DATA FOR A = 170 AND Z = 69(TM) 169TM(N,G) E=0-136 EV CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
170TM H TYP=ERR$AUT=J. TULI$COM=FIXED FORMAT ERRORS 1/97$
170TM H TYP=FUL$AUT=CORAL M. BAGLIN$CIT=NDS 77,125 (1996)$CUT=1-Oct-1995$
170TM c Target J|p=1/2+
170TM c Includes {+169}Tm(d,p|g)
170TM c Others: 1966Sh03, 1967An04, 1967Ba17, 1970Bh03 [(n,|g) E=res],
170TMxc 1995HoZZ.
170TM c 1994HoZZ: {+169}Tm(n,|g) E=thermal;
170TM2c measured secondary transition E|g, I|g, Ice, |g|g coin.
170TM c 1989Du03: {+169}Tm(n,|g) E=thermal; Si(Li) detector, FWHM=0.35 keV at
170TMxc 30 keV.
170TM c 1968Lo09: {+169}Tm(n,|g) E|<{ 136 eV} (resonant and nonresonant);
170TM2c measured primary E|g, I|g; deduced S(n)={ 6593.8 {I14}} (cf.
170TM3c { 6593.3 {I11}} (1993Au05)).
170TM c 1967An04: {+169}Tm(d,p|g) E=9 MeV, {+169}Tm(n,|g) E=thermal; measured
170TM2c T{-1/2}, Ice, I|g, |g|g-delayed coin; deduced conversion coefficients
170TM3c assuming E2-theory value for |a(L)exp(115|g).
170TM c 1967Ba17: {+169}Tm(n,|g) E=thermal, double-focussing |b spectrometer;
170TM2c measured E(ce), Ice.
170TM c 1966Sh03: {+169}Tm(n,|g) E=thermal; measured E|g, I|g for primary
170TM2c transitions and E|g, I|g, Ice for secondary transitions.
170TM3c Assigned nuclear configurations.
170TM c For neutron resonance parameters and thermal n cross section,
170TM2c see 1984MuZY.
170TM c The level scheme is based on 1994HoZZ and 1995HoZZ.
170TM c Nuclear band configurations: see 1966Sh03, 1994HoZZ, 1995HoZZ.
170TM cG Conversion electron data are from 1994HoZZ unless indicated
170TM2cG otherwise.
170TM cL E For E<1380: from least-squares adjustment of E|g.
170TM2cL For E|>1380: from primary transition E|g and S(n).
170TM cL J For E<1380: from adopted levels. For E|>1380:
170TM2cL based on primary transition intensities to state from various 0+ and 1+
170TM3cL resonances coresponding to E(n)|<136 eV, assuming mult=E1 for observed
170TM4cL primary transitions (1968Lo09). The latter assumption implies J|<2-
170TM5cL for all final states observed by 1968Lo09, limits J to 1 for levels fed
170TM6cL from J=0 resonances, and suggests J|=1 for levels fed from J=1 but
170TM7cL not from J=0 resonances. Note that J=0 for the 17.5-eV resonance
170TM8cL (1970Bh03); this differs from the value used in 1968Lo09, and the
170TM9cL evaluator has modified those authors' J|p conclusions accordingly.
170TM CL BAND(A) KPI=0- BAND.
170TM2cL Configuration=(|p 1/2[411])-(|n 1/2[521])
170TM CL BAND(B) KPI=1- GS BAND.
170TM2cL Configuration=(|p 1/2[411])+(|n 1/2[521])
170TM CL BAND(C) KPI=1- BAND.
170TM2cL Configuration=(|p 3/2[411])-(|n 1/2[521]) plus (|p 7/2[404])-(|n
170TMxcL 5/2[512]).
170TM CL BAND(D) K|p=3- band.
170TM2cL Configuration=(|p 1/2[541])-(|n 7/2[633]).
170TM CL BAND(E) KPI=2- BAND.
170TM2cL Configuration=(|p 1/2[411])-(|n 5/2[512])
170TM CL BAND(H) KPI=0+ BAND.
170TM2cL Configuration=(|p 7/2[404])-(|n 7/2[633])
170TM CL BAND(J) KPI=3- BAND.
170TM2cL Configuration=(|p 1/2[411])+(|n 5/2[512])
170TM CL BAND(O) KPI=1- BAND.
170TM2cL Configuration=(|p 3/2[411])-(|n 5/2[512]) plus (|p 1/2[411])+(|n
170TM3cL 1/2[510]) plus ((|p 1/2[411])-(|n 5/2[512])-|g vibration).
170TM CL BAND(Q) KPI=1+ BAND.
170TM2cL Configuration=(|p 1/2[541])+(|n 1/2[521])
170TM CL BAND(S) KPI=0+ BAND.
170TM2cL Configuration=(|p 1/2[541])-(|n 1/2[521])
170TM CL BAND(T) KPI=1- BAND.
170TM2cL Configuration=(|p 1/2[411])-(|n 3/2[521]) plus (|p 7/2[404])-(|n
170TM3cL 5/2[512]) plus (|p 3/2[411])-(|n 1/2[521]).
170TM CL BAND(U) KPI=2- BAND.
170TM2cL Configuration=(|p 1/2[411])+(|n 3/2[521]) plus (|p 3/2[411])+(|n
170TM3cL 1/2[521]) plus ((|p 1/2[411])+(|n 1/2[521])-|g vibration).
170TM CL BAND(V) KPI=0- BAND.
170TM2cL Configuration=(|p 7/2[523])-(|n 7/2[633])
170TM DL BAND(W) KPI=(1)- BAND.
170TM2DL BUILT ON KPI=1- GS BAND.
170TM CL BAND(Z) KPI=3+ BAND.
170TM2cL Configuration=(|p 1/2[411])-(|n 7/2[633])
170TM CL BAND(a) KPI=1+ BAND.
170TM2cL Configuration=(|p 7/2[523])-(|n 5/2[512]).
170TM cG E From 1994HoZZ for secondary transitions;
170TM2cG from 1968Lo09 for primary transitions, except as noted.
170TM cG RI Photon intensities/100 thermal n captures; from 1994HoZZ for
170TM2cG secondary transitions, from 1968Lo09 for primary transitions, except
170TM3cG as noted. Primary transition I|g data are also available from 1968Lo09
170TM4cG for resonant capture (3.92, 14.4, 17.5, 29.1, 34.8, 38.0, 44.8, 50.7,
170TM5cG 54+59.2, 63.0+65.8, 83.4, 93.5+94.0, 115, 125+132+136 eV resonances).
170TM cG M,MR Based on ce data from 1994HoZZ.
170TM cG E(A) Not reported in thermal n capture.
170TM cG E(C) Apparent doublet (1968Lo09); however, only one possible final
170TM2cG state in {+170}Tm has been identified.
170TM cG RI(D) From 1989Du03. |DI|g is relative to I(38|g)=0.196; an
170TM2cG additional 4% uncertainty in absolute I|g should be combined with this.
170TM cG RI(E),M(E)$Divided intensity and mult for both components of doublet
170TM2cG deduced by 1994HoZZ from subshell ratios for doublet,
170TM3cG assuming any E1 component to be pure. In the case of the 144.5|g, the
170TM4cG E2 component was also assumed to be pure.
170TM cG M(Y) Nonobservance of ce(K) line suggests mult=E1.
170TM cG E(Z) Transition may arise from {+171}Tm produced in double n
170TMxcG capture
170TM cG M(F) Based on |a<640 from intensity balance.
170TM cG M(G) Based on |a<235 from intensity balance.
170TM cG M(H) Based on |a<76 from intensity balance.
170TM cG RI(I) From I|g=0.403 {I7}, |a(K)exp=0.0069 {I7} for the
170TM2cG doubly-placed transition and mult as indicated.
170TM cG RI(J) Placements in level scheme require mult=E1 for 818 level and
170TM2cG mult=M1,E2 for 908 level. From I(ce) and I(|g) one can deduce
170TM3cG I|g(E1)=0.70 {I5}, I(|g)(M1)=0.26 {I6} for E1-M1, and I|g(E1)=0.21
170TM4cG {I10}, I|g(E2)={ 0.75 {I11}} for E1-E2.
170TM N 1.00 3
170TM cN NR from 1994HoZZ, based on |S(I(|g+ce) feeding g.s.); consistent
170TM2cN with data from 1966Sh03. However, note that I|g normalization=1.79
170TM3cN based on I(38.7|g)=0.35 {I1} per 100 n captures from 1989Du03; source
170TM4cN of discrepancy not understood.
170TM cN SIGMAN=92 4
170TM G 46.202 3 0.031 14
170TM G 47.018 5 0.017 8
170TM G 47.0432 210.038 12
170TM G 56.279 3 0.090 6
170TM G 117.0570 190.018 3
170TM G 119.3125 130.0409 22 E2+M1 2.1 +9-5 1.66
170TMS G KC= 0.86 $LC= 0.61 $MC= 0.146 $NC+= 0.042
170TM cG |a(K)exp={ 0.86 {I8}}.
170TM G 124.8748 100.056 3M1+E2 0.81 +19-16 1.55
170TMS G KC= 1.09 $LC= 0.35 $MC= 0.082 $NC+= 0.024
170TM cG |a(K)exp={ 1.09 {I8}}.
170TM G 129.065 7 0.015 4
170TM G 129.3763 6 0.40 5E1 0.170
170TMS G KC= 0.142 $LC= 0.0221 $MC= 0.00486 $NC+= 0.00138
170TM cG |a(K)exp={ 0.029 {I4}}.
170TM G 138.170 6 0.016 4
170TM G 144.8614 120.036 4 E2(+M1) 1.9 3 0.863
170TMS G KC= 0.52 $LC= 0.261 $MC= 0.062 $NC+= 0.0174
170TM cG |a(K)exp=0.62 {I9}; K:L2:L3=0.62 {I5}:0.128 {I10}:0.150
170TMxcG {I12}.
170TM cG MR from K/L2.
170TM G 169.4945 130.045 3 M1+E2 0.67 15 0.633 24
170TMS G KC= 0.49 3$LC= 0.108 9$MC= 0.0256 23$NC+= 0.0071 4
170TM cG |a(K)exp={ 0.49 {I3}}; K:L1={ 0.492 {I10}}:{ 0.095 {I13}}.
170TM cG MR from |a(K)exp. However, |d|<0.15 from |a(L1)exp.
170TM G 184.2587 250.0244 18
170TM G 195.3058 240.0111 13
170TM G 196.744 5 0.0129 13
170TM G 205.750 3 0.0689 18
170TM G 207.5899 160.022 3 M1(+E2) 0.6 +5-6 0.36 5
170TMS G KC= 0.29 5$LC= 0.054 12$MC= 0.013 3$NC+= 0.0034 3
170TM cG |a(K)exp={ 0.29 {I5}}.
170TM G 209.547 4 0.014 3 M1(+E2) 0.31 8
170TMS G KC= 0.24 9$LC= 0.056 21$MC= 0.014 5$NC+= 0.0035 4
170TM cG |a(K)exp={ 0.27 {I6}}.
170TM G 257.586 4 0.0111 9 M1 0.223
170TMS G KC= 0.187 $LC= 0.0280 $MC= 0.00651 $NC+= 0.00148
170TM cG |a(K)exp={ 0.20 {I3}}.
170TM G 268.991 6 0.0178 9
170TM G 270.411 3 0.0240 13
170TM G 275.571 3 0.0169 9 M1 0.186
170TMS G KC= 0.156 $LC= 0.0232 $MC= 0.00523 $NC+= 0.00115
170TM cG |a(K)exp={ 0.21 {I4}}.
170TM G 281.8965 250.030 4 M1(+E2) 0.7 LE 0.146
170TMS G KC= 0.119 $LC= 0.0210 $MC= 0.00474 $NC+= 0.001018
170TM cG |a(K)exp={ 0.138 {I19}}.
170TM G 292.147 100.0053 9
170TM G 296.311 120.0062 9
170TM G 308.641 5 0.068 5M1 0.137
170TMS G KC= 0.115 $LC= 0.0171 $MC= 0.00350 $NC+= 0.000770
170TM cG |a(K)exp={ 0.115 {I12}}.
170TM G 315.100 9 0.0058 9
170TM G 317.766 8 0.0076 9
170TM G 324.009 7 0.0089 18
170TM G 326.9628 230.0187 13 M1+E2 1.0 +7-4 0.086 15
170TMS G KC= 0.070 14$LC= 0.0129 23$MC= 0.0025 4$NC+= 0.00056 4
170TM cG |a(K)exp={ 0.070 {I13}}.
170TM G 329.574 4 0.0120 9 M1 0.115
170TMS G KC= 0.0968 $LC= 0.0143 $MC= 0.00275 $NC+= 0.000621
170TM cG |a(K)exp={ 0.099 {I21}}.
170TM G 333.078 6 0.016 3
170TM G 333.5704 200.035 5
170TM G 337.0991 240.0191 9
170TM G 338.945 4 0.0129 9 M1(+E2) 1.6 LE 0.0653
170TMS G KC= 0.0520 $LC= 0.0109 $MC= 0.00204 $NC+= 0.000457
170TM cG |a(K)exp={ 0.074 {I21}}.
170TM G 346.018 4 0.0111 9
170TM G 351.136 6 0.0120 9
170TM G 351.921 140.0240 22
170TM G 355.380 3 0.041 3 M1 0.0937
170TMS G KC= 0.0794 $LC= 0.0117 $MC= 0.00211 $NC+= 0.000495
170TM cG |a(K)exp={ 0.087 {I9}}.
170TM G 356.722 7 0.0093 9
170TM G 358.6527 220.084 4 M1+E2 0.49 15 0.082 5
170TMS G KC= 0.069 4$LC= 0.0108 7$MC= 0.00193 12$NC+= 0.000454 14
170TM cG |a(K)exp={ 0.069 {I4}}.
170TM G 362.375 8 0.0160 22
170TM G 367.138 4 0.0187 9
170TM G 369.3569 240.0240 4
170TM G 372.7242 200.100 3 M1(+E2) 0.060 23
170TMS G KC= 0.049 21$LC= 0.009 3$MC= 0.0015 5$NC+= 0.00036 7
170TM cG |a(K)exp={ 0.067 {I4}}.
170TM G 377.417 5 0.0124 9
170TM G 397.942 3 0.069 7 M1+E2 0.8 3 0.055 7
170TMS G KC= 0.045 7$LC= 0.0075 10$MC= 0.00128 17$NC+= 0.000323 25
170TM cG |a(K)exp={ 0.045 {I5}}.
170TM G 399.623 8 0.020 7
170TM G 407.827 5 0.0427 9
170TM G 408.844 8 0.027 10
170TM G 414.133 3 0.0258 13
170TM G 416.974 6 0.0156 9
170TM G 417.277 110.0102 9
170TM G 423.614 130.011 3
170TM G 424.063 5 0.0298 9 M1 0.0589
170TMS G KC= 0.0499 $LC= 0.00734 $MC= 0.00127 $NC+= 0.000333
170TM cG |a(K)exp={ 0.050 {I7}}.
170TM G 435.133 4 0.0320 9 M1 0.0551
170TMS G KC= 0.0467 $LC= 0.00686 $MC= 0.00121 $NC+= 0.000320
170TM cG |a(K)exp={ 0.057 {I10}}.
170TM G 435.617 9 0.0164 18
170TM G 436.945 130.0173 18
170TM G 439.260 100.024 11
170TM G 440.167 3 0.0471 13
170TM G 441.0508 220.0720 13 (E1) 00.00768 Y
170TMS G KC= 0.00653 $LC= 0.000929 $MC= 1.69E-04 $NC+= 4.51E-05
170TM G 450.361 150.0093 22
170TM G 451.725 5 0.0231 9
170TM G 453.931 8 0.024 3
170TM G 458.263 3 0.044 3 M1+E2 0.8 +6-4 0.038 7
170TMS G KC= 0.031 7$LC= 0.0051 10$MC= 0.00095 18$NC+= 0.00026 3
170TM cG |a(K)exp={ 0.032 {I6}}.
170TM G 459.055 3 0.051 3 E2 0.0213
170TMS G KC= 0.0168 $LC= 0.00362 $MC= 0.000681 $NC+= 1.84E-04
170TM cG |a(K)exp={ 0.017 {I4}}.
170TM G 465.451 200.0138 9
170TM G 468.026 9 0.0191 18
170TM G 474.97 6 0.0089 9
170TM G 477.257 5 0.151 10 M1+E2 0.41 +20-27 0.040 3
170TMS G KC= 0.034 3$LC= 0.0051 4$MC= 0.00101 8$NC+= 0.000277 15
170TM cG |a(K)exp={ 0.034 {I3}}.
170TM G 477.976 140.0196 13
170TM G 480.512 9 0.022 5
170TM G 482.093 200.0107 9
170TM G 482.678 150.010 3
170TM G 488.389 120.0200 9
170TM G 490.026 8 0.024 3
170TM G 492.531 140.0102 9
170TM G 495.036 4 0.068 4 M1(+E2) 0.5 +4-5 0.035 6
170TMS G KC= 0.030 5$LC= 0.0045 7$MC= 0.00097 15$NC+= 0.00027 3
170TM cG |a(K)exp={ 0.030 {I5}}.
170TM G 497.294 6 0.044 6
170TM G 501.495 7 0.0284 9
170TM G 502.834 140.0151 13
170TM G 506.630 3 0.681 12 E1 00.00547
170TMS G KC= 0.00479 $LC= 0.000676
170TM cG |a(K)exp={ 0.0040 {I3}}.
170TM G 514.093 4 0.049 4 M1 0.0348
170TMS G KC= 0.0303 $LC= 0.00443
170TM cG |a(K)exp={ 0.034 {I5}}.
170TM G 515.48 3 0.024 3
170TM G 518.069 9 0.0213 9 M1 0.0341
170TMS G KC= 0.0297 $LC= 0.00434
170TM cG |a(K)exp={ 0.040 {I3}}.
170TM G 520.35 5 0.0124 13
170TM G 521.247 100.0240 13 M1 0.0336
170TMS G KC= 0.0293 $LC= 0.00427
170TM cG |a(K)exp={ 0.026 {I3}}.
170TM G 529.325 230.0142 13
170TM G 531.967 7 0.070 4 M1+E2 0.7 3 0.026 3
170TMS G KC= 0.023 3$LC= 0.0035 4
170TM cG |a(K)exp={ 0.023 {I3}}.
170TM G 536.73 4 0.0178 9 M1+E2 0.7 +7-6 0.025 6
170TMS G KC= 0.022 5$LC= 0.0034 8
170TM cG |a(K)exp={ 0.022 {I5}}.
170TM G 539.025 160.0364 13 M1+E2 1.1 3 0.021 3
170TMS G KC= 0.0184 24$LC= 0.0030 4
170TM cG |a(K)exp={ 0.0182 {I18}}.
170TM G 545.68 6 0.0067 13
170TM G 546.899 200.0138 13
170TM G 549.127 150.0249 13 M1(+E2) 0.021 8
170TMS G KC= 0.018 7$LC= 0.0029 11
170TM cG |a(K)exp={ 0.022 {I4}}.
170TM G 553.892 4 0.0649 18 M1 0.0287
170TMS G KC= 0.0251 $LC= 0.00364
170TM cG |a(K)exp={ 0.025 {I4}}.
170TM G 554.850 180.0182 13
170TM G 556.387 4 0.078 3
170TM G 561.323 130.049 4
170TM cG |a(K)exp={ 0.0125 {I14}}.
170TM G 562.998 260.040 3
170TM G 565.896 9 0.0804 22 E2+M1 1.7 +6-4 0.0160 17
170TMS G KC= 0.0136 16$LC= 0.00232 22
170TM cG |a(K)exp={ 0.0138 {I14}}.
170TM G 567.554 110.0316 18
170TM G 571.063 9 0.082 3 M1+E2 0.7 3 0.022 3
170TMS G KC= 0.0189 25$LC= 0.0029 4
170TM cG |a(K)exp={ 0.0189 {I23}}.
170TM G 572.405 5 0.081 3
170TM G 574.106 6 0.083 3 E2+M1 1.0 3 0.0189 25
170TMS G KC= 0.0164 22$LC= 0.0026 3
170TM cG |a(K)exp={ 0.0162 {I15}}.
170TM G 575.674 120.042 3
170TM G 578.701 7 0.109 6 M1+E2 0.83 +22-200.0199 18
170TMS G KC= 0.0172 16$LC= 0.00266 23
170TM cG |a(K)exp={ 0.0172 {I15}}.
170TM G 580.607 8 0.042 5
170TM G 582.444 150.0729 22 E2+M1 1.3 +5-3 0.0165 19
170TMS G KC= 0.0142 17$LC= 0.00230 24
170TM cG |a(K)exp={ 0.0144 {I17}}.
170TM G 591.42 3 0.0373 13
170TM G 592.937 130.0427 13 M1 0.0242
170TMS G KC= 0.0211 $LC= 0.00305
170TM cG |a(K)exp={ 0.0200 {I28}}.
170TM G 595.869 120.0351 9 M1+E2 0.017 7
170TMS G KC= 0.015 6$LC= 0.0023 8
170TM cG |a(K)exp={ 0.016 {I3}}.
170TM G 597.155 210.0173 18
170TM G 598.047 200.037 3
170TM G 598.473 170.0298 13
170TM G 599.479 190.033 7
170TM G 608.168 140.035 12
170TM G 609.394 120.048 3
170TM G 611.304 100.086 6 M1(+E2) 0.016 6
170TMS G KC= 0.014 6$LC= 0.0022 8
170TM cG |a(K)exp={ 0.0165 {I20}}.
170TM G 612.619 7 0.209 5 E1 0.00364
170TMS G KC= 0.00320 $LC= 0.000443
170TM cG |a(K)exp={ 0.0051 {I6}}.
170TM G 614.45 4 0.028 7
170TM G 616.938 120.0587 22 (E1) 0.00359
170TMS G KC= 0.00315 $LC= 0.000436
170TM cG |a(K)exp={ 0.0060 {I11}}.
170TM G 620.639 6 0.09 3
170TM G 628.04 6 0.0107 13
170TM G 633.648 9 0.0742 18 M1 0.0205
170TMS G KC= 0.0179 $LC= 0.00257
170TM cG |a(K)exp={ 0.024 {I3}}.
170TM G 635.44 6 0.0191 18 M1 0.0203
170TMS G KC= 0.0178 $LC= 0.00255
170TM cG |a(K)exp={ 0.029 {I7}}.
170TM G 639.077 101.105 17
170TM G 643.055 6 0.279 3 E2 00.00892
170TMS G KC= 0.00757 $LC= 0.00135
170TM cG |a(K)exp={ 0.0063 {I11}}.
170TM G 644.442 110.036 12
170TM G 653.066 6 0.152 4 M1+E2 0.75 13 0.0152 9
170TMS G KC= 0.0133 8$LC= 0.00199 11
170TM cG |a(K)exp={ 0.0132 {I7}}.
170TM G 654.16 3 0.0320 22 M1 0.0189
170TMS G KC= 0.0165 $LC= 0.00237
170TM cG |a(K)exp={ 0.0157 {I22}}.
170TM G 655.472 170.0436 22 M1 0.0188
170TMS G KC= 0.0164 $LC= 0.00235
170TM cG |a(K)exp={ 0.0186 {I15}}.
170TM G 656.816 8 0.1524 22 E1 0.00316
170TMS G KC= 0.00277 $LC= 0.000382
170TM cG |a(K)exp={ 0.0035 {I5}}.
170TM G 660.348 200.0640 18 M1 0.0185
170TMS G KC= 0.0161 $LC= 0.00231
170TM cG |a(K)exp={ 0.0170 {I10}}.
170TM G 664.33 6 0.028 9
170TM G 666.157 150.051 4
170TM G 685.047 130.050 3 M1+E2 0.012 5
170TMS G KC= 0.011 4$LC= 0.0016 6
170TM cG |a(K)exp={ 0.0116 {I23}}.
170TM G 687.65 3 0.0418 22 M1+E2 0.012 5
170TMS G KC= 0.011 4$LC= 0.0016 6
170TM cG |a(K)exp={ 0.0120 {I17}}.
170TM G 688.349 130.0644 18
170TM G 692.220 170.0444 22 M1 0.0164
170TMS G KC= 0.0144 $LC= 0.00205
170TM cG |a(K)exp={ 0.0136 {I18}}.
170TM G 695.66 3 0.0400 22
170TM G 696.54 3 0.044 7 M1(+E2) 0.012 4
170TMS G KC= 0.010 4$LC= 0.0016 6
170TM cG |a(K)exp={ 0.0126 {I23}}.
170TM G 697.790 130.0844 22
170TM G 706.977 7 0.252 4 M1+E2 1.19 +18-15 0.0107 6
170TMS G KC= 0.0092 5$LC= 0.00142 7
170TM cG |a(K)exp={ 0.0092 {I5}}.
170TM G 708.701 8 0.236 4
170TM G 717.363 6 0.199 5 M1+E2 1.26 +21-17 0.0101 6
170TMS G KC= 0.0087 5$LC= 0.00135 7
170TM cG |a(K)exp={ 0.0087 {I4}}.
170TM G 718.105 8 0.1440 22 E1,E2 0.0048 21
170TMS G KC= 0.0041 18$LC= 0.00067 25
170TM cG |a(K)exp={ 0.0033 {I6}}.
170TM G 729.10 4 0.024 4 M1 0.0144
170TMS G KC= 0.0126 $LC= 0.00181
170TM cG |a(K)exp={ 0.013 {I4}}.
170TM G 731.11 3 0.0324 18
170TM G 732.269 7 0.13 4 Z
170TM G 735.07 3 0.051 3
170TM G 735.865 8 0.159 4 E2+M1 1.34 +25-19 0.0093 6
170TMS G KC= 0.0080 5$LC= 0.00125 7
170TM cG |a(K)exp={ 0.0080 {I4}}.
170TM G 742.02 3 0.070 3 E2 00.00644
170TMS G KC= 0.00551 $LC= 0.000936
170TM cG |a(K)exp={ 0.0046 {I13}}.
170TM G 743.489 260.079 3 M1+E2 1.0 3 0.0101 13
170TMS G KC= 0.0087 11$LC= 0.00133 16
170TM cG |a(K)exp={ 0.0089 {I8}}.
170TM G 751.278 180.0564 22 E2(+M1) 0.010 4
170TMS G KC= 0.009 3$LC= 0.0013 5
170TM cG |a(K)exp={ 0.0066 {I16}}.
170TM G 752.61 3 0.0440 22 E2(+M1) 0.010 4
170TMS G KC= 0.008 3$LC= 0.0013 4
170TM cG |a(K)exp={ 0.0068 {I17}}.
170TM G 757.071 210.070 3 M1(+E2) 0.010 4
170TMS G KC= 0.008 3$LC= 0.0013 4
170TM cG |a(K)exp={ 0.0088 {I25}}.
170TM G 764.285 250.0351 22 M1+E2 0.009 3
170TMS G KC= 0.008 3$LC= 0.0012 4
170TM cG |a(K)exp={ 0.0081 {I19}}.
170TM G 771.056 210.044 6
170TM G 772.113 250.044 5 M1+E2 0.009 3
170TMS G KC= 0.008 3$LC= 0.0012 4
170TM cG |a(K)exp={ 0.0073 {I20}}.
170TM G 772.864 180.072 3 E2+M1 0.009 3
170TMS G KC= 0.008 3$LC= 0.0012 4
170TM cG |a(K)exp={ 0.0063 {I10}}.
170TM G 774.86 4 0.024 11
170TM G 776.207 160.067 3
170TM G 777.58 4 0.0311 22
170TM G 780.61 4 0.0631 22
170TM G 783.656 7 0.244 6 E2+M1 1.8 +5-3 0.0072 5
170TMS G KC= 0.0062 4$LC= 0.00099 6
170TM cG |a(K)exp={ 0.0062 {I4}}.
170TM G 786.204 140.077 3
170TM G 788.391 180.1116 22
170TM G 792.03 4 0.032 4
170TM G 793.953 140.122 5 E2+M1 0.009 3
170TMS G KC= 0.007 3$LC= 0.0011 4
170TM cG |a(K)exp={ 0.0055 {I6}}.
170TM G 799.74 5 0.038 4
170TM G 803.53 4 0.032 3 M1 0.0113
170TMS G KC= 0.00986 $LC= 0.00144
170TM cG |a(K)exp={ 0.0093 {I20}}.
170TM G 809.056 5 0.039 5 M1+E2 0.008 3
170TMS G KC= 0.007 3$LC= 0.0011 4
170TM cG |a(K)exp={ 0.0068 {I18}}.
170TM G 819.31 7 0.066 10
170TM G 819.88 9 0.044 9 M1 0.0107
170TMS G KC= 0.00937 $LC= 0.00138
170TM cG |a(K)exp={ 0.012 {I3}}.
170TM G 822.345 9 0.263 4 E1 0.00201
170TMS G KC= 0.00176 $LC= 2.46E-04
170TM cG |a(K)exp={ 0.00190 {I23}}.
170TM G 826.119 260.093 3 E1,E2 0.0035 15
170TMS G KC= 0.0030 13$LC= 0.00049 18
170TM cG |a(K)exp={ 0.0029 {I7}}.
170TM G 828.76 7 0.028 4
170TM G 831.03 6 0.043 9
170TM G 831.87 3 0.049 3 Z
170TM G 835.649 150.420 8 M1+E2 1.19 +17-15 0.0071 4
170TMS G KC= 0.0062 3$LC= 0.00096 5
170TM cG |a(K)exp={ 0.0062 {I3}}.
170TM G 845.55 3 0.063 4 E2(+M1) 0.007 3 Z
170TMS G KC= 0.0064 23$LC= 0.0010 3
170TM cG |a(K)exp={ 0.0052 {I13}}.
170TM G 851.58 6 0.044 4 M1+E2 0.0073 25
170TMS G KC= 0.0063 22$LC= 0.0010 3
170TM cG |a(K)exp={ 0.0060 {I16}}.
170TM G 852.870 190.150 3 E2 00.00474
170TMS G KC= 0.00406 $LC= 0.000679
170TM cG |a(K)exp={ 0.0039 {I7}}.
170TM G 856.576 150.270 5 E2+M1 1.8 +4-3 0.0059 4
170TMS G KC= 0.0051 3$LC= 0.00081 5
170TM cG |a(K)exp={ 0.00505 {I25}}.
170TM G 859.707 180.132 3 M1+E2 1.2 3 0.0067 7
170TMS G KC= 0.0058 6$LC= 0.00090 9
170TM cG |a(K)exp={ 0.0058 {I5}}.
170TM G 861.69 3 0.064 3 E2 00.00464
170TMS G KC= 0.00398 $LC= 0.000663
170TM cG |a(K)exp={ 0.0041 {I12}}.
170TM G 863.62 4 0.082 4 E2 00.00462
170TMS G KC= 0.00396 $LC= 0.000660
170TM cG |a(K)exp={ 0.0043 {I10}}.
170TM G 868.444 120.273 6 E1,E2 0.0032 14
170TMS G KC= 0.0027 12$LC= 0.00044 16
170TM cG |a(K)exp={ 0.00254 {I23}}.
170TM G 872.44 4 0.098 4 E2+M1 0.0069 23
170TMS G KC= 0.0059 21$LC= 0.0009 3
170TM cG |a(K)exp={ 0.0044 {I7}}.
170TM G 873.596 9 0.827 17 M1+E2 1.25 +21-17 0.0063 3
170TMS G KC= 0.0055 3$LC= 0.00085 4
170TM cG |a(K)exp={ 0.0055 {I3}}.
170TM G 877.328 250.124 6
170TM G 878.32 3 0.084 3 E2(+M1) 0.0067 23
170TMS G KC= 0.0058 20$LC= 0.0009 3
170TM cG |a(K)exp={ 0.0045 {I8}}.
170TM G 895.376 190.123 6 M1+E2 0.0064 22
170TMS G KC= 0.0056 19$LC= 0.0009 3
170TM cG |a(K)exp={ 0.0060 {I5}}.
170TM G 897.21 4 0.037 7
170TM G 899.137 200.085 7
170TM G 902.752 110.403 5
170TM G 903.40 100.056 10
170TM G 912.52 5 0.069 4
170TM G 916.139 150.168 4
170TM G 924.06 110.039 4
170TM G 931.496 130.317 5 E2+M1 1.5 +4-3 0.0051 4
170TMS G KC= 0.0044 4$LC= 0.00069 5
170TM cG |a(K)exp={ 0.0045 {I3}}.
