DATA FOR A = 153 AND Z = 62(SM) 152SM(N,G) E=TH CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
153SM H TYP=ERR$AUT=J. Tuli$COM=Changed DSID 2/99$
153SM H TYP=FUL$AUT=R. G. Helmer$CIT=NDS 83, 285 (1998)$CUT=1-Nov-1997$
153SM C The level scheme is primarily from 1969Sm04 with the addition of a few
153SM2C levels deduced from primary G's reported by 1969Re04, 1971Be41,
153SM3C and 1982Ba15. JPI assignments deduced from average-resonance
153SM4C capture measurements have been reported by 1997GoZZ although no
153SM5C details are available.
153SM C 1982Ba15 appear to have assigned some EG values as both
153SM2C primary G's and ground-state feeding secondary transitions.
153SM3C The evaluator has used only the values in their table and
153SM4C used them as primary G's.
153SM CL Average-resonance capture measurements have also been made,
153SM2CL as indicated in 1974SmZC, but the G multipolarities and JPI's
153SM3CL deduced from them have not been published.
153SM CL J From 1969Sm04 for most single values and from
153SM2CL average-resonance capture by 1997GoZZ where two values are given.
153SM CG E From 1969Sm04 for secondary G's. For primary G's from
153SM2CG unweighted average of values of 1969Sm04 (with 1.0 keV subtracted
153SM3CG from published value to make them more consistent with other
153SM4CG values), 1971Be41, and 1982Ba15. Primary G's that are reported in
153SM5CG only one reference are indicated.
153SM CG RI Photons per 100 captures as normalized by 1969Sm04. For
153SM2CG secondary G's, the RI were normalized to 28 G's per 100 neutron
153SM3CG captures in 152SM for the 103.2-keV G emitted in the B- decay of
153SM4CG 153SM when the beta-decay rate is in equilibrium with the
153SM5CG neutron-capture rate. For primary transitions, the RI were
153SM6CG normalized to the IG values observed in the 149SM(N,G)
153SM7CG reaction as given by 1963Gr18.
153SM CG RI Unweighted average of values of 1969Sm04, 1971Be41, and
153SM2CG 1982Ba15 with values of latter two references normalized to 4.35 for
153SM3CG 5740G. Uncertainty is taken as typical value from the three
153SM4CG measurements. See flags of G energies to indicate when only
153SM5CG one value is available.
153SM C Other measurements: 1960Dr04, 1969Re04, 1972De67, 1972Kr20.
153SM N 1.515
153SM cN SIGMAN=206 6
153SM CG M Listed assignments are those deduced by 1969Sm04 from
153SM2CG comparison of experimental and theoretical CC.
153SM CG E(B) Questionable isotopic assignment
153SM CG E(C) Possible doublet
153SM CG E(E) Doublet, but placed only once
153SM CG E(R) Primary G from 1982Ba15 only.
153SM CG E(S) Primary G from 1969Sm04 only.
153SM CG E(T) Primary G from 1971Be41 only.
153SM CG E(V) Primary G from 1969Re04 only.
153SM CG E(X) 1969Sm04 listing of 194.80 assumed by evaluator to be a
153SM2CG misprint
153SM CG M(D) KC=0.11 4 for the doublet, compared to 0.043(E2) and
153SM2CG 0.067(M1)
153SM CG M(M) (E2,M1) from conversion data; placement in level scheme
153SM2CG rules out M1
153SM CG M(N) Assigned M1,E2 for doubly placed G
153SM CG E(O) Doublet
153SM G 51.040 10 0.030 6 B
153SM G 63.66 1 0.007 4 B
153SM G 76.96 1 0.043 9
153SM G 90.56 1 0.052 10
153SM G 104.58 1 0.0080 24 B
153SM G 104.93 1 0.007 3 B
153SM G 108.89 1 0.051 5
153SM G 112.65 1 0.018 3 B
153SM G 113.18 1 0.0100 15 B
153SM G 117.330 5 0.014 2 B
153SM G 118.838 5 0.120 8 C
153SM G 123.62 2 0.029 4
153SM G 135.54 2 0.028 4
153SM G 146.73 4 0.016 3
153SM G 163.21 2 0.011 4
153SM G 167.15 3 0.008 3 C
153SM G 173.70 1 0.014 4
153SM G 180.34 3 0.0110 22
153SM G 181.80 3 0.0110 22
153SM G 182.44 2 0.0100 25
153SM G 184.82 2 0.044 9
153SM G 193.82 2 0.060 9 &
153SM G 194.33 2 0.06 1
153SM G 194.95 4 0.014 4 B
153SM G 195.58 4 0.018 5 B
153SM G 195.80 4 0.018 5 B
153SM3 G FLAG=X
153SM G 198.20 4 0.009 3
153SM G 200.93 7 0.033 5 B
153SM G 202.78 5 0.0110 22
153SM G 211.24 2 0.020 3
153SM G 212.14 4 0.020 3
153SM G 212.844 11 0.150 9
153SM G 220.77 6 0.0040 12
153SM G 222.656 11 0.244 20
153SM G 242.24 20 0.014 7
153SM G 243.06 4 0.037 6 B
153SM G 244.62 4 0.029 4
153SM G 247.08 3 0.030 5
153SM G 247.62 6 0.0070 21
153SM G 248.39 4 0.0140 21
153SM G 249.14 4 0.024 4
153SM G 249.73 4 0.0150 23
153SM G 252.010 16 0.046 7 B
153SM G 257.68 5 0.027 5
153SM G 261.15 5 0.0036 18
153SM G 261.58 3 0.055 7
153SM G 261.76 4 0.011 3
153SM G 262.86 4 0.014 3
153SM G 264.25 5 0.008 3
153SM G 265.10 4 0.063 5
153SM G 268.09 3 0.013 3
153SM G 275.20 4 0.037 6
153SM G 277.72 4 0.044 5
153SM G 282.55 4 0.049 6
153SM G 284.41 5 0.013 4 B
153SM G 290.71 8 0.015 5
153SM G 293.54 7 0.031 6
153SM G 298.94 3 0.075 6
153SM G 302.95 4 0.105 13 D
153SM3 G FLAG=C
153SM G 307.21 4 0.93 23
153SM G 310.62 7 0.019 4
153SM G 312.85 5 0.017 4
153SM G 315.21 5 0.053 5
153SM G 317.80 3 0.135 11
153SM G 327.81 8 0.017 5 C
153SM G 330.75 3 0.103 10
153SM G 340.95 5 0.071 7
153SM G 347.85 6 0.018 5
153SM G 351.19 6 0.051 6
153SM G 358.48 6 0.050 7
153SM G 360.21 10 0.036 6
153SM G 365.13 7 0.034 7
153SM G 367.03 7 0.034 7
153SM G 370.43 9 0.028 8
153SM G 371.89 9 0.016 6
153SM G 372.87 4 0.075 8
153SM G 384.79 4 0.102 10
153SM G 386.02 7 0.021 6
153SM G 389.12 16 0.054 16
153SM G 398.89 8 0.051 10
153SM G 400.63 16 0.028 11
153SM G 404.17 4 1.85 11E1 00.00704
153SMS G KC= 0.00606 $LC= 0.000808 $MC= 1.36E-04 $NC+= 3.48E-05
153SM G 417.13 17 0.021 8
153SM G 419.93 17 0.011 7
153SM G 422.71 9 0.024 10
153SM G 425.97 19 0.029 9
153SM G 428.18 19 0.024 10
153SM G 452.2 3 0.017 9
153SM G 459.92 6 0.32 3
153SM G 482.51 6 0.175 18
153SM G 491.55 12 0.040 10
153SM G 494.35 12 0.098 20
153SM G 502.21 18 0.23 3
153SM G 503.52 18 0.075 15
153SM G 518.02 13 0.115 18
153SM G 521.12 20 0.042 13
153SM G 523.06 20 0.104 21
153SM G 530.8 3 0.059 24
153SM G 532.9 3 0.14 3 C
153SM G 535.4 3 0.14 4
153SM G 549.7 3 0.064 23
153SM G 559.88 15 0.13 3
153SM G 561.61 22 0.052 13
153SM G 574.1 5 0.10 3
153SM G 575.0 5 0.11 3
153SM G 579.9 5 0.16 4
153SM G 586.4 5 0.27 4 C
153SM G 589.8 5 0.18 4 C
153SM G 593.77 17 0.22 3
153SM G 604.2 3 0.073 22
153SM G 605.9 3 0.19 3
153SM G 610.1 3 0.030 15
153SM G 614.44 16 0.170 21
153SM G 618.9 4 0.10 3
153SM G 627.6 3 0.36 4
153SM G 646.28 22 0.23 3
153SM G 649.8 3 0.09 3
153SM G 662.9 5 0.16 4
153SM G 675.3 3 0.16 4
153SM G 689.4 4 0.26 4
153SM G 693.2 4 0.28 5
153SM G 698.41 24 0.35 5
153SM G 702.61 24 0.22 5
153SM G 707.08 25 0.23 5
153SM G 714.91 20 0.99 10
153SM G 722.0 5 0.10 4
153SM G 746.7 5 0.24 7
153SM G 753.6 3 0.55 6
153SM G 757.6 6 0.08 4
153SM G 767.62 24 0.69 7
153SM G 772.3 3 0.41 7
153SM G 780.72 24 0.54 6
153SM G 788.72 24 0.99 10
153SM G 808.4 3 0.26 5
153SM G 817.4 7 0.10 5
153SM G 825.2 3 0.49 8
153SM G 834.1 3 0.48 8
153SM G 839.0 3 0.87 10
153SM G 847.2 7 0.10 9
153SM G 858.0 7 0.23 7
153SM G 871.3 5 0.28 8
153SM G 878.6 4 0.90 14
153SM G 891.4 9 0.21 8
153SM G 902.9 4 0.73 12
153SM G 912.0 4 0.35 7
153SM G 924.4 4 0.59 11
153SM G 941.2 4 0.72 11
153SM G 954.2 7 0.60 10
153SM G 969.9 7 0.66 13
153SM G 979.4 8 1.18 19
153SM G 988.6 9 0.37 11
153SM G 1023.8 9 0.57 17
153SM G 1041.3 9 0.71 18
153SM L 0.0 3/2+
153SM L 7.535 35/2+
153SM CL E Calculated from G-ray energy differences.
153SM2CL The existence of the 7.53-keV transition was inferred from CEL
153SM3CL intensities (1969Sm04). The small value of the energy spacing
153SM4CL in the ground-state band results from the expected strong
153SM5CL Coriolis coupling between the ground-state band and higher
153SM6CL lying positive-parity orbitals, principally 5/2[642] and 1/2[660],
153SM7CL arising from the i13/2 spherical shell-model state (1971Bu16)
153SM G 7.535 M1 157
153SMS G LC= 34.8 $MC= 94.0
153SM CG CEL2+CEL3=50 20 and CEM LT 10 per 100 captures.
153SM CG E From level energy.
153SM L 35.843 33/2-
153SM G 28.309 5 2.1021E1 1.51
153SMS G LC= 1.21 $MC= 0.259
153SM G 35.842 5 6.2 6E1 0.778
153SMS G LC= 0.623 $MC= 0.133
153SM CG E Other: 35.847 2 (1961Sc19).
153SM L 53.533 37/2+
153SM G 45.996 5 0.26 3M1+E2 1.0 +10-5
153SM G 53.534 5 0.13614E2 26.3
153SMS G KC= 4.06 $LC= 17.0 $MC= 3.94 $NC+= 1.29
153SM CG MR MR(E2/M1) GT 1.7.
153SM L 65.468 79/2+
153SM G 57.94 1 0.042 9
153SM3 G FLAG=M
153SM L 90.874 35/2-
153SM G 37.343 5 0.22322 E1 0.693
153SMS G LC= 0.555 $MC= 0.119
153SM CG M CC allows E1 or M1, but JPI's require E1.
153SM G 55.031 8 0.17117(M1+E2) 0.6 LT 13.4
153SMS G KC= 7.11 $LC= 4.80 $MC= 1.10 $NC+= 0.369
153SM G 83.339 5 1.7010E1 0.454
153SMS G KC= 0.382 $LC= 0.0574 $MC= 0.0122 $NC+= 0.00322
153SM G 90.874 5 2.4712E1 0.360
153SMS G KC= 0.303 $LC= 0.0450 $MC= 0.00957 $NC+= 0.00259
153SM CG E Other: 90.875 3 (1961Sc19).
153SM L 112.954 8 ?
153SM G 59.42 1 0.026 5
153SM G 105.42 1 0.016 3
153SM L 127.298 33/2-
153SM G 36.423 5 0.021 4 M1 5.07
153SMS G LC= 3.96 $MC= 0.847
153SM CG M CC allows E1 or M1, but JPI's require M1.
153SM G 91.455 5 0.80 4M1(+E2+E0) 2.8 5
153SMS G KC= 1.70 18$LC= 0.8 4$MC= 0.19 10$NC+= 0.05 3
153SM G 119.763 5 2.8414E1 0.170
153SMS G KC= 0.144 $LC= 0.0207 $MC= 0.00435 $NC+= 0.00124
153SM CG E Other: 119.770 3 (1961Sc19).
153SM G 127.298 5 6.6 3E1 0.144
153SMS G KC= 0.122 $LC= 0.0174 $MC= 0.00366 $NC+= 0.00104
153SM CG E Other: 127.300 3 (1961Sc19).
153SM L 174.172 5(7/2-)
153SM G 83.302 8 0.05912
153SM G 108.71 1 0.25015
153SM G 120.64 1 0.130 9
153SM G 138.32 2 0.035 5
153SM G 166.64 1 0.78 4E1 0.0693
153SMS G KC= 0.0588 $LC= 0.00823 $MC= 0.00178 $NC+= 0.000491
153SM CG E Other: 166.646 8 (1961Sc19).
153SM L 182.902 45/2-
153SM G 55.61 1 0.029 6
153SM G 92.03 1 0.08 1
153SM G 129.36 1 0.69 3E1 0.138
153SMS G KC= 0.117 $LC= 0.0166 $MC= 0.00350 $NC+= 0.000993
153SM G 147.06 1 0.24224M1,E2 0.588
153SMS G KC= 0.44 $LC= 0.12 $MC= 0.026 $NC+= 0.007
153SM G 175.37011 1.21 7E1 0.0604
153SMS G KC= 0.0512 $LC= 0.00715 $MC= 0.00156 $NC+= 0.000427
153SM CG E Other: 175.365 8 (1961Sc19).
153SM G 182.900 8 1.49 7E1 0.0540
153SMS G KC= 0.0458 $LC= 0.00637 $MC= 0.00141 $NC+= 0.000380
153SM CG E Other: 182.901 8 (1961Sc19).
153SM L 194.655 13(5/2)
153SM G 187.10 2 0.008 2
153SM G 194.66 3 0.021 5
153SM L 262.331 5(7/2)+
153SM G 79.43 1 0.021 5
153SM G 88.16 1 0.007322
153SM G 171.45 1 0.069 7
153SM G 196.86611 0.21 1
153SM CG M ce data imply E1,E2 but DJPI requires E2.
