8 3.3 5 1 G1 1682.20 20 155 8 1 L1 1780.397 13 1 G1 504.26 5 1.70 20 1 G1 522.28 3 3.4 4 1 G1 532.419 13 31.6 16 1 G1 537.900 25 6.1 4 1 G1 626.280 10 105 4 1 G1 650.94 4 6.0 5 1 L1 1807.7 8 1 G1 1807.7 8 1 L1 1827.794 15 1 G1 365.57 3 0.31 6 1 G1 569.74 3 4.1 4 1 G1 579.831 17 14.1 8 1 G1 673.67 3 17.6 18 1 G1 698.40 3 25.1 20 1 G1 778.23 4 29.1 23 1 G1 1738.9 3 36 3 1 G1 1828.1 3 29.0 20 1 L1 1851.304 22 1 G1 484.808 17 7.8 6 1 G1 608.76 12 6 4 1 G1 1762.5 4 37 4 1 G1 1851.4 4 1 L1 1851.771 14 1 G1 496.404 11 17.4 9 1 G1 553.97 8 1.4 3 1 G1 575.78 7 2.5 4 1 G1 603.798 17 25.5 13 1 G1 697.62 3 29.8 21 1 G1 722.39 7 9.0 11 1 L1 1859.1 11 1 G1 1859.1 11 1 L1 1860.993 12 1 G1 238.520 3 2.83 14 1 G1 350.454 5 46.0 20 1 L1 1893.36 10 1 G1 431.11 12 0.63 22 1 G1 635.3 3 1.8 13 1 G1 1605.20 20 57 4 1 L1 1914.768 20 1 G1 375.93 4 0.50 9 1 G1 548.34 4 2.9 3 1 G1 559.72 10 1.4 3 1 G1 638.66 4 6.9 6 1 G1 656.65 9 3.5 5 1 G1 666.71 11 2.9 7 1 G1 672.37 16 4.1 12 1 G1 1826.3 3 66 5 1 L1 1916.406 23 1 G1 409.60 4 0.55 13 1 G1 561.07 5 3.6 5 1 G1 618.57 7 3.0 4 1 G1 658.31 5 2.5 25 1 G1 668.42 8 3.8 6 1 G1 762.39 6 19.3 19 1 G1 786.95 5 23.9 17 1 G1 1628.2 3 30.0 20 1 G1 1828.1 3 29.0 20 1 L1 1934.223 16 1 G1 567.685 13 26.9 13 1 G1 614.490 15 51 10 1 G1 658.31 5 2.5 25 1 G1 676.14 11 1.1 11 1 G1 686.33 10 3.8 8 1 G1 691.68 7 3.9 8 1 G1 780.23 4 16 16 1 G1 1845.5 3 20 4 1 L1 1934.274 18 1 G1 578.94 3 4.9 4 1 G1 614.490 15 1.9 4 1 G1 658.31 5 1.8 4 1 G1 676.14 11 1.4 3 1 G1 686.33 10 4.2 8 1 G1 691.68 7 2.1 4 1 G1 780.23 4 23 5 1 G1 1646.20 20 37 3 1 G1 1845.5 3 40 8 1 L1 1946.24 24 1 G1 1857.5 4 48 5 1 G1 1946.1 3 34 3 1 L1 1952.290 13 1 G1 171.865 11 0.18 4 1 G1 445.494 9 8.7 4 1 G1 596.941 20 10.8 8 1 G1 676.14 11 1.1 11 1 G1 704.34 3 33 3 1 L1 1952.39 3 1 G1 585.80 7 3.1 4 1 G1 709.90 3 22.4 20 1 L1 1961.989 12 1 G1 100.9968 19 0.60 7 1 G1 208.387 6 0.48 5 1 G1 339.513 6 5.9 3 1 G1 451.482 18 3.10 20 1 L1 1965.047 15 1 G1 342.57 3 0.30 6 1 G1 458.237 16 4.8 3 1 G1 502.90 4 1.50 20 1 G1 556.69 9 1.49 25 1 G1 609.647 25 8.5 5 1 G1 717.090 20 37.2 19 1 L1 1965.980 22 1 G1 599.52 3 5.4 4 1 G1 646.22 3 16.2 13 1 G1 723.48 5 14.6 13 1 G1 811.79 5 26.8 16 1 G1 1965.2 3 115 9 1 L1 1986.9 8 1 G1 1986.9 8 1 L1 1991.5 6 1 G1 1991.5 6 1 L1 2003.77 3 1 G1 684.06 6 6.4 6 1 G1 727.70 4 31 50 1 G1 755.76 6 15.3 11 1 G1 761.28 5 30.3 24 1 G1 849.46 11 13.7 11 1 L1 2020.63 21 1 G1 665.5 3 2.2 9 1 G1 1732.2 3 29 3 1 L1 2026.91 24 1 G1 1937.8 4 35 4 1 G1 2027.0 3 39 4 1 L1 2044.857 14 1 G1 422.380 12 4.50 20 1 G1 534.318 11 37.8 19 1 L1 2048.6 8 1 G1 2048.6 8 1 L1 2054.14 7 1 G1 515.03 15 0.9 3 1 G1 734.50 18 4.2 8 1 G1 796.13 11 8.2 9 1 G1 1766.0 4 20.0 20 1 G1 1965.2 3 115 9 1 G1 2054.7 4 11.0 10 1 L1 2056.10 3 1 G1 517.04 6 2.4 3 1 G1 587.30 8 2.1 3 1 G1 593.45 10 1.9 5 1 G1 647.85 10 4.8 5 1 G1 780.23 4 16 16 1 L1 2066.56 10 1 G1 559.72 10 1.4 3 1 G1 711.7 4 6.4 21 1 L1 2070.35 4 1 G1 601.776 25 9.7 6 1 G1 714.83 13 6.4 24 1 G1 750.54 6 15.3 12 1 G1 793.6 3 3.6 10 1 G1 822.20 15 9.1 23 1 G1 916.34 11 18.2 18 1 G1 1782.2 4 14 3 1 G1 1981.6 4 29 3 1 L1 2082.2 10 1 G1 2082.2 10 1 L1 2103.33 13 1 G1 949.17 14 24 3 1 G1 1815.7 5 4.0 20 1 G1 2014.4 4 27 3 1 L1 2106.70 5 1 G1 638.04 12 2.2 11 1 G1 786.95 5 23.9 17 1 G1 1818.5 3 50 4 1 G1 2017.9 3 70 6 1 L1 2116.393 14 1 G1 362.798 11 1.11 8 1 G1 493.929 16 6.0 4 1 G1 605.84 4 5.1 4 1 L1 2147.1 7 1 G1 2147.1 7 1 L1 2157.8 8 1 G1 2157.8 8 1 L1 2181.23 5 1 G1 674.39 5 8.8 14 1 G1 826.01 13 8.8 12 1 G1 905.5 3 9.4 20 1 L1 2186.78 15 1 G1 866.90 20 1 G1 944.3 3 14 3 1 G1 2098.2 4 17.0 20 1 G1 2186.8 5 14 3 1 L1 2190.1 3 1 G1 1902.7 4 21.0 20 1 L1 2195.34 4 1 G1 441.84 5 0.71 10 1 G1 572.62 8 1.39 21 1 L1 2205.544 18 1 G1 290.797 18 0.46 6 1 G1 434.465 13 3.10 20 1 G1 490.32 3 3.2 4 1 G1 2204.9 5 11.0 10 1 L1 2216.70 25 1 G1 940.6 9 9 4 1 G1 2127.7 3 60 5 1 L1 2229.3 6 1 G1 2229.3 6 1 L1 2239.8 7 1 G1 2239.8 7 1 L1 2256.7 5 1 G1 2256.7 5 1 L1 2269.7 3 1 G1 1981.6 4 1 G1 2180.6 4 20.0 20 1 L1 2273.4 8 1 G1 2273.4 8 1 L1 2301.5 3 1 G1 2301.5 3 1 L1 2318.3 12 1 G1 2318.3 12 1 L1 2323.3 7 1 G1 2323.3 7 1 L1 2327.9 11 1 G1 2327.9 11 1 L1 2342.5 7 1 G1 2342.5 7 1 L1 2363.1 8 1 G1 2363.1 8 1 L1 2367.5 13 1 G1 2367.5 13 1 L1 2382.8 4 1 G1 2382.8 4 1 L1 2404.3 5 1 G1 2404.3 5 1 L1 2415.9 4 1 G1 2415.9 4 1 L1 2428.3 5 1 G1 2428.3 5 1 L1 2436.9 5 1 G1 2436.9 5 1 L1 2446.4 6 1 G1 2446.4 6 1 L1 2452.6 5 1 G1 2452.6 5 1 L1 2460.6 11 1 G1 2460.6 11 1 L1 2476.8 8 1 G1 2476.8 8 1 L1 2502.1 4 1 G1 2502.1 4 1 L1 2506.5 10 1 G1 2506.5 10 1 L1 2518.3 9 1 G1 2518.3 9 1 L1 2534.2 8 1 G1 2534.2 8 1 L1 2574.2 7 1 G1 2574.2 7 1 L1 2589.4 19 1 G1 2589.4 19 1 L1 2594.4 11 1 G1 2594.4 11 1 L1 2598.0 8 1 G1 2598.0 8 1 L1 2615.0 6 1 G1 2615.0 6 1 L1 2644.9 8 1 G1 2644.9 8 1 L1 2651.5 4 1 G1 2651.5 4 1 L1 2701.0 5 1 G1 2701.0 5 1 L1 2719.2 5 1 G1 2719.2 5 1 L1 2724.0 14 1 G1 2724.0 14 1 L1 2735.9 9 1 G1 2735.9 9 1 L1 2749.4 4 1 G1 2749.4 4 1 L1 2762.4 4 1 G1 2762.4 4 1 L1 2785.6 5 1 G1 2785.6 5 1 L1 2817.4 6 1 G1 2817.4 6 1 L1 2830.6 4 1 G1 2830.6 4 1 L1 2840.0 4 1 G1 2840.0 4 1 L1 2850.6 6 1 G1 2850.6 6 1 L1 2874.3 4 1 G1 2874.3 4 1 L1 2887.6 5 1 G1 2887.6 5 1 L1 2910.8 5 1 G1 2910.8 5 1 L1 2929.1 4 1 G1 2929.1 4 1 L1 2947.3 4 1 G1 2947.3 4 1 L1 2962.3 5 1 G1 2962.3 5 1 L1 2973.3 9 1 G1 2973.3 9 1 L1 2987.5 4 1 G1 2987.5 4 1 L1 2998.5 9 1 G1 2998.5 9 1 L1 3006.8 5 1 G1 3006.8 5 1 L1 3024.4 6 1 G1 3024.4 6 1 L1 3033.2 6 1 G1 3033.2 6 1 L1 3050.1 4 1 G1 3050.1 4 1 L1 3105.7 5 1 G1 3105.7 5 1 L1 3107.3 10 1 G1 3107.3 10 1 L1 3116.7 6 1 G1 3116.7 6 1 L1 3122.2 8 1 G1 3122.2 8 1 L1 3141.5 10 1 G1 3141.5 10 1 L1 3157.5 9 1 G1 3157.5 9 1 L1 3165.2 7 1 G1 3165.2 7 1 L1 3182.4 5 1 G1 3182.4 5 1 L1 3189.7 5 1 G1 3189.7 5 1 L1 3207.4 7 1 G1 3207.4 7 1 L1 3229.3 5 1 G1 3229.3 5 1 L1 3266.4 5 1 G1 3266.4 5 1 L1 3275.4 5 1 G1 3275.4 5 1 L1 3285.3 5 1 G1 3285.3 5 1 L1 3297.4 5 1 G1 3297.4 5 1 L1 3340.1 6 1 G1 3340.1 6 1 L1 3357.7 6 1 G1 3357.7 6 1 L1 3367.8 5 1 G1 3367.8 5 1 L1 3377.6 7 1 G1 3377.6 7 1 L1 3413.9 12 1 G1 3413.9 12 1 L1 3427.5 6 1 G1 3427.5 6 1 L1 3442.7 4 1 G1 3442.7 4 1 L1 3460.5 11 1 G1 3460.5 11 1 L1 3476.8 6 1 G1 3476.8 6 1 L1 3492.8 8 1 G1 3492.8 8 1 L1 3495.4 8 1 G1 3495.4 8 1 L1 3509.0 6 1 G1 3509.0 6 1 L1 3535.0 6 1 G1 3535.0 6 1 L1 3552.1 4 1 G1 3552.1 4 1 L1 3594.8 5 1 G1 3594.8 5 1 L1 3635.9 7 1 G1 3635.9 7 1 L1 3664.1 6 1 G1 3664.1 6 1 L1 3677.7 6 1 G1 3677.7 6 1 L1 3692.4 6 1 G1 3692.4 6 1 L1 3723.5 7 1 G1 3723.5 7 1 L1 3736.4 7 1 G1 3736.4 7 1 L1 3747.5 7 1 G1 3747.5 7 1 L1 3783.4 7 1 G1 3783.4 7 1 L1 3810.7 6 1 G1 3810.7 6 1 L1 3822.6 7 1 G1 3822.5 7 1 L1 3865.3 5 1 G1 3865.2 5 1 L1 3910.0 8 1 G1 3909.9 8 1 L1 3967.9 7 1 G1 3967.8 7 1 L1 3977.6 6 1 G1 3977.5 6 1 L1 4008.8 5 1 G1 4008.7 5 1 L1 4028.9 9 1 G1 4028.8 9 1 L1 4050.8 5 1 G1 4050.7 5 1 L1 4120.5 7 1 G1 4120.4 7 1 L1 4215.2 8 1 G1 4215.1 8 1 L1 4547.3 7 1 G1 4547.2 7 1 L1 4576.6 8 1 G1 4576.5 8 1 L1 4607.2 6 1 G1 4607.1 6 1 L1 4634.6 8 1 G1 4634.5 8 1 L1 8536.00 9 1 G1 3901.3 11 21 6 1 G1 3928.7 8 28 8 1 G1 3959.3 11 21 6 1 G1 3988.6 10 26 8 1 G1 4320.7 11 28 8 1 G1 4415.3 10 18 4 1 G1 4485.1 7 24 6 1 G1 4507.0 13 12 4 1 G1 4527.1 6 38 8 1 G1 4558.3 8 19 3 1 G1 4567.9 9 21 4 1 G1 4625.8 11 14 4 1 G1 4670.5 7 18 4 1 G1 4713.2 10 16 4 1 G1 4725.2 8 28 4 1 G1 4752.5 9 16 4 1 G1 4788.4 10 10.0 20 1 G1 4799.5 10 11.8 23 1 G1 4812.4 9 14 3 1 G1 4843.5 8 20 3 1 G1 4858.2 8 19 3 1 G1 4871.8 8 13 3 1 G1 4900.0 9 25 5 1 G1 4941.1 6 26 4 1 G1 4983.8 5 31 3 1 G1 5000.9 8 18 4 1 G1 5026.9 8 10.5 21 1 G1 5040.5 11 8.3 17 1 G1 5059.1 8 18 4 1 G1 5075.4 16 8.5 25 1 G1 5093.2 5 26 4 1 G1 5108.4 8 20 4 1 G1 5122.0 17 1 G1 5158.3 9 21 5 1 G1 5168.1 7 30 6 1 G1 5178.2 8 22 4 1 G1 5195.8 8 9.2 23 1 G1 5238.5 7 7.4 15 1 G1 5250.6 7 9.3 19 1 G1 5260.5 7 11.8 18 1 G1 5269.5 6 15.3 23 1 G1 5306.6 6 16 5 1 G1 5328.5 10 13 3 1 G1 5346.2 6 31.9 22 1 G1 5353.5 7 21.5 22 1 G1 5370.7 9 9 5 1 G1 5394.4 14 5.1 13 1 G1 5419.2 8 6.7 13 1 G1 5430.2 6 19.1 19 1 G1 5485.8 5 20.2 20 1 G1 5502.7 8 11.0 16 1 G1 5511.5 8 9.3 14 1 G1 5529.1 6 10.7 16 1 G1 5548.2 5 16.9 17 1 G1 5573.6 6 13.8 21 1 G1 5588.6 5 35 4 1 G1 5607.3 5 8.6 13 1 G1 5626.8 8 11.2 22 1 G1 5648.3 6 13.0 20 1 G1 5661.6 5 41.3 21 1 G1 5685.3 8 10.3 15 1 G1 5695.9 5 38.8 19 1 G1 5705.3 5 23.1 16 1 G1 5718.5 8 5.1 10 1 G1 5750.3 7 6.5 13 1 G1 5773.5 5 16.6 17 1 G1 5786.5 5 32.6 23 1 G1 5816.5 8 7.2 11 1 G1 5834.9 7 9.4 14 1 G1 5884.4 6 40 3 1 G1 5920.9 8 6 3 1 G1 5941.4 15 3.2 16 1 G1 6017.5 12 3.7 18 1 G1 6033.8 5 58 3 1 G1 6059.0 11 4.1 12 1 G1 6075.2 16 5.0 15 1 G1 6083.2 7 19 3 1 G1 6089.4 8 19 3 1 G1 6098.9 7 18.3 18 1 G1 6107.8 7 12.5 19 1 G1 6119.9 5 20.7 21 1 G1 6132.2 8 7.9 12 1 G1 6153.6 7 6.0 9 1 G1 6172.3 12 2.2 9 1 G1 6193.3 10 3.0 9 1 G1 6207.9 15 2.5 12 1 G1 6217.5 17 1.4 7 1 G1 6233.8 5 20.2 14 1 G1 6262.4 13 3.3 10 1 G1 6279.1 6 9.6 10 1 G1 6296.0 10 3.0 9 1 G1 6306.5 8 7.0 10 1 G1 6319.1 5 27.2 19 1 G1 6347.1 5 75 4 1 G1 6429.4 5 83 4 1 G1 6465.8 5 25.4 13 1 G1 6481.7 5 70 4 1 G1 6509.7 16 2.5 8 1 G1 6531.9 7 5.9 9 1 G1 6544.3 8 2.6 8 1 G1 6572.5 7 6.1 9 1 G1 6620.3 6 10.6 11 1 G1 6764.8 5 34.3 17 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 88.9667 14 3. 288.1801 17 4. 584.706 3 5. 965.088 9 6. 1049.522 13 7. 1129.404 11 8. 1154.112 11 9. 1168.22 3 10. 1242.505 14 11. 1247.960 12 12. 1258.052 15 13. 1276.093 16 14. 1283.4 13 15. 1297.782 11 16. 1319.754 17 17. 1355.373 11 18. 1366.495 14 19. 1408.12 4 20. 1462.247 12 21. 1468.59 4 22. 1506.808 11 23. 1510.538 11 24. 1538.844 17 25. 1622.475 11 26. 1644.8 4 27. 1715.201 14 28. 1753.590 12 29. 1771.071 15 30. 1780.396 13 31. 1807.7 8 32. 1827.794 15 33. 1851.304 22 34. 1851.771 14 35. 1859.1 11 36. 1860.993 12 37. 1893.36 10 38. 1914.768 20 39. 1916.405 23 40. 1934.223 16 41. 1934.273 18 42. 1946.24 24 43. 1952.290 13 44. 1952.39 3 45. 1961.989 12 46. 1965.047 15 47. 1965.980 22 48. 1986.9 8 49. 1991.6 5 50. 2003.77 3 51. 2020.63 21 52. 2026.91 24 53. 2044.856 14 54. 2048.6 8 55. 2054.14 7 56. 2056.10 3 57. 2066.56 10 58. 2070.35 4 59. 2082.2 10 60. 2103.33 13 61. 2106.70 5 62. 2116.393 14 63. 2147.1 7 64. 2157.8 8 65. 2181.23 5 66. 2186.78 15 67. 2190.1 3 68. 2195.34 4 69. 2205.544 18 70. 2216.72 25 71. 2229.4 5 72. 2239.9 6 73. 2256.8 4 74. 2269.7 3 75. 2273.5 7 76. 2301.7 3 77. 2318.4 10 78. 2323.3 7 79. 2328.0 9 80. 2342.6 6 81. 2363.3 7 82. 2367.5 13 83. 2382.7 4 84. 2404.2 4 85. 2416.0 3 86. 2428.3 4 87. 2437.0 4 88. 2446.5 5 89. 2452.7 4 90. 2460.7 9 91. 2476.9 7 92. 2502.1 3 93. 2506.5 10 94. 2518.4 7 95. 2534.2 8 96. 2574.2 7 97. 2589.4 19 98. 2594.5 9 99. 2598.0 8 100. 2615.0 5 101. 2644.9 8 102. 2651.5 3 103. 2701.0 4 104. 2719.3 4 105. 2724.0 14 106. 2735.9 9 107. 2749.4 3 108. 2762.4 3 109. 2785.6 4 110. 2817.4 5 111. 2830.6 3 112. 2840.0 3 113. 2850.6 5 114. 2874.3 3 115. 2887.6 4 116. 2910.4 4 117. 2928.9 3 118. 2947.3 3 119. 2962.3 4 120. 2973.3 9 121. 2987.6 3 122. 2998.5 9 123. 3006.8 4 124. 3024.4 5 125. 3033.2 5 126. 3050.1 3 127. 3105.7 4 128. 3107.3 10 129. 3116.7 5 130. 3122.2 8 131. 3141.5 8 132. 3157.5 9 133. 3165.2 6 134. 3182.4 4 135. 3189.8 4 136. 3207.4 6 137. 3229.4 4 138. 3266.5 4 139. 3275.5 4 140. 3285.4 4 141. 3297.5 4 142. 3340.2 5 143. 3357.8 5 144. 3367.9 4 145. 3377.7 6 146. 3414.0 10 147. 3427.6 5 148. 3442.8 3 149. 3460.6 9 150. 3476.9 5 151. 3492.8 8 152. 3495.5 7 153. 3509.1 5 154. 3535.1 5 155. 3552.2 3 156. 3594.9 4 157. 3636.0 6 158. 3664.2 5 159. 3677.8 5 160. 3692.5 5 161. 3723.6 6 162. 3736.5 6 163. 3747.6 6 164. 3783.5 6 165. 3810.8 5 166. 3822.6 6 167. 3865.3 4 168. 3910.0 7 169. 3967.9 6 170. 3977.6 5 171. 4008.8 4 172. 4028.9 7 173. 4050.8 4 174. 4120.5 6 175. 4215.2 7 176. 4547.3 6 177. 4576.6 7 178. 4607.2 5 179. 4634.6 7 180. 8536.07 8 GAMMA ENERGIES 155GD(N,G) E=TH -155GD(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- (1 57.620 20 1) 0.0 57.591 5 17 15 79.876 9 0.0 79.882 8 7 6 88.9667 14 (3 89.17 6 88.9667 14 2 1 100.9968 19 0.0 100.9959 18 45 36 (2 103.890 20 2) 0.0 103.940 12 12 8 104.55 4 0.0 104.590 9 8 6 107.410 10 0.0 107.413 3 17 11 111.9379 12 0.0 111.9373 11 25 23 (5 118.0 10 5) 0.0 112.869 11 17 10 (1 115.6649 20 1) 0.0 115.6669 18 25 22 118.71 3 0.0 118.70 3 9 6 (1 131.1120 20 1) 0.0 131.1149 19 28 25 143.668 11 0.0 143.670 6 15 8 151.430 10 0.0 151.4350 23 22 17 155.1651 13 0.0 155.1646 12 23 17 164.464 6 0.0 164.465 6 20 15 168.377 3 0.0 168.377 3 15 7 (2 171.865 11 2) 0.0 171.893 8 43 30 (1 193.001 13 1) 0.0 192.982 10 10 6 199.2132 10 (3 199.42 6 199.2132 10 3 2 201.263 4 0.0 201.261 3 17 8 (4 208.5 10 4) 0.0 204.195 14 20 12 (1 208.387 6 1) 0.0 208.399 3 45 28 (1 212.740 13 1) 0.0 212.756 5 23 15 (2 225.87 4 2) 0.0 225.969 5 17 7 232.234 11 0.0 232.227 10 29 24 (1 237.04 4 1) 0.0 237.091 11 18 7 238.520 3 0.0 238.5176 23 36 25 243.047 13 0.0 243.0521 22 28 23 (5 246.867 15 5) 0.0 246.782 3 28 22 258.848 6 0.0 258.847 3 22 11 262.579 3 0.0 262.5771 25 23 11 (1 267.090 6 1) 0.0 267.1018 16 25 17 (1 290.797 18 1) 0.0 290.776 15 69 38 296.526 3 (2 296.67 6 296.526 3 4 3 332.857 17 0.0 332.843 6 20 7 339.513 6 0.0 339.513 3 45 25 342.57 3 0.0 342.572 10 46 25 348.702 7 0.0 348.706 7 27 18 350.454 5 0.0 350.4547 24 36 23 356.426 5 0.0 356.426 3 23 8 362.798 11 0.0 362.803 9 62 28 365.57 3 0.0 365.546 12 32 20 (1 374.43 5 1) 0.0 374.514 3 25 11 375.93 4 0.0 375.923 18 38 24 380.381 8 0.0 380.381 8 5 4 381.134 8 0.0 381.133 5 23 7 (2 404.623 16 2) 0.0 404.575 11 29 18 409.60 4 0.0 409.596 20 39 22 422.380 12 0.0 422.381 8 53 25 431.11 12 0.0 431.12 10 37 20 434.465 13 0.0 434.472 11 69 29 (1 441.84 5 1) 0.0 441.75 4 68 28 (1 445.494 9 1) 0.0 445.481 7 43 22 (1 451.482 18 1) 0.0 451.450 3 45 23 458.237 16 0.0 458.238 10 46 22 472.700 9 0.0 472.696 8 27 10 484.808 17 0.0 484.808 17 33 18 490.32 3 0.0 490.342 15 69 27 493.929 16 0.0 493.917 9 62 25 (2 494.946 11 2) 0.0 494.978 10 29 13 496.404 11 0.0 496.397 9 34 17 (2 502.90 4 2) 0.0 502.799 12 46 20 504.26 5 0.0 504.303 15 30 13 (1 512.98 3 1) 0.0 513.019 15 29 12 (1 515.03 15 1) 0.0 515.30 7 55 24 (3 517.04 6 3) 0.0 517.25 3 56 24 (2 522.28 3 2) 0.0 522.344 13 30 12 (1 528.61 4 1) 0.0 528.566 13 29 10 (1 532.419 13 1) 0.0 532.435 7 30 11 534.318 11 0.0 534.318 8 53 23 537.900 25 0.0 537.891 12 30 10 (1 547.20 19 1) 0.0 546.98 3 27 9 (1 548.34 4 1) 0.0 548.271 17 38 18 553.97 8 0.0 553.988 10 34 15 (2 556.69 9 2) 0.0 556.92 4 46 19 (3 559.72 10 3) 0.0 559.393 18 38 17 559.72 10 0.0 559.75 10 57 22 561.07 5 0.0 561.031 20 39 17 (3 567.685 13 3) 0.0 567.727 11 40 18 569.74 3 0.0 569.741 15 32 12 (3 572.62 8 3) 0.0 572.86 4 68 25 (1 575.78 7 1) 0.0 575.677 16 34 13 (1 578.94 3 1) 0.0 578.899 15 41 17 579.831 17 0.0 579.833 11 32 11 585.80 7 0.0 585.796 11 27 7 (1 585.80 7 1) 0.0 585.89 3 44 18 (2 587.30 8 2) 0.0 587.51 4 56 21 (3 593.45 10 3) 0.0 593.85 3 56 20 (1 596.941 20 1) 0.0 596.915 7 43 17 (1 599.52 3 1) 0.0 599.483 19 47 18 601.776 25 0.0 601.758 23 58 21 603.798 17 0.0 603.809 9 34 11 605.84 4 0.0 605.854 9 62 23 608.76 12 0.0 608.798 19 33 10 (1 609.647 25 1) 0.0 609.673 10 46 17 (1 614.490 15 1) 0.0 614.468 12 40 16 (1 614.490 15 1) 0.0 614.518 13 41 16 616.88 8 0.0 616.958 13 29 8 618.57 7 0.0 618.622 21 39 15 626.280 