170TM G 933.63 7 0.040 11
170TM G 935.69 6 0.128 4 E2 00.00389
170TMS G KC= 0.00334 $LC= 0.000545
170TM cG |a(K)exp={ 0.0036 {I7}}.
170TM G 936.26 4 0.081 13
170TM G 938.40 5 0.088 5
170TM G 939.66 3 0.110 4 E2 00.00385
170TMS G KC= 0.00331 $LC= 0.000539
170TM cG |a(K)exp={ 0.0037 {I6}}.
170TM G 941.85 5 0.096 11 E2(+M1) 0.0057 19
170TMS G KC= 0.0050 17$LC= 0.00076 24
170TM cG |a(K)exp={ 0.0044 {I10}}.
170TM cG E fits 1091.6 to 150 transition, but mult inconsistent with
170TM2cG that placement.
170TM G 945.97 4 0.055 9
170TM G 947.80 3 0.074 5
170TM G 950.71 4 0.068 4
170TM G 953.40 9 0.037 5
170TM G 957.80 6 0.070 5 M1(+E2) 0.0055 18
170TMS G KC= 0.0048 16$LC= 0.00072 23
170TM cG |a(K)exp={ 0.0053 {I10}}.
170TM G 960.567 240.124 4 M1+E2 1.0 +4-3 0.0055 6
170TMS G KC= 0.0047 5$LC= 0.00072 8
170TM cG |a(K)exp={ 0.0047 {I5}}.
170TM G 967.280 150.245 7 E1 0.00146
170TMS G KC= 0.00128 $LC= 1.78E-04
170TM cG |a(K)exp={ 0.0018 {I3}}.
170TM G 980.02 4 0.083 5
170TM G 981.39 4 0.135 7
170TM G 982.925 220.192 6
170TM G 988.98 8 0.074 6
170TM G 991.79 7 0.063 5
170TM G 994.24 100.059 5
170TM G 996.58 7 0.091 10
170TM G 1004.041 210.158 11 M1+E2 0.0049 16
170TMS G KC= 0.0043 14$LC= 0.00063 19
170TM cG |a(K)exp={ 0.0041 {I6}}.
170TM G 1009.296 100.538 6
170TM G 1013.64 3 0.223 8 E2 0.00329
170TMS G KC= 0.00285 $LC= 0.000441
170TM cG |a(K)exp={ 0.0022 {I3}}.
170TM G 1021.111 210.239 9 E2 0.00324
170TMS G KC= 0.00281 $LC= 0.000432
170TM cG |a(K)exp={ 0.0030 {I3}}.
170TM G 1025.85 7 0.082 5
170TM G 1032.03 4 0.100 4 M1+E2 0.0046 14
170TMS G KC= 0.0040 13$LC= 0.00058 18
170TM cG |a(K)exp={ 0.0047 {I9}}.
170TM G 1035.251 200.214 8 E2 0.00316
170TMS G KC= 0.00274 $LC= 0.000416
170TM cG |a(K)exp={ 0.0021 {I3}}.
170TM G 1036.51 5 0.086 5 E2(+M1) 0.0046 14
170TMS G KC= 0.0040 13$LC= 0.00057 17
170TM cG |a(K)exp={ 0.0033 {I7}}.
170TM G 1041.20 9 0.060 16
170TM G 1041.80 9 0.076 22
170TM G 1048.08 9 0.064 5
170TM G 1050.08 5 0.087 8
170TM G 1055.55 5 0.143 6 E2 0.00304
170TMS G KC= 0.00264 $LC= 0.000393
170TM cG |a(K)exp={ 0.0028 {I6}}.
170TM G 1058.22 4 0.098 5 M1 00.00572
170TMS G KC= 0.00503 $LC= 0.000688
170TM cG |a(K)exp={ 0.0061 {I9}}.
170TM G 1064.504 250.170 5
170TM G 1074.87 6 0.112 7
170TM G 1077.47 4 0.156 7
170TM G 1079.154 150.516 20 E2 0.00291
170TMS G KC= 0.00254 $LC= 0.000368
170TM cG |a(K)exp={ 0.00264 {I13}}.
170TM G 1082.52 4 0.33 4 E2 0.00289
170TMS G KC= 0.00253 $LC= 0.000365
170TM cG |a(K)exp={ 0.0023 {I3}}.
170TM G 1083.07 3 0.35 9 E2+M1 0.0042 13
170TMS G KC= 0.0037 11$LC= 0.00050 15
170TM cG |a(K)exp={ 0.0032 {I8}}.
170TM G 1087.83 120.070 7
170TM G 1091.51 3 0.205 5 E2 0.00285
170TMS G KC= 0.00249 $LC= 0.000356
170TM cG |a(K)exp={ 0.0022 {I3}}.
170TM cG E fits 1091.6 to g.s. transition, but mult inconsistent with
170TM2cG that placement.
170TM G 1095.01 8 0.096 5
170TM G 1097.43 4 0.168 8
170TM G 1103.72 6 0.120 7
170TM G 1105.368 140.469 12
170TM G 1112.81 7 0.119 5
170TM G 1117.356 250.216 7
170TM G 1124.83 150.068 13
170TM G 1126.72 6 0.159 9
170TM G 1127.09 160.094 8
170TM G 1128.11 9 0.108 17
170TM G 1130.830 260.267 10
170TM G 1134.214 260.221 5
170TM G 1138.61 3 0.302 7
170TM G 1142.27 6 0.118 6
170TM G 1144.47 8 0.082 6
170TM G 1151.37 7 0.125 12
170TM G 1156.56 130.11 4
170TM G 1157.53 120.146 8
170TM G 1162.16 4 0.143 6
170TM G 1164.73 3 0.277 7
170TM G 1167.51 3 0.220 10
170TM G 1173.43 7 0.206 20
170TM G 1192.45 6 0.453 12
170TM G 1195.63 5 0.255 11
170TM G 1196.82 6 0.174 11
170TM G 1198.92 3 0.279 9
170TM G 1204.43 100.322 15
170TM G 1208.71 5 0.188 10
170TM G 1212.99 5 0.148 8
170TM G 1216.33 6 0.133 9
170TM G 1222.75 4 0.293 10
170TM G 1228.23 4 0.40 6
170TM G 1230.51 100.403 12
170TM G 1231.02 6 0.250 23
170TM G 1234.32 5 0.304 11
170TM G 1239.44 7 0.159 19
170TM G 1246.76 110.086 8
170TM G 1250.24 4 0.279 23
170TM G 1255.44 9 0.121 10
170TM G 1258.57 4 0.226 10
170TM G 1266.22 4 0.247 18
170TM G 1280.10 9 0.164 19
170TM G 1317.50 5 0.262 22
170TM G 1334.25 130.148 23
170TM G 1367.06 4 0.298 19
170TM G 1393.38 9 0.147 17
170TM G 1425.29 100.153 21
170TM G 1431.81 140.16 5
170TM G 1464.93 110.16 8
170TM G 1473.02 5 0.33 5
170TM G 1561.63 9 0.252 25
170TM G 1590.42 170.21 3
170TM G 1622.37 120.253 26
170TM G 1632.04 140.21 3
170TM G 1658.65 130.23 3
170TM L 0.0 1- B
170TM L 38.7131 4 (2)- B
170TM G 38.7135 5 0.19621 E2 185
170TMS G LC= 149 $MC= 36.2
170TM cG |a(L3)exp=83 {I8}; L1:L2:L3:M1:M2:M3:M4:M5=5.80 {I12}:67.6
170TM2cG {I14}:82.8 {I17}: 0.979 {I20}:17.5 {I4}:22.4 {I4}:0.300 {I18}:0.311
170TM3cG {I12}. |a(L1)exp, |a(M1)exp inconsistent with other ce data; may
170TM4cG include impurities. Others: L1:L2:L3=100 {I15}:1160 {I90}:1450 {I110}
170TMxcG (1967Ba17).
170TM cG RI others: { 0.170 {I17}} (1966Sh03); { 0.35 {I1}} (1989Du03).
170TM cG Other mult: M1+E2 with |d={ 1.01 {I+11-8}} from 1967Ba17.
170TM L 114.5434 4 (3)- B
170TM G 75.8310 7 0.81 7M1+E2 0.85 5 7.97
170TMS G KC= 4.17 $LC= 2.92 $MC= 0.70 $NC+= 0.183
170TM cG |a(L2)exp={ 1.18 {I11}}; L1:L2:L3:M1:M2:M3=
170TM2cG 0.585 {I12}:1.180 {I24}:1.180 {I24}:0.1070 {I21}:0.269 {I5}:0.284
170TM3cG {I6}. Other: L1:L2:L3={ 100 {I10}}:{ 197 {I20}}:{ 200 {I14}} (1967Ba17)
170TM cG Other |d: { 0.80 {I6}} (1967Ba17).
170TM G 114.5437 9 4.01618 E2 1.87
170TMS G KC= 0.767 $LC= 0.839 $MC= 0.202 $NC+= 0.0578
170TM cG |a(K)exp={ 0.63 {I6}}; K:L1:L2:L3:M1:M3=
170TM2cG 0.63 {I6}:0.0702 {I21}:0.305 {I6}:0.280 {I6}:0.0133 {I3}:0.0725 {I15}.
170TM L 149.7179 5 (0)- A
170TM G 111.0050 7 0.35616 E2 2.10
170TMS G KC= 0.830 $LC= 0.968 $MC= 0.234 $NC+= 0.0667
170TM cG |a(K)exp={ 0.59 {I3}}; K:L1:L2:L3:M1:M2:M3=
170TM2cG 0.588 {I12}:0.0637 {I13}:0.369 {I7}:0.604 {I12}:0.0136 {I10}:0.0866
170TMxcG {I17}:0.0892 {I18}.
170TM G 149.718313 6.5 5 M1 1.006 C
170TMS G KC= 0.842 $LC= 0.127 $MC= 0.0282 $NC+= 0.00818
170TM cG |a(K)exp={ 0.80 {I6}}; K:L1:L2:L3:M1:M2=
170TM2cG 0.795 {I16}:0.1020 {I20}:0.00882 {I18}:0.00121 {I5}:0.0225
170TMxcG {I5}:0.00233 {I14}.
170TM L 183.1921 5 (4)- B
170TM G 68.6491 4 0.008 4E2 13.9 @
170TMS G KC= 1.90 $LC= 9.18 $MC= 2.24 $NC+= 0.625
170TM3 G FLAG=E
170TM cG For doublet: |a(L1)exp={ 0.074 {I4}}; L1:L2:L3:M1:M2:M3=
170TM2cG 0.0738 {I15}:0.0422 {I8}:0.0519 {I10}:0.0131 {I10}:0.0107 {I3}:0.0137
170TMxcG {I4}.
170TM G 144.4797 0.9411E2 0.804 @C
170TMS G KC= 0.415 $LC= 0.298 $MC= 0.0714 $NC+= 0.0199
170TM3 G FLAG=E
170TM cG E { 144.4797 {I5}} for doublet.
170TM cG For doublet ce data, see comment on 144.5|g from 183.197
170TM2cG level.
170TM L 183.1927 5 (3)+ 4.12 US 13 Z
170TM cL T from |g(t) in (d,p|g) and (n,|g) E=thermal (1967An04).
170TM2cL Other: { 3.2 |ms {I3}} (delayed spectrum, 1970Bh03).
170TM G 68.6491 4 2.0810E1 0.902 @
170TMS G KC= 0.737 $LC= 0.129 $MC= 0.0286 $NC+= 0.00789
170TM3 G FLAG=E
170TM cG For doublet ce data, see comment on 68.6|g from 183.189
170TMxcG level.
170TM G 144.4797 5 5.0 3E1 0.127 @
170TMS G KC= 0.106 $LC= 0.0163 $MC= 0.00360 $NC+= 0.001016
170TM3 G FLAG=E
170TM cG For doublet, |a(K)exp={ 0.157 {I9}}; K:L1:L2:L3:M1:M2:M3=
170TM2cG 0.157 {I3}:0.0150 {I3}:0.0232 {I5}:0.0204 {I4}:0.00377 {I15}:0.00629
170TMxcG {I13}:0.00615 {I25}.
170TM L 204.4484 4 (2)- 1 NS LT E
170TM cL T from absence of delayed ce or |g from level (1967An04).
170TM G 89.905626 0.056 6M1 4.32
170TMS G KC= 3.61 $LC= 0.548 $MC= 0.122 $NC+= 0.0345
170TM cG |a(K)exp=4.4 {I4}; K:L1:L2=4.44 {I9}:0.388 {I12}:0.081 {I8}.
170TM cG M M1 from |a(K)exp; however, L subshell data indicate some E2
170TM2cG admixture.
170TM G 165.7355 5 2.8716M1(+E2) 0.7 LE 0.671 C
170TMS G KC= 0.518 $LC= 0.118 $MC= 0.0278 $NC+= 0.00778
170TM cG |a(K)exp={ 0.62 {I3}}; K:L1:L2:L3:M1:M2:M3=
170TM2cG 0.616 {I12}:0.0772 {I15}:0.00760 {I15}:0.00214 {I15}:0.0159
170TMxcG {I5}:0.00183 {I9}:0.00064 {I10}.
170TM cG MR subshell data not mutually consistent; deduced |d values
170TM2cG range from 0 to { 0.6 {I1}}.
170TM G 204.4476 8 6.58 4M1 0.422 C
170TMS G KC= 0.353 $LC= 0.0530 $MC= 0.0126 $NC+= 0.00335
170TM cG |a(K)exp={ 0.341 {I17}}; K:L1:L2:L3:M1:M2=
170TM2cG 0.341 {I7}:0.0466 {I9}:0.00410 {I16}:0.00063 {I8}:0.01060
170TMxcG {I21}:0.00119 {I14}.
170TM L 219.7059 4(2)- A
170TM G 69.9881 9 0.14621 E2 12.9
170TMS G KC= 1.88 $LC= 8.37 $MC= 2.04 $NC+= 0.557
170TM cG |a(L2)exp={ 4.0 {I6}}; L1:L2:L3:M1:M2:M3=
170TM2cG 0.261 {I10}:3.95 {I8}:4.00 {I8}:0.053 {I5}:0.885 {I18}:0.992 {I20}.
170TM G 105.1625 5 1.00210M1+E2 0.4 3 2.73
170TMS G KC= 2.1 $LC= 0.47 $MC= 0.11 $NC+= 0.031
170TM cG |a(K)exp={ 1.84 {I9}}; K:L1:L2:L3:M1:M2:M3=
170TM2cG 1.84 {I4}:0.236 {I5}:0.0333 {I7}:0.0213 {I9}:0.0676 {I14}:0.0147
170TMxcG {I13}:0.0101 {I15}.
170TM cG MR based on 0.72 {I11} from |a(K)exp, 0.25 {I2} from M subshell
170TM2cG data, and { 0.10 {I2}} to { 0.74 {I9}} from L subshell data.
170TM G 180.9936 8 3.5 3 M1+E2 0.28 3 0.576 C
170TMS G KC= 0.475 $LC= 0.0772 $MC= 0.0181 $NC+= 0.00504
170TM cG |a(K)exp={ 0.44 {I4}}; K:L1:L2:M1:M2:M3=
170TM2cG 0.443 {I9}:0.0564 {I11}:0.00745 {I15}:0.01240 {I25}:0.00184
170TM3cG {I18}:0.00102 {I9}. Other: K:L1:L2=800 {I120}:100 {I7}:32 {I6}
170TMxcG (1967Ba17)
170TM cG Other |d: { 0.58 {I+12-7}} (1967Ba17).
170TM G 219.7046 8 2.70122E2+M1 1.29 10 0.251 C
170TMS G KC= 0.187 $LC= 0.0482 $MC= 0.0123 $NC+= 0.00296
170TM cG |a(K)exp={ 0.191 {I10}}; K:L1:L2:L3:M1:M2:M3=
170TM2cG 0.191 {I4}:0.0240 {I5}:0.0157 {I3}:0.01150 {I23}:0.0060 {I4}:0.0041
170TM3cG {I3}:0.00280 {I25}. Other: K:L1:L2:L3=630 {I60}:100 {I10}:65 {I10}:45
170TMxcG {I10} (1967Ba17)
170TM cG Other |d: { 1.32 {I+26-16}} (1967Ba17).
170TM L 237.2392 5 (1)- A
170TM G 17.554 8 0.0120 4 (M1(+E2))0.24 LT 597
170TMS G LC= 478 $MC= 114
170TM3 G FLAG=DF
170TM cG E from 1989Du03.
170TM cG |a(M1)=88, |a(E2)=10090.
170TM G 87.520910 1.28926M1 4.66 C
170TMS G KC= 3.90 $LC= 0.592 $MC= 0.132 $NC+= 0.0370
170TM cG |a(K)exp={ 3.98 {I20}}; K:L1:L2:M1:M2=
170TM2cG 3.98 {I8}:0.577 {I17}:0.0600 {I24}:0.103 {I3}:0.0171 {I14}.
170TM G 198.523710 0.56915M1 0.458
170TMS G KC= 0.383 $LC= 0.0575 $MC= 0.0136 $NC+= 0.00367
170TM cG |a(K)exp={ 0.411 {I21}}; K:L1:L2:M1:M2=
170TM2cG 0.411 {I8}:0.0544 {I11}:0.0035 {I6}:0.0174 {I10}:0.0024 {I5}.
170TM G 237.2407 9 4.08 8M1 0.280 C
170TMS G KC= 0.234 $LC= 0.0351 $MC= 0.00834 $NC+= 0.00200
170TM cG |a(L1)exp={ 0.238 {I12}}; K:L1:L2:L3:M1:M2=
170TM2cG 0.238 {I5}:0.0342 {I7}:0.00241 {I17}:0.00063 {I11}:0.00658
170TMxcG {I26}:0.00071 {I8}.
170TM L 247.1475 16 (4)+ Z
170TM G 63.960 4 0.17723M1+E2 0.65 13.8 @
170TMS G KC= 7.38 $LC= 4.86 $MC= 1.16 $NC+= 0.362
170TM3 G FLAG=E
170TM cG For doublet: |a(L1)exp={ 0.93 {I11}}; L1:L2:L3:M1:M2:M3=
170TM2cG 0.930 {I19}:1.60 {I3}:1.99 {I4}:0.172 {I3}:0.355 {I7}:0.372 {I7}.
170TM cG MR from authors' analysis (1994HoZZ).
170TM G 63.960 4 0.027 4E1 1.09 @
170TMS G KC= 0.885 $LC= 0.157 $MC= 0.0348 $NC+= 0.01020
170TM3 G FLAG=E
170TM cG For doublet ce data, see comment on 64.0|g to 183.197 level.
170TM L 270.5465 5 (3)- E
170TM G 66.0983 5 0.39 4M1(+E2) 0.33 LE 11.1
170TMS G KC= 8.14 $LC= 2.29 $MC= 0.532 $NC+= 0.159
170TM cG |a(L1)exp={ 1.42 {I14}}; L1:L2:L3:M1:M2:M3=
170TM2cG 1.42 {I3}:0.575 {I12}:0.573 {I11}:0.275 {I6}:0.157 {I3}:0.155 {I3}.
170TM G 156.0031 7 0.116 9M1+E2 0.32 7 0.869
170TMS G KC= 0.712 $LC= 0.122 $MC= 0.0277 $NC+= 0.0079
170TM cG |a(K)exp={ 0.45 {I5}}; K:L1:L2:M1=
170TM2cG { 0.45 {I3}}:{ 0.097 {I3}}:{ 0.0170 {I26}}:{ 0.027 {I3}}.
170TM cG MR from |a(L2)exp; |a(K)exp and |a(M1)exp not consistent.
170TM G 231.834320 0.39224M1 0.298
170TMS G KC= 0.250 $LC= 0.0374 $MC= 0.00891 $NC+= 0.00217
170TM cG |a(K)exp=0.254 {I15}; K:L1:M1=0.254 {I5}:0.0349 {I7}:0.0092
170TMxcG {I8}.
170TM L 319.3256 9 (5)- B
170TM G 204.7820 8 0.18818E2 0.244
170TMS G KC= 0.154 $LC= 0.0679 $MC= 0.0178 $NC+= 0.00441
170TM cG |a(K)exp={ 0.127 {I17}}; K:L2={ 0.127 {I11}}:{ 0.0269 {I13}}.
170TM L 349.7326 5 (3)- A
170TM G 112.493816 0.033 3 E2 2.00
170TMS G KC= 0.803 $LC= 0.911 $MC= 0.220 $NC+= 0.0628
170TM cG |a(K)exp=0.80 {I7}; K:L3:M2=0.80 {I3}:0.48 {I3}:0.112 {I16}.
170TM G 130.0266 4 1.02 3M1+E2 0.55 9 1.42 C
170TMS G KC= 1.09 $LC= 0.256 $MC= 0.058 $NC+= 0.0169
170TM cG |a(K)exp={ 1.09 {I5}}; K:L1:L2:M1:M2=
170TM2cG 1.090 {I22}:0.145 {I3}:0.0163 {I3}:0.0313 {I6}:0.0040 {I5}.
170TM cG MR from |a(L1)exp and |a(K)exp; |a(L2)exp inconsistent.
170TM G 235.193015 0.94224M1 0.287 C
170TMS G KC= 0.240 $LC= 0.0360 $MC= 0.00855 $NC+= 0.00206
170TM cG |a(K)exp={ 0.249 {I12}}.
170TM G 311.017615 2.01 8M1(+E2) 0.23 LE 0.130 C
170TMS G KC= 0.110 $LC= 0.0166 $MC= 0.00337 $NC+= 0.000743
170TM cG |a(K)exp=0.106 {I5}; K:L1:M1=0.1060 {I21}:0.0157
170TMxcG {I3}:0.00348 {I14}.
170TM L 355.0480 8 (4)+
170TM cL J probable configuration=(|p 1/2[411])+(|n 7/2[633]) bandhead
170TMxcL (1995HoZZ).
170TM G 107.901216 0.038 3 E2+M1 1.3 +3-4 2.42
170TMS G KC= 1.35 $LC= 0.81 $MC= 0.19 $NC+= 0.056
170TM cG |a(K)exp={ 1.37 {I14}}.
170TM G 171.8551 6 0.056 9E1 0.0803 @
170TMS G KC= 0.0671 $LC= 0.01019 $MC= 0.00232 $NC+= 0.000639
170TM3 G FLAG=E
170TM cG For doublet ce data, see comment on 171.9|g to 183.197 level.
170TM G 171.8551 6 0.27 3M1(+E2) 0.19 0.675 @
170TMS G KC= 0.561 $LC= 0.0879 $MC= 0.0202 $NC+= 0.00573
170TM3 G FLAG=E
170TM cG For doublet: |a(K)exp={ 1.38 {I12}}; K:L1:L2:M1:M2=
170TM2cG 1.38 {I3}:0.0741 {I15}:0.0103 {I11}:0.0152 {I8}:0.0052 {I10}.
170TM cG MR from authors' analysis (1994HoZZ).
170TM L 358.1162 7 (4)- E
170TM G 87.571315 0.219 6M1+E2 0.27 4.69
170TMS G KC= 3.73 $LC= 0.748 $MC= 0.171 $NC+= 0.0470
170TM cG |a(L3)exp=0.103 {I6}; L3:M2:M3=0.103 {I5}:0.051 {I11}:0.049
170TMxcG {I6}.
170TM cG MR from |a(L3)exp; however, |d=0.38 {I7} from |a(M2)exp, 0.40
170TM2cG {I6} from |a(M3)exp and { 0.15 {I5}} from L3/M2.
170TM G 153.6666 9 0.101 8 E2 0.647
170TMS G KC= 0.349 $LC= 0.227 $MC= 0.0551 $NC+= 0.0152
170TM cG |a(K)exp={ 0.350 {I25}}; K:L1={ 0.350 {I7}}:{ 0.084 {I14}}.
170TM cG M |a(K)exp consistent with pure E2 (expected from placement);
170TM2cG |a(L1)exp implies |d(E2,M1)=0.7 {I4} suggesting ce line contamination.
170TM G 174.926817 0.028 3 M1+E2 0.53 12
170TMS G KC= 0.39 15$LC= 0.11 4$MC= 0.026 11$NC+= 0.0071 17
170TM cG |a(K)exp={ 0.40 {I4}}: K:L1={ 0.403 {I12}}:{ 0.081 {I10}}.
170TM cG MR { 0.9 {I3}} from |a(K)exp; |<0.4 from |a(L1)exp.
170TM G 243.573 3 0.036 5 M1+E2 0.9 +4-3 0.206 22
170TMS G KC= 0.162 23$LC= 0.033 4$MC= 0.0082 11$NC+= 0.00185 5
170TM cG |a(K)exp={ 0.166 {I23}}.
170TM L 381.4261 6 (4)- A
170TM G 31.70110 0.0133 9 (M1(+E2))0.87 LT 223
170TMS G LC= 179 $MC= 43.2
170TM3 G FLAG=DG
170TM cG Other E|g: { 31.713 {I9}} (1989Du03).
170TM cG |a(M1)=15.1, |a(E2)=529.
170TM G 161.7206 6 0.22811E2 0.542
170TMS G KC= 0.302 $LC= 0.182 $MC= 0.0448 $NC+= 0.0122
170TM cG |a(L2)exp={ 0.067 {I4}}; L1:L2:L3=
170TM2cG { 0.0314 {I16}}:{ 0.067 {I3}}:{ 0.0629 {I13}}.
170TM cG M,MR E2(+M1), |d|>2.2 from (n,|g) consistent with pure E2
170TM2cG as required by placement.
170TM G 198.236920 0.071 4E2+M1 1.23 +25-19 0.347 16
170TMS G KC= 0.255 18$LC= 0.070 4$MC= 0.0176 11$NC+= 0.00455 12
170TM cG MR from |a(K)exp; however, |a(L1)exp gives { 0.54 {I19}}.
170TM cG |a(K)exp={ 0.255 {I18}}; K:L1={ 0.255 {I10}}:{ 0.045 {I4}}.
170TM G 266.881012 0.13014M1+E2 0.9 3 0.158 18
170TMS G KC= 0.126 18$LC= 0.025 3$MC= 0.0058 8$NC+= 0.00126 3
170TM cG |a(K)exp={ 0.126 {I14}};
170TM2cG K:L1:L2:M1=0.126 {I4}:0.0176 {I23}:0.0050 {I23}:0.0063 {I19}.
170TM G 342.711 4 0.106 5 E2 0.0478
170TMS G KC= 0.0361 $LC= 0.00953 $MC= 0.00177 $NC+= 0.000396
170TM cG |a(K)exp={ 0.0309 {I25}}.
170TM L 402.7278 16 (3,4)-
170TM G 288.184817 0.095 8 M1+E2 0.64 20 0.140 11
170TMS G KC= 0.115 10$LC= 0.0198 18$MC= 0.0044 4$NC+= 0.000939 23
170TM cG |a(K)exp={ 0.115 {I10}}; K:L1={ 0.115 {I5}}:{ 0.016 {I3}}.
170TM G 364.012 4 0.0142 9
170TM L 447.0702 7 (3)- J
170TM G 88.954411 0.035 7 M1 4.45
170TMS G KC= 3.72 $LC= 0.565 $MC= 0.126 $NC+= 0.0354
170TM cG |a(L1)exp=1.02 {I20}; L1:M1:M2=1.02 {I4}:0.21 {I3}:0.139
170TMxcG {I13}.
170TM G 176.524610 0.294 9M1+E2 0.65 12 0.565 18
170TMS G KC= 0.443 23$LC= 0.093 6$MC= 0.0223 16$NC+= 0.00617 25
170TM cG |a(K)exp={ 0.443 {I22}}; K:L1:L2:L3:M1=
170TM2cG 0.443 {I9}:0.0530 {I11}:0.0133 {I12}:0.0075 {I9}:0.0092 {I9}.
170TM cG MR from |a(K)exp; however, subshell ratios do not give an
170TM2cG internally consistent value for |d.
170TM G 242.623314 0.91016M1(+E2) 0.30 +15-30 0.253 11 C
170TMS G KC= 0.210 11$LC= 0.0331 21$MC= 0.0079 5$NC+= 0.00185 5
170TM cG |a(K)exp={ 0.210 {I11}}; K:L1:L2:L3:M1=
170TM2cG 0.210 {I4}:0.0303 {I9}:0.0073 {I8}:0.0020 {I3}:0.0074 {I3}.
170TM G 263.877 5 0.0164 9
170TM G 332.522 5 0.034713 M1(+E2) 0.60 LE 0.0960
170TMS G KC= 0.0799 $LC= 0.0131 $MC= 0.00250 $NC+= 0.000562
170TM cG |a(K)exp={ 0.088 {I8}}.
170TM G 408.348 3 0.142722 M1+E2 0.47 13 0.058 3
170TMS G KC= 0.049 3$LC= 0.0076 4$MC= 0.00130 7$NC+= 0.000332 11
170TM cG |a(K)exp={ 0.0493 {I25}}.
170TM L 467.8605 12 (5)- E
170TM G 109.744 3 0.021 4
170TM G 197.313812 0.028 3 E2 0.276
170TMS G KC= 0.171 $LC= 0.0790 $MC= 0.0206 $NC+= 0.00523
170TM cG |a(K)exp={ 0.17 {I3}}.
170TM L 539.7222 15 (4)- J
170TM G 92.654025 0.073 5 M1+E2 0.23 3 3.97
170TMS G KC= 3.21 $LC= 0.589 $MC= 0.133 $NC+= 0.0376
170TM cG |a(K)exp=3.38 {I20}; K:L1:L2=3.38 {I7}:0.412 {I8}:0.085
170TMxcG {I12}.
170TM cG MR from L1/L2.
170TM G 269.173319 0.063 8M1+E2 1.0 4 0.149 23
170TMS G KC= 0.118 23$LC= 0.024 4$MC= 0.0056 10$NC+= 0.00121 3
170TM cG |a(K)exp={ 0.121 {I16}}; K:L1={ 0.121 {I5}}:{ 0.024 {I4}}.
170TM G 335.274 8 0.011618
170TM L 544.051 7 (3+)
170TM G 505.34415 0.106 7
170TM G 544.04311 0.060 3
170TM cG |a(K)exp={ 0.0187 {I22}}.
170TM cG M,MR E2+M1 (|d=1.0 {I+4-3}) from |a(K)exp is inconsistent with
170TM2cG placement; either the |g misplaced or the mult is incorrect.
170TM L 550.7480 15 (5)- A
170TM G 169.320920 0.022 3M1+E2 0.7 +4-3 0.63 6
170TMS G KC= 0.49 7$LC= 0.109 21$MC= 0.026 5$NC+= 0.0072 9
170TM cG |a(K)exp={ 0.49 {I7}}.
170TM G 192.633425 0.016013M1 0.498
170TMS G KC= 0.417 $LC= 0.0625 $MC= 0.0147 $NC+= 0.00403
170TM cG |a(K)exp={ 0.47 {I4}}.
170TM G 231.418 6 0.009813
170TM G 367.556 4 0.084 4 M1+E2 0.34 +16-25 0.081 5
170TMS G KC= 0.068 4$LC= 0.0104 6$MC= 0.00183 11$NC+= 0.000437 14
170TM cG |a(K)exp={ 0.068 {I4}}.
170TM L 590.2287 17 (1)- C
170TM G 352.997 9 0.46 3 M1+E2 0.63 13 0.081 4
170TMS G KC= 0.067 4$LC= 0.0110 6$MC= 0.00199 11$NC+= 0.000462 13
170TM cG |a(K)exp={ 0.067 {I4}}; K:L1={ 0.0673 {I13}}:{ 0.0096 {I5}}.
170TM G 370.530 4 0.088 4 M1+E2 0.38 +15-25 0.078 5
170TMS G KC= 0.066 5$LC= 0.0101 7$MC= 0.00177 12$NC+= 0.000424 16
170TM cG |a(K)exp={ 0.066 {I4}}.
170TM G 440.516 5 0.048 3 M1 0.0534
170TMS G KC= 0.0452 $LC= 0.00664 $MC= 0.00118 $NC+= 0.000315
170TM cG |a(K)exp={ 0.051 {I9}}.
170TM G 551.514 3 0.97315 M1+E2 0.70 11 0.0237 11
170TMS G KC= 0.0206 10$LC= 0.00315 15
170TM cG |a(K)exp=0.0206 {I10}; K:L1=0.0206 {I4}:0.00302 {I6}.
170TM G 590.226 6 1.21 3 M1(+E2) 0.018 7
170TMS G KC= 0.015 6$LC= 0.0024 9
170TM cG |a(K)exp=0.0188 {I9}; K:L1=0.0188 {I4}:0.00336 {I24}.