153SM G 208.80214 0.10312
153SM G 254.79415 0.44922M1,E2 0.111 16
153SMS G KC= 0.090 18$LC= 0.016 4$MC= 0.0038 11$NC+= 0.00083 6
153SM G 262.31 4 0.005717
153SM L 265.926 11(7/2-)
153SM G 83.03 2 0.043 8
153SM G 138.64 3 0.015 2
153SM G 258.43 5 0.008 4 &
153SM L 276.712 5(3/2)+
153SM G 93.81 1 0.008 2
153SM G 149.41711 0.025 3
153SM G 185.84511 0.056 6
153SM G 223.17311 0.25020(E2) 0.146
153SMS G KC= 0.108 $LC= 0.0297 $MC= 0.00736 $NC+= 0.00169
153SM3 G FLAG=M
153SM G 240.86814 0.047 7 B
153SM3 G FLAG=C$
153SM G 269.17 2 0.79 5
153SM G 276.71 2 1.6210M1(+E2+E0) 0.087 14
153SMS G KC= 0.071 15$LC= 0.013 3$MC= 0.0028 7$NC+= 0.000584 17
153SM L 321.113 73/2+
153SM G 126.44 2 0.012 4
153SM G 138.21 2 0.024 3 &
153SM G 193.82 2 0.060 9 &
153SM G 230.24313 0.015 2
153SM G 267.56 3 0.014 3
153SM G 285.23 4 0.020 4
153SM G 313.54 3 0.23514
153SM G 321.13 3 2.6416M1 0.0683
153SMS G KC= 0.0584 $LC= 0.00806 $MC= 0.00153 $NC+= 0.000341
153SM L 356.686 7(5/2)+
153SM G 35.571 5 0.030 3
153SM G 90.76613 0.11623 B
153SM G 182.52 1 0.024 4
153SM G 229.40 5 0.006319
153SM G 265.78 4 0.043 5
153SM G 291.17 5 0.090 9
153SM G 303.16 4 0.10513 D
153SM G 349.16 5 0.117 9
153SM G 356.6210 0.03810 C
153SM L 362.284 9(5/2+)
153SM G 188.11911 0.028 3
153SM G 234.93 5 0.029 3 E
153SM G 271.40 8 0.012 4
153SM G 296.82 5 0.028 4
153SM G 308.71 7 0.100 8
153SM G 326.45 5 0.031 5
153SM G 354.76 3 1.01 6M1 0.0525 B
153SMS G KC= 0.0450 $LC= 0.00619 $MC= 0.00108 $NC+= 0.000254
153SM G 362.30 3 0.81 6M1(+E2) 0.041 9
153SMS G KC= 0.034 9$LC= 0.0055 14$MC= 0.00093 24$NC+= 2.17E-04 22
153SM L 405.468 143/2-
153SM G 278.17 2 0.19512M1,E2 0.086 14
153SMS G KC= 0.070 15$LC= 0.012 3$MC= 0.0027 7$NC+= 0.000571 15
153SM G 314.60 3 0.099 8
153SM G 369.63 3 0.30018
153SM G 397.90 4 3.3120E1 00.00730
153SMS G KC= 0.00629 $LC= 0.000839 $MC= 1.42E-04 $NC+= 3.58E-05
153SM L 414.924 131/2+
153SM G 138.21 2 0.024 3 &
153SM G 287.49 6 0.030 5
153SM G 379.10 4 0.13211 B
153SM3 G FLAG=C$
153SM G 407.30 7 0.17114
153SM G 414.97 6 3.0418M1 0.0350
153SMS G KC= 0.0300 $LC= 0.00411 $MC= 0.000683 $NC+= 1.78E-04
153SM L 447.05 3(7/2+)
153SM G 170.33 3 0.013 4
153SM G 393.58 8 0.10911 &
153SM G 439.53 6 0.28022
153SM L 450.050 11(5/2)-
153SM G 173.34 1 0.13711E1 0.0623
153SMS G KC= 0.0529 $LC= 0.00739 $MC= 0.00161 $NC+= 0.000441
153SM G 359.1210 0.032 5
153SM G 396.49 4 0.43 3
153SM G 442.51 6 0.75 5
153SM L 481.087 13(3/2)+
153SM G 66.16 1 0.008 2 B
153SM G 204.36 3 0.070 6
153SM G 298.20 5 0.038 5
153SM G 368.2710 0.082 8 ?
153SM G 390.24 4 0.67 4(E1) 00.00765 B
153SMS G KC= 0.00659 $LC= 0.000880 $MC= 1.49E-04 $NC+= 3.72E-05
153SM3 G FLAG=E$
153SM G 445.15 6 0.16416
153SM G 473.63 6 2.2316 &
153SM3 G FLAG=N
153SM G 481.14 6 0.69 6
153SM L 524.347 16(5/2+)
153SM G 162.09 2 0.027 5
153SM G 203.25 4 0.042 8
153SM G 258.43 5 0.008 4 &
153SM G 350.20 5 0.15611
153SM G 433.1110 0.07111 B
153SM3 G FL=90.874$FLAG=E
153SM G 470.65 6 1.8613 B ?
153SM3 G FLAG=C$
153SM G 488.5712 0.13515
153SM G 516.7210 0.47 3
153SM G 524.2220 0.15 3
153SM L 584.31 4 ?
153SM G 263.20 4 0.016 3
153SM L 630.21 4 1/2-,3/2-
153SM G 435.4320 0.028 8
153SM G 447.27 6 0.050 8
153SM G 456.2 3 0.018 9
153SM G 539.2 3 0.11 3
153SM G 564.7022 0.14 3
153SM G 622.7610 1.4210
153SM G 630.2410 1.8213
153SM L 647.9 7 ?
153SM L 695.80 4(1/2)-
153SM G 374.69 4 0.048 7
153SM G 568.5224 0.23 3
153SM G 583.0 5 0.28 4 ?
153SM G 659.9510 2.0714
153SM L 734.86 3 1/2+,3/2+
153SM G 329.39 3 0.18613
153SM G 413.7515 0.18 4
153SM G 540.5 3 0.13 3
153SM G 551.7 3 0.09524
153SM G 681.7 3 0.29 5
153SM G 727.3725 0.42 6
153SM G 734.8913 1.6517
153SM L 750.32 5(3/2)-
153SM G 393.58 8 0.10911 &
153SM G 473.63 6 2.2316 &
153SM3 G FLAG=N
153SM G 567.5015 0.52 6
153SM G 743.1 5 0.18 6
153SM G 749.9 5 0.19 6
153SM L 916.8 5 1/2+,3/2+
153SM L 984.3 6 1/2-,3/2-
153SM L 1004.3 7
153SM CL E Primary G defining this level is a doublet
153SM L 1018.3 7
153SM CL E Primary G defining this level is a doublet
153SM L 1110.4 6 1/2+,3/2+
153SM L 1171.1 6 1/2-,3/2-
153SM L 1223.7 7 1/2+,3/2+
153SM L 1322.6 4 1/2-,3/2-
153SM L 1344.0 5 1/2+,3/2+
153SM L 1362.7 4 1/2-,3/2-
153SM L 1393.9 6 ?
153SM L 1400.0 6 ?
153SM L 1527.0 8 1/2-,3/2- ?
153SM L 1557.9 8 1/2+,3/2+ ?
153SM L 1924.9 6
153SM L 1933.8 5
153SM L 2496.6 8
153SM L 2642.8 6
153SM L 5868.41 111/2+
153SM cL E$5867.73 23 from 1995Au04.
153SM2cL Observed deexcitation intensity is 24% of GS feeding.
153SM G 3225.6 7 0.19 3 R
153SM G 3371.812 0.57 2 R
153SM G 3934.6 6 0.47 3 R
153SM G 3943.5 8 0.34 3 R
153SM G 4310.615 0.28 5 V
153SM G 4341.415 0.87 9 V
153SM G 4468.3 8 0.13 2 T
153SM G 4474.4 8 0.11 2 T
153SM G 4505.6 4 0.70 6
153SM G 4524.3 5 0.28 3
153SM G 4545.7 4 0.9010
153SM G 4644.610 0.14 2
153SM G 4697.2 7 0.9410
153SM G 4757.9 7 0.09 3
153SM G 4850 0.09 2 S
153SM3 G FLAG=O
153SM G 4864.0 0.37 3 S
153SM3 G FLAG=O
153SM G 4884.0 8 0.36 4
153SM G 4951.5 6 0.12 2 T
153SM G 5117.8 5 0.39 3
153SM G 5133.3 8 0.04 2 T
153SM G 5172.7 3 0.58 4
153SM G 5220.410 0.01610 T
153SM G 5237.8 3 1.02 6E1
153SM G 5283.911 0.03411 T
153SM G 5386.8 4 0.40 5M1
153SM G 5453.1 7 0.22 2M1
153SM G 5463.0 5 0.30 3E1
153SM G 5506.4 5 0.010 3(E2) S
153SM3 G FLAG=M
153SM G 5512.8 7 0.007 3 S
153SM G 5547.010 0.10420M1
153SM G 5591.612 0.084 9M1
153SM G 5740.9 3 4.3517E1
153SM G 5832.6 3 0.99 5E1
153SM G 5861.410 0.010 6(E2)
153SM3 G FLAG=M
153SM G 5868.4 6 0.14816 M1
DATA FOR A = 153 AND Z = 62(SM) 152SM(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
153SM N 3.75 3 1.0
153SM L 0.0 3/2+
153SM L 7.535 35/2+
153SM L 35.843 33/2-
153SM L 53.533 37/2+
153SM L 65.468 79/2+
153SM L 90.874 35/2-
153SM G 91.0713 1.8 3E1 0.360
153SM L 112.954 8
153SM L 127.298 33/2-
153SM G 119.7910 1.8424E1 0.170
153SM G 127.33 7 4.1 3E1 0.144
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 7.535 3
1 G1 7.5 10 0.0
1 G2 7.535 31.00E-1720
1 L1 35.843 3
1 G1 28.309 5 2.10 21
1 G1 35.842 5 6.2 6
1 G2 35.843 31.00E-1720
1 L1 53.533 3
1 G1 45.996 5 0.26 3
1 G1 53.534 5 0.136 14
1 G2 53.533 31.00E-1720
1 L1 65.468 7
1 G1 57.940 10 0.042 9
1 G2 65.468 71.00E-1720
1 L1 90.874 3
1 G1 37.343 5 0.223 22
1 G1 55.031 8 0.171 17
1 G1 83.339 5 1.70 10
1 G1 90.874 5 2.47 12
1 G2 91.07 13 1.8 3
1 L1 112.954 8
1 G1 59.420 10 0.026 5
1 G1 105.420 10 0.016 3
1 G2 112.954 81.00E-1720
1 L1 127.298 3
1 G1 36.423 5 0.021 4
1 G1 91.455 5 0.80 4
1 G1 119.763 5 2.84 14
1 G2 119.79 10 1.84 24
1 G1 127.298 5 6.6 3
1 G2 127.33 7 4.1 3
1 L1 174.172 5
1 G1 83.302 8 0.059 12
1 G1 108.710 10 0.250 15
1 G1 120.640 10 0.130 9
1 G1 138.320 20 0.035 5
1 G1 166.640 10 0.78 4
1 L1 182.902 4
1 G1 55.610 10 0.029 6
1 G1 92.030 10 0.080 10
1 G1 129.360 10 0.69 3
1 G1 147.060 10 0.242 24
1 G1 175.370 11 1.21 7
1 G1 182.900 8 1.49 7
1 L1 194.655 13
1 G1 187.100 20 0.0080 20
1 G1 194.66 3 0.021 5
1 L1 262.331 5
1 G1 79.430 10 0.021 5
1 G1 88.160 10 0.0073 22
1 G1 171.450 10 0.069 7
1 G1 196.866 11 0.210 10
1 G1 208.802 14 0.103 12
1 G1 254.794 15 0.449 22
1 G1 262.31 4 0.0057 17
1 L1 265.926 11
1 G1 83.030 20 0.043 8
1 G1 138.64 3 0.0150 20
1 G1 258.43 5 0.008 4
1 L1 276.712 5
1 G1 93.810 10 0.0080 20
1 G1 149.417 11 0.025 3
1 G1 185.845 11 0.056 6
1 G1 223.173 11 0.250 20
1 G1 240.868 14 0.047 7
1 G1 269.170 20 0.79 5
1 G1 276.710 20 1.62 10
1 L1 321.113 7
1 G1 126.440 20 0.012 4
1 G1 138.210 20 0.024 3
1 G1 193.820 20 0.060 9
1 G1 230.243 13 0.0150 20
1 G1 267.56 3 0.014 3
1 G1 285.23 4 0.020 4
1 G1 313.54 3 0.235 14
1 G1 321.13 3 2.64 16
1 L1 356.686 7
1 G1 35.571 5 0.030 3
1 G1 90.766 13 0.116 23
1 G1 182.520 10 0.024 4
1 G1 229.40 5 0.0063 19
1 G1 265.78 4 0.043 5
1 G1 291.17 5 0.090 9
1 G1 303.16 4 0.105 13
1 G1 349.16 5 0.117 9
1 G1 356.62 10 0.038 10
1 L1 362.284 9
1 G1 188.119 11 0.028 3
1 G1 234.93 5 0.029 3
1 G1 271.40 8 0.012 4
1 G1 296.82 5 0.028 4
1 G1 308.71 7 0.100 8
1 G1 326.45 5 0.031 5
1 G1 354.76 3 1.01 6
1 G1 362.30 3 0.81 6
1 L1 405.468 14
1 G1 278.170 20 0.195 12
1 G1 314.60 3 0.099 8
1 G1 369.63 3 0.300 18
1 G1 397.90 4 3.31 20
1 L1 414.924 13
1 G1 138.210 20 0.024 3
1 G1 287.49 6 0.030 5
1 G1 379.10 4 0.132 11
1 G1 407.30 7 0.171 14
1 G1 414.97 6 3.04 18
1 L1 447.05 3
1 G1 170.33 3 0.013 4
1 G1 393.58 8 0.109 11
1 G1 439.53 6 0.280 22
1 L1 450.050 11
1 G1 173.340 10 0.137 11
1 G1 359.12 10 0.032 5
1 G1 396.49 4 0.43 3
1 G1 442.51 6 0.75 5
1 L1 481.087 13
1 G1 66.160 10 0.0080 20
1 G1 204.36 3 0.070 6
1 G1 298.20 5 0.038 5
1 G1 368.27 10 0.082 8
1 G1 390.24 4 0.67 4
1 G1 445.15 6 0.164 16
1 G1 473.63 6 2.23 16
1 G1 481.14 6 0.69 6
1 L1 524.347 16
1 G1 162.090 20 0.027 5
1 G1 203.25 4 0.042 8
1 G1 258.43 5 0.008 4
1 G1 350.20 5 0.156 11
1 G1 433.11 10 0.071 11
1 G1 470.65 6 1.86 13
1 G1 488.57 12 0.135 15
1 G1 516.72 10 0.47 3
1 G1 524.22 20 0.15 3
1 L1 584.31 4
1 G1 263.20 4 0.016 3
1 L1 630.21 4
1 G1 435.43 20 0.028 8
1 G1 447.27 6 0.050 8
1 G1 456.2 3 0.018 9
1 G1 539.2 3 0.11 3
1 G1 564.70 22 0.14 3
1 G1 622.76 10 1.42 10
1 G1 630.24 10 1.82 13
1 L1 647.9 7
1 G1 647.9 71.00E-1720
1 L1 695.80 4
1 G1 374.69 4 0.048 7
1 G1 568.52 24 0.23 3
1 G1 583.0 5 0.28 4
1 G1 659.95 10 2.07 14
1 L1 734.86 3
1 G1 329.39 3 0.186 13
1 G1 413.75 15 0.18 4
1 G1 540.5 3 0.13 3
1 G1 551.7 3 0.095 24
1 G1 681.7 3 0.29 5
1 G1 727.37 25 0.42 6
1 G1 734.89 13 1.65 17
1 L1 750.32 5
1 G1 393.58 8 0.109 11
1 G1 473.63 6 2.23 16
1 G1 567.50 15 0.52 6
1 G1 743.1 5 0.18 6
1 G1 749.9 5 0.19 6