10 0.0 626.283 7 30 8 635.3 3 0.0 635.31 10 37 12 638.04 12 0.0 638.11 6 61 21 638.66 4 0.0 638.673 17 38 13 646.22 3 0.0 646.224 20 47 16 (1 647.85 10 1) 0.0 647.97 5 56 19 (1 650.94 4 1) 0.0 650.991 8 30 7 656.65 9 0.0 656.714 20 38 12 (3 658.31 5 3) 0.0 658.129 16 40 13 (2 658.31 5 2) 0.0 658.179 18 41 13 658.31 5 0.0 658.352 22 39 12 665.5 3 0.0 665.26 21 51 17 665.5 3 0.0 665.678 12 27 6 666.71 11 0.0 666.806 19 38 11 668.42 8 0.0 668.443 20 39 11 672.37 16 0.0 672.261 18 38 10 673.67 3 0.0 673.681 11 32 8 674.39 5 0.0 674.42 5 65 22 676.14 11 0.0 676.170 17 40 12 676.14 11 0.0 676.195 15 43 13 676.14 11 0.0 676.220 19 41 12 684.06 6 0.0 684.02 3 50 16 686.33 10 0.0 686.261 14 40 11 686.33 10 0.0 686.311 16 41 11 691.68 7 0.0 691.717 13 40 10 (1 691.68 7 1) 0.0 691.767 17 41 10 (1 697.62 3 1) 0.0 697.658 9 34 8 698.40 3 0.0 698.388 12 32 7 704.34 3 0.0 704.328 7 43 11 709.90 3 0.0 709.88 3 44 10 (1 711.7 4 1) 0.0 711.19 10 57 17 713.07 6 0.0 713.074 12 15 4 (1 714.83 13 1) 0.0 714.97 4 58 17 717.090 20 0.0 717.085 10 46 11 722.39 7 0.0 722.365 10 34 7 723.48 5 0.0 723.473 20 47 10 727.70 4 0.0 727.68 3 50 13 734.50 18 0.0 734.38 8 55 16 750.54 6 0.0 750.59 4 58 16 755.76 6 0.0 755.81 3 50 11 761.28 5 0.0 761.27 3 50 10 (1 762.39 6 1) 0.0 762.291 20 39 8 (1 778.23 4 1) 0.0 778.270 13 32 6 (5 780.23 4 5) 0.0 780.00 3 56 13 (3 780.23 4 3) 0.0 780.109 14 40 8 (1 780.23 4 1) 0.0 780.160 15 41 8 786.95 5 0.0 786.94 5 61 16 786.95 5 0.0 786.999 20 39 7 (2 793.6 3 2) 0.0 794.25 4 58 13 796.13 11 0.0 796.09 7 55 12 (1 811.79 5 1) 0.0 811.866 20 47 8 (1 822.20 15 1) 0.0 822.39 4 58 11 (2 823.27 6 2) 0.0 823.42 4 19 4 (1 826.01 13 1) 0.0 825.86 5 65 17 841.20 3 0.0 841.222 11 7 3 (1 849.46 11 1) 0.0 849.66 3 50 8 865.80 20 0.0 865.929 11 8 3 866.90 20 0.0 867.02 15 66 16 877.56 5 0.0 877.539 13 20 4 (1 905.5 3 1) 0.0 905.14 5 65 13 916.34 11 0.0 916.23 4 58 8 (2 922.33 8 2) 0.0 922.099 12 22 4 (3 926.26 13 3) 0.0 925.829 12 23 4 940.6 9 0.0 940.62 25 70 13 944.3 3 0.0 944.27 15 66 10 949.17 14 0.0 949.22 13 60 8 959.86 9 0.0 959.777 11 11 3 960.55 12 0.0 960.552 13 6 2 969.86 4 0.0 969.868 15 12 3 987.92 5 0.0 987.909 16 13 3 (1 1009.53 6 1) 0.0 1009.598 11 15 3 1040.43 5 0.0 1040.434 11 7 2 1049.46 8 0.0 1049.518 13 6 1 1060.1 4 0.0 1060.1 4 26 4 1065.15 5 0.0 1065.141 11 8 2 1067.19 6 0.0 1067.189 11 17 3 1079.24 7 0.0 1079.25 3 9 2 1119.94 9 0.0 1119.94 4 19 3 1129.41 10 0.0 1129.400 11 7 1 1153.6 10 0.0 1153.533 14 10 2 1154.19 13 0.0 1154.107 11 8 1 1159.04 6 0.0 1158.989 11 11 2 1168.0 4 0.0 1168.22 3 9 1 (3 1169.09 7 3) 0.0 1168.879 12 28 4 1169.09 7 0.0 1169.080 15 12 2 (1 1174.22 8 1) 0.0 1174.062 12 20 3 1180.37 7 0.0 1180.41 4 21 3 1187.14 7 0.0 1187.121 16 13 2 1208.90 10 0.0 1208.810 11 15 2 1218.67 7 0.0 1218.623 11 22 3 1222.36 7 0.0 1222.353 11 23 3 (1 1230.68 6 1) 0.0 1230.782 17 16 2 1242.47 6 0.0 1242.499 14 10 1 1250.66 9 0.0 1250.659 17 24 3 1257.98 7 0.0 1258.046 15 12 1 1266.38 7 0.0 1266.401 11 17 2 (1 1277.43 6 1) 0.0 1277.523 14 18 2 1283.4 13 0.0 1283.4 13 14 1 1334.5 3 0.0 1334.289 11 25 3 1366.44 7 0.0 1366.489 14 18 1 1373.17 25 0.0 1373.274 12 20 2 (1 1421.44 10 1) 0.0 1421.564 11 23 2 1449.84 7 0.0 1449.870 17 24 2 1605.20 20 0.0 1605.18 10 37 3 (2 1625.5 3 2) 0.0 1626.225 14 27 2 1628.2 3 0.0 1628.216 23 39 3 1646.20 20 0.0 1646.084 18 41 3 1682.20 20 0.0 1682.095 15 29 2 1715.1 3 0.0 1715.191 14 27 1 1732.2 3 0.0 1732.44 21 51 3 1738.9 3 0.0 1738.817 15 32 2 1762.5 4 0.0 1762.326 22 33 2 1766.0 4 0.0 1765.95 7 55 3 1782.2 4 0.0 1782.16 4 58 3 1807.7 8 0.0 1807.7 8 31 1 (1 1815.7 5 1) 0.0 1815.14 13 60 3 1818.5 3 0.0 1818.51 5 61 3 (1 1826.3 3 1) 0.0 1825.789 20 38 2 (2 1828.1 3 2) 0.0 1827.427 23 39 2 (1 1828.1 3 1) 0.0 1827.783 15 32 1 1845.5 3 0.0 1845.245 16 40 2 1845.5 3 0.0 1845.295 18 41 2 1851.4 4 0.0 1851.292 22 33 1 1857.5 4 0.0 1857.27 24 42 2 1859.1 11 0.0 1859.1 11 35 1 (2 1902.7 4 2) 0.0 1901.9 3 67 3 1937.8 4 0.0 1937.93 24 52 2 1946.1 3 0.0 1946.23 24 42 1 1965.2 3 0.0 1965.16 7 55 2 (2 1965.2 3 2) 0.0 1965.966 22 47 1 1981.6 4 0.0 1981.37 4 58 2 1981.6 4 0.0 1981.5 3 74 3 1986.9 8 0.0 1986.9 8 48 1 1991.5 6 0.0 1991.5 5 49 1 2014.4 4 0.0 2014.35 13 60 2 2017.9 3 0.0 2017.72 5 61 2 2027.0 3 0.0 2026.90 24 52 1 2048.6 8 0.0 2048.6 8 54 1 (1 2054.7 4 1) 0.0 2054.13 7 55 1 2082.2 10 0.0 2082.2 10 59 1 (1 2098.2 4 1) 0.0 2097.80 15 66 2 2127.7 3 0.0 2127.74 25 70 2 2147.1 7 0.0 2147.1 7 63 1 2157.8 8 0.0 2157.8 8 64 1 2180.6 4 0.0 2180.7 3 74 2 2186.8 5 0.0 2186.76 15 66 1 (1 2204.9 5 1) 0.0 2205.527 18 69 1 2229.3 6 0.0 2229.3 5 71 1 2239.8 7 0.0 2239.8 6 72 1 2256.7 5 0.0 2256.7 4 73 1 2273.4 8 0.0 2273.4 7 75 1 2301.5 3 0.0 2301.7 3 76 1 2318.3 12 0.0 2318.3 10 77 1 2323.3 7 0.0 2323.3 7 78 1 2327.9 11 0.0 2327.9 9 79 1 2342.5 7 0.0 2342.5 6 80 1 2363.1 8 0.0 2363.3 7 81 1 2367.5 13 0.0 2367.5 13 82 1 2382.8 4 0.0 2382.7 4 83 1 2404.3 5 0.0 2404.1 4 84 1 2415.9 4 0.0 2415.9 3 85 1 2428.3 5 0.0 2428.2 4 86 1 2436.9 5 0.0 2436.9 4 87 1 2446.4 6 0.0 2446.4 5 88 1 2452.6 5 0.0 2452.6 4 89 1 2460.6 11 0.0 2460.6 9 90 1 2476.8 8 0.0 2476.8 7 91 1 2502.1 4 0.0 2502.1 3 92 1 2506.5 10 0.0 2506.5 10 93 1 2518.3 9 0.0 2518.3 7 94 1 2534.2 8 0.0 2534.2 8 95 1 2574.2 7 0.0 2574.2 7 96 1 2589.4 19 0.0 2589.4 19 97 1 2594.4 11 0.0 2594.4 9 98 1 2598.0 8 0.0 2598.0 8 99 1 2615.0 6 0.0 2615.0 5 100 1 2644.9 8 0.0 2644.9 8 101 1 2651.5 4 0.0 2651.5 3 102 1 2701.0 5 0.0 2701.0 4 103 1 2719.2 5 0.0 2719.3 4 104 1 2724.0 14 0.0 2724.0 14 105 1 2735.9 9 0.0 2735.9 9 106 1 2749.4 4 0.0 2749.4 3 107 1 2762.4 4 0.0 2762.4 3 108 1 2785.6 5 0.0 2785.6 4 109 1 2817.4 6 0.0 2817.4 5 110 1 2830.6 4 0.0 2830.6 3 111 1 2840.0 4 0.0 2840.0 3 112 1 2850.6 6 0.0 2850.6 5 113 1 2874.3 4 0.0 2874.3 3 114 1 2887.6 5 0.0 2887.6 4 115 1 2910.8 5 0.0 2910.3 4 116 1 2929.1 4 0.0 2928.9 3 117 1 2947.3 4 0.0 2947.3 3 118 1 2962.3 5 0.0 2962.3 4 119 1 2973.3 9 0.0 2973.3 9 120 1 2987.5 4 0.0 2987.6 3 121 1 2998.5 9 0.0 2998.5 9 122 1 3006.8 5 0.0 3006.8 4 123 1 3024.4 6 0.0 3024.4 5 124 1 3033.2 6 0.0 3033.2 5 125 1 3050.1 4 0.0 3050.1 3 126 1 3105.7 5 0.0 3105.7 4 127 1 3107.3 10 0.0 3107.3 10 128 1 3116.7 6 0.0 3116.7 5 129 1 3122.2 8 0.0 3122.2 8 130 1 3141.5 10 0.0 3141.5 8 131 1 3157.5 9 0.0 3157.5 9 132 1 3165.2 7 0.0 3165.2 6 133 1 3182.4 5 0.0 3182.4 4 134 1 3189.7 5 0.0 3189.7 4 135 1 3207.4 7 0.0 3207.4 6 136 1 3229.3 5 0.0 3229.3 4 137 1 3266.4 5 0.0 3266.4 4 138 1 3275.4 5 0.0 3275.4 4 139 1 3285.3 5 0.0 3285.3 4 140 1 3297.4 5 0.0 3297.4 4 141 1 3340.1 6 0.0 3340.1 5 142 1 3357.7 6 0.0 3357.7 5 143 1 3367.8 5 0.0 3367.8 4 144 1 3377.6 7 0.0 3377.6 6 145 1 3413.9 12 0.0 3413.9 10 146 1 3427.5 6 0.0 3427.5 5 147 1 3442.7 4 0.0 3442.7 3 148 1 3460.5 11 0.0 3460.5 9 149 1 3476.8 6 0.0 3476.8 5 150 1 3492.8 8 0.0 3492.8 8 151 1 3495.4 8 0.0 3495.4 7 152 1 3509.0 6 0.0 3509.0 5 153 1 3535.0 6 0.0 3535.0 5 154 1 3552.1 4 0.0 3552.1 3 155 1 3594.8 5 0.0 3594.8 4 156 1 3635.9 7 0.0 3635.9 6 157 1 3664.1 6 0.0 3664.1 5 158 1 3677.7 6 0.0 3677.7 5 159 1 3692.4 6 0.0 3692.4 5 160 1 3723.5 7 0.0 3723.5 6 161 1 3736.4 7 0.0 3736.4 6 162 1 3747.5 7 0.0 3747.5 6 163 1 3783.4 7 0.0 3783.4 6 164 1 3810.7 6 0.0 3810.7 5 165 1 3822.5 7 0.0 3822.6 6 166 1 3865.2 5 0.0 3865.3 4 167 1 3901.3 11 0.0 3901.4 7 180179 3909.9 8 0.0 3910.0 7 168 1 3928.7 8 0.0 3928.8 5 180178 3959.3 11 0.0 3959.4 7 180177 3967.8 7 0.0 3967.9 6 169 1 3977.5 6 0.0 3977.6 5 170 1 3988.6 10 0.0 3988.7 6 180176 4008.7 5 0.0 4008.8 4 171 1 4028.8 9 0.0 4028.8 7 172 1 4050.7 5 0.0 4050.7 4 173 1 4120.4 7 0.0 4120.5 6 174 1 4215.1 8 0.0 4215.2 7 175 1 4320.7 11 0.0 4320.8 7 180175 4415.3 10 0.0 4415.5 6 180174 4485.1 7 0.0 4485.2 4 180173 4507.0 13 0.0 4507.1 7 180172 4527.1 6 0.0 4527.2 4 180171 4547.2 7 0.0 4547.2 6 176 1 4558.3 8 0.0 4558.4 5 180170 4567.9 9 0.0 4568.1 6 180169 4576.5 8 0.0 4576.6 7 177 1 4607.1 6 0.0 4607.2 5 178 1 4625.8 11 0.0 4626.0 7 180168 4634.5 8 0.0 4634.6 7 179 1 4670.5 7 0.0 4670.7 4 180167 4713.2 10 0.0 4713.4 6 180166 4725.2 8 0.0 4725.2 5 180165 4752.5 9 0.0 4752.5 6 180164 4788.4 10 0.0 4788.4 6 180163 4799.5 10 0.0 4799.5 6 180162 4812.4 9 0.0 4812.4 6 180161 4843.5 8 0.0 4843.5 5 180160 4858.2 8 0.0 4858.2 5 180159 4871.8 8 0.0 4871.8 5 180158 4900.0 9 0.0 4900.0 6 180157 4941.1 6 0.0 4941.1 4 180156 4983.8 5 0.0 4983.8 3 180155 5000.9 8 0.0 5000.9 5 180154 5026.9 8 0.0 5026.9 5 180153 5040.5 11 0.0 5040.5 7 180152 5059.1 8 0.0 5059.1 5 180150 5075.4 16 0.0 5075.4 9 180149 5093.2 5 0.0 5093.2 3 180148 5108.4 8 0.0 5108.4 5 180147 5122.0 17 0.0 5122.0 10 180146 5158.3 9 0.0 5158.3 6 180145 5168.1 7 0.0 5168.1 4 180144 5178.2 8 0.0 5178.2 5 180143 5195.8 8 0.0 5195.8 5 180142 5238.5 7 0.0 5238.5 4 180141 5250.6 7 0.0 5250.6 4 180140 5260.5 7 0.0 5260.5 4 180139 5269.5 6 0.0 5269.5 4 180138 5306.6 6 0.0 5306.6 4 180137 5328.5 10 0.0 5328.5 6 180136 5346.2 6 0.0 5346.2 4 180135 5353.5 7 0.0 5353.5 4 180134 5370.7 9 0.0 5370.7 6 180133 5394.4 14 0.0 5394.4 8 180131 5419.2 8 0.0 5419.2 5 180129 5430.2 6 0.0 5430.2 4 180127 5485.8 5 0.0 5485.8 3 180126 5502.7 8 0.0 5502.7 5 180125 5511.5 8 0.0 5511.5 5 180124 5529.1 6 0.0 5529.1 4 180123 5548.2 5 0.0 5548.3 3 180121 5573.6 6 0.0 5573.6 4 180119 5588.6 5 0.0 5588.6 3 180118 5607.3 5 0.0 5607.0 3 180117 (1 5626.8 8 1) 0.0 5625.6 4 180116 5648.3 6 0.0 5648.3 4 180115 5661.6 5 0.0 5661.6 3 180114 5685.3 8 0.0 5685.3 5 180113 5695.9 5 0.0 5695.9 3 180112 5705.3 5 0.0 5705.3 3 180111 5718.5 8 0.0 5718.5 5 180110 5750.3 7 0.0 5750.3 4 180109 5773.5 5 0.0 5773.5 3 180108 5786.5 5 0.0 5786.5 3 180107 5816.5 8 0.0 5816.7 4 180104 5834.9 7 0.0 5834.9 4 180103 5884.4 6 0.0 5884.4 3 180102 5920.9 8 0.0 5920.9 5 180100 5941.4 15 0.0 5941.5 9 180 98 6017.5 12 0.0 6017.6 7 180 94 6033.8 5 0.0 6033.8 3 180 92 6059.0 11 0.0 6059.1 7 180 91 6075.2 16 0.0 6075.3 9 180 90 6083.2 7 0.0 6083.3 4 180 89 6089.4 8 0.0 6089.5 5 180 88 6098.9 7 0.0 6099.0 4 180 87 6107.8 7 0.0 6107.7 4 180 86 6119.9 5 0.0 6120.0 3 180 85 6132.2 8 0.0 6131.8 4 180 84 6153.6 7 0.0 6153.2 4 180 83 6172.3 12 0.0 6172.7 7 180 81 6193.3 10 0.0 6193.4 6 180 80 6207.9 15 0.0 6208.0 9 180 79 6217.5 17 0.0 6217.6 10 180 77 6233.8 5 0.0 6234.3 3 180 76 6262.4 13 0.0 6262.5 7 180 75 6279.1 6 0.0 6279.2 4 180 73 6296.0 10 0.0 6296.1 6 180 72 6306.5 8 0.0 6306.6 5 180 71 6319.1 5 0.0 6319.2 3 180 70 (2 6347.1 5 2) 0.0 6345.8 3 180 67 6429.4 5 0.0 6429.23 10 180 61 6465.8 5 0.0 6465.58 9 180 58 6481.7 5 0.0 6481.79 11 180 55 6509.7 16 0.0 6509.01 25 180 52 6531.9 7 0.0 6532.15 9 180 50 6544.3 8 0.0 6544.4 5 180 49 (2 6572.5 7 2) 0.0 6573.93 9 180 45 (1 6620.3 6 1) 0.0 6619.52 9 180 39 6764.8 5 0.0 6764.84 9 180 29 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.731 F=278 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 29.14 F= -1 CHISQ/F = 1.817 (FIT OF 461GAMMAS - 179LEVELS) ITERATION - 2 CHISQ - 1.231 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 88.9667 14 3. 288.1800 17 4. 584.706 3 5. 965.088 9 6. 1049.516 14 7. 1129.397 12 8. 1154.105 12 9. 1168.22 3 10. 1242.500 15 11. 1247.955 12 12. 1258.059 18 13. 1276.093 21 14. 1283.4 13 15. 1297.775 12 16. 1319.756 22 17. 1355.367 12 18. 1366.490 16 19. 1408.11 7 20. 1462.240 13 21. 1468.55 4 22. 1506.804 12 23. 1510.532 12 24. 1538.83 2 25. 1622.470 12 26. 1644.8 4 27. 1715.196 16 28. 1753.582 12 29. 1771.064 18 30. 1780.384 14 31. 1807.7 8 32. 1827.790 16 33. 1851.299 23 34. 1851.764 15 35. 1859.1 11 36. 1860.988 12 37. 1893.36 10 38. 1914.745 22 39. 1916.392 24 40. 1934.234 25 41. 1934.276 23 42. 1946.24 24 43. 1952.296 14 44. 1952.38 3 45. 1961.984 13 46. 1965.039 16 47. 1965.986 24 48. 1986.9 8 49. 1991.5 5 50. 2003.78 3 51. 2020.63 21 52. 2026.91 24 53. 2044.851 15 54. 2048.6 8 55. 2054.19 8 56. 2055.97 9 57. 2066.56 10 58. 2070.32 4 59. 2082.2 10 60. 2103.33 13 61. 2106.69 5 62. 2116.386 15 63. 2147.1 7 64. 2157.8 8 65. 2181.23 5 66. 2186.78 15 67. 2190.3 7 68. 2195.38 9 69. 2205.532 20 70. 2216.72 25 71. 2229.4 5 72. 2239.8 6 73. 2256.8 4 74. 2269.7 3 75. 2273.4 7 76. 2301.7 3 77. 2318.4 10 78. 2323.3 7 79. 2328.0 9 80. 2342.6 6 81. 2363.3 7 82. 2367.5 13 83. 2382.7 4 84. 2404.2 4 85. 2416.0 3 86. 2428.3 4 87. 2437.0 4 88. 2446.5 5 89. 2452.7 4 90. 2460.7 9 91. 2476.9 7 92. 2502.1 3 93. 2506.5 10 94. 2518.4 7 95. 2534.2 8 96. 2574.2 7 97. 2589.4 19 98. 2594.5 9 99. 2598.0 8 100. 2615.0 5 101. 2644.9 8 102. 2651.5 3 103. 2701.0 4 104. 2719.3 4 105. 2724.0 14 106. 2735.9 9 107. 2749.4 3 108. 2762.4 3 109. 2785.6 4 110. 2817.4 5 111. 2830.6 3 112. 2840.0 3 113. 2850.6 5 114. 2874.3 3 115. 2887.6 4 116. 2910.6 5 117. 2928.9 3 118. 2947.3 3 119. 2962.3 4 120. 2973.3 9 121. 2987.6 3 122. 2998.5 9 123. 3006.8 4 124. 3024.4 5 125. 3033.2 5 126. 3050.1 3 127. 3105.7 4 128. 3107.3 10 129. 3116.7 5 130. 3122.2 8 131. 3141.5 8 132. 3157.5 9 133. 3165.2 6 134. 3182.4 4 135. 3189.7 4 136. 3207.4 6 137. 3229.3 4 138. 3266.4 4 139. 3275.4 4 140. 3285.3 4 141. 3297.4 4 142. 3340.1 5 143. 3357.7 5 144. 3367.8 4 145. 3377.6 6 146. 3413.9 10 147. 3427.5 5 148. 3442.7 3 149. 3460.5 9 150. 3476.8 5 151. 3492.8 8 152. 3495.4 7 153. 3509.1 5 154. 3535.1 5 155. 3552.2 3 156. 3594.9 4 157. 3636.0 6 158. 3664.2 5 159. 3677.8 5 160. 3692.5 5 161. 3723.6 6 162. 3736.5 6 163. 3747.6 6 164. 3783.5 6 165. 3810.8 5 166. 3822.6 6 167. 3865.3 4 168. 3910.0 7 169. 3967.9 6 170. 3977.6 5 171. 4008.8 4 172. 4028.9 7 173. 4050.8 4 174. 4120.5 6 175. 4215.2 7 176. 4547.3 6 177. 4576.6 7 178. 4607.2 5 179. 4634.6 7 180. 