170TM cG MR 0.52 {I12} from |a(K)exp; however, |a(L1)exp indicates pure
170TMxcG M1.
170TM L 603.9897 13 (1)+ Q
170TM G 384.287 5 0.140922 C
170TM G 454.276 3 0.208 4 E1 00.00718
170TMS G KC= 0.00611 $LC= 0.000868 $MC= 1.62E-04 $NC+= 4.38E-05
170TM cG |a(K)exp={ 0.0088 {I11}}.
170TM G 565.268 4 1.42823 E1 00.00431
170TMS G KC= 0.00378 $LC= 0.000528
170TM cG |a(K)exp={ 0.00340 {I17}}
170TM G 603.978 6 1.07720 E1 0.00375
170TMS G KC= 0.00329 $LC= 0.000457
170TM cG |a(K)exp={ 0.00348 {I17}}.
170TM L 607.8863 15 (3)+ Q
170TM G 226.468 4 0.011622
170TM G 388.176920 0.0822 9
170TM G 424.693 6 0.381 8 E1 00.00837
170TMS G KC= 0.00713 $LC= 0.001015 $MC= 1.80E-04 $NC+= 4.73E-05
170TM cG |a(K)exp={ 0.0089 {I9}}.
170TM G 493.344 4 0.048922
170TM G 569.177 5 0.71520 E1 00.00425
170TMS G KC= 0.00373 $LC= 0.000520
170TM cG |a(K)exp={ 0.0040 {I3}}.
170TM L 637.9046 18 (2)- C
170TM G 400.668 5 0.14811 M1+E2 0.46 +23-29 0.062 6
170TMS G KC= 0.052 5$LC= 0.0080 8$MC= 0.00137 13$NC+= 0.000346 19
170TM cG |a(K)exp={ 0.052 {I5}}; K:L1={ 0.052 {I4}}:{ 0.0080 {I15}}.
170TM G 418.197 3 0.057318 M1+E2 0.6 3 0.052 6
170TMS G KC= 0.044 6$LC= 0.0069 8$MC= 0.00119 14$NC+= 0.000307 23
170TM cG |a(K)exp={ 0.044 {I5}}.
170TM G 523.358 4 0.424 9 M1+E2 0.69 12 0.0272 14
170TMS G KC= 0.0236 13$LC= 0.00365 19
170TM cG |a(K)exp={ 0.0236 {I12}}.
170TM G 599.206 6 0.128 7 M1+E2 0.78 15 0.0186 12
170TMS G KC= 0.0162 11$LC= 0.00246 16
170TM cG |a(K)exp={ 0.0162 {I10}}.
170TM G 637.899 4 1.36023 &
170TM cG |a(K)exp={ 0.0142 {I7}}, mult=M1+E2 for doublet.
170TM L 648.7463 14 (1)- T
170TM G 378.203 4 0.0196 9
170TM G 411.506222 2.01 7 M1+E2 0.54 8 0.0557 18 C
170TMS G KC= 0.0468 16$LC= 0.00731 25$MC= 0.00125 4$NC+= 0.000322 8
170TM cG |a(K)exp=0.0473 {I24}; K:L1:M1=0.0473 {I9}:0.00663
170TMxcG {I13}:0.00220 {I22}.
170TM G 429.036525 0.236922 M1+E2 0.55 12 0.0498 25
170TMS G KC= 0.0418 22$LC= 0.0065 3$MC= 0.00114 6$NC+= 0.000298 10
170TM cG |a(K)exp={ 0.0419 {I21}}.
170TM G 499.040 4 0.300 4M1 0.0389 C
170TMS G KC= 0.0328 $LC= 0.00479 $MC= 0.00105 $NC+= 0.000290
170TM cG |a(L1)exp={ 0.0040 {I5}}.
170TM cG M |a(L1)exp consistent with pure M1.
170TM G 610.032 6 0.147 6 M1(+E2) 0.5 LE 0.0200
170TMS G KC= 0.0174 $LC= 0.00257
170TM cG |a(K)exp={ 0.0183 {I9}}.
170TM G 648.731 6 0.324 6 M1+E2 0.75 12 0.0155 8
170TMS G KC= 0.0135 7$LC= 0.00202 10
170TM cG |a(K)exp={ 0.0135 {I7}}.
170TM L 650.3728 13 (2)+ Q
170TM G 300.642420 0.036 4
170TM G 413.130925 0.080418 (E1) 00.00892 Y
170TMS G KC= 0.00760 $LC= 0.00108 $MC= 1.91E-04 $NC+= 4.94E-05
170TM G 535.831 3 1.07819 E1 00.00484
170TMS G KC= 0.00424 $LC= 0.000596
170TM cG |a(K)exp={ 0.00340 {I17}}.
170TM G 611.659 5 0.53317
170TM cG |a(K)exp=0.0079 {I8} implies mult=E2, but placement requires
170TM2cG E1; possible contamination of ce line (1994HoZZ).
170TM G 650.366 4 1.35014 E1 0.00322
170TMS G KC= 0.00283 $LC= 0.000390
170TM cG |a(K)exp={ 0.00286 {I20}}.
170TM L 655.597 20 (5-) J
170TM G 541.05320 0.017313
170TM L 661.8562 11 (1)+ a
170TM G 442.147720 0.391 6 E1 00.00763
170TMS G KC= 0.00650 $LC= 0.000924 $MC= 1.68E-04 $NC+= 4.50E-05
170TM cG |a(K)exp={ 0.0053 {I6}}.
170TM G 457.410120 0.36 3 E1 00.00707 IC
170TMS G KC= 0.00601 $LC= 0.000854 $MC= 1.61E-04 $NC+= 4.35E-05
170TM cG |a(K)exp={ 0.0069 {I7}} for doublet.
170TM G 512.133 3 1.22 3 E1 00.00534 C
170TMS G KC= 0.00468 $LC= 0.000660
170TM cG |a(K)exp=0.00361 {I18}; K:L1=0.00361 {I14}:0.00050 {I6}.
170TM G 623.144 5 0.178 5 (E1) 0.00352
170TMS G KC= 0.00309 $LC= 0.000427
170TM cG |a(K)exp={ 0.0047 {I4}}.
170TM L 683.569 3 (0)- V
170TM G 446.333 9 1.33217M1 0.0516 C
170TMS G KC= 0.0437 $LC= 0.00642 $MC= 0.00116 $NC+= 0.000310
170TM cG |a(K)exp=0.0421 {I21}; K:L1:M1=0.0421 {I8}:0.00611
170TMxcG {I24}:0.00159 {I16}.
170TM L 693.2860 13 (2)- T
170TM G 343.552820 0.178 8 M1+E2 0.39 14 0.095 5
170TMS G KC= 0.080 4$LC= 0.0124 7$MC= 0.00229 13$NC+= 0.000526 13
170TM cG |a(K)exp={ 0.081 {I4}}; K:L1={ 0.0809 {I16}}:{ 0.0103 {I12}}.
170TM G 456.044620 1.01010 M1+E2 0.44 14 0.0444 24
170TMS G KC= 0.0374 22$LC= 0.0057 3$MC= 0.00105 6$NC+= 0.000284 11
170TM cG |a(K)exp={ 0.0374 {I19}}.
170TM G 473.605 8 0.26319 M1+E2 0.70 15 0.0362 24
170TMS G KC= 0.0303 21$LC= 0.0048 3$MC= 0.00094 6$NC+= 0.000256 11
170TM cG |a(K)exp=0.0320 {I26}; K:L1=0.0320 {I10}:0.0037 {I3}.
170TM G 693.287 5 0.40 3M1+E2 1.13 +19-16 0.0114 7
170TMS G KC= 0.0099 6$LC= 0.00152 8
170TM cG |a(K)exp={ 0.0099 {I6}}.
170TM L 703.6285 12 (2)+ a
170TM G 41.770020 0.028013(M1(+E2)) 1.1 LT 72.9
170TMS G LC= 58.5 $MC= 14.2
170TM3 G FLAG=H
170TM cG M |a(M1)=6.70, |a(E2)=136.
170TM2cG Other E|g: 41.786 {I12} (1989Du03); 41.768 {I10} (1966Sh03). Other I|g:
170TM3cG { 0.050 {I5}} (1989Du03).
170TM G 99.638817 0.062 4 M1+E2 0.73 14 3.19
170TMS G KC= 2.13 $LC= 0.82 $MC= 0.194 $NC+= 0.055
170TM cG |a(K)exp=2.13 {I13}; K:L1:M1=2.13 {I4}:0.169 {I19}:0.044
170TMxcG {I10}.
170TM G 433.082 3 0.076022(E1) 00.00800 Y
170TMS G KC= 0.00681 $LC= 0.000969 $MC= 1.74E-04 $NC+= 4.61E-05
170TM G 466.393 4 0.040 3
170TM G 483.926 4 0.056413
170TM G 589.085 7 0.552 9 E1 00.00395
170TMS G KC= 0.00347 $LC= 0.000482
170TM cG |a(K)exp={ 0.00268 {I21}}.
170TM G 664.897 5 0.281 5(E1) 0.00308
170TMS G KC= 0.00271 $LC= 0.000372
170TM cG |a(K)exp={ 0.0015 {I3}}.
170TM G 703.626 6 0.88825 E1 0.00274
170TMS G KC= 0.00241 $LC= 0.000331
170TM cG |a(K)exp={ 0.00205 {I12}}.
170TM L 708.371 4 (3)- C
170TM G 525.180 5 0.062713 M1+E2 0.8 +4-3 0.026 4
170TMS G KC= 0.022 3$LC= 0.0035 5
170TM cG |a(K)exp={ 0.0211 {I17}}.
170TM G 593.93 7 0.012013
170TM G 669.654 5 0.329 3M1+E2 1.08 14 0.0126 7
170TMS G KC= 0.0109 6$LC= 0.00168 8
170TM cG |a(K)exp={ 0.0109 {I5}}.
170TM L 709.468 7 (1,2,3)- ?
170TM G 505.01010 0.72022M1+E2 0.64 11 0.0305 15 C ?
170TMS G KC= 0.0264 13$LC= 0.00408 19
170TM cG |a(K)exp={ 0.0264 {I13}}.
170TM G 670.760 9 0.14 7 Z ?
170TM L 715.6207 14 (3)- D
170TM G 175.894 4 0.015113 E2(+M1) 2.1 GE 0.450
170TMS G KC= 0.293 $LC= 0.119 $MC= 0.0296 $NC+= 0.00798
170TM cG |a(K)exp={ 0.27 {I3}}.
170TM G 268.551515 0.13916M1+E2 0.9 3 0.155 18 C
170TMS G KC= 0.124 18$LC= 0.024 3$MC= 0.0057 8$NC+= 0.00123 3
170TM cG |a(K)exp={ 0.124 {I14}}; K:L1={ 0.124 {I4}}:{ 0.0240 {I19}}.
170TM G 365.887 6 0.010718
170TM G 468.473 5 0.071 3
170TM G 532.421 4 0.35510 E1 00.00490
170TMS G KC= 0.00430 $LC= 0.000604
170TM cG |a(K)exp={ 0.00415 {I25}}.
170TM L 719.2626 22 (1)+ S
170TM G 499.559 4 0.510 9E1 00.00583 C
170TMS G KC= 0.00494 $LC= 0.000698 $MC= 1.53E-04 $NC+= 4.19E-05
170TM cG |a(K)exp={ 0.0067 {I5}}; |a(L1)exp={ 0.00137 {I18}}.
170TM G 569.549 8 0.329 8 E1 00.00424
170TMS G KC= 0.00372 $LC= 0.000519
170TM cG |a(K)exp={ 0.0030 {I3}}.
170TM G 680.544 4 0.45212 E1 0.00294
170TMS G KC= 0.00258 $LC= 0.000355
170TM cG |a(K)exp={ 0.00249 {I17}}.
170TM G 719.262 5 1.21 3 E1 0.00262
170TMS G KC= 0.00231 $LC= 0.000317
170TM cG |a(K)exp={ 0.00221 {I13}}.
170TM L 733.8122 18 (2)- V
170TM G 384.079 3 1.5612 M1+E2 0.56 12 0.066 3 C
170TMS G KC= 0.056 3$LC= 0.0088 5$MC= 0.00151 8$NC+= 0.000372 11
170TM cG |a(K)exp=0.053 {I4}; K:L1=0.0531 {I11}:0.00796 {I16}.
170TM G 496.571825 0.71212 M1+E2 0.40 15 0.0364 21 C
170TMS G KC= 0.0305 18$LC= 0.0046 3$MC= 0.00100 6$NC+= 0.000274 11
170TM cG |a(K)exp=0.0305 {I15}: K:L1=0.0305 {I6}:0.00426 {I26}.
170TM G 733.79 3 0.039622
170TM L 749.8482 15 (3)- T
170TM G 368.423720 0.060922 M1 0.0851
170TMS G KC= 0.0722 $LC= 0.0106 $MC= 0.00187 $NC+= 0.000449
170TM cG |a(K)exp={ 0.070 {I6}}.
170TM G 400.113520 0.43117M1+E2 0.60 11 0.059 3 C
170TMS G KC= 0.0491 24$LC= 0.0078 4$MC= 0.00133 6$NC+= 0.000335 9
170TM cG |a(K)exp=0.0494 {I25}; K:L1=0.0494 {I10}:0.0062 {I8}.
170TM G 512.62024 0.044 3
170TM G 711.127 7 0.24614 M1+E2 1.1 +4-3 0.0108 13
170TMS G KC= 0.0094 12$LC= 0.00144 16
170TM cG |a(K)exp={ 0.0093 {I9}}.
170TM L 756.211 4 (4)- D
170TM G 573.017 4 0.292 5 E1 00.00419
170TMS G KC= 0.00368 $LC= 0.000513
170TM cG |a(K)exp={ 0.0045 {I4}}.
170TM L 758.3284 14 (2)+
170TM cL J possible configuration=(|p 1/2[541])-(|n 5/2[512]) bandhead
170TMxcL (1995HoZZ).
170TM G 107.9557 7 0.116 6 M1 2.55
170TMS G KC= 2.14 $LC= 0.323 $MC= 0.0716 $NC+= 0.0211
170TM cG |a(K)exp=2.36 {I12}; K:L1:L2=2.36 {I5}:0.329 {I7}:0.031
170TMxcG {I3}.
170TM G 487.773 7 0.028022
170TM G 538.622 7 0.063 3
170TM G 575.11517 0.026213
170TM L 775.2301 14 (0)+ H
170TM G 185.006 3 0.016422
170TM G 537.992 3 0.87014 E1 00.00479
170TMS G KC= 0.00420 $LC= 0.000590
170TM cG |a(K)exp={ 0.00330 {I23}}.
170TM L 782.1519 22 (1)- V
170TM G 98.582920 0.059 7M1 3.31
170TMS G KC= 2.77 $LC= 0.420 $MC= 0.0934 $NC+= 0.0271
170TM cG |a(K)exp=2.8 {I3}; K:L1:L2=2.80 {I6}:0.50 {I3}:0.099 {I14}.
170TM cG M |a(L1)exp consistent with pure M1, but cannot rule out small
170TM2cG E2 admixture.
170TM G 562.444 3 0.77115M1+E2 0.60 23 0.0236 22 C
170TMS G KC= 0.0205 20$LC= 0.0031 3
170TM cG |a(K)exp={ 0.0205 {I10}}.
170TM G 632.430 4 0.70413 C
170TM cG |a(K)exp={ 0.0141 {I7}}.
170TM cG M,MR M1+E2 (|d=0.78 {I12}) from |a(K)exp in (n,|g); inconsistent
170TM2cG with transition to J=0.
170TM L 806.4273 24 (3,4)-
170TM cL J possible configuration=((|p 3/2[411])+(|n 5/2[512]))
170TMxcL bandhead (1995HoZZ)
170TM G 359.359 3 0.066 4
170TM G 448.308 5 0.082218 E2 0.0227
170TMS G KC= 0.0179 $LC= 0.00390 $MC= 0.000709 $NC+= 1.89E-04
170TM cG |a(K)exp={ 0.017 {I4}}.
170TM G 601.974 5 0.168 4
170TM L 818.5084 14 (2)+ H
170TM G 214.517 4 0.024422 M1+E2 0.51 +24-28 0.336 25
170TMS G KC= 0.27 3$LC= 0.048 6$MC= 0.0118 15$NC+= 0.00299 11
170TM cG |a(K)exp={ 0.273 {I27}}.
170TM G 468.777 4 0.31010
170TM cG |a(L1)exp=0.00272 {I19} implies mult=M1+E2, but placement
170TM2cG requires E1; possible ce line contamination (1994HoZZ).
170TM G 581.268 5 0.39811 E1 00.00407
170TMS G KC= 0.00357 $LC= 0.000497
170TM cG |a(K)exp={ 0.00339 {I24}}.
170TM G 703.97512 0.96 3 &
170TM3 G FLAG=J
170TM cG |a(K)exp={ 0.0054 {I3}}, K:L1={ 540 {I11}}:{ 70 {I8}}
170TM G 779.77516 0.062 4
170TM G 818.502 9 0.315 4(E1) 0.00203 Y
170TMS G KC= 0.00178 $LC= 2.48E-04
170TM L 822.3943 14 (2)+ S
170TM G 218.409 4 0.013318 M1(+E2) 0.3 +6-3 0.34 6
170TMS G KC= 0.28 6$LC= 0.045 13$MC= 0.011 3$NC+= 0.00273 21
170TM cG |a(K)exp={ 0.28 {I6}}.
170TM G 472.663 3 0.342 8E1 00.00658
170TMS G KC= 0.00559 $LC= 0.000792 $MC= 1.56E-04 $NC+= 4.25E-05
170TM cG |a(K)exp={ 0.0051 {I7}}.
170TM G 585.152 4 0.57613 E1 00.00401 C
170TMS G KC= 0.00352 $LC= 0.000489
170TM cG |a(K)exp={ 0.00464 {I23}}.
170TM G 707.849 5 0.380 4(E1) 0.00271
170TMS G KC= 0.00238 $LC= 0.000327
170TM cG |a(K)exp={ 0.00120 {I22}}.
170TM L 839.130 3 (3)-
170TM G 619.423 5 0.209 5 M1+E2 0.52 12 0.0191 9
170TMS G KC= 0.0167 8$LC= 0.00246 12
170TM cG |a(K)exp={ 0.0166 {I8}}.
170TM G 634.66118 0.042718
170TM G 724.588 5 0.90718 M1+E2 0.95 14 0.0109 6
170TMS G KC= 0.0095 6$LC= 0.00144 8
170TM cG |a(K)exp={ 0.0095 {I5}}; K:L1={ 0.0095 {I5}}:{ 0.00146 {I7}}.
170TM cG MR from |a(K)exp; { 0.60 {I11}} from |a(L1)exp.
170TM G 800.40618 0.097 3M1+E2 1.0 3 0.0084 10 &
170TMS G KC= 0.0073 9$LC= 0.00112 13
170TM cG |a(K)exp={ 0.0072 {I9}}.
170TM L 854.340 4 (2)- U
170TM G 739.800 7 0.221 4M1+E2 1.30 +19-16 0.0092 5
170TMS G KC= 0.0080 4$LC= 0.00124 6
170TM cG |a(K)exp={ 0.0080 {I4}}.
170TM G 815.621 7 1.092 7 M1+E2 1.14 12 0.0077 3
170TMS G KC= 0.0067 3$LC= 0.00103 4
170TM cG |a(K)exp=0.0066 {I3}; K:L1=0.00654 {I13}:0.00095 {I6}.
170TM G 854.336 6 1.90 3M1+E2 1.03 13 0.0071 3
170TMS G KC= 0.0062 3$LC= 0.00096 4
170TM cG |a(K)exp=0.0059 {I3}; K:L1=0.00589 {I12}:0.00085 {I3}.
170TM cG E also consistent with placement from 1091.8 to 237.2,
170TM2cG but mult=E1 is required for that placement.
170TM L 860.486 3 (1)+ H
170TM G 640.774 5 0.63612 E1 0.00332 C
170TMS G KC= 0.00292 $LC= 0.000402
170TM cG |a(K)exp={ 0.00285 {I20}}.
170TM G 710.772 6 0.62813 E1 0.00269 C
170TMS G KC= 0.00236 $LC= 0.000325
170TM cG |a(K)exp={ 0.0017 {I4}}.
170TM L 862.7758 20 (3)- V
170TM G 415.703 3 0.0373 9
170TM G 481.349 3 0.109 3 M1(+E2) 0.5 +3-5 0.038 5
170TMS G KC= 0.032 4$LC= 0.0048 6$MC= 0.00098 12$NC+= 0.000269 23
170TM cG |a(L1)exp={ 0.0043 {I6}}.
170TM G 679.584 6 0.116922
170TM G 748.24114 0.076922
170TM G 824.067 7 0.378 6
170TM cG |a(K)exp={ 0.00159 {I19}}.
170TM cG M E1 from |a(K)exp; inconsistent with placement.
170TM L 863.364 5 (1)- O
170TM G 416.301 8 0.0116 9
170TM G 658.91 4 1.50 4M1+E2 0.74 12 0.0150 8 C
170TMS G KC= 0.0130 7$LC= 0.00195 10
170TM cG |a(K)exp={ 0.0130 {I7}}.
170TM L 908.448 3 (2-) O
170TM G 637.899 4 1.36023 &
170TM cG |a(K)exp={ 0.0142 {I7}}, mult=M1+E2 for doublet.
170TM G 703.97512 0.96 3 &C
170TM3 G FLAG=J
170TM cG |a(K)exp={ 0.0054 {I3}}, K:L1={ 540 {I11}}:{ 70 {I8}}
170TM L 925.2718 22 (3)- U
170TM G 457.410120 0.04 3 [E2] 0.0215 I
170TMS G KC= 0.0170 $LC= 0.00366 $MC= 0.000685 $NC+= 1.85E-04
170TM G 720.80312 0.640 5
170TM cG |a(K)exp={ 0.00209 {I25}}.
170TM cG M E1 from |a(K)exp; inconsistent with placement.
170TM G 810.730 8 0.250 4M1+E2 1.34 +21-17 0.0074 4
170TMS G KC= 0.0064 3$LC= 0.00100 5
170TM cG |a(K)exp={ 0.0064 {I3}}.
170TM G 886.58312 0.246 5 M1+E2 2.48 24 00.00499
170TMS G KC= 0.00429 $LC= 0.000694
170TM cG |a(K)exp={ 0.0056 {I3}}.
170TM L 959.217 8 (3)-
170TM G 844.68212 0.166 3
170TM G 920.53 3 0.104 4E2(+M1) 0.0060 20
170TMS G KC= 0.0052 18$LC= 0.0008 3
170TM cG |a(K)exp={ 0.0040 {I9}}.
170TM G 959.20211 0.343 5 E2 0.00369 &
170TMS G KC= 0.00318 $LC= 0.000512
170TM cG |a(K)exp={ 0.00333 {I20}}.
170TM L 964.474 6 (3,4)-
170TM G 517.42816 0.022218 E2(+M1) 1.5 GE 0.0209
170TMS G KC= 0.0179 $LC= 0.00308
170TM cG |a(K)exp={ 0.015 {I3}}.
170TM G 561.75313 0.027 3
170TM G 606.34610 0.058 4M1+E2 0.81 +23-200.0179 16
170TMS G KC= 0.0155 14$LC= 0.00236 20
170TM cG |a(K)exp={ 0.0155 {I14}}.
170TM G 744.74715 0.112 8
170TM G 760.05 3 0.034718
170TM G 781.29925 0.142722 E2+M1 1.7 +6-3 0.0074 6
170TMS G KC= 0.0064 6$LC= 0.00101 8
170TM cG |a(K)exp={ 0.0064 {I6}}.
170TM L 979.929 4 (3)- O
170TM G 532.860 4 0.094 4
170TM G 621.805 8 0.093 5 E2 00.00964
170TMS G KC= 0.00817 $LC= 0.00148
170TM cG |a(K)exp={ 0.0073 {I14}}.
170TM G 709.37814 0.080922
170TM L 984.981 6 (3,4,5)-
170TM G 582.25811 0.03810
170TM G 626.857 9 0.048913
170TM G 714.43813 0.067 4 E2(+M1) 0.011 4
170TMS G KC= 0.010 4$LC= 0.0015 5
170TM cG |a(K)exp={ 0.0069 {I13}}.
170TM L 1064.4576 13 (1)+
170TM G 203.970 4 0.034222
170TM G 242.064425 0.055 8 M1+E2 0.8 +4-3 0.216 25
170TMS G KC= 0.172 25$LC= 0.034 5$MC= 0.0083 12$NC+= 0.00190 5
170TM cG |a(K)exp={ 0.175 {I25}}.
170TM G 245.947325 0.054 7 M1(+E2) 0.7 LE 0.214
170TMS G KC= 0.173 $LC= 0.0321 $MC= 0.00780 $NC+= 0.00177
170TM cG |a(K)exp={ 0.193 {I25}}.
170TM G 289.229113 0.035 3 M1 0.163
170TMS G KC= 0.137 $LC= 0.0204 $MC= 0.00442 $NC+= 0.000967
170TM cG |a(K)exp={ 0.129 {I12}}.
170TM cG M M1(+E2) (|d|<0.6) from |a(K)exp; feeds J=(0) state.
170TM G 345.192 9 0.0227 4
170TM G 360.824725 0.061313
170TM G 371.171 3 0.0240 4
170TM G 460.464 3 0.075122 E2+M1 1.2 +12-5 0.032 7
170TMS G KC= 0.026 6$LC= 0.0045 9$MC= 0.00085 17$NC+= 2.3E-04 3
170TM cG |a(K)exp={ 0.026 {I6}}.
170TM G 914.75 6 0.036 8
170TM L 1070.973 6 (2)-
170TM G 422.22410 0.013313
170TM G 526.88826 0.017313
170TM G 800.40618 0.097 3M1+E2 1.0 3 0.0084 10 &
170TMS G KC= 0.0073 9$LC= 0.00112 13
170TM cG |a(K)exp={ 0.0072 {I9}}.
170TM G 866.531 9 0.488 8 E2+M1 1.48 +24-19 0.0061 3
170TMS G KC= 0.0052 3$LC= 0.00083 4
170TM cG |a(K)exp={ 0.00528 {I26}}.
170TM G 1070.97116 0.230 7 E2+M1 0.0043 13
170TMS G KC= 0.0037 12$LC= 0.00052 15
170TM cG |a(K)exp={ 0.0030 {I3}}.
170TM L 1078.8491 14 (1)+
170TM G 256.4547 9 0.09112 M1+E2 1.0 +4-3 0.172 19
170TMS G KC= 0.135 19$LC= 0.028 4$MC= 0.0068 9$NC+= 0.00149 4
170TM cG |a(K)exp={ 0.135 {I18}}.
170TM G 260.340812 0.078 9 M1+E2 0.6 3 0.189 19
170TMS G KC= 0.154 19$LC= 0.027 4$MC= 0.0064 9$NC+= 0.00141 4
170TM cG |a(K)exp={ 0.155 {I19}}.
170TM G 303.617418 0.12313M1 0.143
170TMS G KC= 0.120 $LC= 0.0178 $MC= 0.00371 $NC+= 0.000815
170TM cG |a(K)exp={ 0.110 {I12}}.
170TM cG M M1(+E2) (|d|<0.7) from |a(K)exp; feeds J=(0) state.
170TM G 1040.14219 0.41710 E1 0.00128
170TMS G KC= 0.00113 $LC= 1.51E-04
170TM cG |a(K)exp={ 0.00106 {I21}}.
170TM L 1091.585 3 (0,1,2)+ ?
170TM G 231.098713 0.065 6 M1+E2 1.11 +29-22 0.225 15 ?
170TMS G KC= 0.173 16$LC= 0.040 3$MC= 0.0101 8$NC+= 0.00235 6
170TM cG |a(K)exp={ 0.173 {I16}}.
170TM L 1102.000 3 (2+)
170TM G 382.737526 0.022 4
170TM G 494.12422 0.010713
170TM G 987.44311 0.372 6
170TM G 1101.95 4 0.155 6
170TM L 1139.951 4 (2)-
170TM G 231.499 4 0.021 3E2+M1 1.3 +12-5 0.21 3
170TMS G KC= 0.16 3$LC= 0.040 7$MC= 0.0101 18$NC+= 0.00235 6
170TM cG |a(K)exp={ 0.16 {I3}}.
170TM G 276.592 5 0.0071 9
170TM G 491.206 9 0.0173 9
170TM G 781.83 3 0.068 4(E2) 00.00574
170TMS G KC= 0.00491 $LC= 0.000828
170TM cG |a(K)exp={ 0.0079 {I17}}.
170TM cG M,MR M1+E2 with |d=0.9 {I+7-4} from |a(K)exp; M1 component
170TM2cG inconsistent with placement.
170TM G 790.20015 0.192 3M1+E2 1.23 +27-21 0.0081 6
170TMS G KC= 0.0070 5$LC= 0.00108 7
170TM cG |a(K)exp={ 0.0070 {I5}}.
170TM G 869.41814 0.185 6 E1,E2 0.0032 14
170TMS G KC= 0.0027 12$LC= 0.00044 16
170TM cG |a(K)exp={ 0.0028 {I4}}.
170TM L 1147.974 4 (1,2)-
170TM G 454.684 6 0.0289 9M1 0.0492
170TMS G KC= 0.0417 $LC= 0.00611 $MC= 0.00113 $NC+= 0.000304
170TM cG |a(K)exp={ 0.041 {I8}}.
170TM G 464.36 5 0.0080 9
170TM G 557.749 5 0.090713 M1+E2 1.52 +20-16 0.0173 8
170TMS G KC= 0.0148 7$LC= 0.00248 10
170TM cG |a(K)exp={ 0.0148 {I7}}.
170TM G 928.27018 0.534 8 M1+E2 1.35 +22-18 0.0053 3
170TMS G KC= 0.00462 23$LC= 0.00072 3
170TM cG |a(K)exp={ 0.00467 {I23}}.
170TM G 943.51414 0.312 5 E2 00.00382
170TMS G KC= 0.00329 $LC= 0.000534
170TM cG |a(K)exp={ 0.0027 {I3}}.
170TM G 998.24814 0.255 4
170TM L 1160.596 3 (1)-
170TM G 252.149 5 0.015113 M1 0.237
170TMS G KC= 0.199 $LC= 0.0297 $MC= 0.00695 $NC+= 0.00160
170TM cG |a(K)exp={ 0.217 {I26}}.
170TM G 297.22211 0.0076 9
170TM G 426.782 4 0.146722 M1+E2 0.39 +13-15 0.054 3
170TMS G KC= 0.0453 23$LC= 0.0069 4$MC= 0.00119 6$NC+= 0.000313 10
170TM cG |a(K)exp={ 0.0452 {I23}}.
170TM G 467.317 7 0.016 3
170TM G 477.030 7 0.077 6 M1 0.0436
170TMS G KC= 0.0368 $LC= 0.00539 $MC= 0.00107 $NC+= 0.000293
170TM cG |a(K)exp={ 0.030 {I6}} implies mult=M1(+E2); E2 component
170TM2cG inconsistent with placement.
170TM G 713.50523 0.048 3
170TM G 890.02 3 0.132 4
170TM G 956.14412 0.44610 E1,E2 0.0026 11
170TMS G KC= 0.0023 9$LC= 0.00035 13
170TM cG |a(K)exp={ 0.00208 {I25}}.
170TM L 1168.780 5 (2)-
170TM cL J (0-,2-) based on primary |g feeding from 1+, but not from 0+,
170TM2cL resonances (1968Lo09).
170TM G 485.210 4 0.136 5
170TM cG |a(K)exp={ 0.0305 {I18}}.
170TM cG M,MR M1+E2 (|d=0.54 {I14}) from |a(K)exp; inconsistent with
170TM2cG placement to (0)- state.
170TM G 964.32918 0.141 4
170TM L 1178.910 3 (2)-
170TM G 396.739 8 0.0124 9
170TM G 463.286 5 0.0236 9
170TM G 517.060 4 0.112 4
170TM G 959.20211 0.343 5 E2 0.00369 &
170TMS G KC= 0.00318 $LC= 0.000512
170TM cG |a(K)exp={ 0.00333 {I20}}.
170TM G 995.71 6 0.10110 E2 0.00342
170TMS G KC= 0.00295 $LC= 0.000464
170TM3 G FL=183.1896
170TM cG |a(K)exp={ 0.0037 {I7}}.
170TM cG M E2(+M1) from |a(K)exp; M1 component inconsistent with
170TMxcG placement.