1 L1 916.8 5
1 G1 916.8 51.00E-1720
1 L1 984.3 6
1 G1 984.3 61.00E-1720
1 L1 1004.3 7
1 G1 1004.3 71.00E-1720
1 L1 1018.3 7
1 G1 1018.3 71.00E-1720
1 L1 1110.4 6
1 G1 1110.4 61.00E-1720
1 L1 1171.1 6
1 G1 1171.1 61.00E-1720
1 L1 1223.7 7
1 G1 1223.7 71.00E-1720
1 L1 1322.6 4
1 G1 1322.6 41.00E-1720
1 L1 1344.0 5
1 G1 1344.0 51.00E-1720
1 L1 1362.7 4
1 G1 1362.7 41.00E-1720
1 L1 1393.9 6
1 G1 1393.9 61.00E-1720
1 L1 1400.0 6
1 G1 1400.0 61.00E-1720
1 L1 1527.0 8
1 G1 1527.0 81.00E-1720
1 L1 1557.9 8
1 G1 1557.9 81.00E-1720
1 L1 1924.9 6
1 G1 1924.9 61.00E-1720
1 L1 1933.8 5
1 G1 1933.8 51.00E-1720
1 L1 2496.6 8
1 G1 2496.6 81.00E-1720
1 L1 2642.8 6
1 G1 2642.8 61.00E-1720
1 L1 5868.41 11
1 G1 3225.6 7 0.19 3
1 G1 3371.8 12 0.570 20
1 G1 3934.6 6 0.47 3
1 G1 3943.5 8 0.34 3
1 G1 4310.6 15 0.28 5
1 G1 4341.4 15 0.87 9
1 G1 4468.3 8 0.130 20
1 G1 4474.4 8 0.110 20
1 G1 4505.6 4 0.70 6
1 G1 4524.3 5 0.28 3
1 G1 4545.7 4 0.90 10
1 G1 4644.6 10 0.140 20
1 G1 4697.2 7 0.94 10
1 G1 4757.9 7 0.09 3
1 G1 4850.0 10 0.090 20
1 G1 4864.0 10 0.37 3
1 G1 4884.0 8 0.36 4
1 G1 4951.5 6 0.120 20
1 G1 5117.8 5 0.39 3
1 G1 5133.3 8 0.040 20
1 G1 5172.7 3 0.58 4
1 G1 5220.4 10 0.016 10
1 G1 5237.8 3 1.02 6
1 G1 5283.9 11 0.034 11
1 G1 5386.8 4 0.40 5
1 G1 5453.1 7 0.220 20
1 G1 5463.0 5 0.30 3
1 G1 5506.4 5 0.010 3
1 G1 5512.8 7 0.007 3
1 G1 5547.0 10 0.104 20
1 G1 5591.6 12 0.084 9
1 G1 5740.9 3 4.35 17
1 G1 5832.6 3 0.99 5
1 G1 5861.4 10 0.010 6
1 G1 5868.4 6 0.148 16
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 7.5350 20
3. 35.8431 21
4. 53.5333 21
5. 65.468 5
6. 90.8743 25
7. 112.954 5
8. 127.298 3
9. 174.172 4
10. 182.902 4
11. 194.655 13
12. 262.331 5
13. 265.926 11
14. 276.712 5
15. 321.112 6
16. 356.686 6
17. 362.284 9
18. 405.468 14
19. 414.924 13
20. 447.05 3
21. 450.050 11
22. 481.087 13
23. 524.347 16
24. 584.31 4
25. 630.21 4
26. 647.9 6
27. 695.80 4
28. 734.86 3
29. 750.32 5
30. 916.8 4
31. 984.3 5
32. 1004.3 6
33. 1018.3 6
34. 1110.4 5
35. 1171.1 5
36. 1223.7 6
37. 1322.6 3
38. 1344.0 4
39. 1362.7 3
40. 1393.9 5
41. 1400.0 5
42. 1527.0 7
43. 1557.9 7
44. 1924.9 5
45. 1933.8 4
46. 2496.6 7
47. 2642.8 5
48. 5868.41 10
GAMMA ENERGIES
152SM(N,G) E=TH -152SM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
7.5 10 7.535 3 7.5350 20 2 1
28.309 5 0.0 28.3081 25 3 2
35.571 5 0.0 35.573 5 16 15
35.842 5 35.843 3 35.8431 21 3 1
36.423 5 0.0 36.423 3 8 6
37.343 5 0.0 37.341 3 6 4
45.996 5 0.0 45.9983 25 4 2
53.534 5 53.533 3 53.5333 21 4 1
55.031 8 0.0 55.031 3 6 3
55.610 10 0.0 55.604 4 10 8
57.940 10 0.0 57.933 5 5 2
59.420 10 0.0 59.420 6 7 4
0.0 65.468 7 65.468 5 5 1
66.160 10 0.0 66.163 9 22 19
79.430 10 0.0 79.429 5 12 10
83.030 20 0.0 83.024 11 13 10
83.302 8 0.0 83.298 4 9 6
83.339 5 0.0 83.339 3 6 2
88.160 10 0.0 88.159 6 12 9
90.766 13 0.0 90.759 10 16 13
90.874 5 (1 91.07 13 90.8743 25 6 1
91.455 5 0.0 91.455 3 8 3
92.030 10 0.0 92.027 4 10 6
93.810 10 0.0 93.811 5 14 10
105.420 10 0.0 105.419 6 7 2
108.710 10 0.0 108.704 6 9 5
0.0 112.954 8 112.954 5 7 1
119.763 5 119.79 10 119.763 3 8 2
120.640 10 0.0 120.639 4 9 4
126.440 20 0.0 126.458 13 15 11
127.298 5 127.33 7 127.298 3 8 1
129.360 10 0.0 129.368 4 10 4
138.210 20 0.0 138.211 7 15 10
138.210 20 0.0 138.211 13 19 14
138.320 20 0.0 138.329 5 9 3
138.64 3 0.0 138.628 11 13 8
147.060 10 0.0 147.059 4 10 3
149.417 11 0.0 149.415 5 14 8
(1 162.090 20 1) 0.0 162.064 15 23 17
166.640 10 0.0 166.637 4 9 2
170.33 3 0.0 170.341 25 20 14
171.450 10 0.0 171.456 5 12 6
173.340 10 0.0 173.338 10 21 14
175.370 11 0.0 175.367 4 10 2
182.520 10 0.0 182.513 7 16 9
182.900 8 0.0 182.902 4 10 1
185.845 11 0.0 185.838 5 14 6
187.100 20 0.0 187.120 13 11 2
188.119 11 0.0 188.112 9 17 9
193.820 20 0.0 193.815 6 15 8
194.66 3 0.0 194.655 13 11 1
196.866 11 0.0 196.862 6 12 5
203.25 4 0.0 203.235 16 23 15
204.36 3 0.0 204.375 13 22 14
208.802 14 0.0 208.797 5 12 4
223.173 11 0.0 223.179 5 14 4
229.40 5 0.0 229.388 7 16 8
230.243 13 0.0 230.238 6 15 6
(1 234.93 5 1) 0.0 234.986 9 17 8
240.868 14 0.0 240.869 5 14 3
254.794 15 0.0 254.795 5 12 2
258.43 5 0.0 258.391 11 13 2
258.43 5 0.0 258.421 18 23 13
262.31 4 0.0 262.330 5 12 1
263.20 4 0.0 263.20 4 24 15
265.78 4 0.0 265.811 7 16 6
267.56 3 0.0 267.579 6 15 4
269.170 20 0.0 269.177 5 14 2
271.40 8 0.0 271.409 9 17 6
276.710 20 0.0 276.712 5 14 1
278.170 20 0.0 278.170 14 18 8
285.23 4 0.0 285.269 6 15 3
(2 287.49 6 2) 0.0 287.626 13 19 8
291.17 5 0.0 291.217 8 16 5
296.82 5 0.0 296.815 10 17 5
298.20 5 0.0 298.185 14 22 10
303.16 4 0.0 303.152 7 16 4
308.71 7 0.0 308.750 9 17 4
(1 313.54 3 1) 0.0 313.577 6 15 2
314.60 3 0.0 314.593 14 18 6
321.13 3 0.0 321.112 6 15 1
326.45 5 0.0 326.440 9 17 3
329.39 3 0.0 329.40 3 28 18
349.16 5 0.0 349.150 7 16 2
350.20 5 0.0 350.175 16 23 9
354.76 3 0.0 354.748 9 17 2
356.62 10 0.0 356.685 6 16 1
359.12 10 0.0 359.175 11 21 6
362.30 3 0.0 362.283 9 17 1
(1 368.27 10 1) 0.0 368.133 14 22 7
369.63 3 0.0 369.624 14 18 3
374.69 4 0.0 374.69 4 27 15
379.10 4 0.0 379.080 13 19 3
390.24 4 0.0 390.212 13 22 6
393.58 8 0.0 393.52 3 20 4
393.58 8 0.0 393.64 5 29 16
396.49 4 0.0 396.516 11 21 4
397.90 4 0.0 397.932 14 18 2
(1 407.30 7 1) 0.0 407.388 13 19 2
413.75 15 0.0 413.75 3 28 15
414.97 6 0.0 414.923 13 19 1
(3 433.11 10 3) 0.0 433.472 16 23 6
435.43 20 0.0 435.56 4 25 11
439.53 6 0.0 439.52 3 20 2
442.51 6 0.0 442.514 11 21 2
(1 445.15 6 1) 0.0 445.244 13 22 3
447.27 6 0.0 447.31 4 25 10
456.2 3 0.0 456.04 4 25 9
(2 470.65 6 2) 0.0 470.813 16 23 4
(1 473.63 6 1) 0.0 473.552 13 22 2
473.63 6 0.0 473.61 5 29 14
481.14 6 0.0 481.086 13 22 1
488.57 12 0.0 488.503 16 23 3
516.72 10 0.0 516.811 16 23 2
524.22 20 0.0 524.346 16 23 1
539.2 3 0.0 539.34 4 25 6
540.5 3 0.0 540.21 3 28 11
551.7 3 0.0 551.96 3 28 10
564.70 22 0.0 564.74 4 25 5
567.50 15 0.0 567.42 5 29 10
568.52 24 0.0 568.50 4 27 8
583.0 5 0.0 582.85 4 27 7
622.76 10 0.0 622.68 4 25 2
630.24 10 0.0 630.21 4 25 1
647.9 7 0.0 647.9 6 26 1
659.95 10 0.0 659.96 4 27 3
(1 681.7 3 1) 0.0 681.33 3 28 4
727.37 25 0.0 727.33 3 28 2
734.89 13 0.0 734.86 3 28 1
743.1 5 0.0 742.79 5 29 2
749.9 5 0.0 750.32 5 29 1
916.8 5 0.0 916.8 4 30 1
984.3 6 0.0 984.3 5 31 1
1004.3 7 0.0 1004.3 6 32 1
1018.3 7 0.0 1018.3 6 33 1
1110.4 6 0.0 1110.4 5 34 1
1171.1 6 0.0 1171.1 5 35 1
1223.7 7 0.0 1223.7 6 36 1
1322.6 4 0.0 1322.6 3 37 1
1344.0 5 0.0 1344.0 4 38 1
1362.7 4 0.0 1362.7 3 39 1
1393.9 6 0.0 1393.9 5 40 1
1400.0 6 0.0 1400.0 5 41 1
1527.0 8 0.0 1527.0 7 42 1
1557.9 8 0.0 1557.9 7 43 1
1924.9 6 0.0 1924.9 5 44 1
1933.8 5 0.0 1933.8 4 45 1
2496.6 8 0.0 2496.6 7 46 1
2642.8 6 0.0 2642.8 5 47 1
3225.6 7 0.0 3225.6 5 48 47
3371.8 12 0.0 3371.8 7 48 46
3934.6 6 0.0 3934.6 4 48 45
3943.5 8 0.0 3943.5 5 48 44
4310.6 15 0.0 4310.5 7 48 43
4341.4 15 0.0 4341.4 7 48 42
4468.3 8 0.0 4468.3 5 48 41
4474.4 8 0.0 4474.4 5 48 40
4505.6 4 0.0 4505.6 3 48 39
4524.3 5 0.0 4524.3 4 48 38
4545.7 4 0.0 4545.7 3 48 37
4644.6 10 0.0 4644.6 6 48 36
4697.2 7 0.0 4697.2 5 48 35
4757.9 7 0.0 4757.9 5 48 34
4850.0 10 0.0 4850.0 6 48 33
4864.0 10 0.0 4864.0 6 48 32
4884.0 8 0.0 4884.0 5 48 31
4951.5 6 0.0 4951.5 4 48 30
5117.8 5 0.0 5118.00 11 48 29
5133.3 8 0.0 5133.45 11 48 28
5172.7 3 0.0 5172.52 11 48 27
5220.4 10 0.0 5220.4 6 48 26
(1 5237.8 3 1) 0.0 5238.10 11 48 25
5283.9 11 0.0 5284.00 11 48 24
(1 5386.8 4 1) 0.0 5387.22 10 48 22
5453.1 7 0.0 5453.38 10 48 19
5463.0 5 0.0 5462.84 10 48 18
5506.4 5 0.0 5506.02 10 48 17
(1 5512.8 7 1) 0.0 5511.62 10 48 16
5547.0 10 0.0 5547.19 10 48 15
5591.6 12 0.0 5591.59 10 48 14
5740.9 3 0.0 5741.00 10 48 8
5832.6 3 0.0 5832.45 10 48 3
5861.4 10 0.0 5860.76 10 48 2
5868.4 6 0.0 5868.29 10 48 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .5394 F=136
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.567 F= 0
CHISQ/F = .5347 (FIT OF 190GAMMAS - 47LEVELS)
ITERATION - 2 CHISQ - 1.332
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 7.5350 20
3. 35.8431 21
4. 53.5332 21
5. 65.468 5
6. 90.8742 25
7. 112.954 5
8. 127.298 3
9. 174.173 4
10. 182.902 4
11. 194.655 13
12. 262.331 5
13. 265.927 11
14. 276.713 5
15. 321.114 6
16. 356.687 7
17. 362.288 9
18. 405.468 14
19. 414.931 14
20. 447.05 3
21. 450.051 11
22. 481.093 14
23. 524.364 19
24. 584.31 4
25. 630.21 4
26. 647.9 6
27. 695.80 4
28. 734.86 3
29. 750.32 5
30. 916.8 4
31. 984.3 5
32. 1004.3 6
33. 1018.3 6
34. 1110.4 5
35. 1171.1 5
36. 1223.7 6
37. 1322.6 3
38. 1344.0 4
39. 1362.7 3
40. 1393.9 5
41. 1400.0 5
42. 1527.0 7
43. 1557.9 7
44. 1924.9 5
45. 1933.8 4
46. 2496.6 7
47. 2642.8 5
48. 5868.4 1
GAMMA ENERGIES
152SM(N,G) E=TH -152SM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
7.5 10 7.535 3 7.5350 20 2 1
28.309 5 0.0 28.3081 25 3 2
35.571 5 0.0 35.573 5 16 15
35.842 5 35.843 3 35.8431 21 3 1
36.423 5 0.0 36.423 3 8 6
37.343 5 0.0 37.341 3 6 4
45.996 5 0.0 45.9982 25 4 2
53.534 5 53.533 3 53.5332 21 4 1
55.031 8 0.0 55.031 3 6 3
55.610 10 0.0 55.604 4 10 8
57.940 10 0.0 57.933 5 5 2
59.420 10 0.0 59.421 6 7 4
0.0 65.468 7 65.468 5 5 1
66.160 10 0.0 66.162 9 22 19
79.430 10 0.0 79.429 5 12 10
83.030 20 0.0 83.025 11 13 10
83.302 8 0.0 83.298 4 9 6
83.339 5 0.0 83.339 3 6 2
88.160 10 0.0 88.158 6 12 9
90.766 13 0.0 90.759 10 16 13
90.874 5 (1 91.07 20 90.8742 25 6 1
91.455 5 0.0 91.454 3 8 3
92.030 10 0.0 92.028 4 10 6
93.810 10 0.0 93.811 5 14 10
105.420 10 0.0 105.419 6 7 2