8536.05 9 GAMMA ENERGIES 155GD(N,G) E=TH -155GD(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- (1 57.620 20 1) 0.0 57.592 5 17 15 79.876 9 0.0 79.881 8 7 6 88.9667 14 (1 89.17 20 88.9666 14 2 1 100.9968 19 0.0 100.9964 18 45 36 (1 103.89 5 1) 0.0 103.953 16 12 8 104.55 4 0.0 104.589 9 8 6 107.410 10 0.0 107.412 3 17 11 111.9379 12 0.0 111.9375 11 25 23 (1 118 5 1) 0.0 112.867 11 17 10 115.6649 20 0.0 115.6654 19 25 22 118.71 3 0.0 118.70 3 9 6 131.1120 20 0.0 131.1126 19 28 25 143.668 11 0.0 143.670 6 15 8 151.430 10 0.0 151.4369 24 22 17 155.1651 13 0.0 155.1649 12 23 17 164.464 6 0.0 164.465 6 20 15 168.377 3 0.0 168.378 3 15 7 (1 171.87 3 1) 0.0 171.912 10 43 30 (1 193.001 13 1) 0.0 192.984 10 10 6 199.2132 10 199.42 21 199.2132 10 3 2 201.263 4 0.0 201.262 3 17 8 (1 209 4 1) 0.0 204.182 17 20 12 (1 208.387 12 1) 0.0 208.402 3 45 28 (1 212.740 13 1) 0.0 212.757 5 23 15 (1 225.87 10 1) 0.0 225.970 5 17 7 232.234 11 0.0 232.234 11 29 24 (1 237.04 4 1) 0.0 237.093 13 18 7 238.520 3 0.0 238.5183 24 36 25 243.047 13 0.0 243.0500 22 28 23 (1 246.87 9 1) 0.0 246.778 3 28 22 258.848 6 0.0 258.849 3 22 11 262.579 3 0.0 262.5771 25 23 11 (1 267.090 12 1) 0.0 267.1023 17 25 17 290.797 18 0.0 290.786 15 69 38 296.526 3 296.67 14 296.526 3 4 3 332.857 17 0.0 332.843 6 20 7 339.513 6 0.0 339.515 3 45 25 342.57 3 0.0 342.569 10 46 25 348.702 7 0.0 348.705 7 27 18 350.454 5 0.0 350.4556 25 36 23 356.426 5 0.0 356.426 3 23 8 362.798 11 0.0 362.803 9 62 28 365.57 3 0.0 365.549 13 32 20 (1 374.43 8 1) 0.0 374.514 3 25 11 375.93 4 0.0 375.915 19 38 24 380.381 8 0.0 380.381 8 5 4 381.134 8 0.0 381.134 5 23 7 (1 404.62 5 1) 0.0 404.573 17 29 18 409.60 4 0.0 409.587 21 39 22 422.380 12 0.0 422.380 8 53 25 431.11 12 0.0 431.12 10 37 20 434.465 13 0.0 434.467 12 69 29 441.84 9 0.0 441.80 9 68 28 445.494 9 0.0 445.491 8 43 22 451.48 3 0.0 451.452 3 45 23 458.237 16 0.0 458.234 10 46 22 472.700 9 0.0 472.696 8 27 10 484.808 17 0.0 484.808 17 33 18 490.32 3 0.0 490.335 18 69 27 493.929 16 0.0 493.916 9 62 25 494.95 3 0.0 494.970 20 29 13 496.404 11 0.0 496.396 9 34 17 (1 502.90 10 1) 0.0 502.798 13 46 20 504.26 5 0.0 504.290 20 30 13 512.98 3 0.0 513.005 19 29 12 (1 515.0 3 1) 0.0 515.36 8 55 24 517.04 21 0.0 517.14 9 56 24 522.28 6 0.0 522.325 17 30 12 (1 528.61 4 1) 0.0 528.564 17 29 10 532.419 13 0.0 532.429 8 30 11 534.318 11 0.0 534.318 8 53 23 537.900 25 0.0 537.884 12 30 10 (1 547.20 19 1) 0.0 546.98 3 27 9 (1 548.34 7 1) 0.0 548.254 21 38 18 553.97 8 0.0 553.988 10 34 15 (1 556.69 23 1) 0.0 556.93 7 46 19 (1 559.7 3 1) 0.0 559.377 21 38 17 559.72 10 0.0 559.75 10 57 22 561.07 5 0.0 561.023 21 39 17 (1 567.68 4 1) 0.0 567.743 23 40 18 569.74 3 0.0 569.730 18 32 12 (1 572.62 24 1) 0.0 572.91 9 68 25 (1 575.78 10 1) 0.0 575.670 22 34 13 (1 578.94 3 1) 0.0 578.908 20 41 17 579.831 17 0.0 579.834 11 32 11 585.80 7 0.0 585.798 13 27 7 (1 585.80 7 1) 0.0 585.89 3 44 18 587.30 21 0.0 587.41 9 56 21 593.5 4 0.0 593.72 9 56 20 596.941 20 0.0 596.928 8 43 17 599.52 3 0.0 599.495 21 47 18 601.776 25 0.0 601.769 24 58 21 603.798 17 0.0 603.808 9 34 11 605.84 4 0.0 605.853 9 62 23 608.76 12 0.0 608.798 19 33 10 609.647 25 0.0 609.670 11 46 17 614.490 22 0.0 614.477 19 40 16 (1 614.49 3 1) 0.0 614.518 21 41 16 616.88 8 0.0 616.958 17 29 8 618.57 7 0.0 618.615 21 39 15 626.280 10 0.0 626.278 7 30 8 635.3 3 0.0 635.30 10 37 12 638.04 12 0.0 638.14 6 61 21 638.66 4 0.0 638.651 22 38 13 646.22 3 0.0 646.229 22 47 16 647.85 10 0.0 647.85 8 56 19 (1 650.94 4 1) 0.0 650.985 9 30 7 656.65 9 0.0 656.685 23 38 12 658.31 18 0.0 658.14 3 40 13 658.31 13 0.0 658.18 3 41 13 658.31 5 0.0 658.331 25 39 12 665.5 3 0.0 665.26 21 51 17 665.5 3 0.0 665.679 12 27 6 666.71 11 0.0 666.789 21 38 11 668.42 8 0.0 668.435 21 39 11 672.37 16 0.0 672.244 21 38 10 673.67 3 0.0 673.683 11 32 8 674.39 5 0.0 674.42 5 65 22 676.14 11 0.0 676.17 3 40 12 676.14 11 0.0 676.201 21 43 13 676.14 11 0.0 676.216 25 41 12 684.06 6 0.0 684.02 3 50 16 686.33 10 0.0 686.278 23 40 11 686.33 10 0.0 686.320 20 41 11 691.68 7 0.0 691.733 23 40 10 (1 691.68 7 1) 0.0 691.775 21 41 10 (1 697.62 3 1) 0.0 697.657 9 34 8 698.40 3 0.0 698.391 12 32 7 704.34 3 0.0 704.340 8 43 11 709.90 3 0.0 709.88 3 44 10 (1 711.7 4 1) 0.0 711.19 10 57 17 713.07 6 0.0 713.067 12 15 4 714.83 13 0.0 714.95 4 58 17 717.090 20 0.0 717.082 11 46 11 722.39 7 0.0 722.365 10 34 7 723.48 5 0.0 723.485 21 47 10 727.70 4 0.0 727.68 3 50 13 734.50 18 0.0 734.44 8 55 16 750.54 6 0.0 750.56 4 58 16 (1 755.76 6 1) 0.0 755.82 3 50 11 761.28 5 0.0 761.28 3 50 10 (1 762.39 10 1) 0.0 762.284 21 39 8 (1 778.23 4 1) 0.0 778.272 13 32 6 (1 780.23 23 1) 0.0 779.87 9 56 13 780.23 12 0.0 780.127 23 40 8 780.23 7 0.0 780.169 20 41 8 786.95 5 0.0 786.94 5 61 16 786.95 5 0.0 786.992 21 39 7 793.6 7 0.0 794.23 4 58 13 796.13 11 0.0 796.13 8 55 12 (1 811.79 8 1) 0.0 811.879 22 47 8 (1 822.20 15 1) 0.0 822.36 4 58 11 823.27 15 0.0 823.40 7 19 4 (1 826.01 13 1) 0.0 825.86 5 65 17 841.20 3 0.0 841.215 12 7 3 (1 849.46 20 1) 0.0 849.67 3 50 8 865.80 20 0.0 865.923 12 8 3 866.90 20 0.0 867.02 15 66 16 877.56 5 0.0 877.531 13 20 4 (1 905.5 3 1) 0.0 905.13 5 65 13 (1 916.34 11 1) 0.0 916.21 4 58 8 (1 922.33 23 1) 0.0 922.095 13 22 4 (1 926.3 4 1) 0.0 925.823 12 23 4 940.6 9 0.0 940.62 25 70 13 944.3 3 0.0 944.27 15 66 10 949.17 14 0.0 949.22 13 60 8 959.86 9 0.0 959.771 12 11 3 960.55 12 0.0 960.546 14 6 2 969.86 4 0.0 969.875 18 12 3 987.92 5 0.0 987.910 21 13 3 (1 1009.53 6 1) 0.0 1009.591 12 15 3 1040.43 5 0.0 1040.427 12 7 2 1049.46 8 0.0 1049.512 14 6 1 1060.1 4 0.0 1060.1 4 26 4 1065.15 5 0.0 1065.135 12 8 2 1067.19 6 0.0 1067.183 12 17 3 1079.24 7 0.0 1079.25 3 9 2 1119.94 9 0.0 1119.93 7 19 3 1129.41 10 0.0 1129.393 12 7 1 1153.6 10 0.0 1153.528 15 10 2 1154.19 13 0.0 1154.101 12 8 1 1159.04 6 0.0 1158.983 12 11 2 1168.0 4 0.0 1168.21 3 9 1 (1 1169.09 21 1) 0.0 1168.871 13 28 4 1169.09 7 0.0 1169.087 18 12 2 (1 1174.22 16 1) 0.0 1174.056 13 20 3 1180.37 7 0.0 1180.37 4 21 3 1187.14 7 0.0 1187.122 21 13 2 1208.90 10 0.0 1208.803 12 15 2 1218.67 7 0.0 1218.619 12 22 3 1222.36 7 0.0 1222.347 12 23 3 (1 1230.68 10 1) 0.0 1230.784 22 16 2 1242.47 6 0.0 1242.494 15 10 1 1250.66 9 0.0 1250.644 20 24 3 (1 1257.98 7 1) 0.0 1258.053 18 12 1 1266.38 7 0.0 1266.395 12 17 2 1277.43 9 0.0 1277.518 16 18 2 1283.4 13 0.0 1283.4 13 14 1 1334.5 3 0.0 1334.283 12 25 3 1366.44 7 0.0 1366.484 16 18 1 1373.17 25 0.0 1373.267 13 20 2 (1 1421.44 10 1) 0.0 1421.558 12 23 2 1449.84 7 0.0 1449.856 20 24 2 1605.20 20 0.0 1605.17 10 37 3 1625.5 7 0.0 1626.220 16 27 2 1628.2 3 0.0 1628.202 24 39 3 1646.20 20 0.0 1646.087 23 41 3 1682.20 20 0.0 1682.088 18 29 2 1715.1 3 0.0 1715.186 16 27 1 1732.2 3 0.0 1732.44 21 51 3 1738.9 3 0.0 1738.812 16 32 2 1762.5 4 0.0 1762.322 23 33 2 1766.0 4 0.0 1766.00 8 55 3 1782.2 4 0.0 1782.13 4 58 3 1807.7 8 0.0 1807.7 8 31 1 (1 1815.7 5 1) 0.0 1815.14 13 60 3 1818.5 3 0.0 1818.50 5 61 3 (1 1826.3 5 1) 0.0 1825.767 22 38 2 (1 1828.1 7 1) 0.0 1827.413 24 39 2 (1 1828.1 3 1) 0.0 1827.778 16 32 1 1845.5 3 0.0 1845.256 25 40 2 1845.5 3 0.0 1845.298 23 41 2 1851.4 4 0.0 1851.287 23 33 1 1857.5 4 0.0 1857.27 24 42 2 1859.1 11 0.0 1859.1 11 35 1 1902.7 8 0.0 1902.1 7 67 3 1937.8 4 0.0 1937.93 24 52 2 1946.1 3 0.0 1946.23 24 42 1 1965.2 3 0.0 1965.21 8 55 2 (1 1965.2 8 1) 0.0 1965.973 24 47 1 1981.6 4 0.0 1981.34 4 58 2 1981.6 4 0.0 1981.5 3 74 3 1986.9 8 0.0 1986.9 8 48 1 1991.5 6 0.0 1991.5 5 49 1 2014.4 4 0.0 2014.35 13 60 2 2017.9 3 0.0 2017.71 5 61 2 2027.0 3 0.0 2026.90 24 52 1 2048.6 8 0.0 2048.6 8 54 1 (1 2054.7 4 1) 0.0 2054.18 8 55 1 2082.2 10 0.0 2082.2 10 59 1 (1 2098.2 4 1) 0.0 2097.80 15 66 2 2127.7 3 0.0 2127.73 25 70 2 2147.1 7 0.0 2147.1 7 63 1 2157.8 8 0.0 2157.8 8 64 1 2180.6 4 0.0 2180.7 3 74 2 2186.8 5 0.0 2186.76 15 66 1 (1 2204.9 5 1) 0.0 2205.515 20 69 1 2229.3 6 0.0 2229.3 5 71 1 2239.8 7 0.0 2239.8 6 72 1 2256.7 5 0.0 2256.7 4 73 1 2273.4 8 0.0 2273.4 7 75 1 2301.5 3 0.0 2301.7 3 76 1 2318.3 12 0.0 2318.3 10 77 1 2323.3 7 0.0 2323.3 7 78 1 2327.9 11 0.0 2327.9 9 79 1 2342.5 7 0.0 2342.5 6 80 1 2363.1 8 0.0 2363.3 7 81 1 2367.5 13 0.0 2367.5 13 82 1 2382.8 4 0.0 2382.7 4 83 1 2404.3 5 0.0 2404.1 4 84 1 2415.9 4 0.0 2415.9 3 85 1 2428.3 5 0.0 2428.2 4 86 1 2436.9 5 0.0 2436.9 4 87 1 2446.4 6 0.0 2446.4 5 88 1 2452.6 5 0.0 2452.6 4 89 1 2460.6 11 0.0 2460.6 9 90 1 2476.8 8 0.0 2476.8 7 91 1 2502.1 4 0.0 2502.1 3 92 1 2506.5 10 0.0 2506.5 10 93 1 2518.3 9 0.0 2518.3 7 94 1 2534.2 8 0.0 2534.2 8 95 1 2574.2 7 0.0 2574.2 7 96 1 2589.4 19 0.0 2589.4 19 97 1 2594.4 11 0.0 2594.4 9 98 1 2598.0 8 0.0 2598.0 8 99 1 2615.0 6 0.0 2615.0 5 100 1 2644.9 8 0.0 2644.9 8 101 1 2651.5 4 0.0 2651.5 3 102 1 2701.0 5 0.0 2701.0 4 103 1 2719.2 5 0.0 2719.3 4 104 1 2724.0 14 0.0 2724.0 14 105 1 2735.9 9 0.0 2735.9 9 106 1 2749.4 4 0.0 2749.4 3 107 1 2762.4 4 0.0 2762.4 3 108 1 2785.6 5 0.0 2785.6 4 109 1 2817.4 6 0.0 2817.4 5 110 1 2830.6 4 0.0 2830.6 3 111 1 2840.0 4 0.0 2840.0 3 112 1 2850.6 6 0.0 2850.6 5 113 1 2874.3 4 0.0 2874.3 3 114 1 2887.6 5 0.0 2887.6 4 115 1 2910.8 5 0.0 2910.5 5 116 1 2929.1 4 0.0 2928.9 3 117 1 2947.3 4 0.0 2947.3 3 118 1 2962.3 5 0.0 2962.3 4 119 1 2973.3 9 0.0 2973.3 9 120 1 2987.5 4 0.0 2987.6 3 121 1 2998.5 9 0.0 2998.5 9 122 1 3006.8 5 0.0 3006.8 4 123 1 3024.4 6 0.0 3024.4 5 124 1 3033.2 6 0.0 3033.2 5 125 1 3050.1 4 0.0 3050.1 3 126 1 3105.7 5 0.0 3105.7 4 127 1 3107.3 10 0.0 3107.3 10 128 1 3116.7 6 0.0 3116.7 5 129 1 3122.2 8 0.0 3122.2 8 130 1 3141.5 10 0.0 3141.5 8 131 1 3157.5 9 0.0 3157.5 9 132 1 3165.2 7 0.0 3165.2 6 133 1 3182.4 5 0.0 3182.4 4 134 1 3189.7 5 0.0 3189.7 4 135 1 3207.4 7 0.0 3207.4 6 136 1 3229.3 5 0.0 3229.3 4 137 1 3266.4 5 0.0 3266.4 4 138 1 3275.4 5 0.0 3275.4 4 139 1 3285.3 5 0.0 3285.3 4 140 1 3297.4 5 0.0 3297.4 4 141 1 3340.1 6 0.0 3340.1 5 142 1 3357.7 6 0.0 3357.7 5 143 1 3367.8 5 0.0 3367.8 4 144 1 3377.6 7 0.0 3377.6 6 145 1 3413.9 12 0.0 3413.9 10 146 1 3427.5 6 0.0 3427.5 5 147 1 3442.7 4 0.0 3442.7 3 148 1 3460.5 11 0.0 3460.5 9 149 1 3476.8 6 0.0 3476.8 5 150 1 3492.8 8 0.0 3492.8 8 151 1 3495.4 8 0.0 3495.4 7 152 1 3509.0 6 0.0 3509.0 5 153 1 3535.0 6 0.0 3535.0 5 154 1 3552.1 4 0.0 3552.1 3 155 1 3594.8 5 0.0 3594.8 4 156 1 3635.9 7 0.0 3635.9 6 157 1 3664.1 6 0.0 3664.1 5 158 1 3677.7 6 0.0 3677.7 5 159 1 3692.4 6 0.0 3692.4 5 160 1 3723.5 7 0.0 3723.5 6 161 1 3736.4 7 0.0 3736.4 6 162 1 3747.5 7 0.0 3747.5 6 163 1 3783.4 7 0.0 3783.4 6 164 1 3810.7 6 0.0 3810.7 5 165 1 3822.5 7 0.0 3822.6 6 166 1 3865.2 5 0.0 3865.3 4 167 1 3901.3 11 0.0 3901.4 7 180179 3909.9 8 0.0 3910.0 7 168 1 3928.7 8 0.0 3928.8 5 180178 3959.3 11 0.0 3959.4 7 180177 3967.8 7 0.0 3967.9 6 169 1 3977.5 6 0.0 3977.5 5 170 1 3988.6 10 0.0 3988.7 6 180176 4008.7 5 0.0 4008.8 4 171 1 4028.8 9 0.0 4028.8 7 172 1 4050.7 5 0.0 4050.7 4 173 1 4120.4 7 0.0 4120.5 6 174 1 4215.1 8 0.0 4215.1 7 175 1 4320.7 11 0.0 4320.8 7 180175 4415.3 10 0.0 4415.5 6 180174 4485.1 7 0.0 4485.2 4 180173 4507.0 13 0.0 4507.1 7 180172 4527.1 6 0.0 4527.2 4 180171 4547.2 7 0.0 4547.2 6 176 1 4558.3 8 0.0 4558.4 5 180170 4567.9 9 0.0 4568.0 6 180169 4576.5 8 0.0 4576.5 7 177 1 4607.1 6 0.0 4607.1 5 178 1 4625.8 11 0.0 4625.9 7 180168 4634.5 8 0.0 4634.5 7 179 1 4670.5 7 0.0 4670.6 4 180167 4713.2 10 0.0 4713.4 6 180166 4725.2 8 0.0 4725.2 5 180165 4752.5 9 0.0 4752.5 6 180164 4788.4 10 0.0 4788.4 6 180163 4799.5 10 0.0 4799.5 6 180162 4812.4 9 0.0 4812.4 6 180161 4843.5 8 0.0 4843.5 5 180160 4858.2 8 0.0 4858.2 5 180159 4871.8 8 0.0 4871.8 5 180158 4900.0 9 0.0 4900.0 6 180157 4941.1 6 0.0 4941.1 4 180156 4983.8 5 0.0 4983.8 3 180155 5000.9 8 0.0 5000.9 5 180154 5026.9 8 0.0 5026.9 5 180153 5040.5 11 0.0 5040.5 7 180152 5059.1 8 0.0 5059.1 5 180150 5075.4 16 0.0 5075.4 9 180149 5093.2 5 0.0 5093.2 3 180148 5108.4 8 0.0 5108.4 5 180147 5122.0 17 0.0 5122.0 10 180146 5158.3 9 0.0 5158.3 6 180145 5168.1 7 0.0 5168.1 4 180144 5178.2 8 0.0 5178.2 5 180143 5195.8 8 0.0 5195.8 5 180142 5238.5 7 0.0 5238.5 4 180141 5250.6 7 0.0 5250.6 4 180140 5260.5 7 0.0 5260.5 4 180139 5269.5 6 0.0 5269.5 4 180138 5306.6 6 0.0 5306.6 4 180137 5328.5 10 0.0 5328.5 6 180136 5346.2 6 0.0 5346.2 4 180135 5353.5 7 0.0 5353.5 4 180134 5370.7 9 0.0 5370.7 6 180133 5394.4 14 0.0 5394.4 8 180131 5419.2 8 0.0 5419.2 5 180129 5430.2 6 0.0 5430.2 4 180127 5485.8 5 0.0 5485.8 3 180126 5502.7 8 0.0 5502.7 5 180125 5511.5 8 0.0 5511.5 5 180124 5529.1 6 0.0 5529.1 4 180123 5548.2 5 0.0 5548.3 3 180121 5573.6 6 0.0 5573.6 4 180119 5588.6 5 0.0 5588.6 3 180118 5607.3 5 0.0 5607.0 3 180117 (1 5626.8 12 1) 0.0 5625.4 5 180116 5648.3 6 0.0 5648.3 4 180115 5661.6 5 0.0 5661.6 3 180114 5685.3 8 0.0 5685.3 5 180113 5695.9 5 0.0 5695.9 3 180112 5705.3 5 0.0 5705.3 3 180111 5718.5 8 0.0 5718.5 5 180110 5750.3 7 0.0 5750.3 4 180109 5773.5 5 0.0 5773.5 3 180108 5786.5 5 0.0 5786.5 3 180107 5816.5 8 0.0 5816.7 4 180104 5834.9 7 0.0 5834.9 4 180103 5884.4 6 0.0 5884.4 3 180102 5920.9 8 0.0 5920.9 5 180100 5941.4 15 0.0 5941.5 9 180 98 6017.5 12 0.0 6017.6 7 180 94 6033.8 5 0.0 6033.8 3 180 92 6059.0 11 0.0 6059.1 7 180 91 6075.2 16 0.0 6075.3 9 180 90 6083.2 7 0.0 6083.3 4 180 89 6089.4 8 0.0 6089.5 5 180 88 6098.9 7 0.0 6099.0 4 180 87 6107.8 7 0.0 6107.7 4 180 86 6119.9 5 0.0 6120.0 3 180 85 6132.2 8 0.0 6131.8 4 180 84 6153.6 7 0.0 6153.2 4 180 83 6172.3 12 0.0 6172.6 7 180 81 6193.3 10 0.0 6193.4 6 180 80 6207.9 15 0.0 6208.0 9 180 79 6217.5 17 0.0 6217.6 10 180 77 6233.8 5 0.0 6234.2 3 180 76 6262.4 13 0.0 6262.5 7 180 75 6279.1 6 0.0 6279.2 4 180 73 6296.0 10 0.0 6296.1 6 180 72 6306.5 8 0.0 6306.6 5 180 71 6319.1 5 0.0 6319.2 3 180 70 (1 6347.1 13 1) 0.0 6345.6 7 180 67 6429.4 5 0.0 6429.22 10 180 61 6465.8 5 0.0 6465.59 9 180 58 6481.7 5 0.0 6481.71 12 180 55 6509.7 16 0.0 6508.99 25 180 52 6531.9 7 0.0 6532.13 9 180 50 6544.3 8 0.0 6544.4 5 180 49 6572.5 14 0.0 6573.92 9 180 45 (1 6620.3 6 1) 0.0 6619.51 9 180 39 6764.8 5 0.0 6764.83 9 180 29 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .4801 F=278 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.998 F= -1 CHISQ/F = .4857 (FIT OF 461GAMMAS - 179LEVELS) ITERATION - 3 CHISQ - 1.231 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 88.9667 14 3. 288.1800 17 4. 584.706 3 5. 965.088 9 6. 1049.519 14 7. 1129.398 12 8. 1154.106 12 9. 1168.22 3 10. 1242.496 15 11. 1247.956 12 12. 1258.061 18 13. 1276.093 21 14. 1283.4 13 15. 1297.776 12 16. 1319.761 23 17. 1355.368 12 18. 1366.488 17 19. 1408.10 7 20. 1462.241 13 21. 1468.55 4 22. 1506.805 12 23. 1510.533 12 24. 1538.826 21 25. 1622.471 12 26. 1644.8 4 27. 1715.193 16 28. 1753.583 12 29. 1771.061 19 30. 1780.383 14 31. 1807.7 8 32. 1827.791 16 33. 1851.296 24 34. 1851.766 15 35. 1859.1 11 36. 1860.989 13 37. 1893.36 10 38. 1914.741 23 39. 1916.393 24 40. 1934.24 3 41. 1934.282 23 42. 1946.24 24 43. 1952.300 15 44. 1952.39 3 45. 1961.986 13 46. 1965.040 16 47. 1965.988 25 48. 1986.9 8 49. 1991.5 5 50. 2003.78 3 51. 2020.63 21 52. 2026.91 24 53. 2044.852 15 54. 2048.6 8 55. 2054.20 8 56. 2055.93 9 57. 2066.55 10 58. 2070.32 4 59. 2082.2 10 60. 2103.32 13 61. 2106.70 5 62. 2116.387 15 63. 2147.1 7 64. 2157.8 8 65. 2181.22 5 66. 2186.78 15 67. 2190.4 7 68. 2195.39 9 69. 2205.53 2 70. 2216.71 25 71. 2229.3 5 72. 2239.8 6 73. 2256.8 4 74. 2269.7 3 75. 2273.4 7 76. 2301.7 3 77. 2318.3 10 78. 2323.3 7 79. 2328.0 9 80. 2342.5 6 81. 2363.3 7 82. 2367.5 13 83. 2382.7 4 84. 2404.1 4 85. 2416.0 3 86. 2428.3 4 87. 2437.0 4 88. 2446.5 5 89. 2452.7 4 90. 2460.7 9 91. 2476.9 7 92. 2502.1 3 93. 2506.5 10 94. 2518.4 7 95. 2534.2 8 96. 2574.2 7 97. 2589.4 19 98. 2594.5 9 99. 2598.0 8 100. 2615.0 5 101. 2644.9 8 102. 2651.5 3 103. 2701.0 4 104. 2719.3 4 105. 2724.0 14 106. 2735.9 9 107. 2749.4 3 108. 2762.4 3 109. 2785.6 4 110. 2817.4 5 111. 2830.6 3 112. 2840.0 3 113. 2850.6 5 114. 2874.3 3 115. 2887.6 4 116. 2910.6 5 117. 2928.9 3 118. 2947.3 3 119. 2962.3 4 120. 2973.3 9 121. 2987.6 3 122. 2998.5 9 123. 3006.8 4 124. 3024.4 5 125. 3033.2 5 126. 3050.1 3 127. 3105.7 4 128. 3107.3 10 129. 3116.7 5 130. 3122.2 8 131. 3141.5 8 132. 3157.5 9 133. 3165.2 6 134. 3182.4 4 135. 3189.7 4 136. 3207.4 6 137. 3229.3 4 138. 3266.4 4 139. 3275.4 4 140. 3285.3 4 141. 3297.4 4 142. 3340.1 5 143. 3357.7 5 144. 3367.8 4 145. 3377.6 6 146. 3413.9 10 147. 3427.5 5 148. 3442.7 3 149. 3460.5 9 150. 3476.8 5 151. 3492.8 8 152. 3495.4 7 153. 3509.0 5 154. 3535.0 5 155. 3552.1 3 156. 3594.8 4 157. 3636.0 6 158. 3664.2 5 159. 3677.8 5 160. 3692.5 5 161. 3723.6 6 162. 3736.5 6 163. 3747.6 6 164. 3783.5 6 165. 3810.8 5 166. 3822.6 6 167. 3865.3 4 168. 3910.0 7 169. 3967.9 6 170. 3977.6 5 171. 4008.8 4 172. 4028.9 7 173. 4050.8 4 174. 4120.5 6 175. 4215.2 7 176. 4547.3 6 177. 4576.6 7 178. 4607.2 5 179. 4634.6 7 180. 