170TM G 1140.19115 0.47214
170TM G 1178.88725 0.89 3
170TM L 1192.829 10 (2)-
170TM G 602.59814 0.034 3
170TM G 973.08719 0.160 5 E2+M1 1.7 +9-4 0.0045 4
170TMS G KC= 0.0039 4$LC= 0.00060 6
170TM cG |a(K)exp={ 0.0039 {I4}}.
170TM G 1043.14422 0.285 8 E2 0.00311
170TMS G KC= 0.00270 $LC= 0.000407
170TM cG |a(K)exp={ 0.00296 {I24}}.
170TM G 1154.19 6 0.136 9
170TM L 1210.679 10 (2+)
170TM cL J 1- favored based on primary |g feeding intensities from
170TM2cL 0+ and 1+ resonances (1968Lo09).
170TM G 666.62711 0.060022 M1+E2 1.3 +6-4 0.0119 18
170TMS G KC= 0.0102 16$LC= 0.00161 22
170TM cG |a(K)exp={ 0.0102 {I14}}.
170TM G 1171.93 3 0.197 8
170TM G 1210.68719 0.562 9
170TM L 1238.144 10 (1,2)-
170TM cL J 1- favored based on primary |g feeding intensities from
170TM2cL 0+ and 1+ resonances (1968Lo09).
170TM G 504.32524 0.028013
170TM G 694.10021 0.09 7
170TM G 1000.89114 0.299 7 M1+E2 1.00 +21-17 0.0050 3
170TMS G KC= 0.0043 3$LC= 0.00064 4
170TM cG |a(K)exp={ 0.00434 {I26}}.
170TM G 1018.49 3 0.209 8 E2 0.00326
170TMS G KC= 0.00283 $LC= 0.000435
170TM cG |a(K)exp={ 0.0031 {I3}}.
170TM G 1238.05 9 0.10817
170TM L 1265.075 12 (0,1,2)-
170TM G 1027.82013 0.46516
170TM G 1045.44 3 0.136 5 E2(+M1) 0.0045 14
170TMS G KC= 0.0039 12$LC= 0.00056 17
170TM cG |a(K)exp={ 0.0033 {I5}}.
170TM G 1226.30 6 0.233 8
170TM G 1265.1310 0.16623
170TM L 1299.108 13 (2)-
170TM G 438.62 4 0.009313
170TM G 695.16 3 0.065 3
170TM G 940.94 3 0.090 8 (E2) 00.00384
170TMS G KC= 0.00331 $LC= 0.000537
170TM cG |a(K)exp={ 0.0049 {I10}}.
170TM cG M M1+E2 from |a(K)exp; M1 component inconsistent with
170TMxcG placement.
170TM G 1061.86919 0.37216 E2 0.00300
170TMS G KC= 0.00262 $LC= 0.000386
170TM cG |a(K)exp={ 0.0027 {I3}}.
170TM G 1184.55 4 0.29623
170TM L 1354.73 7 (2)- ?
170TM G 1354.72 7 0.21 4 ?
170TM L 1381.2 21(1-)
170TM L 1435.2 21(1-)
170TM L 1445.2 21(1-)
170TM L 1472.2 21(1-)
170TM L 1517.2 21(0-,2-)
170TM L 1543 4(1-)
170TM L 1612.2 21(0-,1-,2-)
170TM L 1644.2 21(1-)
170TM L 1676.2 21(1-)
170TM L 1793.2 21(1-)
170TM L 1823.2 21(0-,1-,2-)
170TM L 1846.2 21(1-)
170TM L 1861.2 21(1-)
170TM L 1944.2 21(0-,2-)
170TM L 1955.2 21(0-,1-,2-)
170TM L 6594.5 4 0+,1+ S
170TM cL E$6389.7 12 from 1995Au04.
170TM2cL Observed deexcitation intensity is 98% of GS feeding.
170TM G 4639 3 A
170TM G 4650 3 A
170TM G 4733 3 A
170TM G 4748 3 A
170TM G 4771 3 A
170TM G 4801 3 A
170TM G 4918 3 A
170TM3 G FLAG=C
170TM G 4950 3 A
170TM G 4982 3 A
170TM G 5051 5 A
170TM3 G FLAG=C
170TM G 5077 3 0.21016
170TM G 5122 3 0.19 2
170TM G 5149 3 A
170TM G 5159 3 0.68 3
170TM G 5213 3 A
170TM G 5326 6 0.14 5
170TM3 G FLAG=C
170TM G 5360 6 0.07619
170TM3 G FLAG=C
170TM G 5383 3 0.06422
170TM G 5398 3 0.18018
170TM G 5416 3 0.31017
170TM G 5428 5 0.18016
170TM3 G FLAG=C
170TM G 5447 3 0.03616
170TM cG RI for (5447|g+5453|g) doublet.
170TM G 5453 3 0.03616
170TM cG RI for (5447|g+5453|g) doublet.
170TM G 5518 6 0.12016
170TM G 5684 3 0.06015
170TM G 5730 3 0.14 4
170TM cG RI from 1966Sh03.
170TM G 5737 3 0.88017
170TM G 5771 3 A
170TM G 5809 3 0.05015
170TM cG RI from 1966Sh03.
170TM G 5858 3 0.23014
170TM G 5900 3 0.32015
170TM G 5911 3 0.31017
170TM G 5945 3 0.78015
170TM3 G FL=648.7462
170TM G 6003 3 0.60015
170TM G 6356 3 0.19012
170TM G 6375 3 0.07916
170TM cG RI from 1966Sh03.
170TM G 6389 3 0.80014
170TM G 6444.210 0.20011
170TM cG E from 1966Sh03.
170TM G 6556.4 5 0.49015
170TM cG E from 1966Sh03.
170TM G 6594 3 0.02110
DATA FOR A = 170 AND Z = 69(TM) 169TM(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
170TM N 1.0 1.0
170TM L 0.0 1-
170TM L 38.7131 4 (2)-
170TM L 114.5434 4 (3)-
170TM G 75.23 9 0.94 8M1+E2 0.85 5 7.97
170TM G 114.50 5 3.19 6 E2 1.87
170TM L 149.7179 5 (0)-
170TM G 110.95 6 0.32716 E2 2.10
170TM G 149.66 5 7.1112 M1 1.006
170TM L 183.1921 5 (4)-
170TM L 183.1921 5 (3)+ 4.12 US 13
170TM G 68.54 6 1.7523E1 0.902
170TM G 144.43 5 5.9611E1 0.127
170TM L 204.4484 4 (2)- 1 NS LT
170TM G 89.7311 0.11621M1 4.32
170TM G 165.69 5 3.29 6M1(+E2) 0.7 LE 0.671
170TM G 204.41 5 8.7219M1 0.422
170TM L 219.7059 4(2)-
170TM G 105.11 6 0.78023M1+E2 0.4 3 2.73
170TM G 180.92 5 3.8514 M1+E2 0.28 3 0.576
170TM G 219.65 5 3.64 6E2+M1 1.29 10 0.251
170TM L 237.2392 5 (1)-
170TM G 87.44 5 1.29 3M1 4.66
170TM G 198.46 5 0.96 3M1 0.458
170TM G 237.19 5 5.5210M1 0.280
170TM L 247.1475 16 (4)+
170TM G 63.9222 0.17 8E1 1.09
170TM L 270.5465 5 (3)-
170TM G 66.0610 0.5110M1(+E2) 0.33 LE 11.1
170TM G 156.0310 0.11917M1+E2 0.32 7 0.869
170TM G 231.71 6 0.60 3M1 0.298
170TM L 319.3256 9 (5)-
170TM G 205.0510 E2 0.244
170TM L 349.7326 5 (3)-
170TM G 129.99 5 0.94025M1+E2 0.55 9 1.42
170TM G 235.12 5 1.18 4M1 0.287
170TM G 310.97 5 2.50 5M1(+E2) 0.23 LE 0.130
170TM L 355.0480 8 (4)+
170TM G 171.81 6 0.39118M1(+E2) 0.19 0.675
170TM L 358.1162 7 (4)-
170TM G 153.7010 0.09815 E2 0.647
170TM G 175.2 3 0.04918 M1+E2 0.53 12
170TM L 381.4261 6 (4)-
170TM G 161.67 6 0.27017E2 0.542
170TM G 266.8111 0.13415M1+E2 0.9 3 0.158 18
170TM L 402.7278 16 (3,4)-
170TM G 288.34 8 0.17210 M1+E2 0.64 20 0.140 11
170TM L 447.0702 7 (3)-
170TM G 176.49 9 0.34 3M1+E2 0.65 12 0.565 18
170TM G 242.58 5 1.28 4M1(+E2) 0.30 +15-30 0.253 11
170TM G 263.9925 0.03313
170TM G 332.9122 0.04511 M1(+E2) 0.60 LE 0.0960
170TM G 408.28 6 0.23913 M1+E2 0.47 13 0.058 3
170TM L 467.8605 12 (5)-
170TM L 539.7222 15 (4)-
170TM G 92.6221 0.04116 M1+E2 0.23 3 3.97
170TM L 544.051 7 (3+)
170TM G 506.61 6 0.84 3
170TM G 543.5825 0.06921
170TM L 550.7480 15 (5)-
170TM G 169.4315 0.05112M1+E2 0.7 +4-3 0.63 6
170TM G 367.8010 0.18518 M1+E2 0.34 +16-25 0.081 5
170TM L 590.2287 17 (1)-
170TM G 352.91 6 0.54723 M1+E2 0.63 13 0.081 4
170TM G 370.3111 0.16 3 M1+E2 0.38 +15-25 0.078 5
170TM G 440.5 3 0.13 3 M1 0.0534
170TM G 590.18 7 1.2710 M1(+E2) 0.018 7
170TM L 603.9897 13 (1)+
170TM G 454.22 9 0.29520 E1 00.00718
170TM G 565.22 5 1.58 4 E1 00.00431
170TM G 603.91 5 1.40 5 E1 0.00375
170TM L 607.8863 15 (3)+
170TM G 388.0113 0.09916
170TM G 424.61 5 0.55625 E1 00.00837
170TM G 569.25 5 1.02 3 E1 00.00425
170TM L 637.9046 18 (2)-
170TM G 417.8613 0.07812 M1+E2 0.6 3 0.052 6
170TM G 523.32 7 0.48 3 M1+E2 0.69 12 0.0272 14
170TM G 599.0014 0.15525 M1+E2 0.78 15 0.0186 12
170TM L 648.7463 14 (1)-
170TM G 378.1 3 0.03614
170TM G 411.46 5 2.37 5 M1+E2 0.54 8 0.0557 18
170TM G 429.03 6 0.30824 M1+E2 0.55 12 0.0498 25
170TM G 609.8023 0.18 4 M1(+E2) 0.5 LE 0.0200
170TM G 648.3822 0.24 4 M1+E2 0.75 12 0.0155 8
170TM L 650.3728 13 (2)+
170TM G 413.1810 0.16217 (E1) 00.00892
170TM G 535.78 5 1.18 4 E1 00.00484
170TM G 611.80 8 0.83 4
170TM G 650.21 6 1.45 5 E1 0.00322
170TM L 655.597 20 (5-)
170TM L 661.8562 11 (1)+
170TM G 442.06 8 0.51 4 E1 00.00763
170TM G 510.4311 0.61 3 E1 00.00534
170TM G 512.01 5 1.96 5 E1 00.00534
170TM G 622.6311 0.27 4 (E1) 0.00352
170TM L 683.569 3 (0)-
170TM G 446.31 5 1.62 4M1 0.0516
170TM L 693.2860 13 (2)-
170TM G 343.29 6 0.36016 M1+E2 0.39 14 0.095 5
170TM G 455.96 6 1.16 4 M1+E2 0.44 14 0.0444 24
170TM G 474.04 5 0.15 4 M1+E2 0.70 15 0.0362 24
170TM G 693.19 9 0.30 3M1+E2 1.13 +19-16 0.0114 7
170TM L 703.6285 12 (2)+
170TM G 99.1917 0.06613 M1+E2 0.73 14 3.19
170TM G 433.0316 0.07514(E1) 00.00800
170TM G 466.6 4 0.06920
170TM G 589.1310 0.5810 E1 00.00395
170TM G 664.9612 0.30 4(E1) 0.00308
170TM G 703.71 5 1.32 4 E1 0.00274
170TM L 708.371 4 (3)-
170TM G 524.9 3 0.07 3 M1+E2 0.8 +4-3 0.026 4
170TM G 669.5513 0.31 4M1+E2 1.08 14 0.0126 7
170TM L 709.468 7 (1,2,3)-
170TM G 505.00 6 0.90 3M1+E2 0.64 11 0.0305 15
170TM G 671.2 3 0.12 4
170TM L 715.6207 14 (3)-
170TM G 268.69 9 0.21017M1+E2 0.9 3 0.155 18
170TM G 468.62 7 0.45 4
170TM G 532.39 6 0.59 3 E1 00.00490
170TM L 719.2626 22 (1)+
170TM G 499.32 5 0.88 3E1 00.00583
170TM G 680.23 9 0.41 3 E1 0.00294
170TM G 719.12 8 1.01 3 E1 0.00262
170TM L 733.8122 18 (2)-
170TM G 384.04 5 1.95 5 M1+E2 0.56 12 0.066 3
170TM G 496.52 5 0.80 3 M1+E2 0.40 15 0.0364 21
170TM L 749.8482 15 (3)-
170TM G 400.21 5 0.71719M1+E2 0.60 11 0.059 3
170TM G 514.0922 0.10822
170TM L 756.211 4 (4)-
170TM G 573.1620 0.30 9 E1 00.00419
170TM L 758.3284 14 (2)+
170TM G 107.9512 0.11013 M1 2.55
170TM L 775.2301 14 (0)+
170TM G 537.97 6 1.00 4 E1 00.00479
170TM L 782.1519 22 (1)-
170TM G 562.39 5 0.85 3M1+E2 0.60 23 0.0236 22
170TM G 632.37 6 0.74 3
170TM L 806.4273 24 (3,4)-
170TM G 358.8013 0.14 3
170TM G 448.2425 0.06618 E2 0.0227
170TM G 601.6419 0.13 3
170TM L 818.5084 14 (2)+
170TM G 580.9714 0.32 7 E1 00.00407
170TM G 818.64 9 0.23320(E1) 0.00203
170TM L 822.3943 14 (2)+
170TM G 472.94 8 0.60 5E1 00.00658
170TM G 585.09 6 0.60 4 E1 00.00401
170TM L 839.130 3 (3)-
170TM G 619.4410 0.23 4 M1+E2 0.52 12 0.0191 9
170TM G 724.48 5 0.68 3 M1+E2 0.95 14 0.0109 6
170TM L 854.340 4 (2)-
170TM G 739.7614 0.10818M1+E2 1.30 +19-16 0.0092 5
170TM G 815.56 5 0.76 3 M1+E2 1.14 12 0.0077 3
170TM G 854.23 5 1.41 4M1+E2 1.03 13 0.0071 3
170TM L 860.486 3 (1)+
170TM G 640.56 8 0.70 3 E1 0.00332
170TM G 710.70 7 0.60 3 E1 0.00269
170TM L 862.7758 20 (3)-
170TM G 415.6214 0.06411
170TM G 481.4818 0.10922 M1(+E2) 0.5 +3-5 0.038 5
170TM G 824.1910 0.31822
170TM L 863.364 5 (1)-
170TM G 658.85 5 1.56 5M1+E2 0.74 12 0.0150 8
170TM L 908.448 3 (2-)
170TM G 637.75 4 1.25 4
170TM L 925.2718 22 (3)-
170TM G 457.2311 0.55725 [E2] 0.0215
170TM G 720.61 8 0.57 3
170TM G 810.5511 0.15721M1+E2 1.34 +21-17 0.0074 4
170TM G 886.5011 0.23024 M1+E2 2.48 24 00.00499
170TM L 959.217 8 (3)-
170TM G 844.8713 0.14718
170TM G 919.8417 0.11324E2(+M1) 0.0060 20
170TM L 964.474 6 (3,4)-
170TM G 517.5525 0.05024 E2(+M1) 1.5 GE 0.0209
170TM G 607.0 4 0.04323M1+E2 0.81 +23-200.0179 16
170TM G 744.0016 0.12419
170TM G 780.9718 0.20 4 E2+M1 1.7 +6-3 0.0074 6
170TM L 979.929 4 (3)-
170TM L 984.981 6 (3,4,5)-
170TM L 1064.4576 13 (1)+
170TM G 246.0217 0.06615 M1(+E2) 0.7 LE 0.214
170TM G 360.5717 0.08924
170TM G 372.5711 0.15322
170TM G 460.6 3 0.06119 E2+M1 1.2 +12-5 0.032 7
170TM G 915.9 3 0.08022
170TM L 1070.973 6 (2)-
170TM G 800.4318 0.12223M1+E2 1.0 3 0.0084 10
170TM G 866.44 8 0.35324 E2+M1 1.48 +24-19 0.0061 3
170TM L 1078.8491 14 (1)+
170TM G 256.5315 0.09615 M1+E2 1.0 +4-3 0.172 19
170TM G 260.4913 0.10314 M1+E2 0.6 3 0.189 19
170TM G 303.59 8 0.13713M1 0.143
170TM G 1040.3515 0.25 7 E1 0.00128
170TM L 1091.585 3 (0,1,2)+
170TM L 1102.000 3 (2+)
170TM G 494.0 3 0.06021
170TM G 987.3811 0.30 3
170TM G 1102.4 3 0.10 3
170TM L 1139.951 4 (2)-
170TM G 275.6 3 0.03413
170TM G 783.4115 0.18 4(E2) 00.00574
170TM G 790.0215 0.17 3M1+E2 1.23 +27-21 0.0081 6
170TM G 868.6711 0.23523 E1,E2 0.0032 14
170TM L 1147.974 4 (1,2)-
170TM G 557.7 3 0.06821 M1+E2 1.52 +20-16 0.0173 8
170TM G 928.13 8 0.37 3 M1+E2 1.35 +22-18 0.0053 3
170TM G 943.2913 0.24 3 E2 00.00382
170TM G 997.8121 0.20025
170TM L 1160.596 3 (1)-
170TM G 426.73 9 0.18618 M1+E2 0.39 +13-15 0.054 3
170TM G 477.19 8 0.24025 M1 0.0436
170TM G 956.1310 0.33 6 E1,E2 0.0026 11
170TM L 1168.780 5 (2)-
170TM G 485.0713 0.14022
170TM G 964.6 4 0.08 3
170TM L 1178.910 3 (2)-
170TM G 397.6111 0.09910
170TM G 959.1717 0.28 3 E2 0.00369
170TM G 995.3 4 0.10623 E2 0.00342
170TM G 1178.65 9 0.56 4
170TM L 1192.829 10 (2)-
170TM G 972.9 3 0.10 4 E2+M1 1.7 +9-4 0.0045 4
170TM G 1043.1922 0.19 4 E2 0.00311
170TM L 1210.679 10 (2+)
170TM G 1172.3 3 0.14 3
170TM G 1210.5413 0.36 7
170TM L 1238.144 10 (1,2)-
170TM G 1000.8014 0.23 4 M1+E2 1.00 +21-17 0.0050 3
170TM G 1238.9817 0.10721
170TM L 1265.075 12 (0,1,2)-
170TM G 1027.6113 0.26 4
170TM G 1225.9724 0.12022
170TM G 1265.8516 0.21024
170TM L 1299.108 13 (2)-
170TM G 696.7724 0.08621
170TM G 939.3 4 0.06324 (E2) 00.00384
170TM G 1184.7419 0.20 3
170TM L 1354.73 7 (2)-
170TM G 1354.5123 0.12823
170TM L 1381.2 21(1-)
170TM L 1435.2 21(1-)
170TM L 1445.2 21(1-)
170TM L 1472.2 21(1-)
170TM L 1517.2 21(0-,2-)
170TM L 1543 4(1-)
170TM L 1612.2 21(0-,1-,2-)
170TM L 1644.2 21(1-)
170TM L 1676.2 21(1-)
170TM L 1793.2 21(1-)
170TM L 1823.2 21(0-,1-,2-)
170TM L 1846.2 21(1-)
170TM L 1861.2 21(1-)
170TM L 1944.2 21(0-,2-)
170TM L 1955.2 21(0-,1-,2-)
170TM L 6594.5 4 0+,1+
170TM G 4641.4825 0.32 3
170TM G 4732.6322 0.58 5
170TM G 4774.2 5 0.16 3
170TM G 4922.2 3 0.26 3
170TM G 4987.1 4 0.16 3
170TM G 5053.7 6 0.10322
170TM G 5061.7 5 0.10321
170TM G 5075.3 3 0.39 4
170TM G 5124.2 3 0.28 4
170TM G 5149.2 4 0.31 4
170TM G 5158.2 4 0.47 5
170TM G 5216.9 6 0.09225
170TM G 5325.7 3 0.18 3
170TM G 5353.5 4 0.19 3
170TM G 5381.4 3 0.18 3
170TM G 5398.0 4 0.14325
170TM G 5412.4724 0.39 5
170TM G 5422.9 3 0.24 3
170TM G 5431.9 3 0.23 3
170TM G 5443.5 3 0.15025
170TM G 5451.4 4 0.14825
170TM G 5682.6 4 0.10421
170TM G 5728.6 3 0.26 3
170TM G 5737.5020 1.42 7
170TM G 5809.5 4 0.14720
170TM G 5858.3 3 0.41 4
170TM G 5898.3 3 0.35 4
170TM G 5908.3 3 0.49 4
170TM G 5943.1420 1.51 7
170TM G 6001.5122 0.9910
170TM G 6354.5 3 0.42 4
170TM G 6371.5 4 0.08519
170TM G 6387.4922 1.48 7
170TM G 6442.1923 0.47 3
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 38.7131 4
1 G1 38.7135 5 0.196 21
1 G2 38.7131 4
1 L1 114.5434 4
1 G2 75.23 9 0.94 8
1 G1 75.8310 7 0.81 7
1 G1 114.5437 9 4.016 18
1 G2 114.50 5 3.19 6
1 L1 149.7179 5
1 G1 111.0050 7 0.356 16
1 G2 110.95 6 0.327 16
1 G1 149.7183 13 6.5 5
1 G2 149.66 5 7.11 12
1 L1 183.1921 5
1 G1 68.6491 4 0.008 4
1 G1 144.5 10 0.94 11
1 G2 183.1920 5
1 L1 183.1927 5
1 G1 68.6491 4 2.08 10
1 G2 68.54 6 1.75 23
1 G1 144.4797 5 5.0 3
1 G2 144.43 5 5.96 11
1 L1 204.4484 4
1 G1 89.906 3 0.056 6
1 G2 89.73 11 0.116 21
1 G1 165.7355 5 2.87 16
1 G2 165.69 5 3.29 6
1 G1 204.4476 8 6.58 4
1 G2 204.41 5 8.72 19
1 L1 219.7059 4
1 G1 69.9881 9 0.146 21
1 G1 105.1625 5 1.002 10
1 G2 105.11 6 0.780 23
1 G1 180.9936 8 3.5 3
1 G2 180.92 5 3.85 14
1 G1 219.7046 8 2.701 22
1 G2 219.65 5 3.64 6
1 L1 237.2392 5
1 G1 17.554 8 0.0120 4
1 G1 87.5209 10 1.29 3
1 G2 87.44 5 1.29 3
1 G1 198.5237 10 0.569 15
1 G2 198.46 5 0.96 3
1 G1 237.2407 9 4.08 8
1 G2 237.19 5 5.52 10
1 L1 247.1475 16
1 G1 63.960 4 0.027 4
1 G2 63.92 22 0.17 8
1 L1 270.5465 5
1 G1 66.0983 5 0.39 4
1 G2 66.06 10 0.51 10
1 G1 156.0031 7 0.116 9
1 G2 156.03 10 0.119 17
1 G2 231.71 6 0.60 3
1 G1 231.8343 20 0.392 24
1 L1 319.3256 9
1 G1 204.7820 8 0.188 18
1 G2 205.05 10
1 L1 349.7326 5
1 G1 112.4938 16 0.033 3
1 G1 130.0266 4 1.02 3
1 G2 129.99 5 0.940 25
1 G1 235.1930 15 0.942 24
1 G2 235.12 5 1.18 4
1 G1 311.0176 15 2.01 8
1 G2 310.97 5 2.50 5
1 L1 355.0480 8
1 G1 107.9012 16 0.038 3
1 G1 171.8551 6 0.27 3
1 G2 171.81 6 0.391 18
1 L1 358.1162 7
1 G1 87.5713 15 0.219 6
1 G1 153.6666 9 0.101 8
1 G2 153.70 10 0.098 15
1 G1 174.9268 17 0.028 3
1 G2 175.2 3 0.049 18
1 G1 243.573 3 0.036 5
1 L1 381.4261 6
1 G1 31.701 10 0.0133 9
1 G1 161.7206 6 0.228 11
1 G2 161.67 6 0.270 17
1 G1 198.2369 20 0.071 4
1 G1 266.8810 12 0.130 14
1 G2 266.81 11 0.134 15
1 G1 342.711 4 0.106 5
1 L1 402.7278 16
1 G1 288.1848 17 0.095 8
1 G2 288.34 8 0.172 10
1 G1 364.012 4 0.0142 9
1 L1 447.0702 7
1 G1 88.9544 11 0.035 7
1 G1 176.5246 10 0.294 9
1 G2 176.49 9 0.34 3
1 G1 242.6233 14 0.910 16
1 G2 242.58 5 1.28 4
1 G1 263.877 5 0.0164 9
1 G2 263.99 25 0.033 13
1 G1 332.522 5 0.0347 13
1 G2 332.91 22 0.045 11
1 G1 408.348 3 0.1427 22
1 G2 408.28 6 0.239 13
1 L1 467.8605 12
1 G1 109.744 3 0.021 4
1 G1 197.3138 12 0.028 3
1 G2 467.8598 12
1 L1 539.7222 15
1 G1 92.6540 25 0.073 5
1 G2 92.62 21 0.041 16
1 G1 269.1733 19 0.063 8
1 G1 335.274 8 0.0116 18
1 L1 544.051 7
1 G1 505.344 15 0.106 7
1 G2 506.61 6 0.84 3
1 G1 544.043 11 0.060 3
1 G2 543.58 25 0.069 21
1 L1 550.7480 15
1 G1 169.3209 20 0.022 3
1 G2 169.43 15 0.051 12
1 G1 192.6334 25 0.0160 13
1 G1 231.418 6 0.0098 13
1 G1 367.556 4 0.084 4
1 G2 367.80 10 0.185 18
1 L1 590.2287 17
1 G1 352.997 9 0.46 3
1 G2 352.91 6 0.547 23
1 G1 370.530 4 0.088 4
1 G2 370.31 11 0.16 3
1 G1 440.516 5 0.048 3
1 G2 440.5 3 0.13 3
1 G1 551.514 3 0.973 15
1 G1 590.226 6 1.21 3
1 G2 590.18 7 1.27 10
1 L1 603.9897 13
1 G1 384.287 5 0.1409 22
1 G1 454.276 3 0.208 4
1 G2 454.22 9 0.295 20
1 G1 565.268 4 1.428 23
1 G2 565.22 5 1.58 4
1 G1 603.978 6 1.077 20
1 G2 603.91 5 1.40 5
1 L1 607.8863 15
1 G1 226.468 4 0.0116 22
1 G1 388.1769 20 0.0822 9
1 G2 388.01 13 0.099 16
1 G1 424.693 6 0.381 8
1 G2 424.61 5 0.556 25
1 G1 493.344 4 0.0489 22
1 G1 569.177 5 0.715 20
1 G2 569.25 5 1.02 3
1 L1 637.9046 18
1 G1 400.668 5 0.148 11
1 G2 417.86 13 0.078 12
1 G1 418.197 3 0.0573 18
1 G1 523.358 4 0.424 9
1 G2 523.32 7 0.48 3
1 G1 599.206 6 0.128 7
1 G2 599.00 14 0.155 25
1 G1 637.899 4 1.360 23
1 L1 648.7463 14
1 G1 378.203 4 0.0196 9
1 G2 378.1 3 0.036 14
1 G1 411.5062 22 2.01 7
1 G2 411.46 5 2.37 5
1 G1 429.0365 25 0.2369 22
1 G2 429.03 6 0.308 24
1 G1 499.040 4 0.300 4
1 G1 610.032 6 0.147 6
1 G2 609.80 23 0.18 4
1 G1 648.731 6 0.324 6
1 G2 648.38 22 0.24 4
1 L1 650.3728 13
1 G1 300.6424 20 0.036 4
1 G1 413.1309 25 0.0804 18
1 G2 413.18 10 0.162 17
1 G1 535.831 3 1.078 19
1 G2 535.78 5 1.18 4
1 G1 611.659 5 0.533 17
1 G2 611.80 8 0.83 4
1 G2 650.21 6 1.45 5
1 G1 650.366 4 1.350 14
1 L1 655.597 20
1 G1 541.053 20 0.0173 13
1 G2 655.596 20
1 L1 661.8562 11
1 G1 442.1477 20 0.391 6
1 G2 442.06 8 0.51 4
1 G1 457.4101 20 0.36 3
1 G2 512.01 5 1.96 5
1 G1 512.133 3 1.22 3
1 G2 622.63 11 0.27 4
1 G1 623.144 5 0.178 5
1 L1 683.569 3
1 G1 446.333 9 1.332 17
1 G2 446.31 5 1.62 4
1 L1 693.2860 13
1 G2 343.29 6 0.360 16
1 G1 343.5528 20 0.178 8
1 G1 456.0446 20 1.010 10
1 G2 455.96 6 1.16 4
1 G1 473.605 8 0.263 19
1 G2 474.04 5 0.15 4
1 G1 693.287 5 0.40 3
1 G2 693.19 9 0.30 3
1 L1 703.6285 12
1 G1 41.7700 20 0.0280 13
1 G2 99.19 17 0.066 13
1 G1 99.6388 17 0.062 4
1 G1 433.082 3 0.0760 22
1 G2 433.03 16 0.075 14
1 G1 466.393 4 0.040 3
1 G2 466.6 4 0.069 20
1 G1 483.926 4 0.0564 13
1 G1 589.085 7 0.552 9
1 G2 589.13 10 0.58 10
1 G1 664.897 5 0.281 5
1 G2 664.96 12 0.30 4
1 G1 703.626 6 0.888 25
1 G2 703.71 5 1.32 4
1 L1 708.371 4
1 G1 525.180 5 0.0627 13
1 G2 524.9 3 0.07 3
1 G1 593.93 7 0.0120 13
1 G1 669.654 5 0.329 3
1 G2 669.55 13 0.31 4
1 L1 709.468 7
1 G1 505.010 10 0.720 22
1 G2 505.00 6 0.90 3
1 G1 670.760 9 0.14 7
1 G2 671.2 3 0.12 4
1 L1 715.6207 14
1 G1 175.894 4 0.0151 13
1 G1 268.5515 15 0.139 16
1 G2 268.69 9 0.210 17
1 G1 365.887 6 0.0107 18
1 G1 468.473 5 0.071 3
1 G2 468.62 7 0.45 4
1 G1 532.421 4 0.355 10
1 G2 532.39 6 0.59 3
1 L1 719.2626 22
1 G2 499.32 5 0.88 3
1 G1 499.559 4 0.510 9
1 G1 569.549 8 0.329 8
1 G2 680.23 9 0.41 3
1 G1 680.544 4 0.452 12
1 G1 719.262 5 1.21 3
1 G2 719.12 8 1.01 3
1 L1 733.8122 18
1 G1 384.079 3 1.56 12
1 G2 384.04 5 1.95 5
1 G1 496.5718 25 0.712 12
1 G2 496.52 5 0.80 3
1 G1 733.79 3 0.0396 22
1 L1 749.8482 15
1 G1 368.4237 20 0.0609 22
1 G1 400.1135 20 0.431 17
1 G2 400.21 5 0.717 19
1 G1 512.620 24 0.044 3
1 G2 514.09 22 0.108 22
1 G1 711.127 7 0.246 14
1 L1 756.211 4
1 G1 573.017 4 0.292 5
1 G2 573.16 20 0.30 9
1 L1 758.3284 14
1 G1 107.9557 7 0.116 6
1 G2 107.95 12 0.110 13
1 G1 487.773 7 0.0280 22
1 G1 538.622 7 0.063 3
1 G1 575.115 17 0.0262 13
1 L1 775.2301 14
1 G1 185.006 3 0.0164 22
1 G1 537.992 3 0.870 14
1 G2 537.97 6 1.00 4
1 L1 782.1519 22
1 G1 98.5829 20 0.059 7
1 G1 562.444 3 0.771 15
1 G2 562.39 5 0.85 3
1 G1 632.430 4 0.704 13
1 G2 632.37 6 0.74 3
1 L1 806.4273 24
1 G2 358.80 13 0.14 3
1 G1 359.359 3 0.066 4
1 G1 448.308 5 0.0822 18
1 G2 448.24 25 0.066 18
1 G1 601.974 5 0.168 4
1 G2 601.64 19 0.13 3
1 L1 818.5084 14
1 G1 214.517 4 0.0244 22
1 G1 468.777 4 0.310 10
1 G2 580.97 14 0.32 7
1 G1 581.268 5 0.398 11
1 G1 703.975 12 0.96 3
1 G1 779.775 16 0.062 4
1 G1 818.502 9 0.315 4
1 G2 818.64 9 0.233 20
1 L1 822.3943 14
1 G1 218.409 4 0.0133 18
1 G1 472.663 3 0.342 8
1 G2 472.94 8 0.60 5
1 G1 585.152 4 0.576 13
1 G2 585.09 6 0.60 4
1 G1 707.849 5 0.380 4
1 L1 839.130 3
1 G1 619.423 5 0.209 5
1 G2 619.44 10 0.23 4
1 G1 634.661 18 0.0427 18
1 G1 724.588 5 0.907 18
1 G2 724.48 5 0.68 3