108.710 10 0.0 108.704 6 9 5
0.0 112.954 8 112.954 5 7 1
119.763 5 119.79 10 119.762 3 8 2
120.640 10 0.0 120.639 4 9 4
126.440 20 0.0 126.458 13 15 11
127.298 5 127.33 7 127.297 3 8 1
129.360 10 0.0 129.369 4 10 4
138.210 20 0.0 138.212 7 15 10
138.210 20 0.0 138.218 13 19 14
138.320 20 0.0 138.330 5 9 3
138.64 3 0.0 138.630 11 13 8
147.060 10 0.0 147.059 4 10 3
149.417 11 0.0 149.415 5 14 8
162.09 3 0.0 162.076 19 23 17
166.640 10 0.0 166.638 4 9 2
170.33 3 0.0 170.341 25 20 14
171.450 10 0.0 171.456 5 12 6
173.340 10 0.0 173.338 10 21 14
175.370 11 0.0 175.367 4 10 2
182.520 10 0.0 182.514 7 16 9
182.900 8 0.0 182.902 4 10 1
185.845 11 0.0 185.838 5 14 6
(1 187.100 20 1) 0.0 187.120 13 11 2
188.119 11 0.0 188.115 9 17 9
193.820 20 0.0 193.816 7 15 8
194.66 3 0.0 194.655 13 11 1
196.866 11 0.0 196.862 6 12 5
203.25 4 0.0 203.250 19 23 15
204.36 3 0.0 204.380 14 22 14
208.802 14 0.0 208.797 5 12 4
223.173 11 0.0 223.179 5 14 4
229.40 5 0.0 229.389 7 16 8
230.243 13 0.0 230.239 6 15 6
(1 234.93 5 1) 0.0 234.990 10 17 8
240.868 14 0.0 240.869 5 14 3
254.794 15 0.0 254.796 5 12 2
258.43 5 0.0 258.392 11 13 2
258.43 5 0.0 258.437 20 23 13
262.31 4 0.0 262.331 5 12 1
263.20 4 0.0 263.20 4 24 15
265.78 4 0.0 265.812 7 16 6
267.56 3 0.0 267.580 6 15 4
269.170 20 0.0 269.178 5 14 2
271.40 8 0.0 271.413 9 17 6
276.710 20 0.0 276.712 5 14 1
278.170 20 0.0 278.170 14 18 8
(1 285.23 4 1) 0.0 285.270 7 15 3
(1 287.49 14 1) 0.0 287.633 14 19 8
291.17 5 0.0 291.218 8 16 5
296.82 5 0.0 296.819 10 17 5
298.20 5 0.0 298.190 14 22 10
303.16 4 0.0 303.153 7 16 4
308.71 7 0.0 308.754 9 17 4
(1 313.54 4 1) 0.0 313.578 6 15 2
314.60 3 0.0 314.593 14 18 6
321.13 3 0.0 321.113 6 15 1
326.45 5 0.0 326.444 9 17 3
329.39 3 0.0 329.40 3 28 18
349.16 5 0.0 349.151 7 16 2
350.20 5 0.0 350.191 19 23 9
354.76 3 0.0 354.752 9 17 2
356.62 10 0.0 356.686 7 16 1
359.12 10 0.0 359.176 11 21 6
362.30 3 0.0 362.287 9 17 1
368.27 14 0.0 368.138 15 22 7
369.63 3 0.0 369.624 14 18 3
374.69 4 0.0 374.69 4 27 15
379.10 4 0.0 379.087 14 19 3
390.24 4 0.0 390.218 14 22 6
393.58 8 0.0 393.52 3 20 4
393.58 8 0.0 393.64 5 29 16
396.49 4 0.0 396.517 11 21 4
397.90 4 0.0 397.932 14 18 2
(1 407.30 9 1) 0.0 407.395 14 19 2
413.75 15 0.0 413.75 3 28 15
414.97 6 0.0 414.930 14 19 1
(1 433.1 4 1) 0.0 433.489 19 23 6
435.43 20 0.0 435.56 4 25 11
439.53 6 0.0 439.52 3 20 2
442.51 6 0.0 442.515 11 21 2
(1 445.15 9 1) 0.0 445.249 14 22 3
447.27 6 0.0 447.31 4 25 10
456.2 3 0.0 456.04 4 25 9
(1 470.65 16 1) 0.0 470.830 19 23 4
473.63 8 0.0 473.557 14 22 2
473.63 6 0.0 473.61 5 29 14
481.14 6 0.0 481.092 14 22 1
488.57 12 0.0 488.520 19 23 3
(1 516.72 10 1) 0.0 516.828 19 23 2
524.22 20 0.0 524.363 19 23 1
539.2 3 0.0 539.34 4 25 6
540.5 3 0.0 540.21 3 28 11
551.7 3 0.0 551.96 3 28 10
564.70 22 0.0 564.74 4 25 5
567.50 15 0.0 567.42 5 29 10
568.52 24 0.0 568.50 4 27 8
583.0 5 0.0 582.85 4 27 7
622.76 10 0.0 622.68 4 25 2
630.24 10 0.0 630.21 4 25 1
647.9 7 0.0 647.9 6 26 1
659.95 10 0.0 659.96 4 27 3
(1 681.7 4 1) 0.0 681.33 3 28 4
727.37 25 0.0 727.33 3 28 2
734.89 13 0.0 734.86 3 28 1
743.1 5 0.0 742.79 5 29 2
749.9 5 0.0 750.32 5 29 1
916.8 5 0.0 916.8 4 30 1
984.3 6 0.0 984.3 5 31 1
1004.3 7 0.0 1004.3 6 32 1
1018.3 7 0.0 1018.3 6 33 1
1110.4 6 0.0 1110.4 5 34 1
1171.1 6 0.0 1171.1 5 35 1
1223.7 7 0.0 1223.7 6 36 1
1322.6 4 0.0 1322.6 3 37 1
1344.0 5 0.0 1344.0 4 38 1
1362.7 4 0.0 1362.7 3 39 1
1393.9 6 0.0 1393.9 5 40 1
1400.0 6 0.0 1400.0 5 41 1
1527.0 8 0.0 1527.0 7 42 1
1557.9 8 0.0 1557.9 7 43 1
1924.9 6 0.0 1924.9 5 44 1
1933.8 5 0.0 1933.8 4 45 1
2496.6 8 0.0 2496.6 7 46 1
2642.8 6 0.0 2642.8 5 47 1
3225.6 7 0.0 3225.6 5 48 47
3371.8 12 0.0 3371.8 7 48 46
3934.6 6 0.0 3934.6 4 48 45
3943.5 8 0.0 3943.5 5 48 44
4310.6 15 0.0 4310.5 7 48 43
4341.4 15 0.0 4341.3 7 48 42
4468.3 8 0.0 4468.3 5 48 41
4474.4 8 0.0 4474.4 5 48 40
4505.6 4 0.0 4505.6 3 48 39
4524.3 5 0.0 4524.3 4 48 38
4545.7 4 0.0 4545.7 3 48 37
4644.6 10 0.0 4644.6 6 48 36
4697.2 7 0.0 4697.2 5 48 35
4757.9 7 0.0 4757.9 5 48 34
4850.0 10 0.0 4850.0 6 48 33
4864.0 10 0.0 4864.0 6 48 32
4884.0 8 0.0 4884.0 5 48 31
4951.5 6 0.0 4951.5 4 48 30
5117.8 5 0.0 5117.98 11 48 29
5133.3 8 0.0 5133.44 11 48 28
5172.7 3 0.0 5172.50 11 48 27
5220.4 10 0.0 5220.4 6 48 26
5237.8 3 0.0 5238.09 11 48 25
5283.9 11 0.0 5283.98 11 48 24
(1 5386.8 4 1) 0.0 5387.20 10 48 22
5453.1 7 0.0 5453.36 10 48 19
5463.0 5 0.0 5462.82 10 48 18
5506.4 5 0.0 5506.00 10 48 17
(1 5512.8 12 1) 0.0 5511.60 10 48 16
5547.0 10 0.0 5547.17 10 48 15
5591.6 12 0.0 5591.57 10 48 14
5740.9 3 0.0 5740.98 10 48 8
5832.6 3 0.0 5832.43 10 48 3
5861.4 10 0.0 5860.74 10 48 2
5868.4 6 0.0 5868.28 10 48 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3108 F=136
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.298 F= 0
CHISQ/F = .3068 (FIT OF 190GAMMAS - 47LEVELS)
ITERATION - 3 CHISQ - 1.332
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 7.5350 21
3. 35.8431 22
4. 53.5332 22
5. 65.468 5
6. 90.8742 25
7. 112.954 6
8. 127.297 3
9. 174.173 4
10. 182.902 4
11. 194.655 13
12. 262.331 5
13. 265.927 11
14. 276.713 5
15. 321.114 6
16. 356.687 7
17. 362.289 9
18. 405.468 14
19. 414.931 14
20. 447.05 3
21. 450.051 11
22. 481.093 14
23. 524.364 19
24. 584.31 4
25. 630.21 4
26. 647.9 6
27. 695.80 4
28. 734.86 3
29. 750.32 5
30. 916.8 4
31. 984.3 5
32. 1004.3 6
33. 1018.3 6
34. 1110.4 5
35. 1171.1 5
36. 1223.7 6
37. 1322.6 3
38. 1344.0 4
39. 1362.7 3
40. 1393.9 5
41. 1400.0 5
42. 1527.0 7
43. 1557.9 7
44. 1924.9 5
45. 1933.8 4
46. 2496.6 7
47. 2642.8 5
48. 5868.4 1
GAMMA ENERGIES
152SM(N,G) E=TH -152SM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
7.5 10 7.535 3 7.5350 21 2 1
28.309 5 0.0 28.308 3 3 2
35.571 5 0.0 35.573 5 16 15
35.842 5 35.843 3 35.8431 22 3 1
36.423 5 0.0 36.423 3 8 6
37.343 5 0.0 37.341 3 6 4
45.996 5 0.0 45.998 3 4 2
53.534 5 53.533 3 53.5332 22 4 1
55.031 8 0.0 55.031 3 6 3
55.610 10 0.0 55.604 4 10 8
57.940 10 0.0 57.933 5 5 2
59.420 10 0.0 59.421 6 7 4
0.0 65.468 8 65.468 5 5 1
66.160 10 0.0 66.162 9 22 19
79.430 10 0.0 79.429 5 12 10
83.030 20 0.0 83.025 11 13 10
83.302 8 0.0 83.299 4 9 6
83.339 5 0.0 83.339 3 6 2
88.160 10 0.0 88.158 6 12 9
90.766 13 0.0 90.759 10 16 13
90.874 5 91.07 22 90.8742 25 6 1
91.455 5 0.0 91.454 3 8 3
92.030 10 0.0 92.028 4 10 6
93.810 10 0.0 93.811 5 14 10
105.420 10 0.0 105.419 6 7 2
108.710 10 0.0 108.704 6 9 5
0.0 112.954 9 112.954 6 7 1
119.763 5 119.79 11 119.762 3 8 2
120.640 10 0.0 120.639 4 9 4
126.440 20 0.0 126.458 13 15 11
127.298 5 127.33 8 127.297 3 8 1
129.360 10 0.0 129.369 4 10 4
138.210 20 0.0 138.212 7 15 10
138.210 20 0.0 138.218 13 19 14
138.320 20 0.0 138.330 5 9 3
138.64 3 0.0 138.630 11 13 8
147.060 10 0.0 147.059 4 10 3
149.417 11 0.0 149.415 5 14 8
162.09 3 0.0 162.076 19 23 17
166.640 10 0.0 166.638 4 9 2
170.33 3 0.0 170.341 25 20 14
171.450 10 0.0 171.456 5 12 6
173.340 10 0.0 173.338 10 21 14
175.370 11 0.0 175.367 4 10 2
182.520 10 0.0 182.514 7 16 9
182.900 8 0.0 182.902 4 10 1
185.845 11 0.0 185.838 5 14 6
(1 187.100 20 1) 0.0 187.120 13 11 2
188.119 11 0.0 188.116 9 17 9
193.820 20 0.0 193.816 7 15 8
194.66 3 0.0 194.655 13 11 1
196.866 11 0.0 196.862 6 12 5
203.25 4 0.0 203.251 19 23 15
204.36 3 0.0 204.380 14 22 14
208.802 14 0.0 208.797 5 12 4
223.173 11 0.0 223.179 5 14 4
229.40 5 0.0 229.389 7 16 8
230.243 13 0.0 230.239 6 15 6
(1 234.93 6 1) 0.0 234.991 10 17 8
240.868 14 0.0 240.869 5 14 3
254.794 15 0.0 254.796 5 12 2
258.43 5 0.0 258.392 11 13 2
258.43 5 0.0 258.437 20 23 13
262.31 4 0.0 262.331 5 12 1
263.20 4 0.0 263.20 4 24 15
265.78 4 0.0 265.812 7 16 6
267.56 3 0.0 267.580 6 15 4
269.170 20 0.0 269.178 5 14 2
271.40 8 0.0 271.414 9 17 6
276.710 20 0.0 276.712 5 14 1
278.170 20 0.0 278.170 14 18 8
(1 285.23 4 1) 0.0 285.270 7 15 3
(1 287.49 14 1) 0.0 287.633 14 19 8
291.17 5 0.0 291.218 8 16 5
296.82 5 0.0 296.820 10 17 5
298.20 5 0.0 298.190 14 22 10
303.16 4 0.0 303.153 7 16 4
308.71 7 0.0 308.755 10 17 4
(1 313.54 4 1) 0.0 313.578 6 15 2
314.60 3 0.0 314.593 14 18 6
321.13 3 0.0 321.113 6 15 1
326.45 5 0.0 326.445 10 17 3
329.39 3 0.0 329.40 3 28 18
349.16 5 0.0 349.151 7 16 2
350.20 5 0.0 350.191 19 23 9
354.76 3 0.0 354.753 9 17 2
356.62 10 0.0 356.686 7 16 1
359.12 10 0.0 359.176 11 21 6
362.30 3 0.0 362.288 9 17 1
368.27 14 0.0 368.138 15 22 7
369.63 3 0.0 369.624 14 18 3
374.69 4 0.0 374.69 4 27 15
379.10 4 0.0 379.087 14 19 3
390.24 4 0.0 390.218 14 22 6
393.58 8 0.0 393.52 3 20 4
393.58 8 0.0 393.64 5 29 16
396.49 4 0.0 396.517 11 21 4
397.90 4 0.0 397.932 14 18 2
(1 407.30 9 1) 0.0 407.395 14 19 2
413.75 15 0.0 413.75 3 28 15
414.97 6 0.0 414.930 14 19 1
(1 433.1 4 1) 0.0 433.490 19 23 6
435.43 20 0.0 435.56 4 25 11
439.53 6 0.0 439.52 3 20 2
442.51 6 0.0 442.515 11 21 2
(1 445.15 9 1) 0.0 445.249 14 22 3
447.27 6 0.0 447.31 4 25 10
456.2 3 0.0 456.04 4 25 9
(1 470.65 16 1) 0.0 470.830 19 23 4
473.63 8 0.0 473.557 14 22 2
473.63 6 0.0 473.61 5 29 14
481.14 6 0.0 481.092 14 22 1
488.57 12 0.0 488.521 19 23 3
(1 516.72 10 1) 0.0 516.829 19 23 2
524.22 20 0.0 524.364 19 23 1
539.2 3 0.0 539.34 4 25 6
540.5 3 0.0 540.21 3 28 11
551.7 3 0.0 551.96 3 28 10
564.70 22 0.0 564.74 4 25 5
567.50 15 0.0 567.42 5 29 10
568.52 24 0.0 568.50 4 27 8
583.0 5 0.0 582.85 4 27 7
622.76 10 0.0 622.68 4 25 2
630.24 10 0.0 630.21 4 25 1
647.9 7 0.0 647.9 6 26 1