8536.04 9 GAMMA ENERGIES 155GD(N,G) E=TH -155GD(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 57.62 3 0.0 57.592 6 17 15 79.876 9 0.0 79.880 8 7 6 88.9667 14 89.2 4 88.9666 14 2 1 100.9968 19 0.0 100.9965 18 45 36 (1 103.89 6 1) 0.0 103.955 17 12 8 104.55 4 0.0 104.587 9 8 6 107.410 10 0.0 107.412 3 17 11 111.9379 12 0.0 111.9375 11 25 23 118 5 0.0 112.872 13 17 10 115.6649 20 0.0 115.6654 19 25 22 118.71 3 0.0 118.70 3 9 6 131.1120 20 0.0 131.1124 19 28 25 143.668 11 0.0 143.670 6 15 8 151.430 10 0.0 151.4371 24 22 17 155.1651 13 0.0 155.1649 12 23 17 164.464 6 0.0 164.465 6 20 15 168.377 3 0.0 168.377 3 15 7 (1 171.87 5 1) 0.0 171.916 11 43 30 (1 193.001 17 1) 0.0 192.977 13 10 6 199.2132 10 199.4 4 199.2132 10 3 2 201.263 4 0.0 201.262 3 17 8 (1 209 4 1) 0.0 204.180 18 20 12 (1 208.387 15 1) 0.0 208.403 3 45 28 (1 212.740 17 1) 0.0 212.757 6 23 15 (1 225.87 10 1) 0.0 225.970 6 17 7 232.234 11 0.0 232.235 11 29 24 237.04 5 0.0 237.089 14 18 7 238.520 3 0.0 238.5185 24 36 25 243.047 13 0.0 243.0499 22 28 23 (1 246.87 9 1) 0.0 246.778 3 28 22 258.848 6 0.0 258.849 3 22 11 262.579 3 0.0 262.5772 25 23 11 (1 267.090 12 1) 0.0 267.1023 17 25 17 290.797 18 0.0 290.787 15 69 38 296.526 3 296.67 25 296.526 3 4 3 332.857 17 0.0 332.843 6 20 7 339.513 6 0.0 339.515 3 45 25 342.57 3 0.0 342.569 10 46 25 348.702 7 0.0 348.705 7 27 18 350.454 5 0.0 350.4559 25 36 23 356.426 5 0.0 356.427 3 23 8 362.798 11 0.0 362.803 9 62 28 365.57 3 0.0 365.549 13 32 20 (1 374.43 8 1) 0.0 374.514 3 25 11 375.93 4 0.0 375.915 19 38 24 380.381 8 0.0 380.381 8 5 4 381.134 8 0.0 381.135 6 23 7 (1 404.62 5 1) 0.0 404.573 18 29 18 409.60 4 0.0 409.587 21 39 22 422.380 12 0.0 422.380 8 53 25 431.11 12 0.0 431.12 10 37 20 434.465 13 0.0 434.467 12 69 29 441.84 9 0.0 441.81 9 68 28 445.494 9 0.0 445.494 8 43 22 451.48 3 0.0 451.452 3 45 23 458.237 16 0.0 458.234 10 46 22 472.700 9 0.0 472.696 8 27 10 484.808 17 0.0 484.808 17 33 18 490.32 3 0.0 490.335 18 69 27 493.929 16 0.0 493.916 9 62 25 494.95 3 0.0 494.967 20 29 13 496.404 11 0.0 496.397 9 34 17 (1 502.90 10 1) 0.0 502.798 13 46 20 504.26 5 0.0 504.289 21 30 13 512.98 3 0.0 513.000 19 29 12 (1 515.0 3 1) 0.0 515.37 8 55 24 517.04 21 0.0 517.11 9 56 24 522.28 6 0.0 522.322 18 30 12 528.61 5 0.0 528.564 17 29 10 532.419 13 0.0 532.426 8 30 11 534.318 11 0.0 534.318 8 53 23 537.900 25 0.0 537.886 13 30 10 (1 547.20 22 1) 0.0 546.97 3 27 9 (1 548.34 9 1) 0.0 548.252 22 38 18 553.97 8 0.0 553.990 10 34 15 (1 556.69 23 1) 0.0 556.94 7 46 19 (1 559.7 3 1) 0.0 559.372 22 38 17 559.72 10 0.0 559.74 10 57 22 561.07 5 0.0 561.024 21 39 17 (1 567.68 6 1) 0.0 567.754 25 40 18 569.74 3 0.0 569.729 18 32 12 (1 572.6 3 1) 0.0 572.92 9 68 25 (1 575.78 10 1) 0.0 575.672 22 34 13 578.94 3 0.0 578.912 21 41 17 579.831 17 0.0 579.834 11 32 11 585.80 7 0.0 585.794 14 27 7 (1 585.80 9 1) 0.0 585.90 3 44 18 587.30 21 0.0 587.38 10 56 21 593.5 4 0.0 593.69 9 56 20 596.941 20 0.0 596.930 8 43 17 599.52 3 0.0 599.499 21 47 18 601.776 25 0.0 601.769 24 58 21 603.798 17 0.0 603.809 9 34 11 605.84 4 0.0 605.853 9 62 23 608.76 12 0.0 608.799 20 33 10 609.647 25 0.0 609.671 11 46 17 614.490 22 0.0 614.480 20 40 16 (1 614.49 3 1) 0.0 614.519 22 41 16 616.88 8 0.0 616.954 18 29 8 618.57 7 0.0 618.616 21 39 15 626.280 10 0.0 626.276 8 30 8 635.3 3 0.0 635.30 10 37 12 638.04 12 0.0 638.15 6 61 21 638.66 4 0.0 638.646 23 38 13 646.22 3 0.0 646.225 23 47 16 647.85 10 0.0 647.83 8 56 19 650.94 5 0.0 650.983 9 30 7 656.65 9 0.0 656.679 24 38 12 658.31 18 0.0 658.15 3 40 13 658.31 13 0.0 658.19 3 41 13 658.31 5 0.0 658.331 25 39 12 665.5 3 0.0 665.26 21 51 17 665.5 3 0.0 665.673 14 27 6 666.71 11 0.0 666.784 22 38 11 668.42 8 0.0 668.436 21 39 11 672.37 16 0.0 672.244 21 38 10 673.67 3 0.0 673.683 12 32 8 674.39 5 0.0 674.41 5 65 22 676.14 11 0.0 676.18 3 40 12 676.14 11 0.0 676.205 21 43 13 676.14 11 0.0 676.219 25 41 12 684.06 6 0.0 684.02 3 50 16 686.33 10 0.0 686.286 25 40 11 686.33 10 0.0 686.324 21 41 11 691.68 7 0.0 691.745 25 40 10 (1 691.68 10 1) 0.0 691.784 22 41 10 (1 697.62 4 1) 0.0 697.659 9 34 8 698.40 3 0.0 698.391 12 32 7 704.34 3 0.0 704.342 8 43 11 709.90 3 0.0 709.89 3 44 10 (1 711.7 5 1) 0.0 711.18 10 57 17 713.07 6 0.0 713.068 13 15 4 714.83 13 0.0 714.95 4 58 17 717.090 20 0.0 717.082 11 46 11 722.39 7 0.0 722.366 10 34 7 723.48 5 0.0 723.491 22 47 10 727.70 4 0.0 727.68 3 50 13 734.50 18 0.0 734.44 8 55 16 750.54 6 0.0 750.56 4 58 16 (1 755.76 6 1) 0.0 755.82 3 50 11 761.28 5 0.0 761.28 3 50 10 (1 762.39 10 1) 0.0 762.285 21 39 8 (1 778.23 4 1) 0.0 778.270 14 32 6 (1 780.2 4 1) 0.0 779.84 9 56 13 780.23 12 0.0 780.135 25 40 8 780.23 7 0.0 780.174 21 41 8 786.95 5 0.0 786.93 5 61 16 786.95 5 0.0 786.993 21 39 7 793.6 7 0.0 794.22 4 58 13 796.13 11 0.0 796.14 8 55 12 (1 811.79 9 1) 0.0 811.880 23 47 8 (1 822.20 15 1) 0.0 822.36 4 58 11 823.27 15 0.0 823.39 7 19 4 (1 826.01 15 1) 0.0 825.85 5 65 17 841.20 3 0.0 841.216 12 7 3 (1 849.46 20 1) 0.0 849.67 3 50 8 865.80 20 0.0 865.923 12 8 3 866.90 20 0.0 867.02 15 66 16 877.56 5 0.0 877.532 13 20 4 (1 905.5 4 1) 0.0 905.12 5 65 13 (1 916.34 13 1) 0.0 916.21 4 58 8 (1 922.33 23 1) 0.0 922.096 13 22 4 (1 926.3 4 1) 0.0 925.824 13 23 4 940.6 9 0.0 940.62 25 70 13 944.3 3 0.0 944.28 15 66 10 949.17 14 0.0 949.21 13 60 8 959.86 9 0.0 959.773 12 11 3 960.55 12 0.0 960.549 14 6 2 969.86 4 0.0 969.877 18 12 3 987.92 5 0.0 987.910 21 13 3 (1 1009.53 6 1) 0.0 1009.592 12 15 3 1040.43 5 0.0 1040.428 12 7 2 1049.46 8 0.0 1049.515 14 6 1 1060.1 4 0.0 1060.1 4 26 4 1065.15 5 0.0 1065.135 12 8 2 1067.19 6 0.0 1067.184 12 17 3 1079.24 7 0.0 1079.25 3 9 2 1119.94 9 0.0 1119.92 7 19 3 1129.41 10 0.0 1129.394 12 7 1 1153.6 10 0.0 1153.525 15 10 2 1154.19 13 0.0 1154.101 12 8 1 1159.04 6 0.0 1158.984 12 11 2 1168.0 4 0.0 1168.22 3 9 1 (1 1169.09 21 1) 0.0 1168.872 13 28 4 1169.09 7 0.0 1169.089 18 12 2 (1 1174.22 16 1) 0.0 1174.056 13 20 3 1180.37 7 0.0 1180.36 4 21 3 1187.14 7 0.0 1187.122 21 13 2 1208.90 10 0.0 1208.804 12 15 2 1218.67 7 0.0 1218.620 12 22 3 1222.36 7 0.0 1222.348 12 23 3 (1 1230.68 10 1) 0.0 1230.790 23 16 2 1242.47 6 0.0 1242.491 15 10 1 1250.66 9 0.0 1250.641 21 24 3 (1 1257.98 7 1) 0.0 1258.055 18 12 1 1266.38 7 0.0 1266.396 12 17 2 1277.43 9 0.0 1277.516 17 18 2 1283.4 13 0.0 1283.4 13 14 1 1334.5 3 0.0 1334.285 12 25 3 1366.44 7 0.0 1366.481 17 18 1 1373.17 25 0.0 1373.268 13 20 2 (1 1421.44 12 1) 0.0 1421.560 12 23 2 1449.84 7 0.0 1449.852 21 24 2 1605.20 20 0.0 1605.17 10 37 3 1625.5 7 0.0 1626.218 16 27 2 1628.2 3 0.0 1628.204 24 39 3 1646.20 20 0.0 1646.092 23 41 3 1682.20 20 0.0 1682.085 19 29 2 1715.1 3 0.0 1715.183 16 27 1 1732.2 3 0.0 1732.44 21 51 3 1738.9 3 0.0 1738.814 16 32 2 1762.5 4 0.0 1762.319 24 33 2 1766.0 4 0.0 1766.01 8 55 3 1782.2 4 0.0 1782.13 4 58 3 1807.7 8 0.0 1807.7 8 31 1 (1 1815.7 6 1) 0.0 1815.13 13 60 3 1818.5 3 0.0 1818.51 5 61 3 (1 1826.3 5 1) 0.0 1825.763 23 38 2 (1 1828.1 7 1) 0.0 1827.415 24 39 2 (1 1828.1 3 1) 0.0 1827.779 16 32 1 1845.5 3 0.0 1845.26 3 40 2 1845.5 3 0.0 1845.303 23 41 2 1851.4 4 0.0 1851.285 24 33 1 1857.5 4 0.0 1857.27 24 42 2 1859.1 11 0.0 1859.1 11 35 1 1902.7 8 0.0 1902.2 7 67 3 1937.8 4 0.0 1937.93 24 52 2 1946.1 3 0.0 1946.23 24 42 1 1965.2 3 0.0 1965.22 8 55 2 (1 1965.2 8 1) 0.0 1965.975 25 47 1 1981.6 4 0.0 1981.34 4 58 2 1981.6 4 0.0 1981.5 3 74 3 1986.9 8 0.0 1986.9 8 48 1 1991.5 6 0.0 1991.5 5 49 1 2014.4 4 0.0 2014.34 13 60 2 2017.9 3 0.0 2017.72 5 61 2 2027.0 3 0.0 2026.90 24 52 1 2048.6 8 0.0 2048.6 8 54 1 2054.7 5 0.0 2054.18 8 55 1 2082.2 10 0.0 2082.2 10 59 1 (1 2098.2 4 1) 0.0 2097.80 15 66 2 2127.7 3 0.0 2127.73 25 70 2 2147.1 7 0.0 2147.1 7 63 1 2157.8 8 0.0 2157.8 8 64 1 2180.6 4 0.0 2180.7 3 74 2 2186.8 5 0.0 2186.76 15 66 1 2204.9 6 0.0 2205.512 20 69 1 2229.3 6 0.0 2229.3 5 71 1 2239.8 7 0.0 2239.8 6 72 1 2256.7 5 0.0 2256.7 4 73 1 2273.4 8 0.0 2273.4 7 75 1 2301.5 3 0.0 2301.7 3 76 1 2318.3 12 0.0 2318.3 10 77 1 2323.3 7 0.0 2323.3 7 78 1 2327.9 11 0.0 2327.9 9 79 1 2342.5 7 0.0 2342.5 6 80 1 2363.1 8 0.0 2363.3 7 81 1 2367.5 13 0.0 2367.5 13 82 1 2382.8 4 0.0 2382.7 4 83 1 2404.3 5 0.0 2404.1 4 84 1 2415.9 4 0.0 2415.9 3 85 1 2428.3 5 0.0 2428.2 4 86 1 2436.9 5 0.0 2436.9 4 87 1 2446.4 6 0.0 2446.4 5 88 1 2452.6 5 0.0 2452.6 4 89 1 2460.6 11 0.0 2460.6 9 90 1 2476.8 8 0.0 2476.8 7 91 1 2502.1 4 0.0 2502.1 3 92 1 2506.5 10 0.0 2506.5 10 93 1 2518.3 9 0.0 2518.3 7 94 1 2534.2 8 0.0 2534.2 8 95 1 2574.2 7 0.0 2574.2 7 96 1 2589.4 19 0.0 2589.4 19 97 1 2594.4 11 0.0 2594.4 9 98 1 2598.0 8 0.0 2598.0 8 99 1 2615.0 6 0.0 2615.0 5 100 1 2644.9 8 0.0 2644.9 8 101 1 2651.5 4 0.0 2651.5 3 102 1 2701.0 5 0.0 2701.0 4 103 1 2719.2 5 0.0 2719.3 4 104 1 2724.0 14 0.0 2724.0 14 105 1 2735.9 9 0.0 2735.9 9 106 1 2749.4 4 0.0 2749.4 3 107 1 2762.4 4 0.0 2762.4 3 108 1 2785.6 5 0.0 2785.6 4 109 1 2817.4 6 0.0 2817.4 5 110 1 2830.6 4 0.0 2830.6 3 111 1 2840.0 4 0.0 2840.0 3 112 1 2850.6 6 0.0 2850.6 5 113 1 2874.3 4 0.0 2874.3 3 114 1 2887.6 5 0.0 2887.6 4 115 1 2910.8 5 0.0 2910.6 5 116 1 2929.1 4 0.0 2928.9 3 117 1 2947.3 4 0.0 2947.3 3 118 1 2962.3 5 0.0 2962.3 4 119 1 2973.3 9 0.0 2973.3 9 120 1 2987.5 4 0.0 2987.6 3 121 1 2998.5 9 0.0 2998.5 9 122 1 3006.8 5 0.0 3006.8 4 123 1 3024.4 6 0.0 3024.4 5 124 1 3033.2 6 0.0 3033.2 5 125 1 3050.1 4 0.0 3050.1 3 126 1 3105.7 5 0.0 3105.7 4 127 1 3107.3 10 0.0 3107.3 10 128 1 3116.7 6 0.0 3116.7 5 129 1 3122.2 8 0.0 3122.2 8 130 1 3141.5 10 0.0 3141.5 8 131 1 3157.5 9 0.0 3157.5 9 132 1 3165.2 7 0.0 3165.2 6 133 1 3182.4 5 0.0 3182.4 4 134 1 3189.7 5 0.0 3189.7 4 135 1 3207.4 7 0.0 3207.4 6 136 1 3229.3 5 0.0 3229.3 4 137 1 3266.4 5 0.0 3266.4 4 138 1 3275.4 5 0.0 3275.4 4 139 1 3285.3 5 0.0 3285.3 4 140 1 3297.4 5 0.0 3297.4 4 141 1 3340.1 6 0.0 3340.1 5 142 1 3357.7 6 0.0 3357.7 5 143 1 3367.8 5 0.0 3367.8 4 144 1 3377.6 7 0.0 3377.6 6 145 1 3413.9 12 0.0 3413.9 10 146 1 3427.5 6 0.0 3427.5 5 147 1 3442.7 4 0.0 3442.7 3 148 1 3460.5 11 0.0 3460.5 9 149 1 3476.8 6 0.0 3476.8 5 150 1 3492.8 8 0.0 3492.8 8 151 1 3495.4 8 0.0 3495.4 7 152 1 3509.0 6 0.0 3509.0 5 153 1 3535.0 6 0.0 3535.0 5 154 1 3552.1 4 0.0 3552.1 3 155 1 3594.8 5 0.0 3594.8 4 156 1 3635.9 7 0.0 3635.9 6 157 1 3664.1 6 0.0 3664.1 5 158 1 3677.7 6 0.0 3677.7 5 159 1 3692.4 6 0.0 3692.4 5 160 1 3723.5 7 0.0 3723.5 6 161 1 3736.4 7 0.0 3736.4 6 162 1 3747.5 7 0.0 3747.5 6 163 1 3783.4 7 0.0 3783.4 6 164 1 3810.7 6 0.0 3810.7 5 165 1 3822.5 7 0.0 3822.6 6 166 1 3865.2 5 0.0 3865.3 4 167 1 3901.3 11 0.0 3901.4 7 180179 3909.9 8 0.0 3910.0 7 168 1 3928.7 8 0.0 3928.8 5 180178 3959.3 11 0.0 3959.4 7 180177 3967.8 7 0.0 3967.9 6 169 1 3977.5 6 0.0 3977.5 5 170 1 3988.6 10 0.0 3988.7 6 180176 4008.7 5 0.0 4008.7 4 171 1 4028.8 9 0.0 4028.8 7 172 1 4050.7 5 0.0 4050.7 4 173 1 4120.4 7 0.0 4120.5 6 174 1 4215.1 8 0.0 4215.1 7 175 1 4320.7 11 0.0 4320.8 7 180175 4415.3 10 0.0 4415.4 6 180174 4485.1 7 0.0 4485.2 4 180173 4507.0 13 0.0 4507.1 7 180172 4527.1 6 0.0 4527.2 4 180171 4547.2 7 0.0 4547.2 6 176 1 4558.3 8 0.0 4558.4 5 180170 4567.9 9 0.0 4568.0 6 180169 4576.5 8 0.0 4576.5 7 177 1 4607.1 6 0.0 4607.1 5 178 1 4625.8 11 0.0 4625.9 7 180168 4634.5 8 0.0 4634.5 7 179 1 4670.5 7 0.0 4670.6 4 180167 4713.2 10 0.0 4713.3 6 180166 4725.2 8 0.0 4725.2 5 180165 4752.5 9 0.0 4752.5 6 180164 4788.4 10 0.0 4788.4 6 180163 4799.5 10 0.0 4799.5 6 180162 4812.4 9 0.0 4812.4 6 180161 4843.5 8 0.0 4843.5 5 180160 4858.2 8 0.0 4858.2 5 180159 4871.8 8 0.0 4871.8 5 180158 4900.0 9 0.0 4900.0 6 180157 4941.1 6 0.0 4941.1 4 180156 4983.8 5 0.0 4983.8 3 180155 5000.9 8 0.0 5000.9 5 180154 5026.9 8 0.0 5026.9 5 180153 5040.5 11 0.0 5040.5 7 180152 5059.1 8 0.0 5059.1 5 180150 5075.4 16 0.0 5075.4 9 180149 5093.2 5 0.0 5093.2 3 180148 5108.4 8 0.0 5108.4 5 180147 5122.0 17 0.0 5122.0 10 180146 5158.3 9 0.0 5158.3 6 180145 5168.1 7 0.0 5168.1 4 180144 5178.2 8 0.0 5178.2 5 180143 5195.8 8 0.0 5195.8 5 180142 5238.5 7 0.0 5238.5 4 180141 5250.6 7 0.0 5250.6 4 180140 5260.5 7 0.0 5260.5 4 180139 5269.5 6 0.0 5269.5 4 180138 5306.6 6 0.0 5306.6 4 180137 5328.5 10 0.0 5328.5 6 180136 5346.2 6 0.0 5346.2 4 180135 5353.5 7 0.0 5353.5 4 180134 5370.7 9 0.0 5370.7 6 180133 5394.4 14 0.0 5394.4 8 180131 5419.2 8 0.0 5419.2 5 180129 5430.2 6 0.0 5430.2 4 180127 5485.8 5 0.0 5485.8 3 180126 5502.7 8 0.0 5502.7 5 180125 5511.5 8 0.0 5511.5 5 180124 5529.1 6 0.0 5529.1 4 180123 5548.2 5 0.0 5548.3 3 180121 5573.6 6 0.0 5573.6 4 180119 5588.6 5 0.0 5588.6 3 180118 5607.3 5 0.0 5607.0 3 180117 (1 5626.8 14 1) 0.0 5625.3 5 180116 5648.3 6 0.0 5648.3 4 180115 5661.6 5 0.0 5661.6 3 180114 5685.3 8 0.0 5685.3 5 180113 5695.9 5 0.0 5695.9 3 180112 5705.3 5 0.0 5705.3 3 180111 5718.5 8 0.0 5718.5 5 180110 5750.3 7 0.0 5750.3 4 180109 5773.5 5 0.0 5773.5 3 180108 5786.5 5 0.0 5786.5 3 180107 5816.5 8 0.0 5816.6 4 180104 5834.9 7 0.0 5834.9 4 180103 5884.4 6 0.0 5884.4 3 180102 5920.9 8 0.0 5920.9 5 180100 5941.4 15 0.0 5941.5 9 180 98 6017.5 12 0.0 6017.6 7 180 94 6033.8 5 0.0 6033.8 3 180 92 6059.0 11 0.0 6059.1 7 180 91 6075.2 16 0.0 6075.3 9 180 90 6083.2 7 0.0 6083.3 4 180 89 6089.4 8 0.0 6089.5 5 180 88 6098.9 7 0.0 6099.0 4 180 87 6107.8 7 0.0 6107.7 4 180 86 6119.9 5 0.0 6120.0 3 180 85 6132.2 8 0.0 6131.8 4 180 84 6153.6 7 0.0 6153.2 4 180 83 6172.3 12 0.0 6172.6 7 180 81 6193.3 10 0.0 6193.4 6 180 80 6207.9 15 0.0 6208.0 9 180 79 6217.5 17 0.0 6217.6 10 180 77 6233.8 5 0.0 6234.2 3 180 76 6262.4 13 0.0 6262.5 7 180 75 6279.1 6 0.0 6279.2 4 180 73 6296.0 10 0.0 6296.1 6 180 72 6306.5 8 0.0 6306.6 5 180 71 6319.1 5 0.0 6319.2 3 180 70 (1 6347.1 15 1) 0.0 6345.5 7 180 67 6429.4 5 0.0 6429.20 10 180 61 6465.8 5 0.0 6465.58 9 180 58 6481.7 5 0.0 6481.70 12 180 55 6509.7 16 0.0 6508.98 25 180 52 6531.9 7 0.0 6532.12 9 180 50 6544.3 8 0.0 6544.4 5 180 49 6572.5 14 0.0 6573.91 9 180 45 (1 6620.3 8 1) 0.0 6619.50 9 180 39 6764.8 5 0.0 6764.82 9 180 29 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .4081 F=278 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.000 F= -1 CHISQ/F = .4073 (FIT OF 461GAMMAS - 179LEVELS) ITERATION - 4 CHISQ - 1.231 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 88.9667 14 3. 288.1800 17 4. 584.706 3 5. 965.088 9 6. 1049.521 14 7. 1129.399 12 8. 1154.106 12 9. 1168.22 3 10. 1242.491 16 11. 1247.956 12 12. 1258.060 18 13. 1276.092 21 14. 1283.4 13 15. 1297.777 12 16. 1319.761 23 17. 1355.369 12 18. 1366.483 17 19. 1408.10 7 20. 1462.242 13 21. 1468.55 4 22. 1506.806 12 23. 1510.534 12 24. 1538.824 21 25. 1622.471 12 26. 1644.8 4 27. 1715.189 17 28. 1753.584 12 29. 1771.059 19 30. 1780.383 14 31. 1807.7 8 32. 1827.792 16 33. 1851.292 24 34. 1851.767 15 35. 1859.1 11 36. 1860.990 13 37. 1893.36 10 38. 1914.739 23 39. 1916.394 24 40. 1934.24 3 41. 1934.282 23 42. 1946.24 24 43. 1952.300 15 44. 1952.38 3 45. 1961.987 13 46. 1965.041 16 47. 1965.986 25 48. 1986.9 8 49. 1991.5 5 50. 2003.78 3 51. 2020.63 21 52. 2026.91 24 53. 2044.852 15 54. 2048.6 8 55. 2054.20 8 56. 2055.93 9 57. 2066.55 10 58. 2070.32 4 59. 2082.2 10 60. 2103.32 13 61. 2106.70 5 62. 2116.388 15 63. 2147.1 7 64. 2157.8 8 65. 2181.22 5 66. 2186.78 15 67. 2190.4 7 68. 2195.39 9 69. 2205.526 20 70. 2216.71 25 71. 2229.3 5 72. 2239.8 6 73. 2256.8 4 74. 2269.7 3 75. 2273.4 7 76. 2301.7 3 77. 2318.3 10 78. 2323.3 7 79. 2328.0 9 80. 2342.5 6 81. 2363.3 7 82. 2367.5 13 83. 