1 G1 800.406 18 0.097 3
1 L1 854.340 4
1 G1 739.800 7 0.221 4
1 G2 739.76 14 0.108 18
1 G1 815.621 7 1.092 7
1 G2 815.56 5 0.76 3
1 G1 854.336 6 1.90 3
1 G2 854.23 5 1.41 4
1 L1 860.486 3
1 G2 640.56 8 0.70 3
1 G1 640.774 5 0.636 12
1 G1 710.772 6 0.628 13
1 G2 710.70 7 0.60 3
1 L1 862.7758 20
1 G1 415.703 3 0.0373 9
1 G2 415.62 14 0.064 11
1 G1 481.349 3 0.109 3
1 G2 481.48 18 0.109 22
1 G1 679.584 6 0.1169 22
1 G1 748.241 14 0.0769 22
1 G1 824.067 7 0.378 6
1 G2 824.19 10 0.318 22
1 L1 863.364 5
1 G1 416.301 8 0.0116 9
1 G1 658.91 4 1.50 4
1 G2 658.85 5 1.56 5
1 L1 908.448 3
1 G2 637.75 4 1.25 4
1 G1 637.899 4 1.360 23
1 G1 703.975 12 0.96 3
1 L1 925.2718 22
1 G1 457.4101 20 0.04 3
1 G2 457.23 11 0.557 25
1 G2 720.61 8 0.57 3
1 G1 720.803 12 0.640 5
1 G1 810.730 8 0.250 4
1 G2 810.55 11 0.157 21
1 G1 886.583 12 0.246 5
1 G2 886.50 11 0.230 24
1 L1 959.217 8
1 G1 844.682 12 0.166 3
1 G2 844.87 13 0.147 18
1 G2 919.84 17 0.113 24
1 G1 920.53 3 0.104 4
1 G1 959.202 11 0.343 5
1 L1 964.474 6
1 G1 517.428 16 0.0222 18
1 G2 517.55 25 0.050 24
1 G1 561.753 13 0.027 3
1 G1 606.346 10 0.058 4
1 G2 607.0 4 0.043 23
1 G2 744.00 16 0.124 19
1 G1 744.747 15 0.112 8
1 G1 760.05 3 0.0347 18
1 G1 781.299 25 0.1427 22
1 G2 780.97 18 0.20 4
1 L1 979.929 4
1 G1 532.860 4 0.094 4
1 G1 621.805 8 0.093 5
1 G1 709.378 14 0.0809 22
1 G2 979.926 4
1 L1 984.981 6
1 G1 582.258 11 0.038 10
1 G1 626.857 9 0.0489 13
1 G1 714.438 13 0.067 4
1 G2 984.978 6
1 L11064.4580 13
1 G1 203.970 4 0.0342 22
1 G1 242.0644 25 0.055 8
1 G1 245.9473 25 0.054 7
1 G2 246.02 17 0.066 15
1 G1 289.2291 13 0.035 3
1 G1 345.192 9 0.0227 4
1 G1 360.8247 25 0.0613 13
1 G2 360.57 17 0.089 24
1 G1 371.171 3 0.0240 4
1 G2 372.57 11 0.153 22
1 G1 460.464 3 0.0751 22
1 G2 460.6 3 0.061 19
1 G1 914.75 6 0.036 8
1 G2 915.9 3 0.080 22
1 L1 1070.973 6
1 G1 422.224 10 0.0133 13
1 G1 526.89 3 0.0173 13
1 G1 800.406 18 0.097 3
1 G2 800.43 18 0.122 23
1 G1 866.531 9 0.488 8
1 G2 866.44 8 0.353 24
1 G1 1070.971 16 0.230 7
1 L11078.8490 14
1 G1 256.4547 9 0.091 12
1 G2 256.53 15 0.096 15
1 G1 260.3408 12 0.078 9
1 G2 260.49 13 0.103 14
1 G1 303.6174 18 0.123 13
1 G2 303.59 8 0.137 13
1 G1 1040.142 19 0.417 10
1 G2 1040.35 15 0.25 7
1 L1 1091.585 3
1 G1 231.0987 13 0.065 6
1 G2 1091.581 3
1 L1 1102.000 3
1 G1 382.738 3 0.022 4
1 G1 494.124 22 0.0107 13
1 G2 494.0 3 0.060 21
1 G1 987.443 11 0.372 6
1 G2 987.38 11 0.30 3
1 G1 1101.95 4 0.155 6
1 G2 1102.4 3 0.10 3
1 L1 1139.951 4
1 G1 231.499 4 0.021 3
1 G2 275.6 3 0.034 13
1 G1 276.592 5 0.0071 9
1 G1 491.206 9 0.0173 9
1 G1 781.83 3 0.068 4
1 G2 783.41 15 0.18 4
1 G1 790.200 15 0.192 3
1 G2 790.02 15 0.17 3
1 G2 868.67 11 0.235 23
1 G1 869.418 14 0.185 6
1 L1 1147.974 4
1 G1 454.684 6 0.0289 9
1 G1 464.36 5 0.0080 9
1 G1 557.749 5 0.0907 13
1 G2 557.7 3 0.068 21
1 G1 928.270 18 0.534 8
1 G2 928.13 8 0.37 3
1 G1 943.514 14 0.312 5
1 G2 943.29 13 0.24 3
1 G1 998.248 14 0.255 4
1 G2 997.81 21 0.200 25
1 L1 1160.596 3
1 G1 252.149 5 0.0151 13
1 G1 297.222 11 0.0076 9
1 G1 426.782 4 0.1467 22
1 G2 426.73 9 0.186 18
1 G1 467.317 7 0.016 3
1 G1 477.030 7 0.077 6
1 G2 477.19 8 0.240 25
1 G1 713.505 23 0.048 3
1 G1 890.02 3 0.132 4
1 G1 956.144 12 0.446 10
1 G2 956.13 10 0.33 6
1 L1 1168.780 5
1 G1 485.210 4 0.136 5
1 G2 485.07 13 0.140 22
1 G1 964.329 18 0.141 4
1 G2 964.6 4 0.08 3
1 L1 1178.910 3
1 G1 396.739 8 0.0124 9
1 G2 397.61 11 0.099 10
1 G1 463.286 5 0.0236 9
1 G1 517.060 4 0.112 4
1 G1 959.202 11 0.343 5
1 G2 959.17 17 0.28 3
1 G1 995.71 6 0.101 10
1 G2 995.3 4 0.106 23
1 G1 1140.191 15 0.472 14
1 G2 1178.65 9 0.56 4
1 G1 1178.887 25 0.89 3
1 L1 1192.829 10
1 G1 602.598 14 0.034 3
1 G1 973.087 19 0.160 5
1 G2 972.9 3 0.10 4
1 G1 1043.144 22 0.285 8
1 G2 1043.19 22 0.19 4
1 G1 1154.19 6 0.136 9
1 L1 1210.679 10
1 G1 666.627 11 0.0600 22
1 G1 1171.93 3 0.197 8
1 G2 1172.3 3 0.14 3
1 G1 1210.687 19 0.562 9
1 G2 1210.54 13 0.36 7
1 L1 1238.144 10
1 G1 504.325 24 0.0280 13
1 G1 694.100 21 0.09 7
1 G1 1000.891 14 0.299 7
1 G2 1000.80 14 0.23 4
1 G1 1018.49 3 0.209 8
1 G1 1238.05 9 0.108 17
1 G2 1238.98 17 0.107 21
1 L1 1265.075 12
1 G1 1027.820 13 0.465 16
1 G2 1027.61 13 0.26 4
1 G1 1045.44 3 0.136 5
1 G1 1226.30 6 0.233 8
1 G2 1225.97 24 0.120 22
1 G1 1265.13 10 0.166 23
1 G2 1265.85 16 0.210 24
1 L1 1299.108 13
1 G1 438.62 4 0.0093 13
1 G1 695.16 3 0.065 3
1 G2 696.77 24 0.086 21
1 G2 939.3 4 0.063 24
1 G1 940.94 3 0.090 8
1 G1 1061.869 19 0.372 16
1 G1 1184.55 4 0.296 23
1 G2 1184.74 19 0.20 3
1 L1 1354.73 7
1 G1 1354.72 7 0.21 4
1 G2 1354.51 23 0.128 23
1 L1 1381.2 21
1 G1 1381.2 21
1 G2 1381.2 21
1 L1 1435.2 21
1 G1 1435.2 21
1 G2 1435.2 21
1 L1 1445.2 21
1 G1 1445.2 21
1 G2 1445.2 21
1 L1 1472.2 21
1 G1 1472.2 21
1 G2 1472.2 21
1 L1 1517.2 21
1 G1 1517.2 21
1 G2 1517.2 21
1 L1 1543 4
1 G1 1543 4
1 G2 1543 4
1 L1 1612.2 21
1 G1 1612.2 21
1 G2 1612.2 21
1 L1 1644.2 21
1 G1 1644.2 21
1 G2 1644.2 21
1 L1 1676.2 21
1 G1 1676.2 21
1 G2 1676.2 21
1 L1 1793.2 21
1 G1 1793.2 21
1 G2 1793.2 21
1 L1 1823.2 21
1 G1 1823.2 21
1 G2 1823.2 21
1 L1 1846.2 21
1 G1 1846.2 21
1 G2 1846.2 21
1 L1 1861.2 21
1 G1 1861.2 21
1 G2 1861.2 21
1 L1 1944.2 21
1 G1 1944.2 21
1 G2 1944.2 21
1 L1 1955.2 21
1 G1 1955.2 21
1 G2 1955.2 21
1 L1 6594.5 4
1 G1 4639 3
1 G2 4641.48 25 0.32 3
1 G1 4650 3
1 G1 4733 3
1 G2 4732.63 22 0.58 5
1 G1 4748 3
1 G1 4771 3
1 G2 4774.2 5 0.16 3
1 G1 4801 3
1 G1 4918 3
1 G2 4922.2 3 0.26 3
1 G1 4950 3
1 G1 4982 3
1 G2 4987.1 4 0.16 3
1 G1 5051 5
1 G2 5061.7 5 0.103 21
1 G1 5077 3 0.210 16
1 G2 5075.3 3 0.39 4
1 G1 5122 3 0.190 20
1 G2 5124.2 3 0.28 4
1 G1 5149 3
1 G2 5149.2 4 0.31 4
1 G1 5159 3 0.68 3
1 G2 5158.2 4 0.47 5
1 G1 5213 3
1 G2 5216.9 6 0.092 25
1 G1 5326 6 0.14 5
1 G2 5325.7 3 0.18 3
1 G1 5360 6 0.076 19
1 G2 5353.5 4 0.19 3
1 G1 5383 3 0.064 22
1 G2 5381.4 3 0.18 3
1 G1 5398 3 0.180 18
1 G2 5398.0 4 0.143 25
1 G1 5416 3 0.310 17
1 G2 5412.47 24 0.39 5
1 G1 5428 5 0.180 16
1 G2 5422.9 3 0.24 3
1 G2 5431.9 3 0.23 3
1 G1 5447 3 0.036 16
1 G2 5443.5 3 0.150 25
1 G1 5453 3 0.036 16
1 G2 5451.4 4 0.148 25
1 G1 5518 6 0.120 16
1 G1 5684 3 0.060 15
1 G2 5682.6 4 0.104 21
1 G1 5730 3 0.14 4
1 G2 5728.6 3 0.26 3
1 G1 5737 3 0.880 17
1 G2 5737.50 20 1.42 7
1 G1 5771 3
1 G1 5809 3 0.050 15
1 G2 5809.5 4 0.147 20
1 G1 5858 3 0.230 14
1 G2 5858.3 3 0.41 4
1 G1 5900 3 0.320 15
1 G2 5898.3 3 0.35 4
1 G1 5911 3 0.310 17
1 G2 5908.3 3 0.49 4
1 G1 5945 3 0.780 15
1 G2 5943.14 20 1.51 7
1 G1 6003 3 0.600 15
1 G2 6001.51 22 0.99 10
1 G1 6356 3 0.190 12
1 G2 6354.5 3 0.42 4
1 G1 6375 3 0.079 16
1 G2 6371.5 4 0.085 19
1 G1 6389 3 0.800 14
1 G2 6387.49 22 1.48 7
1 G1 6444.2 10 0.200 11
1 G2 6442.19 23 0.47 3
1 G1 6556.4 5 0.490 15
1 G1 6594 3 0.021 10
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 38.71312 25
3. 114.5433 3
4. 149.7178 5
5. 183.1921 4
6. 183.1927 4
7. 204.4484 4
8. 219.7058 4
9. 237.2392 5
10. 247.1474 15
11. 270.5465 5
12. 319.3256 9
13. 349.7326 5
14. 355.0480 7
15. 358.1162 7
16. 381.4261 6
17. 402.7278 16
18. 447.0701 7
19. 467.8605 8
20. 539.7222 15
21. 544.069 7
22. 550.7480 15
23. 590.2285 17
24. 603.9896 13
25. 607.8863 15
26. 637.9045 18
27. 648.7461 14
28. 650.3727 13
29. 655.597 14
30. 661.8560 11
31. 683.568 3
32. 693.2859 13
33. 703.6285 11
34. 708.371 4
35. 709.468 7
36. 715.6207 13
37. 719.2618 22
38. 733.8120 18
39. 749.8483 14
40. 756.211 4
41. 758.3283 14
42. 775.2302 13
43. 782.1513 22
44. 806.4271 23
45. 818.5085 14
46. 822.3944 13
47. 839.130 3
48. 854.339 4
49. 860.4860 21
50. 862.7758 19
51. 863.362 5
52. 908.446 3
53. 925.271 2
54. 959.217 8
55. 964.473 6
56. 979.929 3
57. 984.981 4
58. 1064.4576 12
59. 1070.973 6
60. 1078.8492 13
61. 1091.5848 22
62. 1101.999 3
63. 1139.948 4
64. 1147.974 4
65. 1160.596 3
66. 1168.779 5
67. 1178.910 3
68. 1192.829 10
69. 1210.691 10
70. 1238.151 10
71. 1265.078 12
72. 1299.111 13
73. 1354.71 7
74. 1375.7 6
75. 1433.8 4
76. 1442.9 4
77. 1467.9 3
78. 1516.7 3
79. 1530.6 5
80. 1605.2 4
81. 1643.5 17
82. 1670.0 3
83. 1792.5 17
84. 1818.2 5
85. 1845.5 17
86. 1859.40 23
87. 1943.5 17
88. 1950.62 25
89. 6592.08 6
GAMMA ENERGIES
169TM(N,G) E=0-136-169TM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(2 17.554 8 2) 0.0 17.5333 6 9 8
31.701 10 0.0 31.6935 6 16 13
38.7135 5 38.7131 4 38.71311 25 2 1
(1 41.7700 20 1) 0.0 41.7724 13 33 30
0.0 63.92 22 63.9547 15 10 6
(1 63.960 4 1) 0.0 63.9553 15 10 5
66.0983 5 66.06 10 66.0981 4 11 7
68.6491 4 0.0 68.6488 3 5 3
68.6491 4 (1 68.54 6 68.6493 3 6 3
69.9881 9 0.0 69.9880 5 8 4
(1 75.8310 7 (6 75.23 9 75.8302 3 3 2
87.5209 10 (1 87.44 5 87.5213 6 9 4
(1 87.5713 15 1) 0.0 87.5697 6 15 11
88.9544 11 0.0 88.9539 7 18 15
89.906 3 (1 89.73 11 89.9050 4 7 3
92.6540 25 92.62 21 92.6520 15 20 18
98.5829 20 0.0 98.5830 19 43 31
99.6388 17 (2 99.19 17 99.6388 13 33 24
105.1625 5 105.11 6 105.1625 3 8 3
107.9012 16 0.0 107.9006 14 14 10
107.9557 7 107.95 12 107.9556 7 41 28
109.744 3 0.0 109.7442 10 19 15
111.0050 7 110.95 6 111.0047 5 4 2
112.4938 16 0.0 112.4934 6 13 9
114.5437 9 114.50 5 114.5433 3 3 1
130.0266 4 129.99 5 130.0267 4 13 8
144.5 10 0.0 144.4789 4 5 2
144.4797 5 144.43 5 144.4795 4 6 2
149.7183 13 (1 149.66 5 149.7178 5 4 1
(1 153.6666 9 1) 153.70 10 153.6678 6 15 7
156.0031 7 156.03 10 156.0031 5 11 3
161.7206 6 161.67 6 161.7202 5 16 8
165.7355 5 165.69 5 165.7352 4 7 2
169.3209 20 169.43 15 169.3218 15 22 16
171.8551 6 171.81 6 171.8552 6 14 6
(1 174.9268 17 1) 175.2 3 174.9240 7 15 5
(1 175.894 4 1) 0.0 175.8984 18 36 20
(1 176.5246 10 1) 176.49 9 176.5236 6 18 11
(1 180.9936 8 (1 180.92 5 180.9926 4 8 2
0.0 183.1920 5 183.1920 4 5 1
(1 185.006 3 1) 0.0 185.0015 19 42 23
192.6334 25 0.0 192.6317 15 22 15
197.3138 12 0.0 197.3139 8 19 11
(1 198.2369 20 1) 0.0 198.2339 6 16 5
(2 198.5237 10 (1 198.46 5 198.5259 5 9 2
203.970 4 0.0 203.9715 23 58 49
204.4476 8 204.41 5 204.4482 4 7 1
204.7820 8 (2 205.05 10 204.7821 8 12 3
214.517 4 0.0 214.5187 16 45 24
(1 218.409 4 1) 0.0 218.4046 16 46 24
(1 219.7046 8 (1 219.65 5 219.7057 4 8 1
(1 226.468 4 1) 0.0 226.4600 16 25 16
231.0987 13 0.0 231.0987 12 61 49
231.418 6 0.0 231.4223 16 22 12
231.499 4 0.0 231.502 3 63 52
231.8343 20 (2 231.71 6 231.8332 4 11 2
(2 235.1930 15 (1 235.12 5 235.1891 5 13 3
(1 237.2407 9 1) 237.19 5 237.2390 5 9 1
242.0644 25 0.0 242.0631 13 58 46
(1 242.6233 14 1) 242.58 5 242.6216 7 18 7
243.573 3 0.0 243.5727 7 15 3
245.9473 25 246.02 17 245.9490 14 58 45
252.149 5 0.0 252.149 3 65 52
256.4547 9 256.53 15 256.4546 8 60 46
260.3408 12 (1 260.49 13 260.3405 11 60 45
263.877 5 0.0 263.8772 7 18 6
0.0 263.99 25 263.8778 7 18 5
(1 266.8810 12 1) 266.81 11 266.8826 6 16 3
268.5515 15 (1 268.69 9 268.5504 13 36 18
(1 269.1733 19 1) 0.0 269.1755 14 20 11
(1 276.592 5 (3 275.6 3 276.586 4 63 51
288.1848 17 (1 288.34 8 288.1842 15 17 3
(1 289.2291 13 1) 0.0 289.2272 11 58 42
(1 297.222 11 1) 0.0 297.234 5 65 51
(1 300.6424 20 1) 0.0 300.6398 13 28 13
303.6174 18 303.59 8 303.6187 13 60 42
(1 311.0176 15 1) 310.97 5 311.0192 5 13 2
332.522 5 (1 332.91 22 332.5265 7 18 3
335.274 8 0.0 335.2735 15 20 7
342.711 4 0.0 342.7126 6 16 2
343.5528 20 (4 343.29 6 343.5530 12 32 13
345.192 9 0.0 345.1954 25 58 37
352.997 9 (1 352.91 6 352.9890 17 23 9
359.359 3 (4 358.80 13 359.3565 23 44 18
(1 360.8247 25 (1 360.57 17 360.8288 14 58 33
364.012 4 0.0 364.0142 16 17 2
365.887 6 0.0 365.8877 14 36 13
367.556 4 (2 367.80 10 367.5555 15 22 5
368.4237 20 0.0 368.4218 14 39 16
(1 370.530 4 (1 370.31 11 370.5223 17 23 8
371.171 3 (9 372.57 11 371.1713 16 58 32
378.203 4 378.1 3 378.1992 14 27 11
382.738 3 0.0 382.7369 25 62 37
384.079 3 384.04 5 384.0790 18 38 13
384.287 5 0.0 384.2833 13 24 8
(1 388.1769 20 (1 388.01 13 388.1800 15 25 8
(2 396.739 8 (7 397.61 11 396.759 3 67 43
400.1135 20 (1 400.21 5 400.1152 14 39 13
400.668 5 0.0 400.6648 19 26 9
(2 408.348 3 (1 408.28 6 408.3565 7 18 2
411.5062 22 411.46 5 411.5064 14 27 9
413.1309 25 413.18 10 413.1330 13 28 9
415.703 3 415.62 14 415.7052 20 50 18
(1 416.301 8 1) 0.0 416.291 5 51 18
418.197 3 (2 417.86 13 418.1981 18 26 8
422.224 10 0.0 422.226 6 59 27
424.693 6 (1 424.61 5 424.6930 15 25 6
426.782 4 426.73 9 426.783 3 65 38
(1 429.0365 25 1) 429.03 6 429.0397 14 27 8
433.082 3 433.03 16 433.0814 12 33 11
438.62 4 0.0 438.625 13 72 49
(1 440.516 5 1) 440.5 3 440.5101 17 23 4
442.1477 20 (1 442.06 8 442.1496 11 30 8
446.333 9 446.31 5 446.328 3 31 9
448.308 5 448.24 25 448.3102 23 44 15
(1 454.276 3 1) 454.22 9 454.2711 13 24 4
454.684 6 0.0 454.687 4 64 32
456.0446 20 (1 455.96 6 456.0461 12 32 9
(1 457.4101 20 1) 0.0 457.4070 11 30 7
457.4101 20 (1 457.23 11 457.4103 19 53 19
(1 460.464 3 1) 460.6 3 460.4673 15 58 24
463.286 5 0.0 463.289 3 67 36
464.36 5 0.0 464.405 5 64 31
(1 466.393 4 1) 466.6 4 466.3886 12 33 9
(1 467.317 7 1) 0.0 467.309 3 65 32
0.0 467.8598 12 467.8598 8 19 1
468.473 5 (2 468.62 7 468.4726 19 36 10
468.777 4 0.0 468.7752 14 45 13
472.663 3 (3 472.94 8 472.6611 13 46 13
(3 473.605 8 (9 474.04 5 473.5794 12 32 8
477.030 7 (2 477.19 8 477.027 4 65 31
481.349 3 481.48 18 481.3490 19 50 16
(1 483.926 4 1) 0.0 483.9219 12 33 8
485.210 4 (1 485.07 13 485.210 4 66 31
(1 487.773 7 1) 0.0 487.7811 15 41 11
491.206 9 0.0 491.201 4 63 27
493.344 4 0.0 493.3422 15 25 3
494.124 22 494.0 3 494.112 4 62 25
496.5718 25 (1 496.52 5 496.5721 18 38 9
(3 499.040 4 3) 0.0 499.0275 14 27 4
499.559 4 (4 499.32 5 499.5552 22 37 8
504.325 24 0.0 504.338 10 70 38
505.010 10 505.00 6 505.018 7 35 7
505.344 15 (9 506.61 6 505.356 7 21 2
(1 512.133 3 (2 512.01 5 512.1373 11 30 4
512.620 24 (6 514.09 22 512.6083 15 39 9
(1 517.060 4 1) 0.0 517.053 3 67 30
(1 517.428 16 1) 517.55 25 517.402 6 55 18
523.358 4 523.32 7 523.3603 18 26 3
0.0 524.9 3 525.177 4 34 6
525.180 5 0.0 525.178 4 34 5
526.89 3 0.0 526.903 9 59 21
(1 532.421 4 1) 532.39 6 532.4271 14 36 6
532.860 4 0.0 532.858 3 56 18
535.831 3 535.78 5 535.8284 13 28 3
537.992 3 537.97 6 537.9901 14 42 9
538.622 7 0.0 538.6215 14 41 8
541.053 20 0.0 541.053 14 29 3
(2 544.043 11 (1 543.58 25 544.069 7 21 1
551.514 3 0.0 551.5145 17 23 2
557.749 5 557.7 3 557.744 4 64 23
561.753 13 0.0 561.744 6 55 17
562.444 3 (1 562.39 5 562.4444 22 43 8
(1 565.268 4 (1 565.22 5 565.2755 13 24 2
569.177 5 (1 569.25 5 569.1721 15 25 2
569.549 8 0.0 569.5430 23 37 4
573.017 4 0.0 573.017 4 40 6
0.0 573.16 20 573.018 4 40 5
(1 575.115 17 1) 0.0 575.1346 14 41 6
581.268 5 (2 580.97 14 581.2682 14 45 9
582.258 11 0.0 582.252 5 57 17
585.152 4 (1 585.09 6 585.1541 14 46 9
589.085 7 589.13 10 589.0840 12 33 3
590.226 6 590.18 7 590.2274 17 23 1
(1 593.93 7 1) 0.0 593.826 4 34 3
(2 599.206 6 (1 599.00 14 599.1902 18 26 2
601.974 5 (1 601.64 19 601.9776 23 44 7
602.598 14 0.0 602.600 10 68 23
(1 603.978 6 (1 603.91 5 603.9885 13 24 1
606.346 10 (1 607.0 4 606.356 6 55 15
610.032 6 (1 609.80 23 610.0319 14 27 2
611.659 5 (1 611.80 8 611.6584 13 28 2
619.423 5 619.44 10 619.423 3 47 8
621.805 8 0.0 621.812 3 56 15
623.144 5 (4 622.63 11 623.1417 11 30 2
626.857 9 0.0 626.864 4 57 15
632.430 4 (1 632.37 6 632.4321 22 43 4
(1 634.661 18 1) 0.0 634.680 3 47 7
637.899 4 (3 637.75 4 637.898 3 52 11
(1 637.899 4 1) 0.0 637.9032 18 26 1
640.774 5 (2 640.56 8 640.7788 22 49 8
(2 648.731 6 (1 648.38 22 648.7448 14 27 1
(1 650.366 4 (2 650.21 6 650.3713 13 28 1
0.0 655.596 20 655.596 14 29 1
658.91 4 (1 658.85 5 658.912 5 51 7
(3 664.897 5 3) 664.96 12 664.9139 11 33 2
666.627 11 0.0 666.620 9 69 21
669.654 5 669.55 13 669.656 4 34 2
670.760 9 (1 671.2 3 670.753 7 35 2
679.584 6 0.0 679.5823 20 50 5
680.544 4 (3 680.23 9 680.5472 22 37 2
693.287 5 (1 693.19 9 693.2844 13 32 1
694.100 21 0.0 694.080 11 70 21
(1 695.16 3 (6 696.77 24 695.120 13 72 24
703.626 6 (1 703.71 5 703.6269 11 33 1
703.975 12 0.0 703.9636 14 45 3
(1 703.975 12 1) 0.0 703.996 3 52 7
707.849 5 0.0 707.8495 13 46 3
709.378 14 0.0 709.381 3 56 11
710.772 6 710.70 7 710.7665 22 49 4
711.127 7 0.0 711.1336 14 39 2
713.505 23 0.0 713.524 3 65 18
714.438 13 0.0 714.433 4 57 11
719.262 5 (1 719.12 8 719.2602 22 37 1
(1 720.803 12 (2 720.61 8 720.8215 20 53 7
724.588 5 (2 724.48 5 724.585 3 47 3
733.79 3 0.0 733.8103 18 38 1
739.800 7 739.76 14 739.794 4 48 3
(1 744.747 15 (4 744.00 16 744.766 6 55 8
748.241 14 0.0 748.2308 19 50 3
760.05 3 0.0 760.023 6 55 7
(1 779.775 16 1) 0.0 779.7934 14 45 2
0.0 (1 780.97 18 781.279 6 55 6
781.299 25 0.0 781.279 6 55 5
781.83 3 0.0 781.830 4 63 15
0.0 (9 783.41 15 784.898 4 63 14
790.200 15 (1 790.02 15 790.214 4 63 13
800.406 18 0.0 800.415 3 47 2
(1 800.406 18 1) 800.43 18 800.424 6 59 11
810.730 8 (1 810.55 11 810.7261 20 53 3
815.621 7 (1 815.56 5 815.624 4 48 2
818.502 9 (1 818.64 9 818.5063 14 45 1
824.067 7 (1 824.19 10 824.0606 19 50 2
844.682 12 (1 844.87 13 844.671 8 54 3
854.336 6 (2 854.23 5 854.336 4 48 1
866.531 9 (1 866.44 8 866.522 6 59 7
(1 869.418 14 (6 868.67 11 869.399 4 63 11
(2 886.583 12 2) 886.50 11 886.5559 20 53 2
890.02 3 0.0 890.047 3 65 11
914.75 6 (3 915.9 3 914.7371 13 58 4
920.53 3 (3 919.84 17 920.501 8 54 2
928.270 18 (1 928.13 8 928.265 4 64 8
(1 940.94 3 (4 939.3 4 940.992 13 72 15
943.514 14 (1 943.29 13 943.522 4 64 7
956.144 12 956.13 10 956.144 3 65 7
959.202 11 959.17 17 959.202 3 67 8
(1 959.202 11 1) 0.0 959.214 8 54 1
964.329 18 964.6 4 964.328 5 66 7
(1 973.087 19 1) 972.9 3 973.121 10 68 8
0.0 979.926 4 979.926 3 56 1
0.0 984.978 6 984.978 4 57 1
987.443 11 987.38 11 987.453 3 62 3
995.71 6 (1 995.3 4 995.714 3 67 6
998.248 14 (2 997.81 21 998.253 4 64 4
(1 1000.891 14 1) 1000.80 14 1000.909 10 70 9
(1 1018.49 3 1) 0.0 1018.442 10 70 8
(1 1027.820 13 (1 1027.61 13 1027.836 12 71 9
1040.142 19 (1 1040.35 15 1040.1326 13 60 2
(1 1043.144 22 1) 1043.19 22 1043.108 10 68 4
(2 1045.44 3 2) 0.0 1045.369 12 71 8
1061.869 19 0.0 1061.868 13 72 9
1070.971 16 0.0 1070.969 6 59 1
0.0 1091.581 3 1091.5811 22 61 1
(1 1101.95 4 (1 1102.4 3 1101.995 3 62 1
1140.191 15 0.0 1140.193 3 67 2
(1 1154.19 6 1) 0.0 1154.112 10 68 2
(1 1171.93 3 (1 1172.3 3 1171.974 10 69 2
1178.887 25 (2 1178.65 9 1178.906 3 67 1
1184.55 4 1184.74 19 1184.563 13 72 3
1210.687 19 (1 1210.54 13 1210.687 10 69 1
(1 1226.30 6 (1 1225.97 24 1226.360 12 71 2
(1 1238.05 9 (4 1238.98 17 1238.146 10 70 1
1265.13 10 (4 1265.85 16 1265.073 12 71 1
1354.72 7 1354.51 23 1354.70 7 73 1
1381 10 (2 1381.2 21 1375.7 6 74 1
1435 10 1435.2 21 1433.8 4 75 1
1445 10 (1 1445.2 21 1442.9 4 76 1
1472 10 (2 1472.2 21 1467.9 3 77 1
1517 10 1517.2 21 1516.7 3 78 1
(1 1543 10 (3 1543 4 1530.6 5 79 1
1612 10 (3 1612.2 21 1605.2 4 80 1
1644 10 1644.2 21 1643.5 17 81 1
1676 10 (2 1676.2 21 1670.0 3 82 1
1793 10 1793.2 21 1792.5 17 83 1
1823 10 (2 1823.2 21 1818.2 5 84 1
1846 10 1846.2 21 1845.5 17 85 1
1861 10 1861.2 21 1859.39 23 86 1
1944 10 1944.2 21 1943.5 17 87 1
1955 10 (2 1955.2 21 1950.60 25 88 1
4639 3 4641.48 25 4641.40 25 89 88
4650 3 0.0 4648.5 17 89 87
4733 3 4732.63 22 4732.61 22 89 86
4748 3 0.0 4746.5 17 89 85
4771 3 4774.2 5 4773.8 5 89 84
4801 3 0.0 4799.5 17 89 83
(1 4918 3 1) 4922.2 3 4922.0 3 89 82
4950 3 0.0 4948.5 17 89 81
(1 4982 3 1) 4987.1 4 4986.8 4 89 80
(2 5051 5 2) 5061.7 5 5061.4 5 89 79
5077 3 5075.3 3 5075.3 3 89 78
5122 3 5124.2 3 5124.1 3 89 77
5149 3 5149.2 4 5149.1 4 89 76
5159 3 5158.2 4 5158.2 4 89 75
(1 5213 3 (1 5216.9 6 5216.3 6 89 74
5326 6 (4 5325.7 3 5326.91 6 89 71
(1 5360 6 1) 5353.5 4 5353.84 6 89 70
5383 3 5381.4 3 5381.30 6 89 69
5398 3 (2 5398.0 4 5399.16 6 89 68
5416 3 (2 5412.47 24 5413.08 6 89 67
5428 5 (1 5422.9 3 5423.21 6 89 66
0.0 (1 5431.9 3 5431.39 6 89 65
5447 3 (1 5443.5 3 5444.01 6 89 64
5453 3 (1 5451.4 4 5452.04 6 89 63
5518 6 0.0 5513.13 6 89 60
5684 3 (2 5682.6 4 5683.53 6 89 52
5730 3 5728.6 3 5728.61 6 89 51
(1 5737 3 1) 0.0 5731.49 6 89 49
0.0 5737.50 20 5737.64 6 89 48
5771 3 0.0 5769.58 6 89 46
5809 3 5809.5 4 5809.82 6 89 43