659.95 10 0.0 659.96 4 27 3
(1 681.7 4 1) 0.0 681.33 3 28 4
727.37 25 0.0 727.33 3 28 2
734.89 13 0.0 734.86 3 28 1
743.1 5 0.0 742.79 5 29 2
749.9 5 0.0 750.32 5 29 1
916.8 5 0.0 916.8 4 30 1
984.3 6 0.0 984.3 5 31 1
1004.3 7 0.0 1004.3 6 32 1
1018.3 7 0.0 1018.3 6 33 1
1110.4 6 0.0 1110.4 5 34 1
1171.1 6 0.0 1171.1 5 35 1
1223.7 7 0.0 1223.7 6 36 1
1322.6 4 0.0 1322.6 3 37 1
1344.0 5 0.0 1344.0 4 38 1
1362.7 4 0.0 1362.7 3 39 1
1393.9 6 0.0 1393.9 5 40 1
1400.0 6 0.0 1400.0 5 41 1
1527.0 8 0.0 1527.0 7 42 1
1557.9 8 0.0 1557.9 7 43 1
1924.9 6 0.0 1924.9 5 44 1
1933.8 5 0.0 1933.8 4 45 1
2496.6 8 0.0 2496.6 7 46 1
2642.8 6 0.0 2642.8 5 47 1
3225.6 7 0.0 3225.6 5 48 47
3371.8 12 0.0 3371.8 7 48 46
3934.6 6 0.0 3934.6 4 48 45
3943.5 8 0.0 3943.5 5 48 44
4310.6 15 0.0 4310.5 7 48 43
4341.4 15 0.0 4341.3 7 48 42
4468.3 8 0.0 4468.3 5 48 41
4474.4 8 0.0 4474.4 5 48 40
4505.6 4 0.0 4505.6 3 48 39
4524.3 5 0.0 4524.3 4 48 38
4545.7 4 0.0 4545.7 3 48 37
4644.6 10 0.0 4644.6 6 48 36
4697.2 7 0.0 4697.2 5 48 35
4757.9 7 0.0 4757.9 5 48 34
4850.0 10 0.0 4850.0 6 48 33
4864.0 10 0.0 4864.0 6 48 32
4884.0 8 0.0 4884.0 5 48 31
4951.5 6 0.0 4951.5 4 48 30
5117.8 5 0.0 5117.98 11 48 29
5133.3 8 0.0 5133.44 11 48 28
5172.7 3 0.0 5172.50 11 48 27
5220.4 10 0.0 5220.4 6 48 26
5237.8 3 0.0 5238.09 11 48 25
5283.9 11 0.0 5283.98 11 48 24
(1 5386.8 4 1) 0.0 5387.20 10 48 22
5453.1 7 0.0 5453.36 10 48 19
5463.0 5 0.0 5462.82 10 48 18
5506.4 5 0.0 5506.00 10 48 17
(1 5512.8 12 1) 0.0 5511.60 10 48 16
5547.0 10 0.0 5547.17 10 48 15
5591.6 12 0.0 5591.57 10 48 14
5740.9 3 0.0 5740.98 10 48 8
5832.6 3 0.0 5832.43 10 48 3
5861.4 10 0.0 5860.74 10 48 2
5868.4 6 0.0 5868.28 10 48 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3075 F=136
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.002 F= 0
CHISQ/F = .3015 (FIT OF 190GAMMAS - 47LEVELS)
ITERATION - 4 CHISQ - 1.332
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 7.5350 22
3. 35.8431 22
4. 53.5332 22
5. 65.468 5
6. 90.8742 25
7. 112.954 6
8. 127.297 3
9. 174.173 4
10. 182.902 4
11. 194.655 13
12. 262.331 5
13. 265.927 11
14. 276.713 5
15. 321.114 6
16. 356.687 7
17. 362.289 9
18. 405.468 14
19. 414.931 14
20. 447.05 3
21. 450.051 11
22. 481.093 14
23. 524.364 19
24. 584.31 4
25. 630.21 4
26. 647.9 6
27. 695.80 4
28. 734.86 3
29. 750.32 5
30. 916.8 4
31. 984.3 5
32. 1004.3 6
33. 1018.3 6
34. 1110.4 5
35. 1171.1 5
36. 1223.7 6
37. 1322.6 3
38. 1344.0 4
39. 1362.7 3
40. 1393.9 5
41. 1400.0 5
42. 1527.0 7
43. 1557.9 7
44. 1924.9 5
45. 1933.8 4
46. 2496.6 7
47. 2642.8 5
48. 5868.4 1
GAMMA ENERGIES
152SM(N,G) E=TH -152SM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
7.5 10 7.535 3 7.5350 22 2 1
28.309 5 0.0 28.308 3 3 2
35.571 5 0.0 35.573 5 16 15
35.842 5 35.843 3 35.8431 22 3 1
36.423 5 0.0 36.423 3 8 6
37.343 5 0.0 37.341 3 6 4
45.996 5 0.0 45.998 3 4 2
53.534 5 53.533 3 53.5332 22 4 1
55.031 8 0.0 55.031 3 6 3
55.610 10 0.0 55.604 4 10 8
57.940 10 0.0 57.933 5 5 2
59.420 10 0.0 59.421 6 7 4
0.0 65.468 8 65.468 5 5 1
66.160 10 0.0 66.162 9 22 19
79.430 10 0.0 79.429 5 12 10
83.030 20 0.0 83.025 11 13 10
83.302 8 0.0 83.299 4 9 6
83.339 5 0.0 83.339 3 6 2
88.160 10 0.0 88.158 6 12 9
90.766 13 0.0 90.759 10 16 13
90.874 5 91.07 22 90.8742 25 6 1
91.455 5 0.0 91.454 3 8 3
92.030 10 0.0 92.028 4 10 6
93.810 10 0.0 93.811 5 14 10
105.420 10 0.0 105.419 6 7 2
108.710 10 0.0 108.704 6 9 5
0.0 112.954 9 112.954 6 7 1
119.763 5 119.79 11 119.762 3 8 2
120.640 10 0.0 120.639 4 9 4
126.440 20 0.0 126.458 13 15 11
127.298 5 127.33 8 127.297 3 8 1
129.360 10 0.0 129.369 4 10 4
138.210 20 0.0 138.212 7 15 10
138.210 20 0.0 138.218 13 19 14
138.320 20 0.0 138.330 5 9 3
138.64 3 0.0 138.630 11 13 8
147.060 10 0.0 147.059 4 10 3
149.417 11 0.0 149.415 5 14 8
162.09 3 0.0 162.076 19 23 17
166.640 10 0.0 166.638 4 9 2
170.33 3 0.0 170.341 25 20 14
171.450 10 0.0 171.456 5 12 6
173.340 10 0.0 173.338 10 21 14
175.370 11 0.0 175.367 4 10 2
182.520 10 0.0 182.514 7 16 9
182.900 8 0.0 182.902 4 10 1
185.845 11 0.0 185.838 5 14 6
(1 187.100 20 1) 0.0 187.120 13 11 2
188.119 11 0.0 188.116 9 17 9
193.820 20 0.0 193.816 7 15 8
194.66 3 0.0 194.655 13 11 1
196.866 11 0.0 196.862 6 12 5
203.25 4 0.0 203.251 19 23 15
204.36 3 0.0 204.380 14 22 14
208.802 14 0.0 208.797 5 12 4
223.173 11 0.0 223.179 5 14 4
229.40 5 0.0 229.389 7 16 8
230.243 13 0.0 230.239 6 15 6
(1 234.93 6 1) 0.0 234.991 10 17 8
240.868 14 0.0 240.869 5 14 3
254.794 15 0.0 254.796 5 12 2
258.43 5 0.0 258.392 11 13 2
258.43 5 0.0 258.437 20 23 13
262.31 4 0.0 262.331 5 12 1
263.20 4 0.0 263.20 4 24 15
265.78 4 0.0 265.812 7 16 6
267.56 3 0.0 267.580 6 15 4
269.170 20 0.0 269.178 5 14 2
271.40 8 0.0 271.414 9 17 6
276.710 20 0.0 276.712 5 14 1
278.170 20 0.0 278.170 14 18 8
(1 285.23 4 1) 0.0 285.270 7 15 3
(1 287.49 14 1) 0.0 287.633 14 19 8
291.17 5 0.0 291.218 8 16 5
296.82 5 0.0 296.820 10 17 5
298.20 5 0.0 298.190 14 22 10
303.16 4 0.0 303.153 7 16 4
308.71 7 0.0 308.755 10 17 4
(1 313.54 4 1) 0.0 313.578 6 15 2
314.60 3 0.0 314.593 14 18 6
321.13 3 0.0 321.113 6 15 1
326.45 5 0.0 326.445 10 17 3
329.39 3 0.0 329.40 3 28 18
349.16 5 0.0 349.151 7 16 2
350.20 5 0.0 350.191 19 23 9
354.76 3 0.0 354.753 9 17 2
356.62 10 0.0 356.686 7 16 1
359.12 10 0.0 359.176 11 21 6
362.30 3 0.0 362.288 9 17 1
368.27 14 0.0 368.138 15 22 7
369.63 3 0.0 369.624 14 18 3
374.69 4 0.0 374.69 4 27 15
379.10 4 0.0 379.087 14 19 3
390.24 4 0.0 390.218 14 22 6
393.58 8 0.0 393.52 3 20 4
393.58 8 0.0 393.64 5 29 16
396.49 4 0.0 396.517 11 21 4
397.90 4 0.0 397.932 14 18 2
(1 407.30 9 1) 0.0 407.395 14 19 2
413.75 15 0.0 413.75 3 28 15
414.97 6 0.0 414.930 14 19 1
(1 433.1 4 1) 0.0 433.490 19 23 6
435.43 20 0.0 435.56 4 25 11
439.53 6 0.0 439.52 3 20 2
442.51 6 0.0 442.515 11 21 2
(1 445.15 9 1) 0.0 445.249 14 22 3
447.27 6 0.0 447.31 4 25 10
456.2 3 0.0 456.04 4 25 9
(1 470.65 16 1) 0.0 470.830 19 23 4
473.63 8 0.0 473.557 14 22 2
473.63 6 0.0 473.61 5 29 14
481.14 6 0.0 481.092 14 22 1
488.57 12 0.0 488.521 19 23 3
(1 516.72 10 1) 0.0 516.829 19 23 2
524.22 20 0.0 524.364 19 23 1
539.2 3 0.0 539.34 4 25 6
540.5 3 0.0 540.21 3 28 11
551.7 3 0.0 551.96 3 28 10
564.70 22 0.0 564.74 4 25 5
567.50 15 0.0 567.42 5 29 10
568.52 24 0.0 568.50 4 27 8
583.0 5 0.0 582.85 4 27 7
622.76 10 0.0 622.68 4 25 2
630.24 10 0.0 630.21 4 25 1
647.9 7 0.0 647.9 6 26 1
659.95 10 0.0 659.96 4 27 3
(1 681.7 4 1) 0.0 681.33 3 28 4
727.37 25 0.0 727.33 3 28 2
734.89 13 0.0 734.86 3 28 1
743.1 5 0.0 742.79 5 29 2
749.9 5 0.0 750.32 5 29 1
916.8 5 0.0 916.8 4 30 1
984.3 6 0.0 984.3 5 31 1
1004.3 7 0.0 1004.3 6 32 1
1018.3 7 0.0 1018.3 6 33 1
1110.4 6 0.0 1110.4 5 34 1
1171.1 6 0.0 1171.1 5 35 1
1223.7 7 0.0 1223.7 6 36 1
1322.6 4 0.0 1322.6 3 37 1
1344.0 5 0.0 1344.0 4 38 1
1362.7 4 0.0 1362.7 3 39 1
1393.9 6 0.0 1393.9 5 40 1
1400.0 6 0.0 1400.0 5 41 1
1527.0 8 0.0 1527.0 7 42 1
1557.9 8 0.0 1557.9 7 43 1
1924.9 6 0.0 1924.9 5 44 1
1933.8 5 0.0 1933.8 4 45 1
2496.6 8 0.0 2496.6 7 46 1
2642.8 6 0.0 2642.8 5 47 1
3225.6 7 0.0 3225.6 5 48 47
3371.8 12 0.0 3371.8 7 48 46
3934.6 6 0.0 3934.6 4 48 45
3943.5 8 0.0 3943.5 5 48 44
4310.6 15 0.0 4310.5 7 48 43
4341.4 15 0.0 4341.3 7 48 42
4468.3 8 0.0 4468.3 5 48 41
4474.4 8 0.0 4474.4 5 48 40
4505.6 4 0.0 4505.6 3 48 39
4524.3 5 0.0 4524.3 4 48 38
4545.7 4 0.0 4545.7 3 48 37
4644.6 10 0.0 4644.6 6 48 36
4697.2 7 0.0 4697.2 5 48 35
4757.9 7 0.0 4757.9 5 48 34
4850.0 10 0.0 4850.0 6 48 33
4864.0 10 0.0 4864.0 6 48 32
4884.0 8 0.0 4884.0 5 48 31
4951.5 6 0.0 4951.5 4 48 30
5117.8 5 0.0 5117.98 11 48 29
5133.3 8 0.0 5133.44 11 48 28
5172.7 3 0.0 5172.50 11 48 27
5220.4 10 0.0 5220.4 6 48 26
5237.8 3 0.0 5238.09 11 48 25
5283.9 11 0.0 5283.98 11 48 24
(1 5386.8 4 1) 0.0 5387.20 10 48 22
5453.1 7 0.0 5453.36 10 48 19
5463.0 5 0.0 5462.82 10 48 18
5506.4 5 0.0 5506.00 10 48 17
(1 5512.8 12 1) 0.0 5511.60 10 48 16
5547.0 10 0.0 5547.17 10 48 15
5591.6 12 0.0 5591.57 10 48 14
5740.9 3 0.0 5740.98 10 48 8
5832.6 3 0.0 5832.43 10 48 3
5861.4 10 0.0 5860.74 10 48 2
5868.4 6 0.0 5868.28 10 48 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3075 F=136
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.000 F= 0
CHISQ/F = .3015 (FIT OF 190GAMMAS - 47LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
7.5350 22 2.4E-16 5 .0000
28.308 3 32 3 .0000
35.573 5 0.45 5 .0000
35.8431 22 76 7 3.8431
36.423 3 0.32 6 .0000
37.341 3 3.4 3 .0000
45.998 3 3.9 5 .0000
53.5332 22 1.63 15 4.1393
55.031 3 2.6 3 .0000
55.604 4 0.44 9 .0000
57.933 5 0.64 14 .0000
59.421 6 0.39 8 .0000
65.468 5 2.4E-16 5 .0000
66.162 9 0.12 3 .0000
79.429 5 0.32 8 .0000
83.025 11 0.65 12 .0000
83.299 4 0.89 18 .0000
83.339 3 25.8 15 .0000
88.158 6 0.11 3 .0000
90.759 10 1.8 4 .0000
90.8742 25 37.9 18 .3719
91.454 3 12.1 6 .0000
92.028 4 1.21 15 .0000
93.811 5 0.12 3 .0000
105.419 6 0.24 5 .0000
108.704 6 3.79 23 .0000
112.954 6 2.4E-16 5 .0000
119.762 3 43.3 20 .0441
120.639 4 1.97 14 .0000
126.458 13 0.18 6 .0000
127.297 3 100 4 .0000
129.369 4 10.5 5 .0000
138.212 7 0.36 5 .0000
138.218 13 0.36 5 .0000
138.330 5 0.53 8 .0000
138.630 11 0.23 3 .0000
147.059 4 3.7 4 .0000
149.415 5 0.38 5 .0000
162.076 19 0.41 8 .0000
166.638 4 11.8 6 .0000
170.341 25 0.20 6 .0000
171.456 5 1.05 11 .0000
173.338 10 2.08 17 .0000
175.367 4 18.3 11 .0000
182.514 7 0.36 6 .0000
182.902 4 22.6 11 .0000