2382.7 4 84. 2404.1 4 85. 2416.0 3 86. 2428.3 4 87. 2437.0 4 88. 2446.5 5 89. 2452.7 4 90. 2460.7 9 91. 2476.9 7 92. 2502.1 3 93. 2506.5 10 94. 2518.4 7 95. 2534.2 8 96. 2574.2 7 97. 2589.4 19 98. 2594.5 9 99. 2598.0 8 100. 2615.0 5 101. 2644.9 8 102. 2651.5 3 103. 2701.0 4 104. 2719.3 4 105. 2724.0 14 106. 2735.9 9 107. 2749.4 3 108. 2762.4 3 109. 2785.6 4 110. 2817.4 5 111. 2830.6 3 112. 2840.0 3 113. 2850.6 5 114. 2874.3 3 115. 2887.6 4 116. 2910.6 5 117. 2928.9 3 118. 2947.3 3 119. 2962.3 4 120. 2973.3 9 121. 2987.6 3 122. 2998.5 9 123. 3006.8 4 124. 3024.4 5 125. 3033.2 5 126. 3050.1 3 127. 3105.7 4 128. 3107.3 10 129. 3116.7 5 130. 3122.2 8 131. 3141.5 8 132. 3157.5 9 133. 3165.2 6 134. 3182.4 4 135. 3189.7 4 136. 3207.4 6 137. 3229.3 4 138. 3266.4 4 139. 3275.4 4 140. 3285.3 4 141. 3297.4 4 142. 3340.1 5 143. 3357.7 5 144. 3367.8 4 145. 3377.6 6 146. 3413.9 10 147. 3427.5 5 148. 3442.7 3 149. 3460.5 9 150. 3476.8 5 151. 3492.8 8 152. 3495.4 7 153. 3509.0 5 154. 3535.0 5 155. 3552.1 3 156. 3594.8 4 157. 3636.0 6 158. 3664.2 5 159. 3677.8 5 160. 3692.5 5 161. 3723.6 6 162. 3736.5 6 163. 3747.6 6 164. 3783.5 6 165. 3810.8 5 166. 3822.6 6 167. 3865.3 4 168. 3910.0 7 169. 3967.9 6 170. 3977.6 5 171. 4008.8 4 172. 4028.9 7 173. 4050.8 4 174. 4120.5 6 175. 4215.2 7 176. 4547.3 6 177. 4576.6 7 178. 4607.2 5 179. 4634.6 7 180. 8536.04 9 GAMMA ENERGIES 155GD(N,G) E=TH -155GD(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- 57.62 3 0.0 57.592 6 17 15 79.876 9 0.0 79.878 8 7 6 88.9667 14 89.2 4 88.9666 14 2 1 100.9968 19 0.0 100.9965 18 45 36 (1 103.89 6 1) 0.0 103.954 17 12 8 104.55 4 0.0 104.585 10 8 6 107.410 10 0.0 107.412 3 17 11 111.9379 12 0.0 111.9375 11 25 23 118 5 0.0 112.878 14 17 10 115.6649 20 0.0 115.6654 19 25 22 118.71 3 0.0 118.70 3 9 6 131.1120 20 0.0 131.1124 19 28 25 143.668 11 0.0 143.670 6 15 8 151.430 10 0.0 151.4371 24 22 17 155.1651 13 0.0 155.1649 12 23 17 164.464 6 0.0 164.465 6 20 15 168.377 3 0.0 168.377 3 15 7 (1 171.87 5 1) 0.0 171.917 11 43 30 (1 193.001 24 1) 0.0 192.970 14 10 6 199.2132 10 199.4 4 199.2132 10 3 2 201.263 4 0.0 201.262 3 17 8 (1 209 4 1) 0.0 204.182 18 20 12 (1 208.387 15 1) 0.0 208.403 3 45 28 (1 212.740 17 1) 0.0 212.757 6 23 15 (1 225.87 10 1) 0.0 225.969 6 17 7 232.234 11 0.0 232.235 11 29 24 237.04 5 0.0 237.084 15 18 7 238.520 3 0.0 238.5185 24 36 25 243.047 13 0.0 243.0499 22 28 23 (1 246.87 9 1) 0.0 246.778 3 28 22 258.848 6 0.0 258.849 3 22 11 262.579 3 0.0 262.5772 25 23 11 (1 267.090 12 1) 0.0 267.1023 17 25 17 290.797 18 0.0 290.787 15 69 38 296.526 3 296.67 25 296.526 3 4 3 332.857 17 0.0 332.842 6 20 7 339.513 6 0.0 339.515 3 45 25 342.57 3 0.0 342.569 10 46 25 348.702 7 0.0 348.705 7 27 18 350.454 5 0.0 350.4559 25 36 23 356.426 5 0.0 356.427 3 23 8 362.798 11 0.0 362.803 9 62 28 365.57 3 0.0 365.549 13 32 20 (1 374.43 8 1) 0.0 374.515 3 25 11 375.93 4 0.0 375.915 19 38 24 380.381 8 0.0 380.381 8 5 4 381.134 8 0.0 381.134 6 23 7 (1 404.62 5 1) 0.0 404.575 18 29 18 409.60 4 0.0 409.587 21 39 22 422.380 12 0.0 422.380 8 53 25 431.11 12 0.0 431.12 10 37 20 434.465 13 0.0 434.467 12 69 29 441.84 9 0.0 441.81 9 68 28 445.494 9 0.0 445.494 8 43 22 451.48 3 0.0 451.452 3 45 23 458.237 16 0.0 458.234 10 46 22 472.700 9 0.0 472.697 8 27 10 484.808 17 0.0 484.808 17 33 18 490.32 3 0.0 490.337 18 69 27 493.929 16 0.0 493.916 9 62 25 494.95 3 0.0 494.966 20 29 13 496.404 11 0.0 496.397 9 34 17 (1 502.90 10 1) 0.0 502.798 13 46 20 504.26 5 0.0 504.290 21 30 13 512.98 3 0.0 512.998 19 29 12 (1 515.0 3 1) 0.0 515.37 8 55 24 517.04 21 0.0 517.11 9 56 24 522.28 6 0.0 522.322 18 30 12 528.61 5 0.0 528.567 18 29 10 532.419 13 0.0 532.426 8 30 11 534.318 11 0.0 534.318 8 53 23 537.900 25 0.0 537.891 14 30 10 (1 547.20 22 1) 0.0 546.96 3 27 9 548.34 9 0.0 548.255 22 38 18 553.97 8 0.0 553.989 10 34 15 (1 556.69 23 1) 0.0 556.94 7 46 19 (1 559.7 3 1) 0.0 559.369 22 38 17 559.72 10 0.0 559.74 10 57 22 561.07 5 0.0 561.024 21 39 17 (1 567.68 7 1) 0.0 567.76 3 40 18 569.74 3 0.0 569.730 18 32 12 (1 572.6 3 1) 0.0 572.92 9 68 25 (1 575.78 10 1) 0.0 575.674 22 34 13 578.94 3 0.0 578.912 21 41 17 579.831 17 0.0 579.834 11 32 11 585.80 7 0.0 585.788 15 27 7 (1 585.80 9 1) 0.0 585.90 3 44 18 587.30 21 0.0 587.38 10 56 21 593.5 4 0.0 593.69 9 56 20 596.941 20 0.0 596.930 8 43 17 599.52 3 0.0 599.501 21 47 18 601.776 25 0.0 601.769 24 58 21 603.798 17 0.0 603.809 9 34 11 605.84 4 0.0 605.853 9 62 23 608.76 12 0.0 608.800 20 33 10 609.647 25 0.0 609.671 11 46 17 614.490 22 0.0 614.482 20 40 16 (1 614.49 3 1) 0.0 614.519 22 41 16 616.88 8 0.0 616.951 18 29 8 618.57 7 0.0 618.616 21 39 15 626.280 10 0.0 626.275 8 30 8 635.3 3 0.0 635.30 10 37 12 638.04 12 0.0 638.15 6 61 21 638.66 4 0.0 638.645 23 38 13 646.22 3 0.0 646.223 23 47 16 647.85 10 0.0 647.83 8 56 19 650.94 5 0.0 650.983 9 30 7 656.65 9 0.0 656.677 24 38 12 658.31 18 0.0 658.15 3 40 13 658.31 13 0.0 658.19 3 41 13 658.31 5 0.0 658.332 25 39 12 665.5 3 0.0 665.26 21 51 17 665.5 3 0.0 665.666 15 27 6 666.71 11 0.0 666.781 22 38 11 668.42 8 0.0 668.436 21 39 11 672.37 16 0.0 672.247 22 38 10 673.67 3 0.0 673.684 12 32 8 674.39 5 0.0 674.41 5 65 22 676.14 11 0.0 676.18 3 40 12 676.14 11 0.0 676.206 22 43 13 676.14 11 0.0 676.220 25 41 12 684.06 6 0.0 684.01 3 50 16 686.33 10 0.0 686.287 25 40 11 686.33 10 0.0 686.324 21 41 11 (1 691.68 7 1) 0.0 691.75 3 40 10 (1 691.68 10 1) 0.0 691.789 23 41 10 (1 697.62 4 1) 0.0 697.659 9 34 8 698.40 3 0.0 698.391 12 32 7 704.34 3 0.0 704.342 8 43 11 709.90 3 0.0 709.89 3 44 10 (1 711.7 5 1) 0.0 711.18 10 57 17 713.07 6 0.0 713.069 13 15 4 714.83 13 0.0 714.95 4 58 17 717.090 20 0.0 717.082 11 46 11 722.39 7 0.0 722.366 10 34 7 723.48 5 0.0 723.493 22 47 10 727.70 4 0.0 727.68 3 50 13 734.50 18 0.0 734.44 8 55 16 750.54 6 0.0 750.56 4 58 16 755.76 6 0.0 755.82 3 50 11 761.28 5 0.0 761.28 3 50 10 (1 762.39 10 1) 0.0 762.285 21 39 8 778.23 4 0.0 778.268 14 32 6 (1 780.2 4 1) 0.0 779.84 9 56 13 780.23 12 0.0 780.136 25 40 8 780.23 7 0.0 780.173 21 41 8 786.95 5 0.0 786.93 5 61 16 786.95 5 0.0 786.992 21 39 7 793.6 7 0.0 794.22 4 58 13 796.13 11 0.0 796.14 8 55 12 811.79 9 0.0 811.877 23 47 8 (1 822.20 15 1) 0.0 822.36 4 58 11 823.27 15 0.0 823.39 7 19 4 (1 826.01 15 1) 0.0 825.85 5 65 17 841.20 3 0.0 841.217 12 7 3 (1 849.46 20 1) 0.0 849.67 3 50 8 865.80 20 0.0 865.924 12 8 3 866.90 20 0.0 867.01 15 66 16 877.56 5 0.0 877.533 13 20 4 (1 905.5 4 1) 0.0 905.13 5 65 13 (1 916.34 13 1) 0.0 916.21 4 58 8 (1 922.33 23 1) 0.0 922.097 13 22 4 (1 926.3 4 1) 0.0 925.825 13 23 4 940.6 9 0.0 940.62 25 70 13 944.3 3 0.0 944.28 15 66 10 949.17 14 0.0 949.21 13 60 8 959.86 9 0.0 959.773 12 11 3 960.55 12 0.0 960.551 14 6 2 969.86 4 0.0 969.877 18 12 3 987.92 5 0.0 987.909 21 13 3 (1 1009.53 6 1) 0.0 1009.593 12 15 3 1040.43 5 0.0 1040.429 12 7 2 1049.46 8 0.0 1049.517 14 6 1 1060.1 4 0.0 1060.1 4 26 4 1065.15 5 0.0 1065.136 12 8 2 1067.19 6 0.0 1067.185 12 17 3 1079.24 7 0.0 1079.25 3 9 2 1119.94 9 0.0 1119.92 7 19 3 1129.41 10 0.0 1129.395 12 7 1 1153.6 10 0.0 1153.520 16 10 2 1154.19 13 0.0 1154.102 12 8 1 1159.04 6 0.0 1158.985 12 11 2 1168.0 4 0.0 1168.22 3 9 1 (1 1169.09 21 1) 0.0 1168.873 13 28 4 1169.09 7 0.0 1169.089 18 12 2 (1 1174.22 16 1) 0.0 1174.057 13 20 3 1180.37 7 0.0 1180.36 4 21 3 1187.14 7 0.0 1187.121 21 13 2 1208.90 10 0.0 1208.805 12 15 2 1218.67 7 0.0 1218.621 12 22 3 1222.36 7 0.0 1222.349 12 23 3 (1 1230.68 10 1) 0.0 1230.790 23 16 2 1242.47 6 0.0 1242.486 16 10 1 1250.66 9 0.0 1250.639 21 24 3 (1 1257.98 7 1) 0.0 1258.055 18 12 1 1266.38 7 0.0 1266.397 12 17 2 1277.43 9 0.0 1277.511 17 18 2 1283.4 13 0.0 1283.4 13 14 1 1334.5 3 0.0 1334.285 12 25 3 1366.44 7 0.0 1366.477 17 18 1 1373.17 25 0.0 1373.269 13 20 2 (1 1421.44 12 1) 0.0 1421.560 12 23 2 1449.84 7 0.0 1449.850 21 24 2 1605.20 20 0.0 1605.17 10 37 3 1625.5 7 0.0 1626.213 17 27 2 1628.2 3 0.0 1628.205 24 39 3 1646.20 20 0.0 1646.092 23 41 3 1682.20 20 0.0 1682.082 19 29 2 1715.1 3 0.0 1715.178 17 27 1 1732.2 3 0.0 1732.44 21 51 3 1738.9 3 0.0 1738.814 16 32 2 1762.5 4 0.0 1762.314 24 33 2 1766.0 4 0.0 1766.01 8 55 3 1782.2 4 0.0 1782.13 4 58 3 1807.7 8 0.0 1807.7 8 31 1 (1 1815.7 6 1) 0.0 1815.13 13 60 3 1818.5 3 0.0 1818.51 5 61 3 (1 1826.3 5 1) 0.0 1825.761 23 38 2 (1 1828.1 7 1) 0.0 1827.416 24 39 2 (1 1828.1 3 1) 0.0 1827.780 16 32 1 1845.5 3 0.0 1845.27 3 40 2 1845.5 3 0.0 1845.303 23 41 2 1851.4 4 0.0 1851.280 24 33 1 1857.5 4 0.0 1857.27 24 42 2 1859.1 11 0.0 1859.1 11 35 1 1902.7 8 0.0 1902.2 7 67 3 1937.8 4 0.0 1937.93 24 52 2 1946.1 3 0.0 1946.23 24 42 1 1965.2 3 0.0 1965.22 8 55 2 (1 1965.2 8 1) 0.0 1965.972 25 47 1 1981.6 4 0.0 1981.34 4 58 2 1981.6 4 0.0 1981.5 3 74 3 1986.9 8 0.0 1986.9 8 48 1 1991.5 6 0.0 1991.5 5 49 1 2014.4 4 0.0 2014.34 13 60 2 2017.9 3 0.0 2017.72 5 61 2 2027.0 3 0.0 2026.90 24 52 1 2048.6 8 0.0 2048.6 8 54 1 2054.7 5 0.0 2054.18 8 55 1 2082.2 10 0.0 2082.2 10 59 1 (1 2098.2 4 1) 0.0 2097.80 15 66 2 2127.7 3 0.0 2127.73 25 70 2 2147.1 7 0.0 2147.1 7 63 1 2157.8 8 0.0 2157.8 8 64 1 2180.6 4 0.0 2180.7 3 74 2 2186.8 5 0.0 2186.76 15 66 1 2204.9 6 0.0 2205.510 20 69 1 2229.3 6 0.0 2229.3 5 71 1 2239.8 7 0.0 2239.8 6 72 1 2256.7 5 0.0 2256.7 4 73 1 2273.4 8 0.0 2273.4 7 75 1 2301.5 3 0.0 2301.7 3 76 1 2318.3 12 0.0 2318.3 10 77 1 2323.3 7 0.0 2323.3 7 78 1 2327.9 11 0.0 2327.9 9 79 1 2342.5 7 0.0 2342.5 6 80 1 2363.1 8 0.0 2363.3 7 81 1 2367.5 13 0.0 2367.5 13 82 1 2382.8 4 0.0 2382.7 4 83 1 2404.3 5 0.0 2404.1 4 84 1 2415.9 4 0.0 2415.9 3 85 1 2428.3 5 0.0 2428.2 4 86 1 2436.9 5 0.0 2436.9 4 87 1 2446.4 6 0.0 2446.4 5 88 1 2452.6 5 0.0 2452.6 4 89 1 2460.6 11 0.0 2460.6 9 90 1 2476.8 8 0.0 2476.8 7 91 1 2502.1 4 0.0 2502.1 3 92 1 2506.5 10 0.0 2506.5 10 93 1 2518.3 9 0.0 2518.3 7 94 1 2534.2 8 0.0 2534.2 8 95 1 2574.2 7 0.0 2574.2 7 96 1 2589.4 19 0.0 2589.4 19 97 1 2594.4 11 0.0 2594.4 9 98 1 2598.0 8 0.0 2598.0 8 99 1 2615.0 6 0.0 2615.0 5 100 1 2644.9 8 0.0 2644.9 8 101 1 2651.5 4 0.0 2651.5 3 102 1 2701.0 5 0.0 2701.0 4 103 1 2719.2 5 0.0 2719.3 4 104 1 2724.0 14 0.0 2724.0 14 105 1 2735.9 9 0.0 2735.9 9 106 1 2749.4 4 0.0 2749.4 3 107 1 2762.4 4 0.0 2762.4 3 108 1 2785.6 5 0.0 2785.6 4 109 1 2817.4 6 0.0 2817.4 5 110 1 2830.6 4 0.0 2830.6 3 111 1 2840.0 4 0.0 2840.0 3 112 1 2850.6 6 0.0 2850.6 5 113 1 2874.3 4 0.0 2874.3 3 114 1 2887.6 5 0.0 2887.6 4 115 1 2910.8 5 0.0 2910.6 5 116 1 2929.1 4 0.0 2928.9 3 117 1 2947.3 4 0.0 2947.3 3 118 1 2962.3 5 0.0 2962.3 4 119 1 2973.3 9 0.0 2973.3 9 120 1 2987.5 4 0.0 2987.6 3 121 1 2998.5 9 0.0 2998.5 9 122 1 3006.8 5 0.0 3006.8 4 123 1 3024.4 6 0.0 3024.4 5 124 1 3033.2 6 0.0 3033.2 5 125 1 3050.1 4 0.0 3050.1 3 126 1 3105.7 5 0.0 3105.7 4 127 1 3107.3 10 0.0 3107.3 10 128 1 3116.7 6 0.0 3116.7 5 129 1 3122.2 8 0.0 3122.2 8 130 1 3141.5 10 0.0 3141.5 8 131 1 3157.5 9 0.0 3157.5 9 132 1 3165.2 7 0.0 3165.2 6 133 1 3182.4 5 0.0 3182.4 4 134 1 3189.7 5 0.0 3189.7 4 135 1 3207.4 7 0.0 3207.4 6 136 1 3229.3 5 0.0 3229.3 4 137 1 3266.4 5 0.0 3266.4 4 138 1 3275.4 5 0.0 3275.4 4 139 1 3285.3 5 0.0 3285.3 4 140 1 3297.4 5 0.0 3297.4 4 141 1 3340.1 6 0.0 3340.1 5 142 1 3357.7 6 0.0 3357.7 5 143 1 3367.8 5 0.0 3367.8 4 144 1 3377.6 7 0.0 3377.6 6 145 1 3413.9 12 0.0 3413.9 10 146 1 3427.5 6 0.0 3427.5 5 147 1 3442.7 4 0.0 3442.7 3 148 1 3460.5 11 0.0 3460.5 9 149 1 3476.8 6 0.0 3476.8 5 150 1 3492.8 8 0.0 3492.8 8 151 1 3495.4 8 0.0 3495.4 7 152 1 3509.0 6 0.0 3509.0 5 153 1 3535.0 6 0.0 3535.0 5 154 1 3552.1 4 0.0 3552.1 3 155 1 3594.8 5 0.0 3594.8 4 156 1 3635.9 7 0.0 3635.9 6 157 1 3664.1 6 0.0 3664.1 5 158 1 3677.7 6 0.0 3677.7 5 159 1 3692.4 6 0.0 3692.4 5 160 1 3723.5 7 0.0 3723.5 6 161 1 3736.4 7 0.0 3736.4 6 162 1 3747.5 7 0.0 3747.5 6 163 1 3783.4 7 0.0 3783.4 6 164 1 3810.7 6 0.0 3810.7 5 165 1 3822.5 7 0.0 3822.6 6 166 1 3865.2 5 0.0 3865.3 4 167 1 3901.3 11 0.0 3901.4 7 180179 3909.9 8 0.0 3910.0 7 168 1 3928.7 8 0.0 3928.8 5 180178 3959.3 11 0.0 3959.4 7 180177 3967.8 7 0.0 3967.9 6 169 1 3977.5 6 0.0 3977.5 5 170 1 3988.6 10 0.0 3988.7 6 180176 4008.7 5 0.0 4008.7 4 171 1 4028.8 9 0.0 4028.8 7 172 1 4050.7 5 0.0 4050.7 4 173 1 4120.4 7 0.0 4120.5 6 174 1 4215.1 8 0.0 4215.1 7 175 1 4320.7 11 0.0 4320.8 7 180175 4415.3 10 0.0 4415.4 6 180174 4485.1 7 0.0 4485.2 4 180173 4507.0 13 0.0 4507.1 7 180172 4527.1 6 0.0 4527.2 4 180171 4547.2 7 0.0 4547.2 6 176 1 4558.3 8 0.0 4558.4 5 180170 4567.9 9 0.0 4568.0 6 180169 4576.5 8 0.0 4576.5 7 177 1 4607.1 6 0.0 4607.1 5 178 1 4625.8 11 0.0 4625.9 7 180168 4634.5 8 0.0 4634.5 7 179 1 4670.5 7 0.0 4670.6 4 180167 4713.2 10 0.0 4713.3 6 180166 4725.2 8 0.0 4725.2 5 180165 4752.5 9 0.0 4752.5 6 180164 4788.4 10 0.0 4788.4 6 180163 4799.5 10 0.0 4799.5 6 180162 4812.4 9 0.0 4812.4 6 180161 4843.5 8 0.0 4843.5 5 180160 4858.2 8 0.0 4858.2 5 180159 4871.8 8 0.0 4871.8 5 180158 4900.0 9 0.0 4900.0 6 180157 4941.1 6 0.0 4941.1 4 180156 4983.8 5 0.0 4983.8 3 180155 5000.9 8 0.0 5000.9 5 180154 5026.9 8 0.0 5026.9 5 180153 5040.5 11 0.0 5040.5 7 180152 5059.1 8 0.0 5059.1 5 180150 5075.4 16 0.0 5075.4 9 180149 5093.2 5 0.0 5093.2 3 180148 5108.4 8 0.0 5108.4 5 180147 5122.0 17 0.0 5122.0 10 180146 5158.3 9 0.0 5158.3 6 180145 5168.1 7 0.0 5168.1 4 180144 5178.2 8 0.0 5178.2 5 180143 5195.8 8 0.0 5195.8 5 180142 5238.5 7 0.0 5238.5 4 180141 5250.6 7 0.0 5250.6 4 180140 5260.5 7 0.0 5260.5 4 180139 5269.5 6 0.0 5269.5 4 180138 5306.6 6 0.0 5306.6 4 180137 5328.5 10 0.0 5328.5 6 180136 5346.2 6 0.0 5346.2 4 180135 5353.5 7 0.0 5353.5 4 180134 5370.7 9 0.0 5370.7 6 180133 5394.4 14 0.0 5394.4 8 180131 5419.2 8 0.0 5419.2 5 180129 5430.2 6 0.0 5430.2 4 180127 5485.8 5 0.0 5485.8 3 180126 5502.7 8 0.0 5502.7 5 180125 5511.5 8 0.0 5511.5 5 180124 5529.1 6 0.0 5529.1 4 180123 5548.2 5 0.0 5548.3 3 180121 5573.6 6 0.0 5573.6 4 180119 5588.6 5 0.0 5588.6 3 180118 5607.3 5 0.0 5607.0 3 180117 (1 5626.8 14 1) 0.0 5625.3 5 180116 5648.3 6 0.0 5648.3 4 180115 5661.6 5 0.0 5661.6 3 180114 5685.3 8 0.0 5685.3 5 180113 5695.9 5 0.0 5695.9 3 180112 5705.3 5 0.0 5705.3 3 180111 5718.5 8 0.0 5718.5 5 180110 5750.3 7 0.0 5750.3 4 180109 5773.5 5 0.0 5773.5 3 180108 5786.5 5 0.0 5786.5 3 180107 5816.5 8 0.0 5816.6 4 180104 5834.9 7 0.0 5834.9 4 180103 5884.4 6 0.0 5884.4 3 180102 5920.9 8 0.0 5920.9 5 180100 5941.4 15 0.0 5941.5 9 180 98 6017.5 12 0.0 6017.6 7 180 94 6033.8 5 0.0 6033.8 3 180 92 6059.0 11 0.0 6059.1 7 180 91 6075.2 16 0.0 6075.3 9 180 90 6083.2 7 0.0 6083.3 4 180 89 6089.4 8 0.0 6089.5 5 180 88 6098.9 7 0.0 6099.0 4 180 87 6107.8 7 0.0 6107.7 4 180 86 6119.9 5 0.0 6120.0 3 180 85 6132.2 8 0.0 6131.8 4 180 84 6153.6 7 0.0 6153.2 4 180 83 6172.3 12 0.0 6172.6 7 180 81 6193.3 10 0.0 6193.4 6 180 80 6207.9 15 0.0 6208.0 9 180 79 6217.5 17 0.0 6217.6 10 180 77 6233.8 5 0.0 6234.2 3 180 76 6262.4 13 0.0 6262.5 7 180 75 6279.1 6 0.0 6279.2 4 180 73 6296.0 10 0.0 6296.1 6 180 72 6306.5 8 0.0 6306.6 5 180 71 6319.1 5 0.0 6319.2 3 180 70 (1 6347.1 15 1) 0.0 6345.5 7 180 67 6429.4 5 0.0 6429.20 10 180 61 6465.8 5 0.0 6465.58 9 180 58 6481.7 5 0.0 6481.70 12 180 55 6509.7 16 0.0 6508.98 25 180 52 6531.9 7 0.0 6532.12 9 180 50 6544.3 8 0.0 6544.4 5 180 49 6572.5 14 0.0 6573.91 9 180 45 (1 6620.3 8 1) 0.0 6619.50 9 180 39 6764.8 5 0.0 6764.82 9 180 29 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .4024 F=278 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.000 F= -1 CHISQ/F = .4016 (FIT OF 461GAMMAS - 179LEVELS) ITERATION - 5 CHISQ - 1.231 LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES LEVEL ENERGIES 1. 