5858 3 5858.3 3 5858.16 6 89 38
5900 3 (1 5898.3 3 5898.68 6 89 32
5911 3 5908.3 3 5908.40 6 89 31
0.0 (7 5943.14 20 5941.60 6 89 28
5945 3 0.0 5943.22 6 89 27
6003 3 (1 6001.51 22 6001.74 6 89 23
6356 3 6354.5 3 6354.71 6 89 9
6375 3 (1 6371.5 4 6372.25 6 89 8
6389 3 6387.49 22 6387.50 6 89 7
(1 6444.2 10 1) 6442.19 23 6442.23 6 89 4
(6 6556.4 5 6) 0.0 6553.23 6 89 2
6594 3 0.0 6591.94 6 89 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.457 F=237
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 11.43 F=148
CHISQ/F = 4.526 (FIT OF 539GAMMAS - 88LEVELS)
ITERATION - 2 CHISQ - 1.180
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 38.7130 3
3. 114.5435 3
4. 149.7180 5
5. 183.1923 4
6. 183.1927 4
7. 204.4484 4
8. 219.7059 4
9. 237.2390 7
10. 247.1475 15
11. 270.5466 5
12. 319.3257 9
13. 349.7324 5
14. 355.0480 7
15. 358.1164 7
16. 381.4262 6
17. 402.7278 16
18. 447.0706 7
19. 467.8605 9
20. 539.7225 15
21. 544.054 9
22. 550.7481 15
23. 590.2283 19
24. 603.9903 15
25. 607.887 2
26. 637.9032 19
27. 648.7454 15
28. 650.3729 13
29. 655.597 14
30. 661.8564 13
31. 683.568 3
32. 693.2853 13
33. 703.6290 13
34. 708.371 4
35. 709.468 7
36. 715.6214 14
37. 719.2623 22
38. 733.8119 19
39. 749.8482 15
40. 756.211 4
41. 758.3285 14
42. 775.2305 15
43. 782.1504 22
44. 806.4276 24
45. 818.5085 15
46. 822.3945 14
47. 839.130 3
48. 854.339 4
49. 860.4860 22
50. 862.7761 20
51. 863.363 5
52. 908.448 3
53. 925.2712 21
54. 959.218 8
55. 964.472 6
56. 979.929 3
57. 984.981 4
58. 1064.4575 14
59. 1070.972 6
60. 1078.8493 14
61. 1091.5848 22
62. 1102.000 3
63. 1139.950 4
64. 1147.973 4
65. 1160.596 3
66. 1168.778 5
67. 1178.910 4
68. 1192.832 12
69. 1210.683 11
70. 1238.141 10
71. 1265.062 12
72. 1299.111 14
73. 1354.71 7
74. 1375.5 6
75. 1433.7 4
76. 1442.7 4
77. 1467.8 3
78. 1516.5 3
79. 1530.4 5
80. 1605.0 4
81. 1643.5 17
82. 1669.8 3
83. 1792.5 17
84. 1818.0 5
85. 1845.5 17
86. 1859.24 23
87. 1943.5 17
88. 1950.5 3
89. 6591.92 6
GAMMA ENERGIES
169TM(N,G) E=0-136-169TM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(1 17.554 21 1) 0.0 17.5332 7 9 8
31.701 10 0.0 31.6937 6 16 13
38.7135 5 38.7131 4 38.7130 3 2 1
(1 41.7700 20 1) 0.0 41.7726 14 33 30
0.0 63.92 22 63.9547 15 10 6
(1 63.960 4 1) 0.0 63.9552 15 10 5
66.0983 5 66.06 10 66.0982 4 11 7
68.6491 4 0.0 68.6488 3 5 3
68.6491 4 (1 68.54 6 68.6492 3 6 3
69.9881 9 0.0 69.9879 5 8 4
75.8310 7 (1 75.2 6 75.8304 3 3 2
87.5209 10 (1 87.44 5 87.5211 7 9 4
(1 87.5713 15 1) 0.0 87.5698 7 15 11
88.9544 11 0.0 88.9542 8 18 15
89.906 3 (1 89.73 11 89.9049 4 7 3
92.6540 25 92.62 21 92.6518 15 20 18
98.5829 20 0.0 98.5829 19 43 31
99.6388 17 (2 99.19 17 99.6387 14 33 24
105.1625 5 105.11 6 105.1624 4 8 3
107.9012 16 0.0 107.9005 14 14 10
107.9557 7 107.95 12 107.9556 7 41 28
109.744 3 0.0 109.7440 10 19 15
111.0050 7 110.95 6 111.0049 5 4 2
112.4938 16 0.0 112.4933 7 13 9
114.5437 9 114.50 5 114.5434 3 3 1
130.0266 4 129.99 5 130.0265 4 13 8
144.5 10 0.0 144.4792 4 5 2
144.4797 5 144.43 5 144.4796 4 6 2
149.7183 13 (1 149.66 5 149.7179 5 4 1
(1 153.6666 12 1) 153.70 10 153.6680 7 15 7
156.0031 7 156.03 10 156.0030 5 11 3
161.7206 6 161.67 6 161.7202 5 16 8
165.7355 5 165.69 5 165.7353 4 7 2
169.3209 20 169.43 15 169.3219 15 22 16
171.8551 6 171.81 6 171.8552 6 14 6
174.927 3 175.2 3 174.9240 8 15 5
(1 175.894 4 1) 0.0 175.8988 18 36 20
176.5246 10 176.49 9 176.5239 7 18 11
(1 180.9936 8 (1 180.92 5 180.9927 4 8 2
0.0 183.1920 5 183.1922 4 5 1
185.006 5 0.0 185.0021 23 42 23
192.6334 25 0.0 192.6316 15 22 15
197.3138 12 0.0 197.3138 8 19 11
(1 198.237 3 1) 0.0 198.2338 6 16 5
198.5237 22 (1 198.46 5 198.5259 7 9 2
203.970 4 0.0 203.9714 23 58 49
204.4476 8 204.41 5 204.4482 4 7 1
204.7820 8 (2 205.05 10 204.7821 8 12 3
214.517 4 0.0 214.5181 17 45 24
(1 218.409 4 1) 0.0 218.4040 17 46 24
(1 219.7046 11 (1 219.65 5 219.7057 4 8 1
226.468 8 0.0 226.4603 20 25 16
231.0987 13 0.0 231.0987 12 61 49
231.418 6 0.0 231.4223 16 22 12
231.499 4 0.0 231.502 3 63 52
231.8343 20 (2 231.71 6 231.8334 5 11 2
(1 235.193 4 (1 235.12 5 235.1888 5 13 3
(1 237.2407 17 1) 237.19 5 237.2389 7 9 1
242.0644 25 0.0 242.0628 14 58 46
242.6233 14 242.58 5 242.6220 7 18 7
243.573 3 0.0 243.5728 7 15 3
245.9473 25 246.02 17 245.9488 14 58 45
252.149 5 0.0 252.148 3 65 52
256.4547 9 256.53 15 256.4546 8 60 46
260.3408 12 (1 260.49 13 260.3405 11 60 45
263.877 5 0.0 263.8777 8 18 6
0.0 263.99 25 263.8781 8 18 5
(1 266.8810 12 1) 266.81 11 266.8825 6 16 3
268.5515 15 (1 268.69 9 268.5505 13 36 18
(1 269.1733 19 1) 0.0 269.1757 14 20 11
(1 276.592 5 (3 275.6 3 276.587 4 63 51
288.1848 17 (1 288.34 8 288.1841 15 17 3
(1 289.2291 19 1) 0.0 289.2267 14 58 42
297.222 11 0.0 297.232 5 65 51
(1 300.6424 20 1) 0.0 300.6402 13 28 13
303.6174 18 303.59 8 303.6185 14 60 42
311.0176 15 310.97 5 311.0191 5 13 2
332.522 5 (1 332.91 22 332.5268 7 18 3
335.274 8 0.0 335.2737 15 20 7
342.711 4 0.0 342.7128 6 16 2
343.5528 20 343.3 3 343.5525 13 32 13
345.192 9 0.0 345.195 3 58 37
352.997 9 (1 352.91 6 352.9889 20 23 9
359.359 3 (1 358.8 6 359.3565 23 44 18
360.825 4 (1 360.57 17 360.8281 16 58 33
364.012 4 0.0 364.0144 16 17 2
365.887 6 0.0 365.8885 15 36 13
367.556 4 (2 367.80 10 367.5554 15 22 5
(1 368.4237 20 1) 0.0 368.4216 14 39 16
(1 370.530 8 (1 370.31 11 370.5220 19 23 8
371.171 3 372.6 14 371.1718 17 58 32
(1 378.203 4 1) 378.1 3 378.1983 15 27 11
382.738 3 0.0 382.7369 25 62 37
384.079 3 384.04 5 384.0790 18 38 13
384.287 5 0.0 384.2839 15 24 8
(1 388.177 3 (1 388.01 13 388.1803 20 25 8
(1 396.739 20 1) 397.6 9 396.759 4 67 43
400.1135 20 (1 400.21 5 400.1153 14 39 13
400.668 5 0.0 400.6636 20 26 9
(1 408.348 9 (1 408.28 6 408.3570 7 18 2
411.5062 22 411.46 5 411.5058 15 27 9
413.1309 25 413.18 10 413.1333 13 28 9
415.703 3 415.62 14 415.7049 20 50 18
(1 416.301 8 1) 0.0 416.292 5 51 18
418.197 3 (2 417.86 13 418.1967 19 26 8
422.224 10 0.0 422.226 6 59 27
424.693 6 (1 424.61 5 424.6933 20 25 6
426.782 4 426.73 9 426.784 3 65 38
429.0365 25 429.03 6 429.0389 15 27 8
433.082 3 433.03 16 433.0818 13 33 11
438.62 4 0.0 438.625 14 72 49
(1 440.516 5 1) 440.5 3 440.5097 19 23 4
(1 442.1477 20 (1 442.06 8 442.1499 13 30 8
446.333 9 446.31 5 446.328 3 31 9
448.308 5 448.24 25 448.3105 23 44 15
454.276 5 454.22 9 454.2717 15 24 4
454.684 6 0.0 454.687 4 64 32
456.0446 20 (1 455.96 6 456.0456 13 32 9
457.410 3 0.0 457.4073 13 30 7
457.4101 20 (1 457.23 11 457.4100 19 53 19
460.464 3 460.6 3 460.4666 16 58 24
463.286 5 0.0 463.288 4 67 36
464.36 5 0.0 464.405 5 64 31
466.393 4 466.6 4 466.3893 14 33 9
467.317 7 0.0 467.310 3 65 32
0.0 467.8598 12 467.8598 9 19 1
468.473 5 (2 468.62 7 468.4732 20 36 10
468.777 4 0.0 468.7754 15 45 13
472.663 3 (3 472.94 8 472.6613 14 46 13
(1 473.61 3 (1 474.0 5 473.5787 13 32 8
477.030 7 (2 477.19 8 477.028 4 65 31
481.349 3 481.48 18 481.3492 20 50 16
483.926 4 0.0 483.9224 13 33 8
485.210 4 (1 485.07 13 485.210 4 66 31
(1 487.773 7 1) 0.0 487.7812 15 41 11
491.206 9 0.0 491.204 4 63 27
493.344 4 0.0 493.3424 20 25 3
494.124 22 494.0 3 494.112 4 62 25
496.5718 25 (1 496.52 5 496.5721 18 38 9
(1 499.040 12 1) 0.0 499.0266 15 27 4
499.559 4 (1 499.32 24 499.5556 22 37 8
504.325 24 0.0 504.328 10 70 38
505.010 10 505.00 6 505.018 7 35 7
505.344 15 (1 506.6 13 505.341 9 21 2
(1 512.133 4 (2 512.01 5 512.1376 13 30 4
512.620 24 514.1 15 512.6083 16 39 9
(1 517.060 7 1) 0.0 517.052 4 67 30
(1 517.43 3 1) 517.55 25 517.401 6 55 18
523.358 4 523.32 7 523.3589 19 26 3
0.0 524.9 3 525.177 4 34 6
525.180 5 0.0 525.178 4 34 5
(1 526.89 3 1) 0.0 526.917 11 59 21
(1 532.421 6 1) 532.39 6 532.4278 14 36 6
532.860 4 0.0 532.858 3 56 18
535.831 3 535.78 5 535.8285 13 28 3
537.992 3 537.97 6 537.9906 15 42 9
538.622 7 0.0 538.6217 14 41 8
541.053 20 0.0 541.053 14 29 3
544.04 3 (1 543.58 25 544.053 9 21 1
551.514 3 0.0 551.5143 19 23 2
557.749 5 557.7 3 557.744 4 64 23
561.753 13 0.0 561.743 7 55 17
562.444 3 (1 562.39 5 562.4435 22 43 8
(1 565.268 8 (1 565.22 5 565.2762 15 24 2
569.177 5 (1 569.25 5 569.1726 20 25 2
569.549 8 0.0 569.5433 23 37 4
573.017 4 0.0 573.017 4 40 6
0.0 573.16 20 573.018 4 40 5
(1 575.115 17 1) 0.0 575.1347 15 41 6
581.268 5 (2 580.97 14 581.2684 15 45 9
582.258 11 0.0 582.252 5 57 17
585.152 4 (1 585.09 6 585.1543 14 46 9
589.085 7 589.13 10 589.0844 13 33 3
590.226 6 590.18 7 590.2272 19 23 1
(1 593.93 10 1) 0.0 593.826 4 34 3
(1 599.206 16 (1 599.00 14 599.1890 19 26 2
601.974 5 (1 601.64 19 601.9780 23 44 7
602.598 14 0.0 602.602 12 68 23
(1 603.978 10 (1 603.91 5 603.9891 15 24 1
606.346 10 (1 607.0 4 606.354 6 55 15
610.032 6 (1 609.80 23 610.0312 15 27 2
611.659 5 (1 611.80 8 611.6587 13 28 2
619.423 5 619.44 10 619.423 3 47 8
621.805 8 0.0 621.812 3 56 15
623.144 5 (1 622.6 5 623.1421 13 30 2
626.857 9 0.0 626.863 4 57 15
632.430 4 (1 632.37 6 632.4312 22 43 4
(1 634.661 18 1) 0.0 634.680 3 47 7
637.899 4 (1 637.75 15 637.900 3 52 11
637.899 4 0.0 637.9019 19 26 1
640.774 5 (2 640.56 8 640.7788 22 49 8
648.731 14 (1 648.38 22 648.7440 15 27 1
(1 650.366 5 (2 650.21 6 650.3715 13 28 1
0.0 655.596 20 655.596 14 29 1
658.91 4 (1 658.85 5 658.913 5 51 7
(1 664.897 17 1) 664.96 12 664.9146 13 33 2
666.627 11 0.0 666.627 10 69 21
669.654 5 669.55 13 669.656 4 34 2
670.760 9 (1 671.2 3 670.753 7 35 2
679.584 6 0.0 679.5823 20 50 5
680.544 4 (3 680.23 9 680.5478 22 37 2
693.287 5 (1 693.19 9 693.2838 13 32 1
694.100 21 0.0 694.085 12 70 21
(1 695.16 4 (1 696.8 17 695.120 14 72 24
703.626 6 (1 703.71 5 703.6274 13 33 1
703.975 12 0.0 703.9635 15 45 3
(1 703.975 21 1) 0.0 703.998 3 52 7
707.849 5 0.0 707.8494 14 46 3
709.378 14 0.0 709.381 3 56 11
710.772 6 710.70 7 710.7664 22 49 4
711.127 7 0.0 711.1336 14 39 2
713.505 23 0.0 713.524 3 65 18
714.438 13 0.0 714.433 4 57 11
719.262 5 (1 719.12 8 719.2606 22 37 1
720.803 18 (2 720.61 8 720.8212 21 53 7
724.588 5 (2 724.48 5 724.585 3 47 3
733.79 3 0.0 733.8102 19 38 1
739.800 7 739.76 14 739.793 4 48 3
(1 744.747 15 1) 744.0 8 744.764 6 55 8
748.241 14 0.0 748.2308 19 50 3
760.05 3 0.0 760.022 6 55 7
(1 779.775 16 1) 0.0 779.7936 15 45 2
0.0 (1 780.97 18 781.277 6 55 6
781.299 25 0.0 781.278 6 55 5
781.83 3 0.0 781.832 4 63 15
0.0 (1 783.4 15 784.900 4 63 14
(1 790.200 15 (1 790.02 15 790.216 4 63 13
800.406 18 0.0 800.415 3 47 2
800.406 18 800.43 18 800.423 6 59 11
810.730 8 (1 810.55 11 810.7257 21 53 3
815.621 7 (1 815.56 5 815.624 4 48 2
818.502 9 (1 818.64 9 818.5064 15 45 1
824.067 7 (1 824.19 10 824.0609 19 50 2
844.682 12 (1 844.87 13 844.672 8 54 3
854.336 6 (2 854.23 5 854.336 4 48 1
(1 866.531 9 (1 866.44 8 866.521 6 59 7
869.418 19 (1 868.7 7 869.401 4 63 11
(1 886.58 3 1) 886.50 11 886.5557 21 53 2
890.02 3 0.0 890.047 3 65 11
914.75 6 (1 915.9 12 914.7369 14 58 4
920.53 3 (1 919.8 7 920.502 8 54 2
928.270 18 (1 928.13 8 928.265 4 64 8
(1 940.94 5 (1 939.3 17 940.992 14 72 15
943.514 14 (1 943.29 13 943.522 4 64 7
956.144 12 956.13 10 956.145 3 65 7
959.202 11 959.17 17 959.201 4 67 8
(1 959.202 11 1) 0.0 959.215 8 54 1
964.329 18 964.6 4 964.327 5 66 7
(1 973.09 3 1) 972.9 3 973.123 12 68 8
0.0 979.926 4 979.926 3 56 1
0.0 984.978 6 984.978 4 57 1
987.443 11 987.38 11 987.453 3 62 3
995.71 6 (1 995.3 4 995.714 4 67 6
998.248 14 (2 997.81 21 998.252 4 64 4
1000.891 14 1000.80 14 1000.899 10 70 9
(1 1018.49 5 1) 0.0 1018.432 10 70 8
1027.820 13 (1 1027.61 13 1027.819 12 71 9
1040.142 19 (1 1040.35 15 1040.1328 14 60 2
1043.14 4 1043.19 22 1043.110 12 68 4
(1 1045.44 7 1) 0.0 1045.352 12 71 8
1061.869 19 0.0 1061.869 14 72 9
1070.971 16 0.0 1070.968 6 59 1
0.0 1091.581 3 1091.5811 22 61 1
(1 1101.95 4 (1 1102.4 3 1101.996 3 62 1
1140.191 15 0.0 1140.193 4 67 2
(1 1154.19 6 1) 0.0 1154.114 12 68 2
1171.93 4 (1 1172.3 3 1171.965 11 69 2
1178.887 25 (2 1178.65 9 1178.905 4 67 1
1184.55 4 1184.74 19 1184.564 14 72 3
1210.687 19 (1 1210.54 13 1210.678 11 69 1
1226.30 6 (1 1225.97 24 1226.344 12 71 2
1238.05 9 (1 1239.0 8 1238.136 10 70 1
1265.13 10 (1 1265.8 8 1265.057 12 71 1
1354.72 7 1354.51 23 1354.70 7 73 1
1381 10 (2 1381.2 21 1375.5 6 74 1
1435 10 1435.2 21 1433.7 4 75 1
1445 10 (1 1445.2 21 1442.7 4 76 1
1472 10 (2 1472.2 21 1467.7 3 77 1
1517 10 1517.2 21 1516.5 3 78 1
(1 1543 10 (3 1543 4 1530.4 5 79 1
1612 10 (3 1612.2 21 1605.0 4 80 1
1644 10 1644.2 21 1643.4 17 81 1
1676 10 (3 1676.2 21 1669.8 3 82 1
1793 10 1793.2 21 1792.4 17 83 1
1823 10 (2 1823.2 21 1818.0 5 84 1
1846 10 1846.2 21 1845.4 17 85 1
1861 10 1861.2 21 1859.23 23 86 1
1944 10 1944.2 21 1943.4 17 87 1
1955 10 (2 1955.2 21 1950.4 3 88 1
4639 3 4641.48 25 4641.39 25 89 88
4650 3 0.0 4648.4 17 89 87
4733 3 4732.63 22 4732.61 22 89 86
4748 3 0.0 4746.4 17 89 85
4771 3 4774.2 5 4773.8 5 89 84
4801 3 0.0 4799.4 17 89 83
(1 4918 4 1) 4922.2 3 4922.0 3 89 82
4950 3 0.0 4948.4 17 89 81
(1 4982 5 1) 4987.1 4 4986.8 4 89 80
(1 5051 10 1) 5061.7 5 5061.4 5 89 79
5077 3 5075.3 3 5075.3 3 89 78
5122 3 5124.2 3 5124.1 3 89 77
5149 3 5149.2 4 5149.1 4 89 76
5159 3 5158.2 4 5158.2 4 89 75
(1 5213 3 (1 5216.9 6 5216.3 6 89 74
5326 6 5325.7 12 5326.77 7 89 71
(1 5360 6 1) 5353.5 4 5353.69 7 89 70
5383 3 5381.4 3 5381.14 7 89 69
5398 3 (2 5398.0 4 5399.00 7 89 68
(1 5416 3 (1 5412.47 24 5412.92 6 89 67
5428 5 5422.9 3 5423.05 6 89 66
0.0 (2 5431.9 3 5431.23 6 89 65
(1 5447 3 (1 5443.5 3 5443.85 6 89 64
5453 3 (1 5451.4 4 5451.87 6 89 63
5518 6 0.0 5512.97 6 89 60
5684 3 (1 5682.6 4 5683.37 6 89 52
5730 3 5728.6 3 5728.45 6 89 51
(1 5737 6 1) 0.0 5731.33 6 89 49
0.0 5737.50 20 5737.48 6 89 48
5771 3 0.0 5769.42 6 89 46
5809 3 5809.5 4 5809.66 6 89 43
5858 3 (1 5858.3 3 5858.00 6 89 38
5900 3 5898.3 3 5898.52 6 89 32
5911 3 5908.3 3 5908.24 6 89 31
0.0 (1 5943.1 15 5941.43 6 89 28
5945 3 0.0 5943.06 6 89 27
6003 3 6001.51 22 6001.58 6 89 23
6356 3 6354.5 3 6354.55 6 89 9
6375 3 (1 6371.5 4 6372.08 6 89 8
6389 3 6387.49 22 6387.34 6 89 7
(1 6444.2 20 1) 6442.19 23 6442.07 6 89 4
(1 6556 3 1) 0.0 6553.07 6 89 2
6594 3 0.0 6591.78 6 89 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6881 F=237
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.645 F=148
CHISQ/F = 1.232 (FIT OF 539GAMMAS - 88LEVELS)
ITERATION - 3 CHISQ - 1.180
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 38.7130 3
3. 114.5435 4
4. 149.7180 5
5. 183.1924 5
6. 183.1927 4
7. 204.4484 4
8. 219.7059 4
9. 237.2391 7
10. 247.1474 16
11. 270.5466 5
12. 319.3257 9
13. 349.7325 5
14. 355.0480 7
15. 358.1166 8
16. 381.4263 6
17. 402.7278 16
18. 447.0708 8
19. 467.861 1
20. 539.7229 17
21. 544.054 9
22. 550.7482 15
23. 590.2282 20
24. 603.9908 15
25. 607.8869 21
26. 637.9033 19
27. 648.7453 15
28. 650.3729 14
29. 655.597 17
30. 661.8562 14
31. 683.568 3
32. 693.2854 13
33. 703.6295 13
34. 708.371 4
35. 709.468 7
36. 715.6217 14
37. 719.2626 22
38. 733.8120 19
39. 749.8483 15
40. 756.211 4
41. 758.3286 15
42. 775.2310 16
43. 782.1507 22
44. 806.4277 24
45. 818.5087 15
46. 822.3945 14
47. 839.130 3
48. 854.339 4
49. 860.4862 25
50. 862.7762 20
51. 863.363 5
52. 908.448 3
53. 925.2715 21
54. 959.220 9
55. 964.473 7
56. 979.930 3
57. 984.981 5
58. 1064.4574 14
59. 1070.973 6
60. 1078.8494 14
61. 1091.585 3
62. 1102.000 3
63. 1139.950 4
64. 1147.974 4
65. 1160.596 3
66. 1168.779 5
67. 1178.910 4
68. 1192.830 12
69. 1210.683 11
70. 1238.14 1
71. 1265.062 12
72. 1299.111 14
73. 1354.72 7
74. 1375.4 9
75. 1433.7 6
76. 1442.8 6
77. 1467.8 5
78. 1516.5 5
79. 1530.3 8
80. 1604.9 7
81. 1643.0 22
82. 1669.8 5
83. 1792.0 22
84. 1818.1 8
85. 1845.0 22
86. 1859.3 4
87. 1943.0 22
88. 1950.5 4
89. 6591.95 11
GAMMA ENERGIES
169TM(N,G) E=0-136-169TM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(1 17.554 21 1) 0.0 17.5332 7 9 8
31.701 10 0.0 31.6938 6 16 13
38.7135 5 38.7131 7 38.7130 3 2 1
(1 41.770 3 1) 0.0 41.7733 16 33 30
0.0 63.9 4 63.9546 15 10 6
(1 63.960 5 1) 0.0 63.9550 16 10 5
66.0983 5 66.06 16 66.0982 4 11 7
68.6491 4 0.0 68.6489 4 5 3
68.6491 4 68.54 11 68.6492 3 6 3
69.9881 9 0.0 69.9879 5 8 4
75.8310 7 75.2 10 75.8304 3 3 2
87.5209 10 87.44 8 87.5211 7 9 4
87.5713 15 0.0 87.5699 7 15 11
88.9544 11 0.0 88.9541 8 18 15
89.906 3 89.73 18 89.9049 4 7 3
92.6540 25 92.6 3 92.6521 16 20 18
98.5829 20 0.0 98.5828 19 43 31
99.6388 17 99.2 7 99.6387 14 33 24
105.1625 5 105.11 10 105.1624 4 8 3
107.9012 16 0.0 107.9006 15 14 10
107.9557 7 107.95 20 107.9556 7 41 28
109.744 3 0.0 109.7440 12 19 15
111.0050 7 110.95 10 111.0049 5 4 2
112.4938 16 0.0 112.4934 7 13 9
114.5437 9 114.50 8 114.5434 4 3 1
130.0266 4 129.99 8 130.0265 4 13 8
144.5 10 0.0 144.4793 5 5 2
144.4797 5 144.43 8 144.4796 4 6 2
149.7183 13 149.66 8 149.7179 5 4 1
(1 153.6666 14 1) 153.70 16 153.6681 7 15 7
156.0031 7 156.03 16 156.0031 5 11 3
161.7206 6 161.67 10 161.7203 5 16 8
165.7355 5 165.69 8 165.7353 4 7 2
169.3209 20 169.43 24 169.3218 15 22 16
171.8551 6 171.81 10 171.8552 6 14 6
174.927 3 175.2 5 174.9241 8 15 5
175.894 5 0.0 175.8987 20 36 20
176.5246 10 176.49 15 176.5240 7 18 11
180.9936 8 180.92 8 180.9928 4 8 2
0.0 183.1920 8 183.1923 5 5 1
185.006 5 0.0 185.0027 23 42 23
192.6334 25 0.0 192.6315 15 22 15
197.3138 12 0.0 197.3138 10 19 11
(1 198.237 3 1) 0.0 198.2338 7 16 5
(1 198.5237 22 1) 198.46 8 198.5259 7 9 2
203.970 4 0.0 203.971 3 58 49
204.4476 8 204.41 8 204.4483 4 7 1
204.7820 8 205.1 4 204.7821 8 12 3
214.517 4 0.0 214.5177 18 45 24
(1 218.409 5 1) 0.0 218.4035 17 46 24
(1 219.7046 11 1) 219.65 8 219.7058 4 8 1
226.468 8 0.0 226.4605 21 25 16
231.0987 13 0.0 231.0987 13 61 49
231.418 6 0.0 231.4223 16 22 12
231.499 4 0.0 231.502 3 63 52
231.8343 20 (1 231.71 12 231.8334 5 11 2
(1 235.193 4 1) 235.12 8 235.1888 5 13 3
(1 237.2407 17 1) 237.19 8 237.2389 7 9 1
242.0644 25 0.0 242.0628 14 58 46
242.6233 14 242.58 8 242.6222 7 18 7
243.573 3 0.0 243.5729 8 15 3
245.9473 25 246.0 3 245.9486 15 58 45
252.149 5 0.0 252.148 3 65 52
256.4547 9 256.53 24 256.4547 8 60 46
260.3408 12 260.49 21 260.3405 11 60 45
263.877 5 0.0 263.8778 8 18 6
0.0 264.0 4 263.8782 8 18 5
(1 266.8810 15 1) 266.81 18 266.8826 6 16 3
268.5515 15 268.69 15 268.5507 13 36 18
(1 269.1733 24 1) 0.0 269.1761 16 20 11
276.592 5 275.6 16 276.587 4 63 51
288.1848 17 (1 288.34 16 288.1841 15 17 3
(1 289.2291 24 1) 0.0 289.2262 16 58 42
297.222 11 0.0 297.233 5 65 51
(1 300.6424 22 1) 0.0 300.6401 13 28 13
303.6174 18 303.59 13 303.6181 14 60 42
(1 311.0176 15 1) 310.97 8 311.0192 5 13 2
332.522 5 (1 332.9 4 332.5269 7 18 3
335.274 8 0.0 335.2742 16 20 7
342.711 4 0.0 342.7129 6 16 2
343.5528 20 343.3 4 343.5525 13 32 13
345.192 9 0.0 345.194 3 58 37
352.997 9 352.91 10 352.9887 20 23 9
359.359 3 358.8 9 359.3566 23 44 18
360.825 4 360.6 3 360.8275 17 58 33
364.012 4 0.0 364.0144 16 17 2
365.887 6 0.0 365.8887 15 36 13
367.556 4 367.80 24 367.5554 15 22 5
(1 368.4237 20 1) 0.0 368.4215 14 39 16
(1 370.530 8 1) 370.31 21 370.5218 20 23 8
371.171 3 372.6 23 371.1716 17 58 32
(1 378.203 5 1) 378.1 5 378.1982 15 27 11
382.738 3 0.0 382.7369 25 62 37
384.079 3 384.04 8 384.0791 18 38 13
384.287 5 0.0 384.2844 15 24 8
(1 388.177 3 1) 388.01 21 388.1805 21 25 8
396.739 20 397.6 14 396.758 4 67 43
400.1135 20 (1 400.21 10 400.1153 14 39 13
400.668 5 0.0 400.6637 20 26 9
(1 408.348 9 1) 408.28 10 408.3572 7 18 2
411.5062 22 411.46 8 411.5057 15 27 9
413.1309 25 413.18 16 413.1333 14 28 9
415.703 3 415.62 23 415.7049 20 50 18
(1 416.301 9 1) 0.0 416.292 5 51 18
418.197 3 417.9 5 418.1968 19 26 8
422.224 10 0.0 422.227 6 59 27
424.693 6 (1 424.61 8 424.6936 21 25 6
426.782 4 426.73 15 426.783 3 65 38
429.0365 25 429.03 10 429.0388 15 27 8
433.082 3 433.0 3 433.0823 14 33 11
438.62 4 0.0 438.624 14 72 49
(1 440.516 6 1) 440.5 5 440.5096 20 23 4
442.1477 20 442.06 13 442.1497 13 30 8
446.333 9 446.31 8 446.328 3 31 9
448.308 5 448.2 4 448.3105 24 44 15
454.276 5 454.22 15 454.2721 15 24 4
454.684 6 0.0 454.688 4 64 32