185.838 5 0.85 9 .0000
187.120 13 0.12 3 .0000
188.116 9 0.42 5 .0000
193.816 7 0.91 14 .0000
194.655 13 0.32 8 .0000
196.862 6 3.18 15 .0000
203.251 19 0.64 12 .0000
204.380 14 1.06 9 .0000
208.797 5 1.56 18 .0000
223.179 5 3.8 3 .0000
229.389 7 0.10 3 .0000
230.239 6 0.23 3 .0000
234.991 10 0.44 5 .0000
240.869 5 0.71 11 .0000
254.796 5 6.8 3 .0000
258.392 11 0.12 6 .0000
258.437 20 0.12 6 .0000
262.331 5 0.09 3 .0000
263.20 4 0.24 5 .0000
265.812 7 0.65 8 .0000
267.580 6 0.21 5 .0000
269.178 5 12.0 8 .0000
271.414 9 0.18 6 .0000
276.712 5 24.5 15 .0000
278.170 14 2.95 18 .0000
285.270 7 0.30 6 .0000
287.633 14 0.45 8 .0000
291.218 8 1.36 14 .0000
296.820 10 0.42 6 .0000
298.190 14 0.58 8 .0000
303.153 7 1.59 20 .0000
308.755 10 1.52 12 .0000
313.578 6 3.56 21 .0000
314.593 14 1.50 12 .0000
321.113 6 40.0 24 .0000
326.445 10 0.47 8 .0000
329.40 3 2.82 20 .0000
349.151 7 1.77 14 .0000
350.191 19 2.36 17 .0000
354.753 9 15.3 9 .0000
356.686 7 0.58 15 .0000
359.176 11 0.48 8 .0000
362.288 9 12.3 9 .0000
368.138 15 1.24 12 .0000
369.624 14 4.5 3 .0000
374.69 4 0.73 11 .0000
379.087 14 2.00 17 .0000
390.218 14 10.2 6 .0000
393.52 3 1.65 17 .0000
393.64 5 1.65 17 .0000
396.517 11 6.5 5 .0000
397.932 14 50 3 .0000
407.395 14 2.59 21 .0000
413.75 3 2.7 6 .0000
414.930 14 46 3 .0000
433.490 19 1.08 17 .0000
435.56 4 0.42 12 .0000
439.52 3 4.2 3 .0000
442.515 11 11.4 8 .0000
445.249 14 2.48 24 .0000
447.31 4 0.76 12 .0000
456.04 4 0.27 14 .0000
470.830 19 28.2 20 .0000
473.557 14 33.8 24 .0000
473.61 5 33.8 24 .0000
481.092 14 10.5 9 .0000
488.521 19 2.05 23 .0000
516.829 19 7.1 5 .0000
524.364 19 2.3 5 .0000
539.34 4 1.7 5 .0000
540.21 3 2.0 5 .0000
551.96 3 1.4 4 .0000
564.74 4 2.1 5 .0000
567.42 5 7.9 9 .0000
568.50 4 3.5 5 .0000
582.85 4 4.2 6 .0000
622.68 4 21.5 15 .0000
630.21 4 27.6 20 .0000
647.9 6 1.5E-16 3 .0000
659.96 4 31.4 21 .0000
681.33 3 4.4 8 .0000
727.33 3 6.4 9 .0000
734.86 3 25 3 .0000
742.79 5 2.7 9 .0000
750.32 5 2.9 9 .0000
916.8 4 1.5E-16 3 .0000
984.3 5 1.5E-16 3 .0000
1004.3 6 1.5E-16 3 .0000
1018.3 6 1.5E-16 3 .0000
1110.4 5 1.5E-16 3 .0000
1171.1 5 1.5E-16 3 .0000
1223.7 6 1.5E-16 3 .0000
1322.6 3 1.5E-16 3 .0000
1344.0 4 1.5E-16 3 .0000
1362.7 3 1.5E-16 3 .0000
1393.9 5 1.5E-16 3 .0000
1400.0 5 1.5E-16 3 .0000
1527.0 7 1.5E-16 3 .0000
1557.9 7 1.5E-16 3 .0000
1924.9 5 1.5E-16 3 .0000
1933.8 4 1.5E-16 3 .0000
2496.6 7 1.5E-16 3 .0000
2642.8 5 1.5E-16 3 .0000
3225.6 5 2.9 5 .0000
3371.8 7 8.6 3 .0000
3934.6 4 7.1 5 .0000
3943.5 5 5.2 5 .0000
4310.5 7 4.2 8 .0000
4341.3 7 13.2 14 .0000
4468.3 5 2.0 3 .0000
4474.4 5 1.7 3 .0000
4505.6 3 10.6 9 .0000
4524.3 4 4.2 5 .0000
4545.7 3 13.6 15 .0000
4644.6 6 2.1 3 .0000
4697.2 5 14.2 15 .0000
4757.9 5 1.4 5 .0000
4850.0 6 1.4 3 .0000
4864.0 6 5.6 5 .0000
4884.0 5 5.5 6 .0000
4951.5 4 1.8 3 .0000
5117.98 11 5.9 5 .0000
5133.44 11 0.6 3 .0000
5172.50 11 8.8 6 .0000
5220.4 6 0.24 15 .0000
5238.09 11 15.5 9 .0000
5283.98 11 0.52 17 .0000
5387.20 10 6.1 8 .0000
5453.36 10 3.3 3 .0000
5462.82 10 4.5 5 .0000
5506.00 10 0.15 5 .0000
5511.60 10 0.11 5 .0000
5547.17 10 1.6 3 .0000
5591.57 10 1.27 14 .0000
5740.98 10 66 3 .0000
5832.43 10 15.0 8 .0000
5860.74 10 0.15 9 .0000
5868.28 10 2.24 24 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.152SM(N,G) E=TH 2.152SM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
7.5350 22 0.0 0.0 *S* 0.0 0.0 *S* 2.4E-16 5
28.308 3 2.10 21 2.10 21 0.0 1.30 18 32 3
35.573 5 0.030 3 0.030 3 0.0 0.019 3 0.45 5
35.8431 22 6.2 6 5.0 5*1* 0.0 3.1 4 76 7
36.423 3 0.021 4 0.021 4 0.0 0.013 3 0.32 6
37.341 3 0.223 22 0.223 22 0.0 0.139 19 3.4 3
45.998 3 0.26 3 0.26 3 0.0 0.162 25 3.9 5
53.5332 22 0.136 14 0.108 11*2* 0.0 0.067 9 1.63 15
55.031 3 0.171 17 0.171 17 0.0 0.106 15 2.6 3
55.604 4 0.029 6 0.029 6 0.0 0.018 4 0.44 9
57.933 5 0.042 9 0.042 9 0.0 0.026 6 0.64 14
59.421 6 0.026 5 0.026 5 0.0 0.016 4 0.39 8
65.468 5 0.0 0.0 0.0 0.0 2.4E-16 5
66.162 9 0.0080 20 0.0080 20 0.0 0.0050 13 0.12 3
79.429 5 0.021 5 0.021 5 0.0 0.013 3 0.32 8
83.025 11 0.043 8 0.043 8 0.0 0.027 6 0.65 12
83.299 4 0.059 12 0.059 12 0.0 0.037 8 0.89 18
83.339 3 1.70 10 1.70 10 0.0 1.06 12 25.8 15
88.158 6 0.0073 22 0.0073 22 0.0 0.0045 14 0.11 3
90.759 10 0.116 23 0.116 23 0.0 0.072 16 1.8 4
90.8742 25 2.47 12 2.50 12 1.8 3 1.6 3 37.9 18
91.454 3 0.80 4 0.80 4 0.0 0.50 6 12.1 6
92.028 4 0.080 10 0.080 10 0.0 0.050 8 1.21 15
93.811 5 0.0080 20 0.0080 20 0.0 0.0050 13 0.12 3
105.419 6 0.016 3 0.016 3 0.0 0.0099 21 0.24 5
108.704 6 0.250 15 0.250 15 0.0 0.155 18 3.79 23
112.954 6 0.0 0.0 0.0 0.0 2.4E-16 5
119.762 3 2.84 14 2.86 14 1.84 24 1.77 23 43.3 20
120.639 4 0.130 9 0.130 9 0.0 0.081 10 1.97 14
126.458 13 0.012 4 0.012 4 0.0 0.007 3 0.18 6
127.297 3 6.6 3 6.6 3 4.1 3 4.1 3 100 4
129.369 4 0.69 3 0.69 3 0.0 0.43 5 10.5 5
138.212 7 0.024 3 0.024 3 0.0 0.0149 24 0.36 5
138.218 13 0.024 3 0.024 3 0.0 0.0149 24 0.36 5
138.330 5 0.035 5 0.035 5 0.0 0.022 4 0.53 8
138.630 11 0.0150 20 0.0150 20 0.0 0.0093 16 0.23 3
147.059 4 0.242 24 0.242 24 0.0 0.150 21 3.7 4
149.415 5 0.025 3 0.025 3 0.0 0.0155 24 0.38 5
162.076 19 0.027 5 0.027 5 0.0 0.017 4 0.41 8
166.638 4 0.78 4 0.78 4 0.0 0.48 5 11.8 6
170.341 25 0.013 4 0.013 4 0.0 0.008 3 0.20 6
171.456 5 0.069 7 0.069 7 0.0 0.043 6 1.05 11
173.338 10 0.137 11 0.137 11 0.0 0.085 11 2.08 17
175.367 4 1.21 7 1.21 7 0.0 0.75 9 18.3 11
182.514 7 0.024 4 0.024 4 0.0 0.015 3 0.36 6
182.902 4 1.49 7 1.49 7 0.0 0.93 10 22.6 11
185.838 5 0.056 6 0.056 6 0.0 0.035 5 0.85 9
187.120 13 0.0080 20 0.0080 20 0.0 0.0050 13 0.12 3
188.116 9 0.028 3 0.028 3 0.0 0.0174 25 0.42 5
193.816 7 0.060 9 0.060 9 0.0 0.037 7 0.91 14
194.655 13 0.021 5 0.021 5 0.0 0.013 3 0.32 8
196.862 6 0.210 10 0.210 10 0.0 0.130 14 3.18 15
203.251 19 0.042 8 0.042 8 0.0 0.026 6 0.64 12
204.380 14 0.070 6 0.070 6 0.0 0.043 6 1.06 9
208.797 5 0.103 12 0.103 12 0.0 0.064 10 1.56 18
223.179 5 0.250 20 0.250 20 0.0 0.155 20 3.8 3
229.389 7 0.0063 19 0.0063 19 0.0 0.0039 12 0.10 3
230.239 6 0.0150 20 0.0150 20 0.0 0.0093 16 0.23 3
234.991 10 0.029 3 0.029 3 0.0 0.018 3 0.44 5
240.869 5 0.047 7 0.047 7 0.0 0.029 5 0.71 11
254.796 5 0.449 22 0.449 22 0.0 0.28 3 6.8 3
258.392 11 0.008 4 0.008 4 0.0 0.0050 25 0.12 6
258.437 20 0.008 4 0.008 4 0.0 0.0050 25 0.12 6
262.331 5 0.0057 17 0.0057 17 0.0 0.0035 11 0.09 3
263.20 4 0.016 3 0.016 3 0.0 0.0099 21 0.24 5
265.812 7 0.043 5 0.043 5 0.0 0.027 4 0.65 8
267.580 6 0.014 3 0.014 3 0.0 0.0087 21 0.21 5
269.178 5 0.79 5 0.79 5 0.0 0.49 6 12.0 8
271.414 9 0.012 4 0.012 4 0.0 0.007 3 0.18 6
276.712 5 1.62 10 1.62 10 0.0 1.01 12 24.5 15
278.170 14 0.195 12 0.195 12 0.0 0.121 14 2.95 18
285.270 7 0.020 4 0.020 4 0.0 0.012 3 0.30 6
287.633 14 0.030 5 0.030 5 0.0 0.019 4 0.45 8
291.218 8 0.090 9 0.090 9 0.0 0.056 8 1.36 14
296.820 10 0.028 4 0.028 4 0.0 0.017 3 0.42 6
298.190 14 0.038 5 0.038 5 0.0 0.024 4 0.58 8
303.153 7 0.105 13 0.105 13 0.0 0.065 10 1.59 20
308.755 10 0.100 8 0.100 8 0.0 0.062 8 1.52 12
313.578 6 0.235 14 0.235 14 0.0 0.146 17 3.56 21
314.593 14 0.099 8 0.099 8 0.0 0.062 8 1.50 12
321.113 6 2.64 16 2.64 16 0.0 1.64 19 40.0 24
326.445 10 0.031 5 0.031 5 0.0 0.019 4 0.47 8
329.40 3 0.186 13 0.186 13 0.0 0.116 14 2.82 20
349.151 7 0.117 9 0.117 9 0.0 0.073 9 1.77 14
350.191 19 0.156 11 0.156 11 0.0 0.097 12 2.36 17
354.753 9 1.01 6 1.01 6 0.0 0.63 7 15.3 9
356.686 7 0.038 10 0.038 10 0.0 0.024 7 0.58 15
359.176 11 0.032 5 0.032 5 0.0 0.020 4 0.48 8
362.288 9 0.81 6 0.81 6 0.0 0.50 6 12.3 9
368.138 15 0.082 8 0.082 8 0.0 0.051 7 1.24 12
369.624 14 0.300 18 0.300 18 0.0 0.186 22 4.5 3
374.69 4 0.048 7 0.048 7 0.0 0.030 5 0.73 11
379.087 14 0.132 11 0.132 11 0.0 0.082 11 2.00 17
390.218 14 0.67 4 0.67 4 0.0 0.42 5 10.2 6
393.52 3 0.109 11 0.109 11 0.0 0.068 10 1.65 17
393.64 5 0.109 11 0.109 11 0.0 0.068 10 1.65 17
396.517 11 0.43 3 0.43 3 0.0 0.27 3 6.5 5
397.932 14 3.31 20 3.31 20 0.0 2.06 24 50 3
407.395 14 0.171 14 0.171 14 0.0 0.106 14 2.59 21
413.75 3 0.18 4 0.18 4 0.0 0.11 3 2.7 6
414.930 14 3.04 18 3.04 18 0.0 1.89 22 46 3
433.490 19 0.071 11 0.071 11 0.0 0.044 8 1.08 17
435.56 4 0.028 8 0.028 8 0.0 0.017 5 0.42 12
439.52 3 0.280 22 0.280 22 0.0 0.174 22 4.2 3
442.515 11 0.75 5 0.75 5 0.0 0.47 6 11.4 8
445.249 14 0.164 16 0.164 16 0.0 0.102 14 2.48 24
447.31 4 0.050 8 0.050 8 0.0 0.031 6 0.76 12
456.04 4 0.018 9 0.018 9 0.0 0.011 6 0.27 14
470.830 19 1.86 13 1.86 13 0.0 1.16 14 28.2 20
473.557 14 2.23 16 2.23 16 0.0 1.39 17 33.8 24
473.61 5 2.23 16 2.23 16 0.0 1.39 17 33.8 24
481.092 14 0.69 6 0.69 6 0.0 0.43 6 10.5 9
488.521 19 0.135 15 0.135 15 0.0 0.084 13 2.05 23
516.829 19 0.47 3 0.47 3 0.0 0.29 4 7.1 5
524.364 19 0.15 3 0.15 3 0.0 0.093 21 2.3 5
539.34 4 0.11 3 0.11 3 0.0 0.068 20 1.7 5
540.21 3 0.13 3 0.13 3 0.0 0.081 20 2.0 5
551.96 3 0.095 24 0.095 24 0.0 0.059 16 1.4 4
564.74 4 0.14 3 0.14 3 0.0 0.087 21 2.1 5
567.42 5 0.52 6 0.52 6 0.0 0.32 5 7.9 9
568.50 4 0.23 3 0.23 3 0.0 0.143 23 3.5 5
582.85 4 0.28 4 0.28 4 0.0 0.17 3 4.2 6
622.68 4 1.42 10 1.42 10 0.0 0.88 11 21.5 15
630.21 4 1.82 13 1.82 13 0.0 1.13 14 27.6 20
647.9 6 0.0 0.0 0.0 0.0 1.5E-16 3
659.96 4 2.07 14 2.07 14 0.0 1.29 16 31.4 21
681.33 3 0.29 5 0.29 5 0.0 0.18 4 4.4 8
727.33 3 0.42 6 0.42 6 0.0 0.26 5 6.4 9
734.86 3 1.65 17 1.65 17 0.0 1.02 15 25 3
742.79 5 0.18 6 0.18 6 0.0 0.11 4 2.7 9
750.32 5 0.19 6 0.19 6 0.0 0.12 4 2.9 9