0.0 2. 88.9667 14 3. 288.1800 17 4. 584.706 3 5. 965.088 9 6. 1049.523 14 7. 1129.400 12 8. 1154.107 12 9. 1168.22 3 10. 1242.487 17 11. 1247.957 12 12. 1258.060 18 13. 1276.091 21 14. 1283.4 13 15. 1297.778 12 16. 1319.761 23 17. 1355.369 12 18. 1366.480 18 19. 1408.10 7 20. 1462.243 13 21. 1468.55 4 22. 1506.806 12 23. 1510.534 12 24. 1538.822 21 25. 1622.472 12 26. 1644.8 4 27. 1715.185 17 28. 1753.584 13 29. 1771.057 19 30. 1780.383 14 31. 1807.7 8 32. 1827.792 16 33. 1851.288 24 34. 1851.768 15 35. 1859.1 11 36. 1860.991 13 37. 1893.36 10 38. 1914.737 23 39. 1916.394 24 40. 1934.24 3 41. 1934.282 23 42. 1946.24 24 43. 1952.301 15 44. 1952.38 3 45. 1961.987 13 46. 1965.041 16 47. 1965.983 25 48. 1986.9 8 49. 1991.5 5 50. 2003.78 3 51. 2020.63 21 52. 2026.91 24 53. 2044.853 15 54. 2048.6 8 55. 2054.20 8 56. 2055.93 9 57. 2066.55 10 58. 2070.32 4 59. 2082.2 10 60. 2103.32 13 61. 2106.70 5 62. 2116.388 15 63. 2147.1 7 64. 2157.8 8 65. 2181.22 5 66. 2186.78 15 67. 2190.4 7 68. 2195.39 9 69. 2205.524 20 70. 2216.71 25 71. 2229.3 5 72. 2239.8 6 73. 2256.8 4 74. 2269.7 3 75. 2273.4 7 76. 2301.7 3 77. 2318.3 10 78. 2323.3 7 79. 2327.9 9 80. 2342.5 6 81. 2363.3 7 82. 2367.5 13 83. 2382.7 4 84. 2404.1 4 85. 2416.0 3 86. 2428.3 4 87. 2437.0 4 88. 2446.5 5 89. 2452.7 4 90. 2460.7 9 91. 2476.9 7 92. 2502.1 3 93. 2506.5 10 94. 2518.4 7 95. 2534.2 8 96. 2574.2 7 97. 2589.4 19 98. 2594.5 9 99. 2598.0 8 100. 2615.0 5 101. 2644.9 8 102. 2651.5 3 103. 2701.0 4 104. 2719.3 4 105. 2724.0 14 106. 2735.9 9 107. 2749.4 3 108. 2762.4 3 109. 2785.6 4 110. 2817.4 5 111. 2830.6 3 112. 2840.0 3 113. 2850.6 5 114. 2874.3 3 115. 2887.6 4 116. 2910.6 5 117. 2928.9 3 118. 2947.3 3 119. 2962.3 4 120. 2973.3 9 121. 2987.6 3 122. 2998.5 9 123. 3006.8 4 124. 3024.4 5 125. 3033.2 5 126. 3050.1 3 127. 3105.7 4 128. 3107.3 10 129. 3116.7 5 130. 3122.2 8 131. 3141.5 8 132. 3157.5 9 133. 3165.2 6 134. 3182.4 4 135. 3189.7 4 136. 3207.4 6 137. 3229.3 4 138. 3266.4 4 139. 3275.4 4 140. 3285.3 4 141. 3297.4 4 142. 3340.1 5 143. 3357.7 5 144. 3367.8 4 145. 3377.6 6 146. 3413.9 10 147. 3427.5 5 148. 3442.7 3 149. 3460.5 9 150. 3476.8 5 151. 3492.8 8 152. 3495.4 7 153. 3509.0 5 154. 3535.0 5 155. 3552.1 3 156. 3594.8 4 157. 3636.0 6 158. 3664.2 5 159. 3677.8 5 160. 3692.5 5 161. 3723.6 6 162. 3736.5 6 163. 3747.6 6 164. 3783.5 6 165. 3810.8 5 166. 3822.6 6 167. 3865.3 4 168. 3910.0 7 169. 3967.9 6 170. 3977.6 5 171. 4008.8 4 172. 4028.9 7 173. 4050.8 4 174. 4120.5 6 175. 4215.2 7 176. 4547.3 6 177. 4576.6 7 178. 4607.2 5 179. 4634.6 7 180. 8536.04 9 GAMMA ENERGIES 155GD(N,G) E=TH -155GD(N,G) E=THERM- ENERGY DE L1 L2 ----------------------------------------------------------------------------------------------------------------------------------- (1 57.62 3 1) 0.0 57.592 6 17 15 79.876 9 0.0 79.877 8 7 6 88.9667 14 89.2 4 88.9666 14 2 1 100.9968 19 0.0 100.9965 18 45 36 103.89 6 0.0 103.953 17 12 8 104.55 4 0.0 104.584 10 8 6 107.410 10 0.0 107.412 3 17 11 111.9379 12 0.0 111.9375 11 25 23 118 5 0.0 112.883 14 17 10 115.6649 20 0.0 115.6654 19 25 22 118.71 3 0.0 118.70 3 9 6 131.1120 20 0.0 131.1124 19 28 25 143.668 11 0.0 143.670 6 15 8 151.430 10 0.0 151.4371 24 22 17 155.1651 13 0.0 155.1649 12 23 17 164.464 6 0.0 164.465 6 20 15 168.377 3 0.0 168.377 3 15 7 (1 171.87 5 1) 0.0 171.917 11 43 30 (1 193.00 3 1) 0.0 192.963 16 10 6 199.2132 10 199.4 4 199.2132 10 3 2 201.263 4 0.0 201.262 3 17 8 (1 209 4 1) 0.0 204.183 18 20 12 (1 208.387 15 1) 0.0 208.403 3 45 28 212.740 17 0.0 212.757 6 23 15 (1 225.87 10 1) 0.0 225.969 6 17 7 232.234 11 0.0 232.234 11 29 24 237.04 5 0.0 237.080 16 18 7 238.520 3 0.0 238.5185 24 36 25 243.047 13 0.0 243.0499 22 28 23 (1 246.87 9 1) 0.0 246.778 3 28 22 258.848 6 0.0 258.849 3 22 11 262.579 3 0.0 262.5772 25 23 11 (1 267.090 12 1) 0.0 267.1023 17 25 17 290.797 18 0.0 290.787 15 69 38 296.526 3 296.67 25 296.526 3 4 3 332.857 17 0.0 332.842 6 20 7 339.513 6 0.0 339.515 3 45 25 342.57 3 0.0 342.569 10 46 25 348.702 7 0.0 348.705 7 27 18 350.454 5 0.0 350.4559 25 36 23 356.426 5 0.0 356.427 3 23 8 362.798 11 0.0 362.803 9 62 28 365.57 3 0.0 365.549 13 32 20 (1 374.43 8 1) 0.0 374.515 3 25 11 375.93 4 0.0 375.914 19 38 24 380.381 8 0.0 380.381 8 5 4 381.134 8 0.0 381.134 6 23 7 404.62 5 0.0 404.577 18 29 18 409.60 4 0.0 409.587 21 39 22 422.380 12 0.0 422.380 8 53 25 431.11 12 0.0 431.12 10 37 20 434.465 13 0.0 434.467 12 69 29 441.84 9 0.0 441.81 9 68 28 445.494 9 0.0 445.494 8 43 22 451.48 3 0.0 451.452 3 45 23 458.237 16 0.0 458.234 10 46 22 472.700 9 0.0 472.698 8 27 10 484.808 17 0.0 484.808 17 33 18 490.32 3 0.0 490.339 18 69 27 493.929 16 0.0 493.916 9 62 25 494.95 3 0.0 494.965 20 29 13 496.404 11 0.0 496.397 9 34 17 (1 502.90 10 1) 0.0 502.797 13 46 20 504.26 5 0.0 504.291 21 30 13 512.98 3 0.0 512.996 20 29 12 (1 515.0 3 1) 0.0 515.38 8 55 24 517.04 21 0.0 517.11 9 56 24 522.28 6 0.0 522.322 18 30 12 528.61 5 0.0 528.570 18 29 10 532.419 13 0.0 532.425 8 30 11 534.318 11 0.0 534.318 8 53 23 537.900 25 0.0 537.896 15 30 10 (1 547.20 22 1) 0.0 546.96 3 27 9 548.34 9 0.0 548.256 22 38 18 553.97 8 0.0 553.989 10 34 15 (1 556.69 23 1) 0.0 556.94 7 46 19 (1 559.7 3 1) 0.0 559.367 22 38 17 559.72 10 0.0 559.74 10 57 22 561.07 5 0.0 561.024 21 39 17 (1 567.68 7 1) 0.0 567.76 3 40 18 569.74 3 0.0 569.731 18 32 12 (1 572.6 3 1) 0.0 572.92 9 68 25 (1 575.78 10 1) 0.0 575.675 22 34 13 578.94 3 0.0 578.912 21 41 17 579.831 17 0.0 579.834 11 32 11 585.80 7 0.0 585.784 15 27 7 (1 585.80 9 1) 0.0 585.90 3 44 18 587.30 21 0.0 587.38 10 56 21 593.5 4 0.0 593.69 9 56 20 596.941 20 0.0 596.930 8 43 17 599.52 3 0.0 599.502 21 47 18 601.776 25 0.0 601.769 24 58 21 603.798 17 0.0 603.809 9 34 11 605.84 4 0.0 605.853 9 62 23 608.76 12 0.0 608.801 20 33 10 609.647 25 0.0 609.671 11 46 17 614.490 22 0.0 614.482 20 40 16 (1 614.49 3 1) 0.0 614.520 22 41 16 616.88 8 0.0 616.949 18 29 8 618.57 7 0.0 618.615 21 39 15 626.280 10 0.0 626.275 8 30 8 635.3 3 0.0 635.30 10 37 12 638.04 12 0.0 638.15 6 61 21 638.66 4 0.0 638.645 23 38 13 646.22 3 0.0 646.221 23 47 16 647.85 10 0.0 647.83 8 56 19 650.94 5 0.0 650.982 9 30 7 656.65 9 0.0 656.676 24 38 12 658.31 18 0.0 658.15 3 40 13 658.31 13 0.0 658.19 3 41 13 658.31 5 0.0 658.333 25 39 12 665.5 3 0.0 665.26 21 51 17 665.5 3 0.0 665.660 16 27 6 666.71 11 0.0 666.779 22 38 11 668.42 8 0.0 668.436 21 39 11 672.37 16 0.0 672.249 22 38 10 673.67 3 0.0 673.684 12 32 8 674.39 5 0.0 674.41 5 65 22 676.14 11 0.0 676.18 3 40 12 676.14 11 0.0 676.208 22 43 13 676.14 11 0.0 676.22 3 41 12 684.06 6 0.0 684.01 3 50 16 686.33 10 0.0 686.29 3 40 11 686.33 10 0.0 686.324 21 41 11 (1 691.68 7 1) 0.0 691.76 3 40 10 (1 691.68 11 1) 0.0 691.794 23 41 10 (1 697.62 4 1) 0.0 697.659 9 34 8 698.40 3 0.0 698.390 12 32 7 704.34 3 0.0 704.342 8 43 11 709.90 3 0.0 709.89 3 44 10 (1 711.7 5 1) 0.0 711.18 10 57 17 713.07 6 0.0 713.070 13 15 4 714.83 13 0.0 714.95 4 58 17 717.090 20 0.0 717.082 11 46 11 722.39 7 0.0 722.366 10 34 7 723.48 5 0.0 723.495 22 47 10 727.70 4 0.0 727.68 3 50 13 734.50 18 0.0 734.44 8 55 16 750.54 6 0.0 750.56 4 58 16 755.76 6 0.0 755.82 3 50 11 761.28 5 0.0 761.29 3 50 10 (1 762.39 10 1) 0.0 762.285 21 39 8 778.23 4 0.0 778.267 14 32 6 (1 780.2 4 1) 0.0 779.84 9 56 13 780.23 12 0.0 780.13 3 40 8 780.23 7 0.0 780.173 21 41 8 786.95 5 0.0 786.93 5 61 16 786.95 5 0.0 786.992 21 39 7 793.6 7 0.0 794.23 4 58 13 796.13 11 0.0 796.14 8 55 12 811.79 9 0.0 811.874 23 47 8 (1 822.20 15 1) 0.0 822.36 4 58 11 823.27 15 0.0 823.39 7 19 4 (1 826.01 15 1) 0.0 825.85 5 65 17 841.20 3 0.0 841.218 12 7 3 (1 849.46 20 1) 0.0 849.67 3 50 8 865.80 20 0.0 865.924 12 8 3 866.90 20 0.0 867.01 15 66 16 877.56 5 0.0 877.534 13 20 4 (1 905.5 4 1) 0.0 905.13 5 65 13 (1 916.34 13 1) 0.0 916.21 4 58 8 (1 922.33 23 1) 0.0 922.097 13 22 4 (1 926.3 4 1) 0.0 925.825 13 23 4 940.6 9 0.0 940.62 25 70 13 944.3 3 0.0 944.29 15 66 10 949.17 14 0.0 949.21 13 60 8 959.86 9 0.0 959.774 12 11 3 960.55 12 0.0 960.553 14 6 2 969.86 4 0.0 969.877 18 12 3 987.92 5 0.0 987.908 21 13 3 (1 1009.53 6 1) 0.0 1009.594 12 15 3 1040.43 5 0.0 1040.430 12 7 2 1049.46 8 0.0 1049.519 14 6 1 1060.1 4 0.0 1060.1 4 26 4 1065.15 5 0.0 1065.136 12 8 2 1067.19 6 0.0 1067.185 12 17 3 1079.24 7 0.0 1079.25 3 9 2 1119.94 9 0.0 1119.92 7 19 3 1129.41 10 0.0 1129.396 12 7 1 1153.6 10 0.0 1153.515 17 10 2 1154.19 13 0.0 1154.102 12 8 1 1159.04 6 0.0 1158.986 12 11 2 1168.0 4 0.0 1168.22 3 9 1 (1 1169.09 21 1) 0.0 1168.874 13 28 4 1169.09 7 0.0 1169.089 18 12 2 (1 1174.22 16 1) 0.0 1174.058 13 20 3 1180.37 7 0.0 1180.36 4 21 3 1187.14 7 0.0 1187.120 21 13 2 1208.90 10 0.0 1208.806 12 15 2 1218.67 7 0.0 1218.621 12 22 3 1222.36 7 0.0 1222.349 12 23 3 (1 1230.68 10 1) 0.0 1230.789 23 16 2 1242.47 6 0.0 1242.481 17 10 1 1250.66 9 0.0 1250.637 21 24 3 (1 1257.98 7 1) 0.0 1258.055 18 12 1 1266.38 7 0.0 1266.397 12 17 2 1277.43 9 0.0 1277.508 18 18 2 1283.4 13 0.0 1283.4 13 14 1 1334.5 3 0.0 1334.286 12 25 3 1366.44 7 0.0 1366.473 18 18 1 1373.17 25 0.0 1373.270 13 20 2 (1 1421.44 12 1) 0.0 1421.561 12 23 2 1449.84 7 0.0 1449.849 21 24 2 1605.20 20 0.0 1605.17 10 37 3 1625.5 7 0.0 1626.209 17 27 2 1628.2 3 0.0 1628.205 24 39 3 1646.20 20 0.0 1646.093 23 41 3 1682.20 20 0.0 1682.081 19 29 2 1715.1 3 0.0 1715.175 17 27 1 1732.2 3 0.0 1732.44 21 51 3 1738.9 3 0.0 1738.815 16 32 2 1762.5 4 0.0 1762.311 24 33 2 1766.0 4 0.0 1766.01 8 55 3 1782.2 4 0.0 1782.13 4 58 3 1807.7 8 0.0 1807.7 8 31 1 (1 1815.7 6 1) 0.0 1815.13 13 60 3 1818.5 3 0.0 1818.51 5 61 3 (1 1826.3 5 1) 0.0 1825.759 23 38 2 (1 1828.1 7 1) 0.0 1827.416 24 39 2 (1 1828.1 3 1) 0.0 1827.781 16 32 1 1845.5 3 0.0 1845.27 3 40 2 1845.5 3 0.0 1845.304 23 41 2 1851.4 4 0.0 1851.277 24 33 1 1857.5 4 0.0 1857.27 24 42 2 1859.1 11 0.0 1859.1 11 35 1 1902.7 8 0.0 1902.2 7 67 3 1937.8 4 0.0 1937.93 24 52 2 1946.1 3 0.0 1946.23 24 42 1 1965.2 3 0.0 1965.22 8 55 2 (1 1965.2 8 1) 0.0 1965.970 25 47 1 1981.6 4 0.0 1981.34 4 58 2 1981.6 4 0.0 1981.5 3 74 3 1986.9 8 0.0 1986.9 8 48 1 1991.5 6 0.0 1991.5 5 49 1 2014.4 4 0.0 2014.34 13 60 2 2017.9 3 0.0 2017.72 5 61 2 2027.0 3 0.0 2026.90 24 52 1 2048.6 8 0.0 2048.6 8 54 1 2054.7 5 0.0 2054.18 8 55 1 2082.2 10 0.0 2082.2 10 59 1 (1 2098.2 4 1) 0.0 2097.79 15 66 2 2127.7 3 0.0 2127.73 25 70 2 2147.1 7 0.0 2147.1 7 63 1 2157.8 8 0.0 2157.8 8 64 1 2180.6 4 0.0 2180.7 3 74 2 2186.8 5 0.0 2186.76 15 66 1 2204.9 6 0.0 2205.508 20 69 1 2229.3 6 0.0 2229.3 5 71 1 2239.8 7 0.0 2239.8 6 72 1 2256.7 5 0.0 2256.7 4 73 1 2273.4 8 0.0 2273.4 7 75 1 2301.5 3 0.0 2301.7 3 76 1 2318.3 12 0.0 2318.3 10 77 1 2323.3 7 0.0 2323.3 7 78 1 2327.9 11 0.0 2327.9 9 79 1 2342.5 7 0.0 2342.5 6 80 1 2363.1 8 0.0 2363.3 7 81 1 2367.5 13 0.0 2367.5 13 82 1 2382.8 4 0.0 2382.7 4 83 1 2404.3 5 0.0 2404.1 4 84 1 2415.9 4 0.0 2415.9 3 85 1 2428.3 5 0.0 2428.2 4 86 1 2436.9 5 0.0 2436.9 4 87 1 2446.4 6 0.0 2446.4 5 88 1 2452.6 5 0.0 2452.6 4 89 1 2460.6 11 0.0 2460.6 9 90 1 2476.8 8 0.0 2476.8 7 91 1 2502.1 4 0.0 2502.1 3 92 1 2506.5 10 0.0 2506.5 10 93 1 2518.3 9 0.0 2518.3 7 94 1 2534.2 8 0.0 2534.2 8 95 1 2574.2 7 0.0 2574.2 7 96 1 2589.4 19 0.0 2589.4 19 97 1 2594.4 11 0.0 2594.4 9 98 1 2598.0 8 0.0 2598.0 8 99 1 2615.0 6 0.0 2615.0 5 100 1 2644.9 8 0.0 2644.9 8 101 1 2651.5 4 0.0 2651.5 3 102 1 2701.0 5 0.0 2701.0 4 103 1 2719.2 5 0.0 2719.3 4 104 1 2724.0 14 0.0 2724.0 14 105 1 2735.9 9 0.0 2735.9 9 106 1 2749.4 4 0.0 2749.4 3 107 1 2762.4 4 0.0 2762.4 3 108 1 2785.6 5 0.0 2785.6 4 109 1 2817.4 6 0.0 2817.4 5 110 1 2830.6 4 0.0 2830.6 3 111 1 2840.0 4 0.0 2840.0 3 112 1 2850.6 6 0.0 2850.6 5 113 1 2874.3 4 0.0 2874.3 3 114 1 2887.6 5 0.0 2887.6 4 115 1 2910.8 5 0.0 2910.6 5 116 1 2929.1 4 0.0 2928.9 3 117 1 2947.3 4 0.0 2947.3 3 118 1 2962.3 5 0.0 2962.3 4 119 1 2973.3 9 0.0 2973.3 9 120 1 2987.5 4 0.0 2987.6 3 121 1 2998.5 9 0.0 2998.5 9 122 1 3006.8 5 0.0 3006.8 4 123 1 3024.4 6 0.0 3024.4 5 124 1 3033.2 6 0.0 3033.2 5 125 1 3050.1 4 0.0 3050.1 3 126 1 3105.7 5 0.0 3105.7 4 127 1 3107.3 10 0.0 3107.3 10 128 1 3116.7 6 0.0 3116.7 5 129 1 3122.2 8 0.0 3122.2 8 130 1 3141.5 10 0.0 3141.5 8 131 1 3157.5 9 0.0 3157.5 9 132 1 3165.2 7 0.0 3165.2 6 133 1 3182.4 5 0.0 3182.4 4 134 1 3189.7 5 0.0 3189.7 4 135 1 3207.4 7 0.0 3207.4 6 136 1 3229.3 5 0.0 3229.3 4 137 1 3266.4 5 0.0 3266.4 4 138 1 3275.4 5 0.0 3275.4 4 139 1 3285.3 5 0.0 3285.3 4 140 1 3297.4 5 0.0 3297.4 4 141 1 3340.1 6 0.0 3340.1 5 142 1 3357.7 6 0.0 3357.7 5 143 1 3367.8 5 0.0 3367.8 4 144 1 3377.6 7 0.0 3377.6 6 145 1 3413.9 12 0.0 3413.9 10 146 1 3427.5 6 0.0 3427.5 5 147 1 3442.7 4 0.0 3442.7 3 148 1 3460.5 11 0.0 3460.5 9 149 1 3476.8 6 0.0 3476.8 5 150 1 3492.8 8 0.0 3492.8 8 151 1 3495.4 8 0.0 3495.4 7 152 1 3509.0 6 0.0 3509.0 5 153 1 3535.0 6 0.0 3535.0 5 154 1 3552.1 4 0.0 3552.1 3 155 1 3594.8 5 0.0 3594.8 4 156 1 3635.9 7 0.0 3635.9 6 157 1 3664.1 6 0.0 3664.1 5 158 1 3677.7 6 0.0 3677.7 5 159 1 3692.4 6 0.0 3692.4 5 160 1 3723.5 7 0.0 3723.5 6 161 1 3736.4 7 0.0 3736.4 6 162 1 3747.5 7 0.0 3747.5 6 163 1 3783.4 7 0.0 3783.4 6 164 1 3810.7 6 0.0 3810.7 5 165 1 3822.5 7 0.0 3822.6 6 166 1 3865.2 5 0.0 3865.3 4 167 1 3901.3 11 0.0 3901.4 7 180179 3909.9 8 0.0 3910.0 7 168 1 3928.7 8 0.0 3928.8 5 180178 3959.3 11 0.0 3959.4 7 180177 3967.8 7 0.0 3967.9 6 169 1 3977.5 6 0.0 3977.5 5 170 1 3988.6 10 0.0 3988.7 6 180176 4008.7 5 0.0 4008.7 4 171 1 4028.8 9 0.0 4028.8 7 172 1 4050.7 5 0.0 4050.7 4 173 1 4120.4 7 0.0 4120.5 6 174 1 4215.1 8 0.0 4215.1 7 175 1 4320.7 11 0.0 4320.8 7 180175 4415.3 10 0.0 4415.4 6 180174 4485.1 7 0.0 4485.2 4 180173 4507.0 13 0.0 4507.1 7 180172 4527.1 6 0.0 4527.2 4 180171 4547.2 7 0.0 4547.2 6 176 1 4558.3 8 0.0 4558.4 5 180170 4567.9 9 0.0 4568.0 6 180169 4576.5 8 0.0 4576.5 7 177 1 4607.1 6 0.0 4607.1 5 178 1 4625.8 11 0.0 4625.9 7 180168 4634.5 8 0.0 4634.5 7 179 1 4670.5 7 0.0 4670.6 4 180167 4713.2 10 0.0 4713.3 6 180166 4725.2 8 0.0 4725.2 5 180165 4752.5 9 0.0 4752.5 6 180164 4788.4 10 0.0 4788.4 6 180163 4799.5 10 0.0 4799.5 6 180162 4812.4 9 0.0 4812.4 6 180161 4843.5 8 0.0 4843.5 5 180160 4858.2 8 0.0 4858.2 5 180159 4871.8 8 0.0 4871.8 5 180158 4900.0 9 0.0 4900.0 6 180157 4941.1 6 0.0 4941.1 4 180156 4983.8 5 0.0 4983.8 3 180155 5000.9 8 0.0 5000.9 5 180154 5026.9 8 0.0 5026.9 5 180153 5040.5 11 0.0 5040.5 7 180152 5059.1 8 0.0 5059.1 5 180150 5075.4 16 0.0 5075.4 9 180149 5093.2 5 0.0 5093.2 3 180148 5108.4 8 0.0 5108.4 5 180147 5122.0 17 0.0 5122.0 10 180146 5158.3 9 0.0 5158.3 6 180145 5168.1 7 0.0 5168.1 4 180144 5178.2 8 0.0 5178.2 5 180143 5195.8 8 0.0 5195.8 5 180142 5238.5 7 0.0 5238.5 4 180141 5250.6 7 0.0 5250.6 4 180140 5260.5 7 0.0 5260.5 4 180139 5269.5 6 0.0 5269.5 4 180138 5306.6 6 0.0 5306.6 4 180137 5328.5 10 0.0 5328.5 6 180136 5346.2 6 0.0 5346.2 4 180135 5353.5 7 0.0 5353.5 4 180134 5370.7 9 0.0 5370.7 6 180133 5394.4 14 0.0 5394.4 8 180131 5419.2 8 0.0 5419.2 5 180129 5430.2 6 0.0 