456.0446 20 455.96 10 456.0456 13 32 9
457.410 3 0.0 457.4072 14 30 7
457.4101 20 (1 457.23 18 457.4102 19 53 19
460.464 3 460.6 5 460.4660 17 58 24
463.286 5 0.0 463.287 4 67 36
464.36 5 0.0 464.405 5 64 31
466.393 4 466.6 7 466.3897 14 33 9
467.317 7 0.0 467.310 3 65 32
0.0 467.8598 20 467.8599 10 19 1
468.473 5 468.62 15 468.4736 20 36 10
468.777 4 0.0 468.7755 15 45 13
472.663 3 472.9 5 472.6613 14 46 13
(1 473.61 3 1) 474.0 8 473.5787 13 32 8
477.030 7 (1 477.19 16 477.027 4 65 31
481.349 3 481.5 3 481.3491 20 50 16
483.926 4 0.0 483.9228 13 33 8
485.210 4 485.07 21 485.210 4 66 31
(1 487.773 8 1) 0.0 487.7812 15 41 11
491.206 9 0.0 491.204 4 63 27
493.344 4 0.0 493.3427 21 25 3
494.124 22 494.0 5 494.112 4 62 25
496.5718 25 496.52 8 496.5721 18 38 9
(1 499.040 12 1) 0.0 499.0265 15 27 4
499.559 4 499.3 4 499.5559 22 37 8
504.325 24 0.0 504.328 11 70 38
505.010 10 505.00 10 505.018 7 35 7
505.344 15 506.6 20 505.341 9 21 2
(1 512.133 4 1) 512.01 21 512.1374 14 30 4
512.620 24 514.1 24 512.6083 16 39 9
517.060 8 0.0 517.053 4 67 30
(1 517.43 3 1) 517.5 4 517.401 7 55 18
523.358 4 523.32 11 523.3590 19 26 3
0.0 524.9 5 525.177 4 34 6
525.180 5 0.0 525.178 4 34 5
(1 526.89 3 1) 0.0 526.917 11 59 21
(1 532.421 7 1) 532.39 10 532.4280 14 36 6
532.860 4 0.0 532.858 3 56 18
535.831 3 535.78 8 535.8285 13 28 3
537.992 3 537.97 10 537.9910 16 42 9
538.622 7 0.0 538.6217 15 41 8
541.053 20 0.0 541.053 17 29 3
544.04 3 543.6 5 544.053 9 21 1
551.514 3 0.0 551.5142 20 23 2
557.749 5 557.7 5 557.744 4 64 23
561.753 13 0.0 561.744 7 55 17
562.444 3 562.39 8 562.4437 22 43 8
(1 565.268 8 1) 565.22 8 565.2767 15 24 2
569.177 5 569.25 8 569.1729 21 25 2
569.549 8 0.0 569.5436 23 37 4
573.017 4 0.0 573.017 4 40 6
0.0 573.2 3 573.017 4 40 5
(1 575.115 20 1) 0.0 575.1348 15 41 6
581.268 5 (1 581.0 3 581.2685 15 45 9
582.258 11 0.0 582.252 5 57 17
585.152 4 585.09 10 585.1543 14 46 9
589.085 7 589.13 16 589.0849 13 33 3
590.226 6 590.18 11 590.2271 20 23 1
(1 593.93 10 1) 0.0 593.826 4 34 3
(1 599.206 16 1) 599.00 23 599.1892 19 26 2
601.974 5 (1 601.6 3 601.9782 23 44 7
602.598 14 0.0 602.600 12 68 23
(1 603.978 10 1) 603.91 8 603.9896 15 24 1
606.346 10 607.0 7 606.355 7 55 15
610.032 6 609.8 4 610.0311 15 27 2
611.659 5 611.80 14 611.6587 13 28 2
619.423 5 619.44 16 619.423 3 47 8
621.805 8 0.0 621.812 3 56 15
623.144 5 622.6 8 623.1420 13 30 2
626.857 9 0.0 626.863 5 57 15
632.430 4 632.37 10 632.4314 22 43 4
(1 634.661 18 1) 0.0 634.681 3 47 7
637.899 4 637.75 24 637.900 3 52 11
637.899 4 0.0 637.9020 19 26 1
640.774 5 640.6 4 640.7790 25 49 8
648.731 14 (1 648.4 4 648.7440 15 27 1
(1 650.366 5 1) 650.2 3 650.3716 14 28 1
0.0 655.60 3 655.596 17 29 1
658.91 4 658.85 8 658.913 5 51 7
(1 664.897 17 1) 664.96 20 664.9151 13 33 2
666.627 11 0.0 666.627 10 69 21
669.654 5 669.55 21 669.656 4 34 2
670.760 9 671.2 5 670.753 7 35 2
679.584 6 0.0 679.5824 20 50 5
(1 680.544 4 1) 680.2 5 680.5481 22 37 2
693.287 5 693.19 15 693.2838 13 32 1
694.100 21 0.0 694.084 13 70 21
(1 695.16 4 1) 697 3 695.119 14 72 24
703.626 6 (1 703.71 8 703.6279 13 33 1
703.975 12 0.0 703.9636 15 45 3
(1 703.975 23 1) 0.0 703.998 3 52 7
707.849 5 0.0 707.8494 14 46 3
709.378 14 0.0 709.381 3 56 11
710.772 6 710.70 11 710.7666 25 49 4
711.127 7 0.0 711.1336 15 39 2
713.505 23 0.0 713.524 3 65 18
714.438 13 0.0 714.433 5 57 11
719.262 5 (1 719.12 13 719.2610 22 37 1
720.803 18 720.6 3 720.8214 21 53 7
724.588 5 (1 724.48 10 724.585 3 47 3
733.79 3 0.0 733.8103 19 38 1
739.800 7 739.76 23 739.794 4 48 3
(1 744.747 17 1) 744.0 12 744.765 7 55 8
748.241 14 0.0 748.2309 19 50 3
760.05 3 0.0 760.023 7 55 7
(1 779.775 19 1) 0.0 779.7937 15 45 2
0.0 (1 781.0 3 781.278 7 55 6
781.299 25 0.0 781.279 7 55 5
781.83 3 0.0 781.832 4 63 15
0.0 783.4 24 784.900 4 63 14
(1 790.200 15 1) 790.02 24 790.216 4 63 13
800.406 18 0.0 800.415 3 47 2
800.406 18 800.4 3 800.424 6 59 11
810.730 8 810.55 18 810.7259 21 53 3
815.621 7 815.56 8 815.624 4 48 2
818.502 9 818.64 15 818.5065 15 45 1
824.067 7 824.19 16 824.0610 20 50 2
844.682 12 844.87 21 844.674 9 54 3
854.336 6 (1 854.23 11 854.337 4 48 1
(1 866.531 9 1) 866.44 13 866.522 6 59 7
869.418 19 868.7 12 869.401 4 63 11
886.58 3 886.50 18 886.5560 21 53 2
890.02 3 0.0 890.047 3 65 11
914.75 6 915.9 19 914.7368 15 58 4
920.53 3 919.8 11 920.504 9 54 2
928.270 18 (1 928.13 13 928.265 4 64 8
940.94 5 939 3 940.992 14 72 15
943.514 14 (1 943.29 23 943.522 4 64 7
956.144 12 956.13 16 956.145 3 65 7
959.202 11 959.2 3 959.201 4 67 8
(1 959.202 13 1) 0.0 959.217 9 54 1
964.329 18 964.6 7 964.327 5 66 7
(1 973.09 3 1) 972.9 5 973.121 12 68 8
0.0 979.926 7 979.926 3 56 1
0.0 984.978 10 984.978 5 57 1
987.443 11 987.38 18 987.453 3 62 3
995.71 6 995.3 7 995.714 4 67 6
998.248 14 (1 997.8 4 998.252 4 64 4
1000.891 14 1000.80 23 1000.898 10 70 9
(1 1018.49 6 1) 0.0 1018.431 10 70 8
1027.820 13 1027.61 21 1027.820 12 71 9
1040.142 19 1040.35 24 1040.1329 14 60 2
1043.14 4 1043.2 4 1043.108 12 68 4
1045.44 9 0.0 1045.353 12 71 8
1061.869 19 0.0 1061.868 14 72 9
1070.971 16 0.0 1070.969 6 59 1
0.0 1091.581 5 1091.581 3 61 1
(1 1101.95 5 1) 1102.4 5 1101.996 3 62 1
1140.191 15 0.0 1140.193 4 67 2
(1 1154.19 8 1) 0.0 1154.112 12 68 2
1171.93 4 1172.3 5 1171.966 11 69 2
1178.887 25 1178.7 4 1178.905 4 67 1
1184.55 4 1184.7 3 1184.563 14 72 3
1210.687 19 1210.54 21 1210.678 11 69 1
1226.30 6 1226.0 4 1226.345 12 71 2
1238.05 9 1239.0 14 1238.136 10 70 1
1265.13 10 1265.8 13 1265.057 12 71 1
1354.72 7 1354.5 4 1354.71 7 73 1
1381 10 1381 9 1375.4 9 74 1
1435 10 1435 3 1433.7 6 75 1
1445 10 1445 3 1442.8 6 76 1
1472 10 1472 5 1467.8 5 77 1
1517 10 1517 3 1516.5 5 78 1
(1 1543 13 1) 1543 20 1530.3 8 79 1
1612 10 1612 12 1604.9 7 80 1
1644 10 1644 3 1642.9 22 81 1
1676 10 1676 10 1669.8 5 82 1
1793 10 1793 3 1791.9 22 83 1
1823 10 1823 5 1818.0 8 84 1
1846 10 1846 3 1844.9 22 85 1
1861 10 1861 3 1859.3 4 86 1
1944 10 1944 3 1942.9 22 87 1
1955 10 1955 5 1950.5 4 88 1
4639 3 4641.5 4 4641.4 4 89 88
4650 3 0.0 4648.9 22 89 87
4733 3 4732.6 4 4732.6 4 89 86
4748 3 0.0 4746.9 22 89 85
4771 3 4774.2 8 4773.8 8 89 84
4801 3 0.0 4799.9 22 89 83
(1 4918 4 1) 4922.2 5 4922.1 5 89 82
4950 3 0.0 4948.9 22 89 81
(1 4982 5 1) 4987.1 7 4987.0 6 89 80
(1 5051 10 1) 5061.7 8 5061.6 8 89 79
5077 3 5075.3 5 5075.3 5 89 78
5122 3 5124.2 5 5124.1 5 89 77
5149 3 5149.2 7 5149.1 6 89 76
5159 3 5158.2 7 5158.2 6 89 75
(1 5213 3 1) 5216.9 10 5216.5 9 89 74
5326 6 5325.7 20 5326.80 11 89 71
(1 5360 6 1) 5353.5 7 5353.72 11 89 70
5383 3 5381.4 5 5381.18 11 89 69
5398 3 5398.0 16 5399.03 11 89 68
(1 5416 3 (1 5412.5 5 5412.95 11 89 67
5428 5 5422.9 5 5423.08 11 89 66
0.0 5431.9 7 5431.26 11 89 65
(1 5447 3 1) 5443.5 5 5443.88 11 89 64
5453 3 5451.4 7 5451.91 11 89 63
5518 6 0.0 5513.01 11 89 60
5684 3 (1 5682.6 8 5683.40 11 89 52
5730 3 5728.6 5 5728.48 11 89 51
(1 5737 6 1) 0.0 5731.36 11 89 49
0.0 5737.5 3 5737.51 11 89 48
5771 3 0.0 5769.45 11 89 46
5809 3 5809.5 7 5809.69 11 89 43
5858 3 5858.3 5 5858.03 11 89 38
5900 3 5898.3 5 5898.56 11 89 32
5911 3 5908.3 5 5908.27 11 89 31
0.0 5943.1 25 5941.47 11 89 28
5945 3 0.0 5943.09 11 89 27
6003 3 6001.5 4 6001.61 11 89 23
6356 3 6354.5 5 6354.59 11 89 9
6375 3 6371.5 7 6372.12 11 89 8
6389 3 6387.5 4 6387.37 11 89 7
(1 6444.2 20 1) 6442.2 4 6442.10 11 89 4
(1 6556 3 1) 0.0 6553.10 11 89 2
6594 3 0.0 6591.81 11 89 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6330 F=237
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6068 F=148
CHISQ/F = .5330 (FIT OF 539GAMMAS - 88LEVELS)
ITERATION - 4 CHISQ - 1.180
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 38.7130 3
3. 114.5435 4
4. 149.7180 5
5. 183.1924 5
6. 183.1927 4
7. 204.4484 4
8. 219.7060 4
9. 237.2391 7
10. 247.1474 16
11. 270.5466 5
12. 319.3257 9
13. 349.7325 5
14. 355.0480 7
15. 358.1167 8
16. 381.4263 6
17. 402.7279 16
18. 447.0708 8
19. 467.861 1
20. 539.7233 18
21. 544.054 9
22. 550.7483 15
23. 590.2283 20
24. 603.9910 16
25. 607.8870 21
26. 637.9033 19
27. 648.7453 15
28. 650.3729 14
29. 655.597 17
30. 661.8560 14
31. 683.568 3
32. 693.2854 13
33. 703.6298 14
34. 708.371 4
35. 709.468 7
36. 715.6217 14
37. 719.2626 22
38. 733.8120 19
39. 749.8481 15
40. 756.211 4
41. 758.3286 15
42. 775.2313 17
43. 782.1507 22
44. 806.4278 24
45. 818.5087 15
46. 822.3945 14
47. 839.131 3
48. 854.339 4
49. 860.4862 25
50. 862.776 2
51. 863.363 5
52. 908.448 3
53. 925.2715 21
54. 959.222 9
55. 964.473 7
56. 979.930 3
57. 984.981 5
58. 1064.4574 15
59. 1070.973 6
60. 1078.8495 14
61. 1091.585 3
62. 1102.000 3
63. 1139.950 4
64. 1147.974 4
65. 1160.596 3
66. 1168.779 5
67. 1178.910 4
68. 1192.830 12
69. 1210.683 11
70. 1238.14 1
71. 1265.062 12
72. 1299.111 14
73. 1354.72 7
74. 1375.4 9
75. 1433.7 6
76. 1442.8 6
77. 1467.8 5
78. 1516.5 5
79. 1530.3 8
80. 1604.9 7
81. 1643.0 22
82. 1669.8 5
83. 1792.0 22
84. 1818.1 8
85. 1845.0 22
86. 1859.3 4
87. 1943.0 22
88. 1950.5 4
89. 6591.95 11
GAMMA ENERGIES
169TM(N,G) E=0-136-169TM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(1 17.554 21 1) 0.0 17.5332 7 9 8
31.701 10 0.0 31.6938 6 16 13
38.7135 5 38.7131 7 38.7130 3 2 1
(1 41.770 3 1) 0.0 41.7738 18 33 30
0.0 63.9 4 63.9546 15 10 6
(1 63.960 5 1) 0.0 63.9550 16 10 5
66.0983 5 66.06 16 66.0982 4 11 7
68.6491 4 0.0 68.6489 4 5 3
68.6491 4 68.54 11 68.6492 3 6 3
69.9881 9 0.0 69.9879 5 8 4
75.8310 7 75.2 10 75.8305 3 3 2
87.5209 10 87.44 8 87.5211 7 9 4
87.5713 15 0.0 87.5700 8 15 11
88.9544 11 0.0 88.9541 8 18 15
89.906 3 89.73 18 89.9048 4 7 3
92.6540 25 92.6 3 92.6525 17 20 18
98.5829 20 0.0 98.5828 19 43 31
99.6388 17 99.2 7 99.6388 14 33 24
105.1625 5 105.11 10 105.1624 4 8 3
107.9012 16 0.0 107.9006 15 14 10
107.9557 7 107.95 20 107.9556 7 41 28
109.744 3 0.0 109.7439 12 19 15
111.0050 7 110.95 10 111.0049 5 4 2
112.4938 16 0.0 112.4934 7 13 9
114.5437 9 114.50 8 114.5435 4 3 1
130.0266 4 129.99 8 130.0265 4 13 8
144.5 10 0.0 144.4793 5 5 2
144.4797 5 144.43 8 144.4796 4 6 2
149.7183 13 149.66 8 149.7179 5 4 1
(1 153.6666 15 1) 153.70 16 153.6682 8 15 7
156.0031 7 156.03 16 156.0030 5 11 3
161.7206 6 161.67 10 161.7203 5 16 8
165.7355 5 165.69 8 165.7353 4 7 2
169.3209 20 169.43 24 169.3218 15 22 16
171.8551 6 171.81 10 171.8552 6 14 6
174.927 3 175.2 5 174.9242 8 15 5
175.894 5 0.0 175.8983 20 36 20
176.5246 10 176.49 15 176.5241 7 18 11
180.9936 8 180.92 8 180.9928 4 8 2
0.0 183.1920 8 183.1923 5 5 1
185.006 5 0.0 185.0029 23 42 23
192.6334 25 0.0 192.6314 15 22 15
197.3138 12 0.0 197.3138 10 19 11
(1 198.237 3 1) 0.0 198.2338 7 16 5
(1 198.5237 22 1) 198.46 8 198.5260 7 9 2
203.970 4 0.0 203.971 3 58 49
204.4476 8 204.41 8 204.4483 4 7 1
204.7820 8 205.1 4 204.7821 8 12 3
214.517 4 0.0 214.5176 18 45 24
(1 218.409 6 1) 0.0 218.4033 18 46 24
(1 219.7046 12 1) 219.65 8 219.7058 4 8 1
226.468 8 0.0 226.4604 21 25 16
231.0987 13 0.0 231.0987 13 61 49
231.418 6 0.0 231.4224 17 22 12
231.499 4 0.0 231.502 3 63 52
231.8343 20 (1 231.71 12 231.8334 5 11 2
(1 235.193 4 1) 235.12 8 235.1888 5 13 3
(1 237.2407 17 1) 237.19 8 237.2389 7 9 1
242.0644 25 0.0 242.0627 14 58 46
242.6233 14 242.58 8 242.6223 7 18 7
243.573 3 0.0 243.5730 8 15 3
245.9473 25 246.0 3 245.9484 15 58 45
252.149 5 0.0 252.148 3 65 52
256.4547 9 256.53 24 256.4548 8 60 46
260.3408 12 260.49 21 260.3405 11 60 45
263.877 5 0.0 263.8779 8 18 6
0.0 264.0 4 263.8782 8 18 5
(1 266.8810 15 1) 266.81 18 266.8826 6 16 3
268.5515 15 268.69 15 268.5507 13 36 18
(1 269.173 3 1) 0.0 269.1765 17 20 11
276.592 5 275.6 16 276.587 4 63 51
288.1848 17 (1 288.34 16 288.1841 15 17 3
(1 289.229 3 1) 0.0 289.2258 17 58 42
297.222 11 0.0 297.233 5 65 51
(1 300.6424 22 1) 0.0 300.6401 13 28 13
303.6174 18 303.59 13 303.6179 14 60 42
(1 311.0176 15 1) 310.97 8 311.0192 5 13 2
332.522 5 (1 332.9 4 332.5270 7 18 3
335.274 8 0.0 335.2746 18 20 7
342.711 4 0.0 342.7129 6 16 2
343.5528 20 343.3 4 343.5525 13 32 13
345.192 9 0.0 345.194 3 58 37
352.997 9 352.91 10 352.9887 20 23 9
359.359 3 358.8 9 359.3566 23 44 18
360.825 4 360.6 3 360.8271 17 58 33
364.012 4 0.0 364.0144 16 17 2
365.887 6 0.0 365.8888 15 36 13
367.556 4 367.80 24 367.5555 15 22 5
(1 368.4237 22 1) 0.0 368.4213 15 39 16
(1 370.530 8 1) 370.31 21 370.5219 20 23 8
371.171 3 372.6 23 371.1715 17 58 32
(1 378.203 5 1) 378.1 5 378.1982 15 27 11
382.738 3 0.0 382.7369 25 62 37
384.079 3 384.04 8 384.0791 18 38 13
384.287 5 0.0 384.2846 15 24 8
(1 388.177 3 1) 388.01 21 388.1805 21 25 8
396.739 20 397.6 14 396.758 4 67 43
400.1135 20 (1 400.21 10 400.1151 15 39 13
400.668 5 0.0 400.6637 20 26 9
(1 408.348 9 1) 408.28 10 408.3573 7 18 2
411.5062 22 411.46 8 411.5057 15 27 9
413.1309 25 413.18 16 413.1333 14 28 9
415.703 3 415.62 23 415.7049 20 50 18
(1 416.301 9 1) 0.0 416.292 5 51 18
418.197 3 417.9 5 418.1968 19 26 8
422.224 10 0.0 422.227 6 59 27
424.693 6 (1 424.61 8 424.6936 21 25 6
426.782 4 426.73 15 426.783 3 65 38
429.0365 25 429.03 10 429.0388 15 27 8
433.082 3 433.0 3 433.0826 14 33 11
438.62 4 0.0 438.624 14 72 49
(1 440.516 6 1) 440.5 5 440.5096 20 23 4
442.1477 20 442.06 13 442.1494 14 30 8
446.333 9 446.31 8 446.328 3 31 9
448.308 5 448.2 4 448.3104 24 44 15
454.276 5 454.22 15 454.2723 16 24 4
454.684 6 0.0 454.688 4 64 32
456.0446 20 455.96 10 456.0456 13 32 9
(1 457.410 3 1) 0.0 457.4069 14 30 7
457.4101 20 (1 457.23 18 457.4102 19 53 19
460.464 3 460.6 5 460.4657 17 58 24
463.286 5 0.0 463.287 4 67 36
464.36 5 0.0 464.405 5 64 31
466.393 4 466.6 7 466.3900 14 33 9
467.317 7 0.0 467.310 3 65 32
0.0 467.8598 20 467.8599 10 19 1
468.473 5 468.62 15 468.4737 20 36 10
468.777 4 0.0 468.7755 15 45 13
472.663 3 472.9 5 472.6613 14 46 13
(1 473.61 3 1) 474.0 8 473.5787 13 32 8
477.030 7 (1 477.19 16 477.027 4 65 31
481.349 3 481.5 3 481.3491 20 50 16
483.926 4 0.0 483.9231 14 33 8
485.210 4 485.07 21 485.210 4 66 31
(1 487.773 8 1) 0.0 487.7812 15 41 11
491.206 9 0.0 491.204 4 63 27
493.344 4 0.0 493.3427 21 25 3
494.124 22 494.0 5 494.112 4 62 25
496.5718 25 496.52 8 496.5721 18 38 9
(1 499.040 12 1) 0.0 499.0265 15 27 4
499.559 4 499.3 4 499.5558 22 37 8
504.325 24 0.0 504.328 11 70 38
505.010 10 505.00 10 505.018 7 35 7
505.344 15 506.6 20 505.341 9 21 2
512.133 4 512.01 21 512.1371 14 30 4
512.620 24 514.1 24 512.6082 16 39 9
517.060 8 0.0 517.053 4 67 30
(1 517.43 3 1) 517.5 4 517.401 7 55 18
523.358 4 523.32 11 523.3590 19 26 3
0.0 524.9 5 525.177 4 34 6
525.180 5 0.0 525.178 4 34 5
(1 526.89 3 1) 0.0 526.917 11 59 21
(1 532.421 7 1) 532.39 10 532.4281 15 36 6
532.860 4 0.0 532.858 3 56 18
535.831 3 535.78 8 535.8285 13 28 3
537.992 3 537.97 10 537.9912 16 42 9
538.622 7 0.0 538.6217 15 41 8
541.053 20 0.0 541.053 17 29 3
544.04 3 543.6 5 544.053 9 21 1
551.514 3 0.0 551.5143 20 23 2
557.749 5 557.7 5 557.744 4 64 23
561.753 13 0.0 561.744 7 55 17
562.444 3 562.39 8 562.4437 22 43 8
(1 565.268 8 1) 565.22 8 565.2770 15 24 2
569.177 5 569.25 8 569.1729 21 25 2
569.549 8 0.0 569.5436 23 37 4
573.017 4 0.0 573.017 4 40 6
0.0 573.2 3 573.017 4 40 5
(1 575.115 20 1) 0.0 575.1348 15 41 6
581.268 5 (1 581.0 3 581.2685 15 45 9
582.258 11 0.0 582.252 5 57 17
585.152 4 585.09 10 585.1543 14 46 9
589.085 7 589.13 16 589.0852 14 33 3
590.226 6 590.18 11 590.2272 20 23 1
(1 593.93 10 1) 0.0 593.826 4 34 3
(1 599.206 16 1) 599.00 23 599.1892 19 26 2
601.974 5 (1 601.6 3 601.9783 23 44 7
602.598 14 0.0 602.600 12 68 23
(1 603.978 12 1) 603.91 8 603.9899 16 24 1
606.346 10 607.0 7 606.355 7 55 15
610.032 6 609.8 4 610.0311 15 27 2
611.659 5 611.80 14 611.6587 13 28 2
619.423 5 619.44 16 619.423 3 47 8
621.805 8 0.0 621.812 3 56 15
623.144 5 622.6 8 623.1417 14 30 2
626.857 9 0.0 626.863 5 57 15
632.430 4 632.37 10 632.4314 22 43 4
(1 634.661 20 1) 0.0 634.681 3 47 7
637.899 4 637.75 24 637.900 3 52 11
637.899 4 0.0 637.9021 19 26 1
640.774 5 640.6 4 640.7789 25 49 8
648.731 14 (1 648.4 4 648.7440 15 27 1
(1 650.366 5 1) 650.2 3 650.3716 14 28 1
0.0 655.60 3 655.596 17 29 1
658.91 4 658.85 8 658.913 5 51 7
(1 664.897 17 1) 664.96 20 664.9154 14 33 2
666.627 11 0.0 666.627 10 69 21
669.654 5 669.55 21 669.656 4 34 2
670.760 9 671.2 5 670.753 7 35 2
679.584 6 0.0 679.5824 20 50 5
(1 680.544 4 1) 680.2 5 680.5481 22 37 2
693.287 5 693.19 15 693.2839 13 32 1
694.100 21 0.0 694.085 13 70 21
(1 695.16 4 1) 697 3 695.118 14 72 24
703.626 6 (1 703.71 8 703.6282 14 33 1
703.975 12 0.0 703.9636 15 45 3
(1 703.975 23 1) 0.0 703.998 3 52 7
707.849 5 0.0 707.8494 14 46 3
709.378 14 0.0 709.381 3 56 11
710.772 6 710.70 11 710.7666 25 49 4
711.127 7 0.0 711.1335 15 39 2
713.505 23 0.0 713.524 3 65 18
714.438 13 0.0 714.433 5 57 11
719.262 5 (1 719.12 13 719.2610 22 37 1
(1 720.803 18 1) 720.6 3 720.8215 21 53 7
724.588 5 (1 724.48 10 724.585 3 47 3
733.79 3 0.0 733.8103 19 38 1
739.800 7 739.76 23 739.794 4 48 3
(1 744.747 17 1) 744.0 12 744.765 7 55 8
748.241 14 0.0 748.2309 19 50 3
760.05 3 0.0 760.023 7 55 7
(1 779.775 19 1) 0.0 779.7938 15 45 2
0.0 (1 781.0 3 781.278 7 55 6
781.299 25 0.0 781.279 7 55 5
781.83 3 0.0 781.832 4 63 15
0.0 783.4 24 784.900 4 63 14
(1 790.200 15 1) 790.02 24 790.216 4 63 13
800.406 18 0.0 800.415 3 47 2
800.406 18 800.4 3 800.424 6 59 11
810.730 8 810.55 18 810.7259 21 53 3
815.621 7 815.56 8 815.624 4 48 2
818.502 9 818.64 15 818.5066 15 45 1
824.067 7 824.19 16 824.0610 20 50 2
844.682 12 844.87 21 844.676 9 54 3
854.336 6 (1 854.23 11 854.337 4 48 1
(1 866.531 9 1) 866.44 13 866.522 6 59 7
869.418 19 868.7 12 869.401 4 63 11
886.58 3 886.50 18 886.5560 21 53 2
890.02 3 0.0 890.047 3 65 11
914.75 6 915.9 19 914.7367 15 58 4
920.53 3 919.8 11 920.506 9 54 2
928.270 18 (1 928.13 13 928.265 4 64 8
940.94 5 939 3 940.991 14 72 15
943.514 14 (1 943.29 23 943.522 4 64 7
956.144 12 956.13 16 956.145 3 65 7
959.202 11 959.2 3 959.201 4 67 8
(1 959.202 15 1) 0.0 959.219 9 54 1
964.329 18 964.6 7 964.327 5 66 7
(1 973.09 3 1) 972.9 5 973.121 12 68 8
0.0 979.926 7 979.927 3 56 1
0.0 984.978 10 984.978 5 57 1
987.443 11 987.38 18 987.453 3 62 3
995.71 6 995.3 7 995.714 4 67 6
998.248 14 (1 997.8 4 998.252 4 64 4
1000.891 14 1000.80 23 1000.898 10 70 9
(1 1018.49 6 1) 0.0 1018.431 10 70 8
1027.820 13 1027.61 21 1027.820 12 71 9
1040.142 19 1040.35 24 1040.1330 14 60 2
1043.14 4 1043.2 4 1043.108 12 68 4
1045.44 9 0.0 1045.353 12 71 8
1061.869 19 0.0 1061.868 14 72 9
1070.971 16 0.0 1070.969 6 59 1
0.0 1091.581 5 1091.581 3 61 1
(1 1101.95 5 1) 1102.4 5 1101.996 3 62 1
1140.191 15 0.0 1140.193 4 67 2
(1 1154.19 8 1) 0.0 1154.112 12 68 2
1171.93 4 1172.3 5 1171.966 11 69 2
1178.887 25 1178.7 4 1178.905 4 67 1
1184.55 4 1184.7 3 1184.563 14 72 3
1210.687 19 1210.54 21 1210.678 11 69 1
1226.30 6 1226.0 4 1226.345 12 71 2
1238.05 9 1239.0 14 1238.136 10 70 1
1265.13 10 1265.8 13 1265.057 12 71 1
1354.72 7 1354.5 4 1354.71 7 73 1
1381 10 1381 9 1375.4 9 74 1
1435 10 1435 3 1433.7 6 75 1
1445 10 1445 3 1442.8 6 76 1
1472 10 1472 5 1467.8 5 77 1
1517 10 1517 3 1516.5 5 78 1
(1 1543 13 1) 1543 20 1530.3 8 79 1
1612 10 1612 12 1604.9 7 80 1
1644 10 1644 3 1642.9 22 81 1
1676 10 1676 10 1669.8 5 82 1
1793 10 1793 3 1791.9 22 83 1
1823 10 1823 5 1818.0 8 84 1
1846 10 1846 3 1844.9 22 85 1
1861 10 1861 3 1859.3 4 86 1
1944 10 1944 3 1942.9 22 87 1
1955 10 1955 5 1950.5 4 88 1
4639 3 4641.5 4 4641.4 4 89 88
4650 3 0.0 4648.9 22 89 87
4733 3 4732.6 4 4732.6 4 89 86
4748 3 0.0 4746.9 22 89 85
4771 3 4774.2 8 4773.8 8 89 84
4801 3 0.0 4799.9 22 89 83
(1 4918 4 1) 4922.2 5 4922.1 5 89 82
4950 3 0.0 4948.9 22 89 81
(1 4982 5 1) 4987.1 7 4987.0 6 89 80
(1 5051 10 1) 5061.7 8 5061.6 8 89 79
5077 3 5075.3 5 5075.3 5 89 78
5122 3 5124.2 5 5124.1 5 89 77
5149 3 5149.2 7 5149.1 6 89 76
5159 3 5158.2 7 5158.2 6 89 75
(1 5213 3 1) 5216.9 10 5216.5 9 89 74
5326 6 5325.7 20 5326.80 11 89 71
(1 5360 6 1) 5353.5 7 5353.72 11 89 70