916.8 4 0.0 0.0 0.0 0.0 1.5E-16 3
984.3 5 0.0 0.0 0.0 0.0 1.5E-16 3
1004.3 6 0.0 0.0 0.0 0.0 1.5E-16 3
1018.3 6 0.0 0.0 0.0 0.0 1.5E-16 3
1110.4 5 0.0 0.0 0.0 0.0 1.5E-16 3
1171.1 5 0.0 0.0 0.0 0.0 1.5E-16 3
1223.7 6 0.0 0.0 0.0 0.0 1.5E-16 3
1322.6 3 0.0 0.0 0.0 0.0 1.5E-16 3
1344.0 4 0.0 0.0 0.0 0.0 1.5E-16 3
1362.7 3 0.0 0.0 0.0 0.0 1.5E-16 3
1393.9 5 0.0 0.0 0.0 0.0 1.5E-16 3
1400.0 5 0.0 0.0 0.0 0.0 1.5E-16 3
1527.0 7 0.0 0.0 0.0 0.0 1.5E-16 3
1557.9 7 0.0 0.0 0.0 0.0 1.5E-16 3
1924.9 5 0.0 0.0 0.0 0.0 1.5E-16 3
1933.8 4 0.0 0.0 0.0 0.0 1.5E-16 3
2496.6 7 0.0 0.0 0.0 0.0 1.5E-16 3
2642.8 5 0.0 0.0 0.0 0.0 1.5E-16 3
3225.6 5 0.19 3 0.19 3 0.0 0.118 22 2.9 5
3371.8 7 0.570 20 0.570 20 0.0 0.35 4 8.6 3
3934.6 4 0.47 3 0.47 3 0.0 0.29 4 7.1 5
3943.5 5 0.34 3 0.34 3 0.0 0.21 3 5.2 5
4310.5 7 0.28 5 0.28 5 0.0 0.17 4 4.2 8
4341.3 7 0.87 9 0.87 9 0.0 0.54 8 13.2 14
4468.3 5 0.130 20 0.130 20 0.0 0.081 15 2.0 3
4474.4 5 0.110 20 0.110 20 0.0 0.068 14 1.7 3
4505.6 3 0.70 6 0.70 6 0.0 0.43 6 10.6 9
4524.3 4 0.28 3 0.28 3 0.0 0.174 25 4.2 5
4545.7 3 0.90 10 0.90 10 0.0 0.56 8 13.6 15
4644.6 6 0.140 20 0.140 20 0.0 0.087 15 2.1 3
4697.2 5 0.94 10 0.94 10 0.0 0.58 9 14.2 15
4757.9 5 0.09 3 0.09 3 0.0 0.056 19 1.4 5
4850.0 6 0.090 20 0.090 20 0.0 0.056 14 1.4 3
4864.0 6 0.37 3 0.37 3 0.0 0.23 3 5.6 5
4884.0 5 0.36 4 0.36 4 0.0 0.22 3 5.5 6
4951.5 4 0.120 20 0.120 20 0.0 0.075 14 1.8 3
5117.98 11 0.39 3 0.39 3 0.0 0.24 3 5.9 5
5133.44 11 0.040 20 0.040 20 0.0 0.025 13 0.6 3
5172.50 11 0.58 4 0.58 4 0.0 0.36 4 8.8 6
5220.4 6 0.016 10 0.016 10 0.0 0.010 6 0.24 15
5238.09 11 1.02 6 1.02 6 0.0 0.63 7 15.5 9
5283.98 11 0.034 11 0.034 11 0.0 0.021 7 0.52 17
5387.20 10 0.40 5 0.40 5 0.0 0.25 4 6.1 8
5453.36 10 0.220 20 0.220 20 0.0 0.137 18 3.3 3
5462.82 10 0.30 3 0.30 3 0.0 0.19 3 4.5 5
5506.00 10 0.010 3 0.010 3 0.0 0.0062 20 0.15 5
5511.60 10 0.007 3 0.007 3 0.0 0.0043 19 0.11 5
5547.17 10 0.104 20 0.104 20 0.0 0.065 14 1.6 3
5591.57 10 0.084 9 0.084 9 0.0 0.052 8 1.27 14
5740.98 10 4.35 17 4.35 17 0.0 2.7 3 66 3
5832.43 10 0.99 5 0.99 5 0.0 0.61 7 15.0 8
5860.74 10 0.010 6 0.010 6 0.0 0.006 4 0.15 9
5868.28 10 0.148 16 0.148 16 0.0 0.092 14 2.24 24
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F .0501373 .3710855
SKEW 8.8148378 1.2484696
NDEGREES 162 3
ITERATION - 2
LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
7.5350 22 0.0 .0000
28.308 3 32 3 .0000
35.573 5 0.45 5 .0000
35.8431 22 94 18 .0000
36.423 3 0.32 6 .0000
37.341 3 3.4 3 .0000
45.998 3 3.9 5 .0000
53.5332 22 2.1 4 .0000
55.031 3 2.6 3 .0000
55.604 4 0.44 9 .0000
57.933 5 0.64 14 .0000
59.421 6 0.39 8 .0000
65.468 5 0.0 .0000
66.162 9 0.12 3 .0000
79.429 5 0.32 8 .0000
83.025 11 0.65 12 .0000
83.299 4 0.89 18 .0000
83.339 3 25.8 15 .0000
88.158 6 0.11 3 .0000
90.759 10 1.8 4 .0000
90.8742 25 37.9 18 .3719
91.454 3 12.1 6 .0000
92.028 4 1.21 15 .0000
93.811 5 0.12 3 .0000
105.419 6 0.24 5 .0000
108.704 6 3.79 23 .0000
112.954 6 0.0 .0000
119.762 3 43.3 20 .0441
120.639 4 1.97 14 .0000
126.458 13 0.18 6 .0000
127.297 3 100 4 .0000
129.369 4 10.5 5 .0000
138.212 7 0.36 5 .0000
138.218 13 0.36 5 .0000
138.330 5 0.53 8 .0000
138.630 11 0.23 3 .0000
147.059 4 3.7 4 .0000
149.415 5 0.38 5 .0000
162.076 19 0.41 8 .0000
166.638 4 11.8 6 .0000
170.341 25 0.20 6 .0000
171.456 5 1.05 11 .0000
173.338 10 2.08 17 .0000
175.367 4 18.3 11 .0000
182.514 7 0.36 6 .0000
182.902 4 22.6 11 .0000
185.838 5 0.85 9 .0000
187.120 13 0.12 3 .0000
188.116 9 0.42 5 .0000
193.816 7 0.91 14 .0000
194.655 13 0.32 8 .0000
196.862 6 3.18 15 .0000
203.251 19 0.64 12 .0000
204.380 14 1.06 9 .0000
208.797 5 1.56 18 .0000
223.179 5 3.8 3 .0000
229.389 7 0.10 3 .0000
230.239 6 0.23 3 .0000
234.991 10 0.44 5 .0000
240.869 5 0.71 11 .0000
254.796 5 6.8 3 .0000
258.392 11 0.12 6 .0000
258.437 20 0.12 6 .0000
262.331 5 0.09 3 .0000
263.20 4 0.24 5 .0000
265.812 7 0.65 8 .0000
267.580 6 0.21 5 .0000
269.178 5 12.0 8 .0000
271.414 9 0.18 6 .0000
276.712 5 24.5 15 .0000
278.170 14 2.95 18 .0000
285.270 7 0.30 6 .0000
287.633 14 0.45 8 .0000
291.218 8 1.36 14 .0000
296.820 10 0.42 6 .0000
298.190 14 0.58 8 .0000
303.153 7 1.59 20 .0000
308.755 10 1.52 12 .0000
313.578 6 3.56 21 .0000
314.593 14 1.50 12 .0000
321.113 6 40.0 24 .0000
326.445 10 0.47 8 .0000
329.40 3 2.82 20 .0000
349.151 7 1.77 14 .0000
350.191 19 2.36 17 .0000
354.753 9 15.3 9 .0000
356.686 7 0.58 15 .0000
359.176 11 0.48 8 .0000
362.288 9 12.3 9 .0000
368.138 15 1.24 12 .0000
369.624 14 4.5 3 .0000
374.69 4 0.73 11 .0000
379.087 14 2.00 17 .0000
390.218 14 10.2 6 .0000
393.52 3 1.65 17 .0000
393.64 5 1.65 17 .0000
396.517 11 6.5 5 .0000
397.932 14 50 3 .0000
407.395 14 2.59 21 .0000
413.75 3 2.7 6 .0000
414.930 14 46 3 .0000
433.490 19 1.08 17 .0000
435.56 4 0.42 12 .0000
439.52 3 4.2 3 .0000
442.515 11 11.4 8 .0000
445.249 14 2.48 24 .0000
447.31 4 0.76 12 .0000
456.04 4 0.27 14 .0000
470.830 19 28.2 20 .0000
473.557 14 33.8 24 .0000
473.61 5 33.8 24 .0000
481.092 14 10.5 9 .0000
488.521 19 2.05 23 .0000
516.829 19 7.1 5 .0000
524.364 19 2.3 5 .0000
539.34 4 1.7 5 .0000
540.21 3 2.0 5 .0000
551.96 3 1.4 4 .0000
564.74 4 2.1 5 .0000
567.42 5 7.9 9 .0000
568.50 4 3.5 5 .0000
582.85 4 4.2 6 .0000
622.68 4 21.5 15 .0000
630.21 4 27.6 20 .0000
647.9 6 0.0 .0000
659.96 4 31.4 21 .0000
681.33 3 4.4 8 .0000
727.33 3 6.4 9 .0000
734.86 3 25 3 .0000
742.79 5 2.7 9 .0000
750.32 5 2.9 9 .0000
916.8 4 0.0 .0000
984.3 5 0.0 .0000
1004.3 6 0.0 .0000
1018.3 6 0.0 .0000
1110.4 5 0.0 .0000
1171.1 5 0.0 .0000
1223.7 6 0.0 .0000
1322.6 3 0.0 .0000
1344.0 4 0.0 .0000
1362.7 3 0.0 .0000
1393.9 5 0.0 .0000
1400.0 5 0.0 .0000
1527.0 7 0.0 .0000
1557.9 7 0.0 .0000
1924.9 5 0.0 .0000
1933.8 4 0.0 .0000
2496.6 7 0.0 .0000
2642.8 5 0.0 .0000
3225.6 5 2.9 5 .0000
3371.8 7 8.6 3 .0000
3934.6 4 7.1 5 .0000
3943.5 5 5.2 5 .0000
4310.5 7 4.2 8 .0000
4341.3 7 13.2 14 .0000
4468.3 5 2.0 3 .0000
4474.4 5 1.7 3 .0000
4505.6 3 10.6 9 .0000
4524.3 4 4.2 5 .0000
4545.7 3 13.6 15 .0000
4644.6 6 2.1 3 .0000
4697.2 5 14.2 15 .0000
4757.9 5 1.4 5 .0000
4850.0 6 1.4 3 .0000
4864.0 6 5.6 5 .0000
4884.0 5 5.5 6 .0000
4951.5 4 1.8 3 .0000
5117.98 11 5.9 5 .0000
5133.44 11 0.6 3 .0000
5172.50 11 8.8 6 .0000
5220.4 6 0.24 15 .0000
5238.09 11 15.5 9 .0000
5283.98 11 0.52 17 .0000
5387.20 10 6.1 8 .0000
5453.36 10 3.3 3 .0000
5462.82 10 4.5 5 .0000
5506.00 10 0.15 5 .0000
5511.60 10 0.11 5 .0000
5547.17 10 1.6 3 .0000
5591.57 10 1.27 14 .0000
5740.98 10 66 3 .0000
5832.43 10 15.0 8 .0000
5860.74 10 0.15 9 .0000
5868.28 10 2.24 24 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.152SM(N,G) E=TH 2.152SM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
7.5350 22 0.0 0.0 *S* 0.0 0.0 *S* 0.0
28.308 3 2.10 21 2.10 21 0.0 1.30 25 32 3
35.573 5 0.030 3 0.030 3 0.0 0.019 4 0.45 5
35.8431 22 6.2 12 6.2 12 0.0 3.9 10 94 18
36.423 3 0.021 4 0.021 4 0.0 0.013 3 0.32 6
37.341 3 0.223 22 0.223 22 0.0 0.14 3 3.4 3
45.998 3 0.26 3 0.26 3 0.0 0.16 3 3.9 5
53.5332 22 0.14 3 0.14 3 0.0 0.084 23 2.1 4
55.031 3 0.171 17 0.171 17 0.0 0.106 21 2.6 3
55.604 4 0.029 6 0.029 6 0.0 0.018 5 0.44 9
57.933 5 0.042 9 0.042 9 0.0 0.026 7 0.64 14
59.421 6 0.026 5 0.026 5 0.0 0.016 4 0.39 8
65.468 5 0.0 0.0 0.0 0.0 0.0
66.162 9 0.0080 20 0.0080 20 0.0 0.0050 15 0.12 3
79.429 5 0.021 5 0.021 5 0.0 0.013 4 0.32 8
83.025 11 0.043 8 0.043 8 0.0 0.027 7 0.65 12
83.299 4 0.059 12 0.059 12 0.0 0.037 10 0.89 18
83.339 3 1.70 10 1.70 10 0.0 1.06 19 25.8 15
88.158 6 0.0073 22 0.0073 22 0.0 0.0045 16 0.11 3
90.759 10 0.116 23 0.116 23 0.0 0.072 19 1.8 4
90.8742 25 2.47 12 2.50 12 1.8 3 1.6 3 37.9 18
91.454 3 0.80 4 0.80 4 0.0 0.50 9 12.1 6
92.028 4 0.080 10 0.080 10 0.0 0.050 10 1.21 15
93.811 5 0.0080 20 0.0080 20 0.0 0.0050 15 0.12 3
105.419 6 0.016 3 0.016 3 0.0 0.0099 25 0.24 5
108.704 6 0.250 15 0.250 15 0.0 0.16 3 3.79 23
112.954 6 0.0 0.0 0.0 0.0 0.0
119.762 3 2.84 14 2.86 14 1.84 24 1.77 23 43.3 20
120.639 4 0.130 9 0.130 9 0.0 0.081 15 1.97 14
126.458 13 0.012 4 0.012 4 0.0 0.007 3 0.18 6
127.297 3 6.6 3 6.6 3 4.1 3 4.1 3 100 4
129.369 4 0.69 3 0.69 3 0.0 0.43 7 10.5 5
138.212 7 0.024 3 0.024 3 0.0 0.015 3 0.36 5
138.218 13 0.024 3 0.024 3 0.0 0.015 3 0.36 5
138.330 5 0.035 5 0.035 5 0.0 0.022 5 0.53 8
138.630 11 0.0150 20 0.0150 20 0.0 0.0093 20 0.23 3
147.059 4 0.242 24 0.242 24 0.0 0.15 3 3.7 4
149.415 5 0.025 3 0.025 3 0.0 0.016 3 0.38 5
162.076 19 0.027 5 0.027 5 0.0 0.017 4 0.41 8
166.638 4 0.78 4 0.78 4 0.0 0.48 8 11.8 6
170.341 25 0.013 4 0.013 4 0.0 0.008 3 0.20 6
171.456 5 0.069 7 0.069 7 0.0 0.043 8 1.05 11
173.338 10 0.137 11 0.137 11 0.0 0.085 16 2.08 17
175.367 4 1.21 7 1.21 7 0.0 0.75 13 18.3 11
182.514 7 0.024 4 0.024 4 0.0 0.015 4 0.36 6
182.902 4 1.49 7 1.49 7 0.0 0.93 16 22.6 11
185.838 5 0.056 6 0.056 6 0.0 0.035 7 0.85 9
187.120 13 0.0080 20 0.0080 20 0.0 0.0050 15 0.12 3
188.116 9 0.028 3 0.028 3 0.0 0.017 3 0.42 5
193.816 7 0.060 9 0.060 9 0.0 0.037 8 0.91 14
194.655 13 0.021 5 0.021 5 0.0 0.013 4 0.32 8
196.862 6 0.210 10 0.210 10 0.0 0.130 23 3.18 15
203.251 19 0.042 8 0.042 8 0.0 0.026 7 0.64 12
204.380 14 0.070 6 0.070 6 0.0 0.043 8 1.06 9
208.797 5 0.103 12 0.103 12 0.0 0.064 13 1.56 18
223.179 5 0.250 20 0.250 20 0.0 0.16 3 3.8 3
229.389 7 0.0063 19 0.0063 19 0.0 0.0039 13 0.10 3
230.239 6 0.0150 20 0.0150 20 0.0 0.0093 20 0.23 3
234.991 10 0.029 3 0.029 3 0.0 0.018 4 0.44 5