5430.2 4 180127 5485.8 5 0.0 5485.8 3 180126 5502.7 8 0.0 5502.7 5 180125 5511.5 8 0.0 5511.5 5 180124 5529.1 6 0.0 5529.1 4 180123 5548.2 5 0.0 5548.3 3 180121 5573.6 6 0.0 5573.6 4 180119 5588.6 5 0.0 5588.6 3 180118 5607.3 5 0.0 5607.0 3 180117 (1 5626.8 14 1) 0.0 5625.3 5 180116 5648.3 6 0.0 5648.3 4 180115 5661.6 5 0.0 5661.6 3 180114 5685.3 8 0.0 5685.3 5 180113 5695.9 5 0.0 5695.9 3 180112 5705.3 5 0.0 5705.3 3 180111 5718.5 8 0.0 5718.5 5 180110 5750.3 7 0.0 5750.3 4 180109 5773.5 5 0.0 5773.5 3 180108 5786.5 5 0.0 5786.5 3 180107 5816.5 8 0.0 5816.6 4 180104 5834.9 7 0.0 5834.9 4 180103 5884.4 6 0.0 5884.4 3 180102 5920.9 8 0.0 5920.9 5 180100 5941.4 15 0.0 5941.5 9 180 98 6017.5 12 0.0 6017.6 7 180 94 6033.8 5 0.0 6033.8 3 180 92 6059.0 11 0.0 6059.1 7 180 91 6075.2 16 0.0 6075.3 9 180 90 6083.2 7 0.0 6083.3 4 180 89 6089.4 8 0.0 6089.5 5 180 88 6098.9 7 0.0 6099.0 4 180 87 6107.8 7 0.0 6107.7 4 180 86 6119.9 5 0.0 6120.0 3 180 85 6132.2 8 0.0 6131.8 4 180 84 6153.6 7 0.0 6153.2 4 180 83 6172.3 12 0.0 6172.6 7 180 81 6193.3 10 0.0 6193.4 6 180 80 6207.9 15 0.0 6208.0 9 180 79 6217.5 17 0.0 6217.6 10 180 77 6233.8 5 0.0 6234.2 3 180 76 6262.4 13 0.0 6262.5 7 180 75 6279.1 6 0.0 6279.2 4 180 73 6296.0 10 0.0 6296.1 6 180 72 6306.5 8 0.0 6306.6 5 180 71 6319.1 5 0.0 6319.2 3 180 70 (1 6347.1 15 1) 0.0 6345.5 7 180 67 6429.4 5 0.0 6429.20 10 180 61 6465.8 5 0.0 6465.58 9 180 58 6481.7 5 0.0 6481.70 12 180 55 6509.7 16 0.0 6508.98 25 180 52 6531.9 7 0.0 6532.12 9 180 50 6544.3 8 0.0 6544.4 5 180 49 6572.5 14 0.0 6573.91 9 180 45 (1 6620.3 8 1) 0.0 6619.50 9 180 39 6764.8 5 0.0 6764.83 9 180 29 DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3979 F=278 DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .9999 F= -1 CHISQ/F = .3972 (FIT OF 461GAMMAS - 179LEVELS) LEAST-SQUARED FIT AVERAGE INTENSITIES 4 ITERATIONS LEVEL/GAMMA INTENSITY CHISQ/F ----------------------------------------------------------------------------------------------------------------------------------- 57.592 6 2.5E-0414 .0000 79.877 8 0.00042 18 .0000 88.9666 14 70 4 .0000 100.9965 18 0.0211 25 .0000 103.953 17 0.00053 18 .0000 104.584 10 1.4E-04 7 .0000 107.412 3 0.0018 4 .0000 111.9375 11 0.62 4 .0000 112.883 14 0.004 4 .0000 115.6654 19 0.0246 18 .0000 118.70 3 0.0 .0000 131.1124 19 0.0218 14 .0000 143.670 6 0.0032 11 .0000 151.4371 24 0.0025 7 .0000 155.1649 12 0.317 18 .0000 164.465 6 0.0088 14 .0000 168.377 3 0.038 3 .0000 171.917 11 0.0063 14 .0000 192.963 16 0.0070 18 .0000 199.2132 10 100 7 .0015 201.262 3 0.0222 18 .0000 204.183 18 1.4E-0414 .0000 208.403 3 0.0169 18 .0000 212.757 6 0.0077 14 .0000 225.969 6 0.0014 4 .0000 232.234 11 0.0063 7 .0000 237.080 16 0.0070 25 .0000 238.5185 24 0.100 5 .0000 243.0499 22 0.0067 7 .0000 246.778 3 0.0148 21 .0000 258.849 3 0.0415 25 .0000 262.5772 25 1.13 7 .0000 267.1023 17 0.056 4 .0000 290.787 15 0.0162 21 .0000 296.526 3 9.42 21 .0080 332.842 6 0.0186 21 .0000 339.515 3 0.208 11 .0000 342.569 10 0.0106 21 .0000 348.705 7 0.097 5 .0000 350.4559 25 1.62 7 .0000 356.427 3 2.43 11 .0000 362.803 9 0.039 3 .0000 365.549 13 0.0109 21 .0000 374.515 3 0.014 3 .0000 375.914 19 0.018 3 .0000 380.381 8 0.116 7 .0000 381.134 6 0.116 7 .0000 404.577 18 0.063 4 .0000 409.587 21 0.019 5 .0000 422.380 8 0.158 7 .0000 431.12 10 0.022 8 .0000 434.467 12 0.109 7 .0000 441.81 9 0.025 4 .0000 445.494 8 0.306 14 .0000 451.452 3 0.109 7 .0000 458.234 10 0.169 11 .0000 472.698 8 0.88 5 .0000 484.808 17 0.274 21 .0000 490.339 18 0.113 14 .0000 493.916 9 0.211 14 .0000 494.965 20 0.380 18 .0000 496.397 9 0.61 3 .0000 502.797 13 0.053 7 .0000 504.291 21 0.060 7 .0000 512.996 20 0.144 14 .0000 515.38 8 0.030 10 .0000 517.11 9 0.084 11 .0000 522.322 18 0.120 14 .0000 528.570 18 0.046 7 .0000 532.425 8 1.11 6 .0000 534.318 8 1.33 7 .0000 537.896 15 0.215 14 .0000 546.96 3 0.0 .0000 548.256 22 0.102 11 .0000 553.989 10 0.050 10 .0000 556.94 7 0.052 9 .0000 559.367 22 0.048 10 .0000 559.74 10 0.048 10 .0000 561.024 21 0.127 18 .0000 567.76 3 0.95 5 .0000 569.731 18 0.144 14 .0000 572.92 9 0.049 7 .0000 575.675 22 0.088 14 .0000 578.912 21 0.172 14 .0000 579.834 11 0.50 3 .0000 585.784 15 0.109 14 .0000 585.90 3 0.109 14 .0000 587.38 10 0.075 11 .0000 593.69 9 0.067 18 .0000 596.930 8 0.38 3 .0000 599.502 21 0.190 14 .0000 601.769 24 0.341 21 .0000 603.809 9 0.90 5 .0000 605.853 9 0.179 14 .0000 608.801 20 0.21 14 .0000 609.671 11 0.299 18 .0000 614.482 20 1.8 4 .0000 614.520 22 0.067 13 .0000 616.949 18 0.116 18 .0000 618.615 21 0.106 14 .0000 626.275 8 3.69 14 .0000 635.30 10 0.06 5 .0000 638.15 6 0.08 4 .0000 638.645 23 0.243 21 .0000 646.221 23 0.57 5 .0000 647.83 8 0.169 18 .0000 650.982 9 0.211 18 .0000 656.676 24 0.123 18 .0000 658.15 3 0.09 9 .0000 658.19 3 0.063 13 .0000 658.333 25 0.09 9 .0000 665.26 21 0.08 3 .0000 665.660 16 0.0 .0000 666.779 22 0.102 25 .0000 668.436 21 0.134 21 .0000 672.249 22 0.14 4 .0000 673.684 12 0.62 6 .0000 674.41 5 0.31 5 .0000 676.18 3 0.04 4 .0000 676.208 22 0.04 4 .0000 676.22 3 0.049 10 .0000 684.01 3 0.225 21 .0000 686.29 3 0.13 3 .0000 686.324 21 0.15 3 .0000 691.76 3 0.14 3 .0000 691.794 23 0.074 15 .0000 697.659 9 1.05 7 .0000 698.390 12 0.88 7 .0000 704.342 8 1.18 10 .0000 709.89 3 0.79 7 .0000 711.18 10 0.23 7 .0000 713.070 13 0.36 5 .0000 714.95 4 0.23 8 .0000 717.082 11 1.31 7 .0000 722.366 10 0.32 4 .0000 723.495 22 0.51 5 .0000 727.68 3 1.1 17 .0000 734.44 8 0.15 3 .0000 750.56 4 0.54 4 .0000 755.82 3 0.54 4 .0000 761.29 3 1.07 8 .0000 762.285 21 0.68 7 .0000 778.267 14 1.02 8 .0000 779.84 9 0.6 6 .0000 780.13 3 0.6 6 .0000 780.173 21 0.81 16 .0000 786.93 5 0.84 6 .0000 786.992 21 0.84 6 .0000 794.23 4 0.13 4 .0000 796.14 8 0.29 3 .0000 811.874 23 0.94 6 .0000 822.36 4 0.32 8 .0000 823.39 7 1.01 7 .0000 825.85 5 0.31 4 .0000 841.218 12 4.01 18 .0000 849.67 3 0.48 4 .0000 865.924 12 1.11 9 .0000 867.01 15 0.0 .0000 877.534 13 2.08 14 .0000 905.13 5 0.33 7 .0000 916.21 4 0.64 6 .0000 922.097 13 1.10 9 .0000 925.825 13 1.02 11 .0000 940.62 25 0.32 14 .0000 944.29 15 0.50 10 .0000 949.21 13 0.86 10 .0000 959.774 12 7.4 14 .0000 960.553 14 4.2 14 .0000 969.877 18 8.7 4 .0000 987.908 21 7.2 4 .0000 1009.594 12 3.20 18 .0000 1040.430 12 10.5 5 .0000 1049.519 14 0.0 .0000 1060.1 4 0.70 18 .0000 1065.136 12 20.4 10 .0000 1067.185 12 8.1 5 .0000 1079.25 3 4.40 21 .0000 1119.92 7 3.41 21 .0000 1129.396 12 3.06 18 .0000 1153.515 17 15 7 .0000 1154.102 12 15 7 .0000 1158.986 12 24.6 14 .0000 1168.22 3 0.0 .0000 1168.874 13 7.0 4 .0000 1169.089 18 7.0 4 .0000 1174.058 13 5.5 3 .0000 1180.36 4 9.5 5 .0000 1187.120 21 16.9 8 .0000 1208.806 12 3.4 3 .0000 1218.621 12 3.20 25 .0000 1222.349 12 7.0 5 .0000 1230.789 23 19.5 10 .0000 1242.481 17 10.2 5 .0000 1250.637 21 5.7 4 .0000 1258.055 18 2.36 18 .0000 1266.397 12 3.24 25 .0000 1277.508 18 9.1 5 .0000 1283.4 13 0.0 .0000 1334.286 12 1.37 14 .0000 1366.473 18 4.9 3 .0000 1373.270 13 0.77 18 .0000 1421.561 12 3.06 21 .0000 1449.849 21 5.3 3 .0000 1605.17 10 2.01 14 .0000 1626.209 17 0.28 4 .0000 1628.205 24 1.06 7 .0000 1646.093 23 1.30 11 .0000 1682.081 19 5.5 3 .0000 1715.175 17 0.0 .0000 1732.44 21 1.02 11 .0000 1738.815 16 1.27 11 .0000 1762.311 24 1.30 14 .0000 1766.01 8 0.70 7 .0000 1782.13 4 0.49 11 .0000 1807.7 8 0.0 .0000 1815.13 13 0.14 7 .0000 1818.51 5 1.76 14 .0000 1825.759 23 2.32 18 .0000 1827.416 24 1.02 7 .0000 1827.781 16 1.02 7 .0000 1845.27 3 0.70 14 .0000 1845.304 23 1.4 3 .0000 1851.277 24 0.0 .0000 1857.27 24 1.69 18 .0000 1859.1 11 0.0 .0000 1902.2 7 0.74 7 .0000 1937.93 24 1.23 14 .0000 1946.23 24 1.20 11 .0000 1965.22 8 4.0 3 .0000 1965.970 25 4.0 3 .0000 1981.34 4 1.02 11 .0000 1981.5 3 0.0 .0000 1986.9 8 0.0 .0000 1991.5 5 0.0 .0000 2014.34 13 0.95 11 .0000 2017.72 5 2.46 21 .0000 2026.90 24 1.37 14 .0000 2048.6 8 0.0 .0000 2054.18 8 0.39 4 .0000 2082.2 10 0.0 .0000 2097.79 15 0.60 7 .0000 2127.73 25 2.11 18 .0000 2147.1 7 0.0 .0000 2157.8 8 0.0 .0000 2180.7 3 0.70 7 .0000 2186.76 15 0.49 10 .0000 2205.508 20 0.39 4 .0000 2229.3 5 0.0 .0000 2239.8 6 0.0 .0000 2256.7 4 0.0 .0000 2273.4 7 0.0 .0000 2301.7 3 0.0 .0000 2318.3 10 0.0 .0000 2323.3 7 0.0 .0000 2327.9 9 0.0 .0000 2342.5 6 0.0 .0000 2363.3 7 0.0 .0000 2367.5 13 0.0 .0000 2382.7 4 0.0 .0000 2404.1 4 0.0 .0000 2415.9 3 0.0 .0000 2428.2 4 0.0 .0000 2436.9 4 0.0 .0000 2446.4 5 0.0 .0000 2452.6 4 0.0 .0000 2460.6 9 0.0 .0000 2476.8 7 0.0 .0000 2502.1 3 0.0 .0000 2506.5 10 0.0 .0000 2518.3 7 0.0 .0000 2534.2 8 0.0 .0000 2574.2 7 0.0 .0000 2589.4 19 0.0 .0000 2594.4 9 0.0 .0000 2598.0 8 0.0 .0000 2615.0 5 0.0 .0000 2644.9 8 0.0 .0000 2651.5 3 0.0 .0000 2701.0 4 0.0 .0000 2719.3 4 0.0 .0000 2724.0 14 0.0 .0000 2735.9 9 0.0 .0000 2749.4 3 0.0 .0000 2762.4 3 0.0 .0000 2785.6 4 0.0 .0000 2817.4 5 0.0 .0000 2830.6 3 0.0 .0000 2840.0 3 0.0 .0000 2850.6 5 0.0 .0000 2874.3 3 0.0 .0000 2887.6 4 0.0 .0000 2910.6 5 0.0 .0000 2928.9 3 0.0 .0000 2947.3 3 0.0 .0000 2962.3 4 0.0 .0000 2973.3 9 0.0 .0000 2987.6 3 0.0 .0000 2998.5 9 0.0 .0000 3006.8 4 0.0 .0000 3024.4 5 0.0 .0000 3033.2 5 0.0 .0000 3050.1 3 0.0 .0000 3105.7 4 0.0 .0000 3107.3 10 0.0 .0000 3116.7 5 0.0 .0000 3122.2 8 0.0 .0000 3141.5 8 0.0 .0000 3157.5 9 0.0 .0000 3165.2 6 0.0 .0000 3182.4 4 0.0 .0000 3189.7 4 0.0 .0000 3207.4 6 0.0 .0000 3229.3 4 0.0 .0000 3266.4 4 0.0 .0000 3275.4 4 0.0 .0000 3285.3 4 0.0 .0000 3297.4 4 0.0 .0000 3340.1 5 0.0 .0000 3357.7 5 0.0 .0000 3367.8 4 0.0 .0000 3377.6 6 0.0 .0000 3413.9 10 0.0 .0000 3427.5 5 0.0 .0000 3442.7 3 0.0 .0000 3460.5 9 0.0 .0000 3476.8 5 0.0 .0000 3492.8 8 0.0 .0000 3495.4 7 0.0 .0000 3509.0 5 0.0 .0000 3535.0 5 0.0 .0000 3552.1 3 0.0 .0000 3594.8 4 0.0 .0000 3635.9 6 0.0 .0000 3664.1 5 0.0 .0000 3677.7 5 0.0 .0000 3692.4 5 0.0 .0000 3723.5 6 0.0 .0000 3736.4 6 0.0 .0000 3747.5 6 0.0 .0000 3783.4 6 0.0 .0000 3810.7 5 0.0 .0000 3822.6 6 0.0 .0000 3865.3 4 0.0 .0000 3901.4 7 0.74 21 .0000 3910.0 7 0.0 .0000 3928.8 5 1.0 3 .0000 3959.4 7 0.74 21 .0000 3967.9 6 0.0 .0000 3977.5 5 0.0 .0000 3988.7 6 0.9 3 .0000 4008.7 4 0.0 .0000 4028.8 7 0.0 .0000 4050.7 4 0.0 .0000 4120.5 6 0.0 .0000 4215.1 7 0.0 .0000 4320.8 7 1.0 3 .0000 4415.4 6 0.63 14 .0000 4485.2 4 0.84 21 .0000 4507.1 7 0.42 14 .0000 4527.2 4 1.3 3 .0000 4547.2 6 0.0 .0000 4558.4 5 0.67 11 .0000 4568.0 6 0.74 14 .0000 4576.5 7 0.0 .0000 4607.1 5 0.0 .0000 4625.9 7 0.49 14 .0000 4634.5 7 0.0 .0000 4670.6 4 0.63 14 .0000 4713.3 6 0.56 14 .0000 4725.2 5 0.99 14 .0000 4752.5 6 0.56 14 .0000 4788.4 6 0.35 7 .0000 4799.5 6 0.42 8 .0000 4812.4 6 0.50 10 .0000 4843.5 5 0.69 10 .0000 4858.2 5 0.65 10 .0000 4871.8 5 0.46 9 .0000 4900.0 6 0.88 18 .0000 4941.1 4 0.91 14 .0000 4983.8 3 1.09 11 .0000 5000.9 5 0.63 14 .0000 5026.9 5 0.37 7 .0000 5040.5 7 0.29 6 .0000 5059.1 5 0.63 14 .0000 5075.4 9 0.30 9 .0000 5093.2 3 0.91 14 .0000 5108.4 5 0.70 14 .0000 5122.0 10 0.0 .0000 5158.3 6 0.74 18 .0000 5168.1 4 1.06 21 .0000 5178.2 5 0.77 14 .0000 5195.8 5 0.32 8 .0000 5238.5 4 0.26 5 .0000 5250.6 4 0.33 7 .0000 5260.5 4 0.42 6 .0000 5269.5 4 0.54 8 .0000 5306.6 4 0.56 18 .0000 5328.5 6 0.46 11 .0000 5346.2 4 1.12 8 .0000 5353.5 4 0.76 8 .0000 5370.7 6 0.32 18 .0000 5394.4 8 0.18 5 .0000 5419.2 5 0.24 5 .0000 5430.2 4 0.67 7 .0000 5485.8 3 0.71 7 .0000 5502.7 5 0.39 6 .0000 5511.5 5 0.33 5 .0000 5529.1 4 0.38 6 .0000 5548.3 3 0.59 6 .0000 5573.6 4 0.49 7 .0000 5588.6 3 1.23 14 .0000 5607.0 3 0.30 5 .0000 5625.3 5 0.39 8 .0000 5648.3 4 0.46 7 .0000 5661.6 3 1.45 7 .0000 5685.3 5 0.36 5 .0000 5695.9 3 1.36 7 .0000 5705.3 3 0.81 6 .0000 5718.5 5 0.18 4 .0000 5750.3 4 0.23 5 .0000 5773.5 3 0.58 6 .0000 5786.5 3 1.15 8 .0000 5816.6 4 0.25 4 .0000 5834.9 4 0.33 5 .0000 5884.4 3 1.41 11 .0000 5920.9 5 0.21 11 .0000 5941.5 9 0.11 6 .0000 6017.6 7 0.13 6 .0000 6033.8 3 2.04 11 .0000 6059.1 7 0.14 4 .0000 6075.3 9 0.18 5 .0000 6083.3 4 0.67 11 .0000 6089.5 5 0.67 11 .0000 6099.0 4 0.64 6 .0000 6107.7 4 0.44 7 .0000 6120.0 3 0.73 7 .0000 6131.8 4 0.28 4 .0000 6153.2 4 0.21 3 .0000 6172.6 7 0.08 3 .0000 6193.4 6 0.11 3 .0000 6208.0 9 0.09 4 .0000 6217.6 10 0.049 25 .0000 6234.2 3 0.71 5 .0000 6262.5 7 0.12 4 .0000 6279.2 4 0.34 4 .0000 6296.1 6 0.11 3 .0000 6306.6 5 0.25 4 .0000 6319.2 3 0.96 7 .0000 6345.5 7 2.64 14 .0000 6429.20 10 2.92 14 .0000 6465.58 9 0.89 5 .0000 6481.70 12 2.46 14 .0000 6508.98 25 0.09 3 .0000 6532.12 9 0.21 3 .0000 6544.4 5 0.09 3 .0000 6573.91 9 0.21 3 .0000 6619.50 9 0.37 4 .0000 6764.83 9 1.21 6 .0000 ----------------------------------------------------------------------------------------------------------------------------------- GAMMA ENERGIES FITTED INTENSITIES 1.155GD(N,G) E=TH 2.155GD(N,G) E=THERMAL ----------------------------------------------------------------------------------------------------------------------------------- 57.592 6 0.007 4 0.007 4 0.0 0.005 3 2.5E-0414 79.877 8 0.012 5 0.012 5 0.0 0.008 4 0.00042 18 88.9666 14 198E+110 198E+110 0.0 139E+140*S* 70 4 100.9965 18 0.60 7 0.60 7 0.0 0.42 13 0.0211 25 103.953 17 0.015 5 0.015 5 0.0 0.010 5 0.00053 18 104.584 10 0.0040 20 0.0040 20 0.0 0.0028 16 1.4E-04 7 107.412 3 0.050 10 0.050 10 0.0 0.035 13 0.0018 4 111.9375 11 17.5 10 17.5 10 0.0 12 4 0.62 4 112.883 14 0.13 13 0.13 13 0.0 0.09 9 0.004 4 115.6654 19 0.70 5 0.70 5 0.0 0.49 15 0.0246 18 118.70 3 0.0 0.0 0.0 0.0 0.0 131.1124 19 0.62 4 0.62 4 0.0 0.43 13 0.0218 14 143.670 6 0.09 3 0.09 3 0.0 0.06 3 0.0032 11 151.4371 24 0.070 20 0.070 20 0.0 0.049 20 0.0025 7 155.1649 12 9.0 5 9.0 5 0.0 6.3 19 0.317 18 164.465 6 0.25 4 0.25 4 0.0 0.17 6 0.0088 14 168.377 3 1.08 9 1.08 9 0.0 0.76 23 0.038 3 171.917 11 0.18 4 0.18 4 0.0 0.13 5 0.0063 14 192.963 16 0.20 5 0.20 5 0.0 0.14 5 0.0070 18 199.2132 10 284E+120 284E+119 202E+160 199E+160 100 7 201.262 3 0.63 5 0.63 5 0.0 0.44 14 0.0222 18 204.183 18 0.004 4 0.004 4 0.0 0.003 3 1.4E-0414 208.403 3 0.48 5 0.48 5 0.0 0.34 11 0.0169 18 212.757 6 0.22 4 0.22 4 0.0 0.15 5 0.0077 14 225.969 6 0.040 10 0.040 10 0.0 0.028 11 0.0014 4 232.234 11 0.180 20 0.180 20 0.0 0.13 4 0.0063 7 237.080 16 0.20 7 0.20 7 0.0 0.14 6 0.0070 25 238.5185 24 2.83 14 2.83 14 0.0 2.0 6 0.100 5 243.0499 22 0.190 20 0.190 20 0.0 0.13 4 0.0067 7 246.778 3 0.42 6 0.42 6 0.0 0.29 10 0.0148 21 258.849 3 1.18 7 1.18 7 0.0 0.83 25 0.0415 25 262.5772 25 32.0 20 32.0 20 0.0 22 7 1.13 7 267.1023 17 1.60 11 1.60 11 0.0 1.1 3 0.056 4 290.787 15 0.46 6 0.46 6 0.0 0.32 10 0.0162 21 296.526 3 269 11 268 8 187 5 187 5 9.42 21 332.842 6 0.53 6 0.53 6 0.0 0.37 12 0.0186 21 339.515 3 5.9 3 5.9 3 0.0 4.1 12 0.208 11 342.569 10 0.30 6 0.30 6 0.0 0.21 8 0.0106 21 348.705 7 2.76 14 2.76 14 0.0 1.9 6 0.097 5 350.4559 25 46.0 20 46.0 20 0.0 32 10 1.62 7 356.427 3 69 3 69 3 0.0 48 14 2.43 11 362.803 9 1.11 8 1.11 8 0.0 0.78 24 0.039 3 365.549 13 0.31 6 0.31 6 0.0 0.22 8 0.0109 21 374.515 3 0.39 8 0.39 8 0.0 0.27 10 0.014 3 375.914 19 0.50 9 0.50 9 0.0 0.35 12 0.018 3 380.381 8 3.30 20 3.30 20 0.0 2.3 7 0.116 7 381.134 6 3.30 20 3.30 20 0.0 2.3 7 0.116 7 404.577 18 1.80 10 1.80 10 0.0 1.3 4 0.063 4 409.587 21 0.55 13 0.55 13 0.0 0.38 15 0.019 5 422.380 8 4.50 20 4.50 20 0.0 3.1 10 0.158 7 431.12 10 0.63 22 0.63 22 0.0 0.44 20 0.022 8 434.467 12 3.10 20 3.10 20 0.0 2.2 7 0.109 7 441.81 9 0.71 10 0.71 10 0.0 0.50 16 0.025 4 445.494 8 8.7 4 8.7 4 0.0 6.1 18 0.306 14 451.452 3 3.10 20 3.10 20 0.0 2.2 7 0.109 7 458.234 10 4.8 3 4.8 3 0.0 3.4 10 0.169 11 472.698 8 25.1 13 25.1 13 0.0 18 5 0.88 5 484.808 17 7.8 6 7.8 6 0.0 5.5 17 0.274 21 490.339 18 3.2 4 3.2 4 0.0 2.2 7 0.113 14 493.916 9 6.0 4 6.0 4 0.0 4.2 13 0.211 14 494.965 20 10.8 5 10.8 5 0.0 7.6 23 0.380 18 496.397 9 17.4 9 17.4 9 0.0 12 4 0.61 3 502.797 13 1.50 20 1.50 20 0.0 1.0 3 0.053 7 504.291 21 1.70 20 1.70 20 0.0 1.2 4 0.060 7 512.996 20 4.1 4 4.1 4 0.0 2.9 9 0.144 14 515.38 8 0.9 3 0.9 3 0.0 0.6 3 0.030 10 517.11 9 2.4 3 2.4 3 0.0 1.7 5 0.084 11 522.322 18 3.4 4 3.4 4 0.0 2.4 8 0.120 14 528.570 18 1.30 20 1.30 20 0.0 0.9 3 0.046 7 532.425 8 31.6 16 31.6 16 0.0 22 7 1.11 6 534.318 8 37.8 19 37.8 19 0.0 26 8 1.33 7 537.896 15 6.1 4 6.1 4 0.0 4.3 13 0.215 14 546.96 3 0.0 0.0 0.0 0.0 0.0 548.256 22 2.9 3 2.9 3 0.0 2.0 6 0.102 11 553.989 10 1.4 3 1.4 3 0.0 1.0 4 0.050 10 556.94 7 1.49 25 1.49 25 0.0 1.0 4 0.052 9 559.367 22 1.4 3 1.4 3 0.0 1.0 3 0.048 10 559.74 10 1.4 3 1.4 3 0.0 1.0 3 0.048 10 561.024 21 3.6 5 3.6 5 0.0 2.5 8 0.127 18 567.76 3 26.9 13 26.9 13 0.0 19 6 0.95 5 569.731 18 4.1 4 4.1 4 0.0 2.9 9 0.144 14 572.92 9 1.39 21 1.39 21 0.0 1.0 3 0.049 7 575.675 22 2.5 4 2.5 4 0.0 1.7 6 0.088 14 578.912 21 4.9 4 4.9 4 0.0 3.4 11 0.172 14 579.834 11 14.1 8 14.1 8 0.0 10 3 0.50 3 585.784 15 3.1 4 3.1 4 0.0 2.2 7 0.109 14 585.90 3 3.1 4 3.1 4 0.0 2.2 7 0.109 14 587.38 10 2.1 3 2.1 3 0.0 1.5 5 0.075 11 593.69 9 1.9 5 1.9 5 0.0 1.3 5 0.067 18 596.930 8 10.8 8 10.8 8 0.0 7.6 23 0.38 3 599.502 21 5.4 4 5.4 4 0.0 3.8 12 0.190 14 601.769 24 9.7 6 9.7 6 0.0 6.8 21 0.341 21 603.809 9 25.5 13 25.5 13 0.0 18 5 0.90 5 605.853 9 5.1 4 5.1 4 0.0 3.6 11 0.179 14 608.801 20 6 4 6 4 0.0 4 3 0.21 14 609.671 11 8.5 5 8.5 5 0.0 5.9 18 0.299 18 614.482 20 51 10 51 10 0.0 36 13 1.8 4 614.520 22 1.9 4 1.9 4 0.0 1.3 5 0.067 13 616.949 18 3.3 5 3.3 5 0.0 2.3 8 0.116 18 618.615 21 3.0 4 3.0 4 0.0 2.1 7 0.106 14 626.275 8 105 4 105 4 0.0 73 22 3.69 14 635.30 10 1.8 13 1.8 13 0.0 1.3 10 0.06 5 638.15 6 2.2 11 2.2 11 0.0 1.5 9 0.08 4 638.645 23 6.9 6 6.9 6 0.0 4.8 15 0.243 21 646.221 23 16.2 13 16.2 13 0.0 11 4 0.57 5 647.83 8 4.8 5 4.8 5 0.0 3.4 11 0.169 18 650.982 9 6.0 5 6.0 5 0.0 4.2 13 0.211 18 656.676 24 3.5 5 3.5 5 0.0 2.4 8 0.123 18 658.15 3 2.5 25 2.5 25 0.0 1.7 18 0.09 9 658.19 3 1.8 4 1.8 4 0.0 1.3 5 0.063 13 658.333 25 2.5 25 2.5 25 0.0 1.7 18 0.09 9 665.26 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13 0.0 10 3 0.51 5 727.68 3 31 50 31 50 0.0 22 30 1.1 17 734.44 8 4.2 8 4.2 8 0.0 2.9 10 0.15 3 750.56 4 15.3 12 15.3 12 0.0 11 3 0.54 4 755.82 3 15.3 11 15.3 11 0.0 11 3 0.54 4 761.29 3 30.3 24 30.3 24 0.0 21 7 1.07 8 762.285 21 19.3 19 19.3 19 0.0 13 4 0.68 7 778.267 14 29.1 23 29.1 23 0.0 20 6 1.02 8 779.84 9 16 16 16 16 0.0 11 12 0.6 6 780.13 3 16 16 16 16 0.0 11 12 0.6 6 780.173 21 23 5 23 5 0.0 16 6 0.81 16 786.93 5 23.9 17 23.9 17 0.0 17 5 0.84 6 786.992 21 23.9 17 23.9 17 0.0 17 5 0.84 6 794.23 4 3.6 10 3.6 10 0.0 2.5 10 0.13 4 796.14 8 8.2 9 8.2 9 0.0 5.7 18 0.29 3 811.874 23 26.8 16 26.8 16 0.0 19 6 0.94 6 822.36 4 9.1 23 9.1 23 0.0 6.4 25 0.32 8 823.39 7 28.6 20 28.6 20 0.0 20 6 1.01 7 825.85 5 8.8 12 8.8 12 0.0 6.2 20 0.31 4 841.218 12 114 5 114 5 0.0 80 24 4.01 18 849.67 3 13.7 11 13.7 11 0.0 10 3 0.48 4 865.924 12 31.6 25 31.6 25 0.0 22 7 1.11 9 867.01 15 0.0 0.0 0.0 0.0 0.0 877.534 13 59 4 59 4 0.0 41 13 2.08 14 905.13 5 9.4 20 9.4 20 0.0 6.6 24 0.33 7 916.21 4 18.2 18 18.2 18 0.0 13 4 0.64 6 922.097 13 31.4 25 31.4 25 0.0 22 7 1.10 9 925.825 13 29 3 29 3 0.0 20 6 1.02 11 940.62 25 9 4 9 4 0.0 6 3 0.32 14 944.29 15 14 3 14 3 0.0 10 4 0.50 10 949.21 13 24 3 24 3 0.0 17 6 0.86 10 959.774 12 210 40 210 40 0.0 147 50 7.4 14 960.553 14 120 40 120 40 0.0 84 40 4.2 14 969.877 18 246 12 246 12 0.0 172 50 8.7 4 987.908 21 206 10 206 10 0.0 144 40 7.2 4 1009.594 12 91 5 91 5 0.0 64 19 3.20 18 1040.430 12 299 15 299 15 0.0 209 60 10.5 5 1049.519 14 0.0 0.0 0.0 0.0 0.0 1060.1 4 20 5 20 5 0.0 14 5 0.70 18 1065.136 12 579 30 579 30 0.0 41E+112 20.4 10 1067.185 12 229 13 229 13 0.0 160 50 8.1 5 1079.25 3 125 6 125 6 0.0 87 30 4.40 21 1119.92 7 97 6 97 6 0.0 68 21 3.41 21 1129.396 12 87 5 87 5 0.0 61 18 3.06 18 1153.515 17 42E+121 42E+121 0.0 29E+117 15 7 1154.102 12 42E+121 42E+121 0.0 29E+117 15 7 1158.986 12 700 40 700 40 0.0 49E+115 24.6 14 1168.22 3 0.0 0.0 0.0 0.0 0.0 1168.874 13 200 10 200 10 0.0 140 40 7.0 4 1169.089 18 200 10 200 10 0.0 140 40 7.0 4 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15.3 23 15.3 23 0.0 11 4 0.54 8 5306.6 4 16 5 16 5 0.0 11 5 0.56 18 5328.5 6 13 3 13 3 0.0 9 3 0.46 11 5346.2 4 31.9 22 31.9 22 0.0 22 7 1.12 8 5353.5 4 21.5 22 21.5 22 0.0 15 5 0.76 8 5370.7 6 9 5 9 5 0.0 6 4 0.32 18 5394.4 8 5.1 13 5.1 13 0.0 3.6 14 0.18 5 5419.2 5 6.7 13 6.7 13 0.0 4.7 17 0.24 5 5430.2 4 19.1 19 19.1 19 0.0 13 4 0.67 7 5485.8 3 20.2 20 20.2 20 0.0 14 4 0.71 7 5502.7 5 11.0 16 11.0 16 0.0 7.7 25 0.39 6 5511.5 5 9.3 14 9.3 14 0.0 6.5 22 0.33 5 5529.1 4 10.7 16 10.7 16 0.0 7.5 25 0.38 6 5548.3 3 16.9 17 16.9 17 0.0 12 4 0.59 6 5573.6 4 13.8 21 13.8 21 0.0 10 3 0.49 7 5588.6 3 35 4 35 4 0.0 24 8 1.23 14 5607.0 3 8.6 13 8.6 13 0.0 6.0 20 0.30 5 5625.3 5 11.2 22 11.2 22 0.0 8 3 0.39 8 5648.3 4 13.0 20 13.0 20 0.0 9 3 0.46 7 5661.6 3 41.3 21 41.3 21 0.0 29 9 1.45 7 5685.3 5 10.3 15 10.3 15 0.0 7.2 24 0.36 5 5695.9 3 38.8 19 38.8 19 0.0 27 8 1.36 7 5705.3 3 23.1 16 23.1 16 0.0 16 5 0.81 6 5718.5 5 5.1 10 5.1 10 0.0 3.6 13 0.18 4 5750.3 4 6.5 13 6.5 13 0.0 4.5 16 0.23 5 5773.5 3 16.6 17 16.6 17 0.0 12 4 0.58 6 5786.5 3 32.6 23 32.6 23 0.0 23 7 1.15 8 5816.6 4 7.2 11 7.2 11 0.0 5.0 17 0.25 4 5834.9 4 9.4 14 9.4 14 0.0 6.6 22 0.33 5 5884.4 3 40 3 40 3 0.0 28 9 1.41 11 5920.9 5 6 3 6 3 0.0 4.2 24 0.21 11 5941.5 9 3.2 16 3.2 16 0.0 2.2 13 0.11 6 6017.6 7 3.7 18 3.7 18 0.0 2.6 15 0.13 6 6033.8 3 58 3 58 3 0.0 41 12 2.04 11 6059.1 7 4.1 12 4.1 12 0.0 2.9 12 0.14 4 6075.3 9 5.0 15 5.0 15 0.0 3.5 15 0.18 5 6083.3 4 19 3 19 3 0.0 13 5 0.67 11 6089.5 5 19 3 19 3 0.0 13 5 0.67 11 6099.0 4 18.3 18 18.3 18 0.0 13 4 0.64 6 6107.7 4 12.5 19 12.5 19 0.0 9 3 0.44 7 6120.0 3 20.7 21 20.7 21 0.0 14 5 0.73 7 6131.8 4 7.9 12 7.9 12 0.0 5.5 18 0.28 4 6153.2 4 6.0 9 6.0 9 0.0 4.2 14 0.21 3 6172.6 7 2.2 9 2.2 9 0.0 1.5 8 0.08 3 6193.4 6 3.0 9 3.0 9 0.0 2.1 9 0.11 3 6208.0 9 2.5 12 2.5 12 0.0 1.7 10 0.09 4 6217.6 10 1.4 7 1.4 7 0.0 1.0 6 0.049 25 6234.2 3 20.2 14 20.2 14 0.0 14 4 0.71 5 6262.5 7 3.3 10 3.3 10 0.0 2.3 10 0.12 4 6279.2 4 9.6 10 9.6 10 0.0 6.7 21 0.34 4 6296.1 6 3.0 9 3.0 9 0.0 2.1 9 0.11 3 6306.6 5 7.0 10 7.0 10 0.0 4.9 16 0.25 4 6319.2 3 27.2 19 27.2 19 0.0 19 6 0.96 7 6345.5 7 75 4 75 4 0.0 52 16 2.64 14 6429.20 10 83 4 83 4 0.0 58 17 2.92 14 6465.58 9 25.4 13 25.4 13 0.0 18 5 0.89 5 6481.70 12 70 4 70 4 0.0 49 15 2.46 14 6508.98 25 2.5 8 2.5 8 0.0 1.7 8 0.09 3 6532.12 9 5.9 9 5.9 9 0.0 4.1 14 0.21 3 6544.4 5 2.6 8 2.6 8 0.0 1.8 8 0.09 3 6573.91 9 6.1 9 6.1 9 0.0 4.3 14 0.21 3 6619.50 9 10.6 11 10.6 11 0.0 7.4 23 0.37 4 6764.83 9 34.3 17 34.3 17 0.0 24 7 1.21 6 ----------------------------------------------------------------------------------------------------------------------------------- CHI/F .0000342 .0076077 SKEW 17.7438622 -.2808525 NDEGREES 331 2 UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED) 156GD G 129.435 6 0.22 5 156GD G 136.004 3 0.39 3 156GD G 143.668 11 0.09 3 156GD G 144.356 4 0.30 4 156GD G 147.666 4 0.28 3 156GD G 148.841 2 1.04 6 156GD G 153.878 10 0.18 4 156GD G 155.669 12 0.12 3 156GD G 157.208 3 0.53 4 156GD G 158.528 7 0.22 3 156GD G 164.001 15 0.13 4 156GD G 166.645 9 0.21 4 156GD G 168.698 18 0.14 6 156GD G 168.799 6 0.29 5 156GD G 170.175 9 0.20 4 156GD G 170.673 4 0.36 4 156GD G 173.751 10 0.18 4 156GD G 174.708 3 1.02 7 156GD G 178.109 5 0.64 10 156GD G 184.387 20 0.15 5 156GD G 186.863 14 0.13 3 156GD G 187.437 3 1.30 9 156GD G 188.007 14 0.18 4 156GD G 189.954 15 0.18 4 156GD G 190.208 3 1.27 9 156GD G 191.242 10 0.22 4 156GD G 192.365 4 1.06 8 156GD G 196.482 16 0.15 4 156GD G 197.561 9 0.41 5 156GD G 202.027 18 0.20 5 156GD G 204.899 10 0.22 3 156GD G 205.458 2 17.6 11 156GD G 207.290 16 0.17 4 156GD G 209.331 7 0.35 4 156GD G 215.89 3 0.13 5 156GD G 219.515 8 0.32 3 156GD G 219.772 11 0.34 5 156GD G 220.218 13 0.24 4 156GD G 220.72 3 0.18 7 156GD G 221.889 12 0.22 4 156GD G 224.698 7 0.38 3 156GD G 227.342 11 0.22 3 156GD G 227.37 3 0.15 4 156GD G 229.722 12 0.25 4 156GD G 230.976 20 0.14 4 156GD G 237.270 7 0.67 5 156GD G 238.052 5 0.81 5 156GD G 239.197 20 0.12 3 156GD G 243.637 13 0.18 3 156GD G 243.971 6 0.84 5 156GD G 244.92 3 0.12 3 156GD G 246.496 18 0.16 3 156GD G 248.334 3 7.8 4 156GD G 249.074 6 1.02 7 156GD G 249.326 14 0.21 3 156GD G 252.983 17 0.22 4 156GD G 257.067 16 0.29 5 156GD G 263.320 14 0.21 3 156GD G 264.029 11 0.34 4 156GD G 266.60 3 0.26 6 156GD G 267.483 14 0.40 5 156GD G 269.12 2 0.22 4 156GD G 272.561 17 0.29 4 156GD G 273.626 20 0.25 5 156GD G 276.698 12 0.42 4 156GD G 279.765 13 0.57 6 156GD G 280.217 11 0.36 4 156GD G 282.912 9 0.66 5 156GD G 283.60 5 0.19 7 156GD G 285.288 19 0.20 3 156GD G 288.020 6 2.05 12 156GD G 288.28 3 0.37 8 156GD G 289.040 5 4.0 2 156GD G 291.345 19 0.46 7 156GD G 292.122 25 0.28 4 156GD G 293.70 2 0.18 3 156GD G 294.386 18 0.33 4 156GD G 297.73 4 0.27 7 156GD G 301.953 16 0.42 5 156GD G 303.96 6 0.27 10 156GD G 304.632 6 2.12 13 156GD G 307.229 17 0.39 5 156GD G 308.040 18 0.40 5 156GD G 311.993 18 0.38 5 156GD G 312.690 25 0.26 6 156GD G 315.608 14 0.47 5 156GD G 316.621 18 0.33 4 156GD G 317.543 23 0.41 8 156GD G 319.914 15 0.37 5 156GD G 322.551 16 0.85 9 156GD G 323.48 4 0.25 10 156GD G 324.295 13 0.76 7 156GD G 328.16 4 0.19 7 156GD G 329.37 7 0.22 8 156GD G 340.93 3 0.31 6 156GD G 343.31 6 0.17 7 156GD G 345.52 6 0.25 10 156GD G 346.45 5 0.27 7 156GD G 350.05 10 0.36 29 156GD G 352.60 9 0.20 9 156GD G 358.14 3 0.37 8 156GD G 358.885 25 0.44 7 156GD G 359.09 4 1.2 6 156GD G 359.333 7 3.3 2 156GD G 359.979 25 0.32 6 156GD G 361.179 13 0.79 7 156GD G 362.034 18 0.50 6 156GD G 365.01 3 0.45 8 156GD G 366.709 12 0.96 7 156GD G 367.73 4 0.35 8 156GD G 370.21 2 0.46 7 156GD G 372.934 17 0.55 6 156GD G 373.93 7 0.36 10 156GD G 375.507 25 0.65 8 156GD G 376.914 16 0.83 7 156GD G 377.92 6 0.43 11 156GD G 379.526 10 1.82 11 156GD G 382.29 2 0.83 12 156GD G 384.70 2 0.61 7 156GD G 385.84 16 0.18 12 156GD G 386.970 13 0.94 8 156GD G 387.76 4 0.99 26 156GD G 393.25 2 0.78 7 156GD G 393.809 14 1.28 9 156GD G 394.405 21 0.72 7 156GD G 397.599 12 2.1 2 156GD G 398.353 11 3.5 3 156GD G 401.930 15 1.5 1 156GD G 406.03 3 0.79 12 156GD G 407.225 8 9.8 5 156GD G 408.63 21 0.43 28 156GD G 412.34 4 0.55 9 156GD G 414.084 16 1.47 10 156GD G 414.90 8 0.34 12 156GD G 419.38 7 0.55 12 156GD G 420.02 3 0.91 11 156GD G 423.75 9 0.35 10 156GD G 426.214 25 1.07 17 156GD G 427.222 15 2.4 2 156GD G 428.53 10 0.33 16 156GD G 428.88 9 0.41 16 156GD G 430.19 5 0.68 14 156GD G 432.70 11 0.27 10 156GD G 436.11 13 0.32 14 156GD G 441.137 20 1.6 1 156GD G 443.31 5 0.71 13 156GD G 448.56 4 0.97 14 156GD G 450.33 11 0.48 16 156GD G 453.00 11 0.46 15 156GD G 453.86 16 0.42 17 156GD G 454.466 25 2.6 2 156GD G 456.584 17 4.3 3 156GD G 459.831 10 15.3 8 156GD G 460.810 25 2.6 2 156GD G 464.785 25 2.2 9 156GD G 466.06 5 1.26 24 156GD G 469.12 6 1.03 16 156GD G 470.14 4 2.06 26 156GD G 476.90 13 0.90 33 156GD G 478.901 25 3.2 3 156GD G 481.32 9 1.3 3 156GD G 483.62 4 1.8 2 156GD G 486.085 20 4.8 4 156GD G 488.614 20 3.6 3 156GD G 490.80 9 1.2 3 156GD G 497.88 8 1.3 2 156GD G 499.711 14 9.9 6 156GD G 506.12 6 1.11 17 156GD G 508.03 5 2.4 3 156GD G 511.95 19 1.3 5 156GD G 514.13 11 1.3 3 156GD G 516.96 4 1.8 2 156GD G 519.17 7 2.2 4 156GD G 520.649 20 6.0 4 156GD G 522.94 3 3.9 5 156GD G 525.81 8 1.3 3 156GD G 526.918 12 22.3 11 156GD G 529.46 17 0.62 21 156GD G 535.66 28 1.1 7 156GD G 542.14 12 0.82 20 156GD G 543.52 4 3.3 3 156GD G 550.91 10 0.97 18 156GD G 558.24 3 3.4 3 156GD G 566.35 17 1.5 5 156GD G 574.14 13 1.17 29 156GD G 582.64 10 1.28 22 156GD G 584.27 12 1.5 15 156GD G 585.13 16 1.6 16 156GD G 591.51 18 1.4 4 156GD G 594.48 14 1.8 4 156GD G 608.535 25 12.0 8 156GD G 612.89 20 1.5 6 156GD G 621.63 15 2.2 5 156GD G 629.18 3 7.3 5 156GD G 632.60 6 3.4 5 156GD G 636.16 8 2.7 9 156GD G 644.26 8 2.2 5 156GD G 652.28 20 1.5 5 156GD G 654.96 9 5.5 7 156GD G 670.23 3 19.5 14 156GD G 671.37 16 4.0 12 156GD G 681.23 10 3.4 5 156GD G 687.08 6 10.3 12 156GD G 688.61 20 3.2 12 156GD G 701.73 28 5.3 27 156GD G 705.45 5 11.3 14 156GD G 715.29 7 11.4 14 156GD G 725.40 23 4.4 18 156GD G 726.42 30 10 4 156GD G 727.16 4 36 4 156GD G 728.30 14 6.8 28 156GD G 730.58 30 3.3 13 156GD G 735.83 13 4.0 7 156GD G 741.0 4 2.7 13 156GD G 743.71 8 6.5 8 156GD G 745.75 5 17.3 12 156GD G 747.54 6 16.6 13 156GD G 748.70 4 34.2 21 156GD G 766.90 20 7.2 15 156GD G 769.45 10 156GD G 780.99 13 25 5 156GD G 782.13 14 9.6 20 156GD G 789.64 12 7.1 9 156GD G 801.97 15 6.3 8 156GD G 808.45 19 5.5 9 156GD G 816.25 4 45.8 23 156GD G 845.9 3 3.3 10 156GD G 855.90 11 9.6 9 156GD G 859.06 13 15.3 14 156GD G 861.4 4 4.5 13 156GD G 871.09 14 11.3 14 156GD G 879.60 25 9.7 19 156GD G 896.04 20 9.0 15 156GD G 898.17 13 17.2 17 156GD G 901.80 18 9.0 13 156GD G 912.2 4 11.6 3 156GD G 914.8 6 14 5 156GD G 927.96 20 14 4 156GD G 932.06 14 14.9 15 156GD G 938.1 4 6.7 18 156GD G 942.5 4 12 3 156GD G 947.0 3 15 3 156GD G 953.0 3 12.1 22 156GD G 974.07 12 22 2 156GD G 979.88 18 14 2 156GD G 983.90 26 12.9 21 156GD G 992.61 24 13.2 21 156GD G 998.2 4 9.4 21 156GD G 1006.7 3 9.9 18 156GD G 1027.4 3 12.7 21 156GD G 1032.42 9 48 3 156GD G 1036.58 10 39 3 156GD G 1045.8 4 11 2 156GD G 1051.5 3 13 2 156GD G 1073.41 15 42 4 156GD G 1092.6 4 13.5 26 156GD G 1102.0 2 156GD G 1106.00 25 19 3 156GD G 1108.95 35 156GD G 1140.95 25 9 LT 156GD G 1212.2 13 20 10 156GD G 1238.50 20 35 14 156GD G 1275.3 4 156GD G 1298.17 26 27 11 156GD G 1307.4 3 156GD G 1332.48 17 53 13 156GD G 1348.3 5 156GD G 1358.6 4 156GD G 1376.4 4 156GD G 1391.9 5 156GD G 1399.3 4 156GD G 1405.0 7 25 10 156GD G 1413.9 3 156GD G 1433.0 4 156GD G 1438.5 5 156GD G 1469.6 7 156GD G 1479.2 3 36 6 156GD G 1485.8 5 156GD G 1491.0 4 156GD G 1518.2 3 5.7 17 156GD G 1521.8 3 6.0 9 156GD G 1531.3 6 156GD G 1612.3 3 8 1 156GD G 1721.9 3 21 3 156GD G 1723.8 3 34 4 156GD G 1728.5 3 17 2 156GD G 1753.8 4 14 2 156GD G 1757.0 4 36 4 156GD G 1807.4 6 156GD G 1873.0 3 42 3 156GD G 1881.5 8 156GD G 1888.0 5 156GD G 1915.5 3 22 2 156GD G 1922.9 4 40 4 156GD G 1955.9 4 25 3 156GD G 1959.0 4 44 4 156GD G 1962.0 4 21 3 156GD G 1987.0 4 38 4 156GD G 2032.4 3 36 4 156GD G 2047.7 4 15 2 156GD G 2051.2 4 20 2 156GD G 2058.3 4 18 2 156GD G 2061.5 4 25 3 156GD G 2087.9 4 17 2 156GD G 2109.1 4 9 2 156GD G 2111.3 4 22 2 156GD G 2114.6 4 8 1 156GD G 2136.0 4 8 2 156GD G 2139.4 4 13 3 156GD G 2149.1 4 18 2 156GD G 2152.6 4 40 4 156GD G 2167.6 4 15 2 156GD G 2170.9 5 13 2 156GD G 2190.5 4 24 2 156GD G 2202.3 5 8 2 156GD G 2211.6 4 58 4 156GD G 2214.1 4 39 4 156GD G 2228.1 5 25 3 156GD G 2234.2 5 21 2 156GD G 2268.0 8 156GD G 2293.2 4 27 2 156GD G 2313.0 8 156GD G 2346.1 4 30 3 156GD G 2347.6 4 18 2