240.869 5 0.047 7 0.047 7 0.0 0.029 7 0.71 11
254.796 5 0.449 22 0.449 22 0.0 0.28 5 6.8 3
258.392 11 0.008 4 0.008 4 0.0 0.005 3 0.12 6
258.437 20 0.008 4 0.008 4 0.0 0.005 3 0.12 6
262.331 5 0.0057 17 0.0057 17 0.0 0.0035 12 0.09 3
263.20 4 0.016 3 0.016 3 0.0 0.0099 25 0.24 5
265.812 7 0.043 5 0.043 5 0.0 0.027 5 0.65 8
267.580 6 0.014 3 0.014 3 0.0 0.0087 24 0.21 5
269.178 5 0.79 5 0.79 5 0.0 0.49 9 12.0 8
271.414 9 0.012 4 0.012 4 0.0 0.007 3 0.18 6
276.712 5 1.62 10 1.62 10 0.0 1.01 18 24.5 15
278.170 14 0.195 12 0.195 12 0.0 0.121 22 2.95 18
285.270 7 0.020 4 0.020 4 0.0 0.012 3 0.30 6
287.633 14 0.030 5 0.030 5 0.0 0.019 4 0.45 8
291.218 8 0.090 9 0.090 9 0.0 0.056 11 1.36 14
296.820 10 0.028 4 0.028 4 0.0 0.017 4 0.42 6
298.190 14 0.038 5 0.038 5 0.0 0.024 5 0.58 8
303.153 7 0.105 13 0.105 13 0.0 0.065 14 1.59 20
308.755 10 0.100 8 0.100 8 0.0 0.062 11 1.52 12
313.578 6 0.235 14 0.235 14 0.0 0.15 3 3.56 21
314.593 14 0.099 8 0.099 8 0.0 0.062 11 1.50 12
321.113 6 2.64 16 2.64 16 0.0 1.6 3 40.0 24
326.445 10 0.031 5 0.031 5 0.0 0.019 5 0.47 8
329.40 3 0.186 13 0.186 13 0.0 0.116 21 2.82 20
349.151 7 0.117 9 0.117 9 0.0 0.073 13 1.77 14
350.191 19 0.156 11 0.156 11 0.0 0.097 18 2.36 17
354.753 9 1.01 6 1.01 6 0.0 0.63 11 15.3 9
356.686 7 0.038 10 0.038 10 0.0 0.024 7 0.58 15
359.176 11 0.032 5 0.032 5 0.0 0.020 5 0.48 8
362.288 9 0.81 6 0.81 6 0.0 0.50 9 12.3 9
368.138 15 0.082 8 0.082 8 0.0 0.051 10 1.24 12
369.624 14 0.300 18 0.300 18 0.0 0.19 3 4.5 3
374.69 4 0.048 7 0.048 7 0.0 0.030 7 0.73 11
379.087 14 0.132 11 0.132 11 0.0 0.082 15 2.00 17
390.218 14 0.67 4 0.67 4 0.0 0.42 7 10.2 6
393.52 3 0.109 11 0.109 11 0.0 0.068 13 1.65 17
393.64 5 0.109 11 0.109 11 0.0 0.068 13 1.65 17
396.517 11 0.43 3 0.43 3 0.0 0.27 5 6.5 5
397.932 14 3.31 20 3.31 20 0.0 2.1 4 50 3
407.395 14 0.171 14 0.171 14 0.0 0.106 20 2.59 21
413.75 3 0.18 4 0.18 4 0.0 0.11 3 2.7 6
414.930 14 3.04 18 3.04 18 0.0 1.9 3 46 3
433.490 19 0.071 11 0.071 11 0.0 0.044 10 1.08 17
435.56 4 0.028 8 0.028 8 0.0 0.017 6 0.42 12
439.52 3 0.280 22 0.280 22 0.0 0.17 3 4.2 3
442.515 11 0.75 5 0.75 5 0.0 0.47 8 11.4 8
445.249 14 0.164 16 0.164 16 0.0 0.102 20 2.48 24
447.31 4 0.050 8 0.050 8 0.0 0.031 7 0.76 12
456.04 4 0.018 9 0.018 9 0.0 0.011 6 0.27 14
470.830 19 1.86 13 1.86 13 0.0 1.16 21 28.2 20
473.557 14 2.23 16 2.23 16 0.0 1.39 25 33.8 24
473.61 5 2.23 16 2.23 16 0.0 1.39 25 33.8 24
481.092 14 0.69 6 0.69 6 0.0 0.43 8 10.5 9
488.521 19 0.135 15 0.135 15 0.0 0.084 17 2.05 23
516.829 19 0.47 3 0.47 3 0.0 0.29 5 7.1 5
524.364 19 0.15 3 0.15 3 0.0 0.093 24 2.3 5
539.34 4 0.11 3 0.11 3 0.0 0.068 22 1.7 5
540.21 3 0.13 3 0.13 3 0.0 0.081 23 2.0 5
551.96 3 0.095 24 0.095 24 0.0 0.059 18 1.4 4
564.74 4 0.14 3 0.14 3 0.0 0.087 24 2.1 5
567.42 5 0.52 6 0.52 6 0.0 0.32 7 7.9 9
568.50 4 0.23 3 0.23 3 0.0 0.14 3 3.5 5
582.85 4 0.28 4 0.28 4 0.0 0.17 4 4.2 6
622.68 4 1.42 10 1.42 10 0.0 0.88 16 21.5 15
630.21 4 1.82 13 1.82 13 0.0 1.13 21 27.6 20
647.9 6 0.0 0.0 0.0 0.0 0.0
659.96 4 2.07 14 2.07 14 0.0 1.29 23 31.4 21
681.33 3 0.29 5 0.29 5 0.0 0.18 4 4.4 8
727.33 3 0.42 6 0.42 6 0.0 0.26 6 6.4 9
734.86 3 1.65 17 1.65 17 0.0 1.02 20 25 3
742.79 5 0.18 6 0.18 6 0.0 0.11 4 2.7 9
750.32 5 0.19 6 0.19 6 0.0 0.12 4 2.9 9
916.8 4 0.0 0.0 0.0 0.0 0.0
984.3 5 0.0 0.0 0.0 0.0 0.0
1004.3 6 0.0 0.0 0.0 0.0 0.0
1018.3 6 0.0 0.0 0.0 0.0 0.0
1110.4 5 0.0 0.0 0.0 0.0 0.0
1171.1 5 0.0 0.0 0.0 0.0 0.0
1223.7 6 0.0 0.0 0.0 0.0 0.0
1322.6 3 0.0 0.0 0.0 0.0 0.0
1344.0 4 0.0 0.0 0.0 0.0 0.0
1362.7 3 0.0 0.0 0.0 0.0 0.0
1393.9 5 0.0 0.0 0.0 0.0 0.0
1400.0 5 0.0 0.0 0.0 0.0 0.0
1527.0 7 0.0 0.0 0.0 0.0 0.0
1557.9 7 0.0 0.0 0.0 0.0 0.0
1924.9 5 0.0 0.0 0.0 0.0 0.0
1933.8 4 0.0 0.0 0.0 0.0 0.0
2496.6 7 0.0 0.0 0.0 0.0 0.0
2642.8 5 0.0 0.0 0.0 0.0 0.0
3225.6 5 0.19 3 0.19 3 0.0 0.12 3 2.9 5
3371.8 7 0.570 20 0.570 20 0.0 0.35 6 8.6 3
3934.6 4 0.47 3 0.47 3 0.0 0.29 5 7.1 5
3943.5 5 0.34 3 0.34 3 0.0 0.21 4 5.2 5
4310.5 7 0.28 5 0.28 5 0.0 0.17 4 4.2 8
4341.3 7 0.87 9 0.87 9 0.0 0.54 11 13.2 14
4468.3 5 0.130 20 0.130 20 0.0 0.081 18 2.0 3
4474.4 5 0.110 20 0.110 20 0.0 0.068 17 1.7 3
4505.6 3 0.70 6 0.70 6 0.0 0.43 8 10.6 9
4524.3 4 0.28 3 0.28 3 0.0 0.17 3 4.2 5
4545.7 3 0.90 10 0.90 10 0.0 0.56 11 13.6 15
4644.6 6 0.140 20 0.140 20 0.0 0.087 19 2.1 3
4697.2 5 0.94 10 0.94 10 0.0 0.58 12 14.2 15
4757.9 5 0.09 3 0.09 3 0.0 0.056 21 1.4 5
4850.0 6 0.090 20 0.090 20 0.0 0.056 16 1.4 3
4864.0 6 0.37 3 0.37 3 0.0 0.23 4 5.6 5
4884.0 5 0.36 4 0.36 4 0.0 0.22 5 5.5 6
4951.5 4 0.120 20 0.120 20 0.0 0.075 18 1.8 3
5117.98 11 0.39 3 0.39 3 0.0 0.24 4 5.9 5
5133.44 11 0.040 20 0.040 20 0.0 0.025 13 0.6 3
5172.50 11 0.58 4 0.58 4 0.0 0.36 7 8.8 6
5220.4 6 0.016 10 0.016 10 0.0 0.010 6 0.24 15
5238.09 11 1.02 6 1.02 6 0.0 0.63 11 15.5 9
5283.98 11 0.034 11 0.034 11 0.0 0.021 8 0.52 17
5387.20 10 0.40 5 0.40 5 0.0 0.25 5 6.1 8
5453.36 10 0.220 20 0.220 20 0.0 0.14 3 3.3 3
5462.82 10 0.30 3 0.30 3 0.0 0.19 4 4.5 5
5506.00 10 0.010 3 0.010 3 0.0 0.0062 21 0.15 5
5511.60 10 0.007 3 0.007 3 0.0 0.0043 20 0.11 5
5547.17 10 0.104 20 0.104 20 0.0 0.065 16 1.6 3
5591.57 10 0.084 9 0.084 9 0.0 0.052 10 1.27 14
5740.98 10 4.35 17 4.35 17 0.0 2.7 5 66 3
5832.43 10 0.99 5 0.99 5 0.0 0.61 11 15.0 8
5860.74 10 0.010 6 0.010 6 0.0 0.006 4 0.15 9
5868.28 10 0.148 16 0.148 16 0.0 0.092 18 2.24 24
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F .0005572 .3710855
SKEW ********** 1.2484696
NDEGREES 162 3
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)
153SM G 51.040 10 0.030 6
153SM G 63.66 1 0.007 4
153SM G 76.96 1 0.043 9
153SM G 90.56 1 0.052 10
153SM G 104.58 1 0.0080 24
153SM G 104.93 1 0.007 3
153SM G 108.89 1 0.051 5
153SM G 112.65 1 0.018 3
153SM G 113.18 1 0.0100 15
153SM G 117.330 5 0.014 2
153SM G 118.838 5 0.120 8
153SM G 123.62 2 0.029 4
153SM G 135.54 2 0.028 4
153SM G 146.73 4 0.016 3
153SM G 163.21 2 0.011 4
153SM G 167.15 3 0.008 3
153SM G 173.70 1 0.014 4
153SM G 180.34 3 0.0110 22
153SM G 181.80 3 0.0110 22
153SM G 182.44 2 0.0100 25
153SM G 184.82 2 0.044 9
153SM G 193.82 2 0.060 9
153SM G 194.33 2 0.06 1
153SM G 194.95 4 0.014 4
153SM G 195.58 4 0.018 5
153SM G 195.80 4 0.018 5
153SM G 198.20 4 0.009 3
153SM G 200.93 7 0.033 5
153SM G 202.78 5 0.0110 22
153SM G 211.24 2 0.020 3
153SM G 212.14 4 0.020 3
153SM G 212.844 11 0.150 9
153SM G 220.77 6 0.0040 12
153SM G 222.656 11 0.244 20
153SM G 242.24 20 0.014 7
153SM G 243.06 4 0.037 6
153SM G 244.62 4 0.029 4
153SM G 247.08 3 0.030 5
153SM G 247.62 6 0.0070 21
153SM G 248.39 4 0.0140 21
153SM G 249.14 4 0.024 4
153SM G 249.73 4 0.0150 23
153SM G 252.010 16 0.046 7
153SM G 257.68 5 0.027 5
153SM G 261.15 5 0.0036 18
153SM G 261.58 3 0.055 7
153SM G 261.76 4 0.011 3
153SM G 262.86 4 0.014 3
153SM G 264.25 5 0.008 3
153SM G 265.10 4 0.063 5
153SM G 268.09 3 0.013 3
153SM G 275.20 4 0.037 6
153SM G 277.72 4 0.044 5
153SM G 282.55 4 0.049 6
153SM G 284.41 5 0.013 4
153SM G 290.71 8 0.015 5
153SM G 293.54 7 0.031 6
153SM G 298.94 3 0.075 6
153SM G 302.95 4 0.105 13
153SM G 307.21 4 0.93 23
153SM G 310.62 7 0.019 4
153SM G 312.85 5 0.017 4
153SM G 315.21 5 0.053 5
153SM G 317.80 3 0.135 11
153SM G 327.81 8 0.017 5
153SM G 330.75 3 0.103 10
153SM G 340.95 5 0.071 7
153SM G 347.85 6 0.018 5
153SM G 351.19 6 0.051 6
153SM G 358.48 6 0.050 7
153SM G 360.21 10 0.036 6
153SM G 365.13 7 0.034 7
153SM G 367.03 7 0.034 7
153SM G 370.43 9 0.028 8
153SM G 371.89 9 0.016 6
153SM G 372.87 4 0.075 8
153SM G 384.79 4 0.102 10
153SM G 386.02 7 0.021 6
153SM G 389.12 16 0.054 16
153SM G 398.89 8 0.051 10
153SM G 400.63 16 0.028 11
153SM G 404.17 4 1.85 11
153SM G 417.13 17 0.021 8
153SM G 419.93 17 0.011 7
153SM G 422.71 9 0.024 10
153SM G 425.97 19 0.029 9
153SM G 428.18 19 0.024 10
153SM G 452.2 3 0.017 9
153SM G 459.92 6 0.32 3
153SM G 482.51 6 0.175 18
153SM G 491.55 12 0.040 10
153SM G 494.35 12 0.098 20
153SM G 502.21 18 0.23 3
153SM G 503.52 18 0.075 15
153SM G 518.02 13 0.115 18
153SM G 521.12 20 0.042 13
153SM G 523.06 20 0.104 21
153SM G 530.8 3 0.059 24
153SM G 532.9 3 0.14 3
153SM G 535.4 3 0.14 4
153SM G 549.7 3 0.064 23
153SM G 559.88 15 0.13 3
153SM G 561.61 22 0.052 13
153SM G 574.1 5 0.10 3
153SM G 575.0 5 0.11 3
153SM G 579.9 5 0.16 4
153SM G 586.4 5 0.27 4
153SM G 589.8 5 0.18 4
153SM G 593.77 17 0.22 3
153SM G 604.2 3 0.073 22
153SM G 605.9 3 0.19 3
153SM G 610.1 3 0.030 15
153SM G 614.44 16 0.170 21
153SM G 618.9 4 0.10 3
153SM G 627.6 3 0.36 4
153SM G 646.28 22 0.23 3
153SM G 649.8 3 0.09 3
153SM G 662.9 5 0.16 4
153SM G 675.3 3 0.16 4
153SM G 689.4 4 0.26 4
153SM G 693.2 4 0.28 5
153SM G 698.41 24 0.35 5
153SM G 702.61 24 0.22 5
153SM G 707.08 25 0.23 5
153SM G 714.91 20 0.99 10
153SM G 722.0 5 0.10 4
153SM G 746.7 5 0.24 7
153SM G 753.6 3 0.55 6
153SM G 757.6 6 0.08 4
153SM G 767.62 24 0.69 7
153SM G 772.3 3 0.41 7
153SM G 780.72 24 0.54 6
153SM G 788.72 24 0.99 10
153SM G 808.4 3 0.26 5
153SM G 817.4 7 0.10 5
153SM G 825.2 3 0.49 8
153SM G 834.1 3 0.48 8
153SM G 839.0 3 0.87 10
153SM G 847.2 7 0.10 9
153SM G 858.0 7 0.23 7
153SM G 871.3 5 0.28 8
153SM G 878.6 4 0.90 14
153SM G 891.4 9 0.21 8
153SM G 902.9 4 0.73 12
153SM G 912.0 4 0.35 7
153SM G 924.4 4 0.59 11
153SM G 941.2 4 0.72 11
153SM G 954.2 7 0.60 10
153SM G 969.9 7 0.66 13
153SM G 979.4 8 1.18 19
153SM G 988.6 9 0.37 11
153SM G 1023.8 9 0.57 17
153SM G 1041.3 9 0.71 18