5383 3 5381.4 5 5381.18 11 89 69
5398 3 5398.0 16 5399.03 11 89 68
(1 5416 3 (1 5412.5 5 5412.95 11 89 67
5428 5 5422.9 5 5423.08 11 89 66
0.0 5431.9 7 5431.26 11 89 65
(1 5447 3 1) 5443.5 5 5443.88 11 89 64
5453 3 5451.4 7 5451.91 11 89 63
5518 6 0.0 5513.01 11 89 60
5684 3 (1 5682.6 8 5683.40 11 89 52
5730 3 5728.6 5 5728.48 11 89 51
(1 5737 6 1) 0.0 5731.36 11 89 49
0.0 5737.5 3 5737.51 11 89 48
5771 3 0.0 5769.45 11 89 46
5809 3 5809.5 7 5809.69 11 89 43
5858 3 5858.3 5 5858.03 11 89 38
5900 3 5898.3 5 5898.56 11 89 32
5911 3 5908.3 5 5908.27 11 89 31
0.0 5943.1 25 5941.47 11 89 28
5945 3 0.0 5943.09 11 89 27
6003 3 6001.5 4 6001.61 11 89 23
6356 3 6354.5 5 6354.59 11 89 9
6375 3 6371.5 7 6372.12 11 89 8
6389 3 6387.5 4 6387.37 11 89 7
(1 6444.2 20 1) 6442.2 4 6442.10 11 89 4
(1 6556 3 1) 0.0 6553.10 11 89 2
6594 3 0.0 6591.81 11 89 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6191 F=237
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6069 F=148
CHISQ/F = .5256 (FIT OF 539GAMMAS - 88LEVELS)
ITERATION - 5 CHISQ - 1.180
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 38.7130 3
3. 114.5435 4
4. 149.7180 5
5. 183.1924 5
6. 183.1927 4
7. 204.4484 4
8. 219.7060 4
9. 237.2391 7
10. 247.1474 16
11. 270.5466 5
12. 319.3257 9
13. 349.7325 5
14. 355.0480 7
15. 358.1167 8
16. 381.4264 7
17. 402.7279 16
18. 447.0709 8
19. 467.861 1
20. 539.7237 19
21. 544.054 9
22. 550.7483 15
23. 590.2283 20
24. 603.9911 16
25. 607.8870 21
26. 637.9033 19
27. 648.7453 15
28. 650.3729 14
29. 655.597 17
30. 661.8558 14
31. 683.568 3
32. 693.2854 13
33. 703.6300 14
34. 708.371 4
35. 709.468 7
36. 715.6218 14
37. 719.2626 22
38. 733.8121 19
39. 749.8481 15
40. 756.211 4
41. 758.3286 15
42. 775.2315 17
43. 782.1507 22
44. 806.4278 24
45. 818.5088 15
46. 822.3946 14
47. 839.131 3
48. 854.339 4
49. 860.4862 25
50. 862.776 2
51. 863.363 5
52. 908.448 3
53. 925.2715 21
54. 959.223 9
55. 964.473 7
56. 979.930 3
57. 984.981 5
58. 1064.4573 15
59. 1070.973 6
60. 1078.8495 14
61. 1091.585 3
62. 1102.000 3
63. 1139.950 4
64. 1147.974 4
65. 1160.596 3
66. 1168.779 5
67. 1178.910 4
68. 1192.830 12
69. 1210.683 11
70. 1238.140 10
71. 1265.062 12
72. 1299.111 14
73. 1354.72 7
74. 1375.4 9
75. 1433.7 6
76. 1442.8 6
77. 1467.8 5
78. 1516.5 5
79. 1530.3 8
80. 1604.9 7
81. 1643.0 22
82. 1669.8 5
83. 1792.0 22
84. 1818.1 8
85. 1845.0 22
86. 1859.3 4
87. 1943.0 22
88. 1950.5 4
89. 6591.95 11
GAMMA ENERGIES
169TM(N,G) E=0-136-169TM(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(1 17.554 21 1) 0.0 17.5332 7 9 8
31.701 10 0.0 31.6939 6 16 13
38.7135 5 38.7131 7 38.7130 3 2 1
(1 41.770 4 1) 0.0 41.7741 18 33 30
0.0 63.9 4 63.9546 15 10 6
(1 63.960 5 1) 0.0 63.9550 16 10 5
66.0983 5 66.06 16 66.0982 4 11 7
68.6491 4 0.0 68.6489 4 5 3
68.6491 4 68.54 11 68.6492 3 6 3
69.9881 9 0.0 69.9879 5 8 4
75.8310 7 75.2 10 75.8305 3 3 2
87.5209 10 87.44 8 87.5211 7 9 4
87.5713 15 0.0 87.5701 8 15 11
88.9544 11 0.0 88.9541 8 18 15
89.906 3 89.73 18 89.9048 4 7 3
92.6540 25 92.6 3 92.6528 18 20 18
98.5829 20 0.0 98.5828 19 43 31
99.6388 17 99.2 7 99.6388 14 33 24
105.1625 5 105.11 10 105.1624 4 8 3
107.9012 16 0.0 107.9006 15 14 10
107.9557 7 107.95 20 107.9556 7 41 28
109.744 3 0.0 109.7438 12 19 15
111.0050 7 110.95 10 111.0049 5 4 2
112.4938 16 0.0 112.4933 7 13 9
114.5437 9 114.50 8 114.5435 4 3 1
130.0266 4 129.99 8 130.0265 4 13 8
144.5 10 0.0 144.4793 5 5 2
144.4797 5 144.43 8 144.4796 4 6 2
149.7183 13 149.66 8 149.7179 5 4 1
(1 153.6666 15 1) 153.70 16 153.6683 8 15 7
156.0031 7 156.03 16 156.0031 5 11 3
161.7206 6 161.67 10 161.7203 5 16 8
165.7355 5 165.69 8 165.7353 4 7 2
169.3209 20 169.43 24 169.3218 15 22 16
171.8551 6 171.81 10 171.8552 6 14 6
174.927 3 175.2 5 174.9242 8 15 5
175.894 5 0.0 175.8980 21 36 20
176.5246 10 176.49 15 176.5241 7 18 11
180.9936 8 180.92 8 180.9928 4 8 2
0.0 183.1920 8 183.1923 5 5 1
185.006 5 0.0 185.0031 24 42 23
192.6334 25 0.0 192.6315 15 22 15
197.3138 12 0.0 197.3138 10 19 11
(1 198.237 3 1) 0.0 198.2339 7 16 5
(1 198.5237 22 1) 198.46 8 198.5260 7 9 2
203.970 4 0.0 203.971 3 58 49
204.4476 8 204.41 8 204.4483 4 7 1
204.7820 8 205.1 4 204.7821 8 12 3
214.517 4 0.0 214.5175 18 45 24
(1 218.409 6 1) 0.0 218.4033 18 46 24
(1 219.7046 12 1) 219.65 8 219.7058 4 8 1
226.468 8 0.0 226.4604 21 25 16
231.0987 13 0.0 231.0987 13 61 49
231.418 6 0.0 231.4224 17 22 12
231.499 4 0.0 231.502 3 63 52
231.8343 20 (1 231.71 12 231.8334 5 11 2
(1 235.193 4 1) 235.12 8 235.1888 5 13 3
(1 237.2407 17 1) 237.19 8 237.2390 7 9 1
242.0644 25 0.0 242.0626 15 58 46
242.6233 14 242.58 8 242.6223 7 18 7
243.573 3 0.0 243.5730 8 15 3
245.9473 25 246.0 3 245.9484 15 58 45
252.149 5 0.0 252.148 3 65 52
256.4547 9 256.53 24 256.4548 8 60 46
260.3408 12 260.49 21 260.3406 11 60 45
263.877 5 0.0 263.8779 8 18 6
0.0 264.0 4 263.8783 8 18 5
(1 266.8810 16 1) 266.81 18 266.8827 6 16 3
268.5515 15 268.69 15 268.5507 13 36 18
(1 269.173 3 1) 0.0 269.1768 18 20 11
276.592 5 275.6 16 276.587 4 63 51
288.1848 17 (1 288.34 16 288.1841 15 17 3
(1 289.229 3 1) 0.0 289.2256 17 58 42
297.222 11 0.0 297.233 5 65 51
(1 300.6424 22 1) 0.0 300.6401 13 28 13
303.6174 18 303.59 13 303.6178 15 60 42
(1 311.0176 15 1) 310.97 8 311.0192 5 13 2
332.522 5 (1 332.9 4 332.5270 7 18 3
335.274 8 0.0 335.2749 18 20 7
342.711 4 0.0 342.7130 6 16 2
343.5528 20 343.3 4 343.5525 13 32 13
345.192 9 0.0 345.194 3 58 37
352.997 9 352.91 10 352.9888 20 23 9
359.359 3 358.8 9 359.3565 23 44 18
360.825 4 360.6 3 360.8269 17 58 33
364.012 4 0.0 364.0144 16 17 2
365.887 6 0.0 365.8888 15 36 13
367.556 4 367.80 24 367.5555 15 22 5
(1 368.4237 22 1) 0.0 368.4213 15 39 16
(1 370.530 8 1) 370.31 21 370.5219 20 23 8
371.171 3 372.6 23 371.1715 17 58 32
(1 378.203 5 1) 378.1 5 378.1982 15 27 11
382.738 3 0.0 382.7369 25 62 37
384.079 3 384.04 8 384.0791 18 38 13
384.287 5 0.0 384.2847 16 24 8
(1 388.177 3 1) 388.01 21 388.1805 21 25 8
396.739 20 397.6 14 396.758 4 67 43
400.1135 20 (1 400.21 10 400.1151 15 39 13
400.668 5 0.0 400.6637 20 26 9
(1 408.348 9 1) 408.28 10 408.3573 7 18 2
411.5062 22 411.46 8 411.5057 15 27 9
413.1309 25 413.18 16 413.1333 14 28 9
415.703 3 415.62 23 415.7049 20 50 18
(1 416.301 9 1) 0.0 416.292 5 51 18
418.197 3 417.9 5 418.1968 19 26 8
422.224 10 0.0 422.227 6 59 27
424.693 6 (1 424.61 8 424.6936 21 25 6
426.782 4 426.73 15 426.783 3 65 38
429.0365 25 429.03 10 429.0388 15 27 8
433.082 3 433.0 3 433.0827 14 33 11
438.62 4 0.0 438.624 14 72 49
(1 440.516 6 1) 440.5 5 440.5097 20 23 4
442.1477 20 442.06 13 442.1492 14 30 8
446.333 9 446.31 8 446.328 3 31 9
448.308 5 448.2 4 448.3105 24 44 15
454.276 5 454.22 15 454.2725 16 24 4
454.684 6 0.0 454.688 4 64 32
456.0446 20 455.96 10 456.0456 13 32 9
(1 457.410 3 1) 0.0 457.4068 14 30 7
457.4101 20 (1 457.23 18 457.4102 19 53 19
460.464 3 460.6 5 460.4655 17 58 24
463.286 5 0.0 463.287 4 67 36
464.36 5 0.0 464.405 5 64 31
466.393 4 466.6 7 466.3901 15 33 9
467.317 7 0.0 467.310 3 65 32
0.0 467.8598 20 467.8599 10 19 1
468.473 5 468.62 15 468.4737 20 36 10
468.777 4 0.0 468.7756 15 45 13
472.663 3 472.9 5 472.6613 14 46 13
(1 473.61 3 1) 474.0 8 473.5787 13 32 8
477.030 7 (1 477.19 16 477.027 4 65 31
481.349 3 481.5 3 481.3491 20 50 16
483.926 4 0.0 483.9232 14 33 8
485.210 4 485.07 21 485.210 4 66 31
(1 487.773 8 1) 0.0 487.7812 15 41 11
491.206 9 0.0 491.204 4 63 27
493.344 4 0.0 493.3427 21 25 3
494.124 22 494.0 5 494.112 4 62 25
496.5718 25 496.52 8 496.5721 18 38 9
(1 499.040 12 1) 0.0 499.0265 15 27 4
499.559 4 499.3 4 499.5558 22 37 8
504.325 24 0.0 504.328 11 70 38
505.010 10 505.00 10 505.018 7 35 7
505.344 15 506.6 20 505.341 9 21 2
512.133 4 512.01 21 512.1370 15 30 4
512.620 24 514.1 24 512.6082 16 39 9
517.060 8 0.0 517.053 4 67 30
(1 517.43 3 1) 517.5 4 517.401 7 55 18
523.358 4 523.32 11 523.3590 19 26 3
0.0 524.9 5 525.177 4 34 6
525.180 5 0.0 525.178 4 34 5
(1 526.89 3 1) 0.0 526.917 11 59 21
(1 532.421 7 1) 532.39 10 532.4282 15 36 6
532.860 4 0.0 532.858 3 56 18
535.831 3 535.78 8 535.8285 13 28 3
537.992 3 537.97 10 537.9914 17 42 9
538.622 7 0.0 538.6217 15 41 8
541.053 20 0.0 541.053 17 29 3
544.04 3 543.6 5 544.053 9 21 1
551.514 3 0.0 551.5143 20 23 2
557.749 5 557.7 5 557.744 4 64 23
561.753 13 0.0 561.744 7 55 17
562.444 3 562.39 8 562.4437 22 43 8
(1 565.268 9 1) 565.22 8 565.2771 16 24 2
569.177 5 569.25 8 569.1729 21 25 2
569.549 8 0.0 569.5436 23 37 4
573.017 4 0.0 573.017 4 40 6
0.0 573.2 3 573.017 4 40 5
(1 575.115 20 1) 0.0 575.1348 15 41 6
581.268 5 (1 581.0 3 581.2686 15 45 9
582.258 11 0.0 582.252 5 57 17
585.152 4 585.09 10 585.1543 14 46 9
589.085 7 589.13 16 589.0854 14 33 3
590.226 6 590.18 11 590.2272 20 23 1
(1 593.93 10 1) 0.0 593.826 4 34 3
(1 599.206 16 1) 599.00 23 599.1892 19 26 2
601.974 5 (1 601.6 3 601.9783 23 44 7
602.598 14 0.0 602.600 12 68 23
(1 603.978 12 1) 603.91 8 603.9900 16 24 1
606.346 10 607.0 7 606.355 7 55 15
610.032 6 609.8 4 610.0311 15 27 2
611.659 5 611.80 14 611.6587 13 28 2
619.423 5 619.44 16 619.423 3 47 8
621.805 8 0.0 621.812 3 56 15
623.144 5 622.6 8 623.1416 14 30 2
626.857 9 0.0 626.863 5 57 15
632.430 4 632.37 10 632.4314 22 43 4
(1 634.661 20 1) 0.0 634.681 3 47 7
637.899 4 637.75 24 637.900 3 52 11
637.899 4 0.0 637.9021 19 26 1
640.774 5 640.6 4 640.7789 25 49 8
648.731 14 (1 648.4 4 648.7440 15 27 1
(1 650.366 5 1) 650.2 3 650.3716 14 28 1
0.0 655.60 3 655.596 17 29 1
658.91 4 658.85 8 658.913 5 51 7
(1 664.897 17 1) 664.96 20 664.9155 14 33 2
666.627 11 0.0 666.627 10 69 21
669.654 5 669.55 21 669.656 4 34 2
670.760 9 671.2 5 670.753 7 35 2
679.584 6 0.0 679.5824 20 50 5
(1 680.544 4 1) 680.2 5 680.5481 22 37 2
693.287 5 693.19 15 693.2839 13 32 1
694.100 21 0.0 694.085 13 70 21
(1 695.16 4 1) 697 3 695.118 14 72 24
703.626 6 (1 703.71 8 703.6284 14 33 1
703.975 12 0.0 703.9637 15 45 3
(1 703.975 23 1) 0.0 703.998 3 52 7
707.849 5 0.0 707.8495 14 46 3
709.378 14 0.0 709.381 3 56 11
710.772 6 710.70 11 710.7666 25 49 4
711.127 7 0.0 711.1335 15 39 2
713.505 23 0.0 713.524 3 65 18
714.438 13 0.0 714.433 5 57 11
719.262 5 (1 719.12 13 719.2610 22 37 1
(1 720.803 18 1) 720.6 3 720.8215 21 53 7
724.588 5 (1 724.48 10 724.585 3 47 3
733.79 3 0.0 733.8104 19 38 1
739.800 7 739.76 23 739.794 4 48 3
(1 744.747 17 1) 744.0 12 744.765 7 55 8
748.241 14 0.0 748.2310 19 50 3
760.05 3 0.0 760.023 7 55 7
(1 779.775 19 1) 0.0 779.7938 15 45 2
0.0 (1 781.0 3 781.278 7 55 6
781.299 25 0.0 781.279 7 55 5
781.83 3 0.0 781.832 4 63 15
0.0 783.4 24 784.900 4 63 14
(1 790.200 15 1) 790.02 24 790.216 4 63 13
800.406 18 0.0 800.416 3 47 2
800.406 18 800.4 3 800.424 6 59 11
810.730 8 810.55 18 810.7259 21 53 3
815.621 7 815.56 8 815.624 4 48 2
818.502 9 818.64 15 818.5067 15 45 1
824.067 7 824.19 16 824.0611 20 50 2
844.682 12 844.87 21 844.677 9 54 3
854.336 6 (1 854.23 11 854.337 4 48 1
(1 866.531 9 1) 866.44 13 866.522 6 59 7
869.418 19 868.7 12 869.401 4 63 11
886.58 3 886.50 18 886.5560 21 53 2
890.02 3 0.0 890.047 3 65 11
914.75 6 915.9 19 914.7367 15 58 4
920.53 3 919.8 11 920.507 9 54 2
928.270 18 (1 928.13 13 928.265 4 64 8
940.94 5 939 3 940.991 14 72 15
943.514 14 (1 943.29 23 943.522 4 64 7
956.144 12 956.13 16 956.145 3 65 7
959.202 11 959.2 3 959.201 4 67 8
(1 959.202 17 1) 0.0 959.220 9 54 1
964.329 18 964.6 7 964.327 5 66 7
(1 973.09 3 1) 972.9 5 973.121 12 68 8
0.0 979.926 7 979.927 3 56 1
0.0 984.978 10 984.978 5 57 1
987.443 11 987.38 18 987.453 3 62 3
995.71 6 995.3 7 995.714 4 67 6
998.248 14 (1 997.8 4 998.253 4 64 4
1000.891 14 1000.80 23 1000.898 10 70 9
(1 1018.49 6 1) 0.0 1018.431 10 70 8
1027.820 13 1027.61 21 1027.820 12 71 9
1040.142 19 1040.35 24 1040.1331 14 60 2
1043.14 4 1043.2 4 1043.108 12 68 4
1045.44 9 0.0 1045.353 12 71 8
1061.869 19 0.0 1061.868 14 72 9
1070.971 16 0.0 1070.969 6 59 1
0.0 1091.581 5 1091.581 3 61 1
(1 1101.95 5 1) 1102.4 5 1101.996 3 62 1
1140.191 15 0.0 1140.192 4 67 2
(1 1154.19 8 1) 0.0 1154.112 12 68 2
1171.93 4 1172.3 5 1171.966 11 69 2
1178.887 25 1178.7 4 1178.905 4 67 1
1184.55 4 1184.7 3 1184.563 14 72 3
1210.687 19 1210.54 21 1210.678 11 69 1
1226.30 6 1226.0 4 1226.345 12 71 2
1238.05 9 1239.0 14 1238.136 10 70 1
1265.13 10 1265.8 13 1265.057 12 71 1
1354.72 7 1354.5 4 1354.71 7 73 1
1381 10 1381 9 1375.4 9 74 1
1435 10 1435 3 1433.7 6 75 1
1445 10 1445 3 1442.8 6 76 1
1472 10 1472 5 1467.8 5 77 1
1517 10 1517 3 1516.5 5 78 1
(1 1543 13 1) 1543 20 1530.3 8 79 1
1612 10 1612 12 1604.9 7 80 1
1644 10 1644 3 1642.9 22 81 1
1676 10 1676 10 1669.8 5 82 1
1793 10 1793 3 1791.9 22 83 1
1823 10 1823 5 1818.0 8 84 1
1846 10 1846 3 1844.9 22 85 1
1861 10 1861 3 1859.3 4 86 1
1944 10 1944 3 1942.9 22 87 1
1955 10 1955 5 1950.5 4 88 1
4639 3 4641.5 4 4641.4 4 89 88
4650 3 0.0 4648.9 22 89 87
4733 3 4732.6 4 4732.6 4 89 86
4748 3 0.0 4746.9 22 89 85
4771 3 4774.2 8 4773.8 8 89 84
4801 3 0.0 4799.9 22 89 83
(1 4918 4 1) 4922.2 5 4922.1 5 89 82
4950 3 0.0 4948.9 22 89 81
(1 4982 5 1) 4987.1 7 4987.0 6 89 80
(1 5051 10 1) 5061.7 8 5061.6 8 89 79
5077 3 5075.3 5 5075.3 5 89 78
5122 3 5124.2 5 5124.1 5 89 77
5149 3 5149.2 7 5149.1 6 89 76
5159 3 5158.2 7 5158.2 6 89 75
(1 5213 3 1) 5216.9 10 5216.5 9 89 74
5326 6 5325.7 20 5326.80 11 89 71
(1 5360 6 1) 5353.5 7 5353.72 11 89 70
5383 3 5381.4 5 5381.18 11 89 69
5398 3 5398.0 16 5399.03 11 89 68
(1 5416 3 (1 5412.5 5 5412.95 11 89 67
5428 5 5422.9 5 5423.08 11 89 66
0.0 5431.9 7 5431.26 11 89 65
(1 5447 3 1) 5443.5 5 5443.88 11 89 64
5453 3 5451.4 7 5451.91 11 89 63
5518 6 0.0 5513.01 11 89 60
5684 3 (1 5682.6 8 5683.40 11 89 52
5730 3 5728.6 5 5728.48 11 89 51
(1 5737 6 1) 0.0 5731.36 11 89 49
0.0 5737.5 3 5737.51 11 89 48
5771 3 0.0 5769.45 11 89 46
5809 3 5809.5 7 5809.69 11 89 43
5858 3 5858.3 5 5858.03 11 89 38
5900 3 5898.3 5 5898.56 11 89 32
5911 3 5908.3 5 5908.27 11 89 31
0.0 5943.1 25 5941.47 11 89 28
5945 3 0.0 5943.09 11 89 27
6003 3 6001.5 4 6001.61 11 89 23
6356 3 6354.5 5 6354.59 11 89 9
6375 3 6371.5 7 6372.12 11 89 8
6389 3 6387.5 4 6387.37 11 89 7
(1 6444.2 20 1) 6442.2 4 6442.10 11 89 4
(1 6556 3 1) 0.0 6553.10 11 89 2
6594 3 0.0 6591.81 11 89 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6112 F=237
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6068 F=148
CHISQ/F = .5215 (FIT OF 539GAMMAS - 88LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 18 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.144 5 .0000
31.6939 6 0.159 11 .0000
38.7130 3 2.35 25 .0000
41.7741 18 0.335 16 .0000
63.9546 15 2.4 11 .0000
63.9550 16 0.32 5 .0000
66.0982 4 5.2 5 1.6815
68.6489 4 0.10 5 .0000
68.6492 3 24.9 11 .0001
69.9879 5 1.75 25 .0000
75.8305 3 11.6 7 3.7082
87.5211 7 16.68 25 15.4790
87.5701 8 2.62 7 .0000
88.9541 8 0.42 8 .0000
89.9048 4 0.92 9 9.1751
92.6528 18 0.87 6 .7844
98.5828 19 0.71 8 .0000
99.6388 14 0.76 5 .5344
105.1624 4 11.91 11 3.4641
107.9006 15 0.46 4 .0000
107.9556 7 1.42 7 .3882
109.7438 12 0.25 5 .0000
111.0049 5 4.44 15 .8383
112.4933 7 0.40 4 .0000
114.5435 4 47.96 21 4.9340
130.0265 4 12.85 25 2.5790
144.4793 5 11.3 13 .0000
144.4796 4 82.6 15 20.8549
149.7179 5 100.0 16 7.0258
153.6683 8 1.25 9 .3111
156.0031 5 1.46 10 .6692
161.7203 5 3.14 12 8.9912
165.7353 4 45.6 8 18.0271
169.3218 15 0.38 5 7.2608
171.8552 6 5.22 22 16.1124
174.9242 8 0.36 4 1.1562
175.8980 21 0.181 16 .0000
176.5241 7 3.66 11 4.6195
180.9928 4 52.8 18 5.0373
183.1923 5 0.0 .0000
185.0031 24 0.20 3 .0000
192.6315 15 0.192 16 .0000
197.3138 10 0.34 4 .0000
198.2339 7 0.85 5 .0000
198.5260 7 9.66 19 168.6622
203.971 3 0.41 3 .0000
204.4483 4 82.1 5 143.3117
204.7821 8 2.25 22 .0000
214.5175 18 0.29 3 .0000
218.4033 18 0.159 22 .0000
219.7058 4 36.2 3 271.0994
226.4604 21 0.14 3 .0000
231.0987 13 0.78 7 .0000
231.4224 17 0.117 16 .0000
231.502 3 0.25 4 .0000
231.8334 5 7.0 3 38.4530
235.1888 5 13.3 3 42.7807
237.2390 7 64.8 9 184.7028
242.0626 15 0.66 10 .0000
242.6223 7 12.65 19 89.3358
243.5730 8 0.43 6 .0000
245.9484 15 0.72 8 .8949
252.148 3 0.181 16 .0000
256.4548 8 1.20 12 .5983
260.3406 11 1.16 10 3.3144
263.8779 8 0.196 11 .0000
263.8783 8 0.47 18 .0000
266.8827 6 1.72 13 .8542
268.5507 13 2.55 17 12.2509
269.1768 18 0.75 10 .0000
276.587 4 0.124 15 8.5757
288.1841 15 2.02 10 47.0518
289.2256 17 0.42 4 .0000
297.233 5 0.091 11 .0000
300.6401 13 0.43 5 .0000
303.6178 15 1.74 12 2.0755
311.0192 5 33.2 6 50.8541
332.5270 7 0.421 16 1.0340
335.2749 18 0.139 22 .0000
342.7130 6 1.27 6 .0000
343.5525 13 3.64 12 145.0608
345.194 3 0.272 5 .0000
352.9888 20 7.11 25 11.9810
359.3565 23 0.88 5 5.1102
360.8269 17 0.738 16 1.2175
364.0144 16 0.170 11 .0000
365.8888 15 0.128 22 .0000
367.5555 15 1.32 6 34.5366
368.4213 15 0.73 3 .0000
370.5219 20 1.12 5 4.6509
371.1715 17 0.313 5 31.3655
378.1982 15 0.239 11 1.0042
382.7369 25 0.26 5 .0000
384.0791 18 26.8 7 16.7948
384.2847 16 1.69 3 .0000
388.1805 21 0.987 11 1.7265
396.758 4 0.58 3 807.2782
400.1151 15 8.63 19 161.5275
400.6637 20 1.77 13 .0000
408.3573 7 1.83 3 47.0852
411.5057 15 31.1 6 41.7431
413.1333 14 1.021 22 17.7165
415.7049 20 0.456 11 4.5592
416.292 5 0.139 11 .0000
418.1968 19 0.703 22 3.1322
422.227 6 0.159 16 .0000
424.6936 21 5.16 10 49.2181
426.783 3 1.78 3 6.0368
429.0388 15 2.86 3 10.2443
433.0827 14 0.91 3 .3015
438.624 14 0.111 16 .0000
440.5097 20 0.66 4 6.7967
442.1492 14 4.78 7 10.3104
446.328 3 17.45 20 74.9749
448.3105 24 0.984 21 .0164
454.2725 16 2.62 5 18.8432
454.688 4 0.346 11 .0000
456.0456 13 12.43 12 29.3385
457.4068 14 4.3 4 .0000
457.4102 19 7.9 4 212.6935
460.4655 17 0.90 3 .0072
463.287 4 0.283 11 .0000
464.405 5 0.096 11 .0000
466.3901 15 0.51 4 1.7513
467.310 3 0.19 4 .0000
467.8599 10 0.0 .0000
468.4737 20 1.87 7 436.2068
468.7756 15 3.71 12 .0000
472.6613 14 4.42 10 22.4115
473.5787 13 3.08 21 1.4386
477.027 4 1.82 11 87.2903
481.3491 20 1.31 4 .3003
483.9232 14 0.676 16 .0000
485.210 4 1.65 6 .6476
487.7812 15 0.34 3 .0000
491.204 4 0.207 11 .0000
493.3427 21 0.59 3 .0000
494.112 4 0.206 24 14.8705
496.5721 18 9.01 14 20.9013
499.0265 15 3.59 5 .0000
499.5558 22 7.46 12 148.7266
504.328 11 0.335 16 .0000
505.018 7 10.53 24 40.1865
505.341 9 9.5 3 4862.9356
512.1370 15 21.0 4 204.2630
512.6082 16 0.63 4 8.1953
517.053 4 1.34 5 .0000
517.401 7 0.278 22 .9672
523.3590 19 5.26 11 8.1216
525.177 4 1.0 4 .0000
525.178 4 0.751 16 .0000
526.917 11 0.207 16 .0000
532.4282 15 5.22 13 60.3547
532.858 3 1.13 5 .0000
535.8285 13 13.73 21 20.7930
537.9914 17 10.95 16 21.4466
538.6217 15 0.75 4 .0000
541.053 17 0.207 16 .0000
544.053 9 0.73 4 .3838
551.5143 20 11.66 18 .0000
557.744 4 1.086 16 .0804
561.744 7 0.32 4 .0000
562.4437 22 9.90 17 19.9224
565.2771 16 18.65 25 38.1318
569.1729 21 11.38 23 95.8806
569.5436 23 3.94 10 .0000
573.017 4 3.50 6 .0000
573.017 4 4.3 13 .0000
575.1348 15 0.314 16 .0000
581.2686 15 4.76 13 .0238
582.252 5 0.46 12 .0000
585.1543 14 7.07 15 3.8817
589.0854 14 6.63 11 .6566
590.2272 20 14.8 4 2.9920
593.826 4 0.144 16 .0000
599.1892 19 1.60 8 1.7689
601.9783 23 2.01 5 .0735
602.600 12 0.41 4 .0000
603.9900 16 14.39 24 49.3765
606.355 7 0.69 5 .0320
610.0311 15 1.79 7 .9866
611.6587 13 8.03 21 54.6986
619.423 3 2.52 6 .9018
621.812 3 1.11 6 .0000
623.1416 14 2.19 6 4.6812
626.863 5 0.586 16 .0000
632.4314 22 8.79 15 10.8516
634.681 3 0.511 22 .0000
637.900 3 16.61 25 2.7465
637.9021 19 16.3 3 .0000
640.7789 25 8.00 14 13.9562
648.7440 15 3.88 7 .3360
650.3716 14 16.54 16 18.8191
655.596 17 0.0 .0000
658.913 5 19.7 4 12.5645
664.9155 14 3.38 6 1.2392
666.627 10 0.72 3 .0000
669.656 4 3.94 4 .3339
670.753 7 1.7 5 .0004
679.5824 20 1.40 3 .0000
680.5481 22 5.46 14 .4232
693.2839 13 4.6 3 .4524
694.085 13 1.1 8 .0000
695.118 14 0.79 4 1.1211
703.6284 14 14.4 3 108.4320
703.9637 15 11.5 4 .0000
703.998 3 11.5 4 .0000
707.8495 14 4.55 5 .0000
709.381 3 0.97 3 .0000
710.7666 25 7.67 15 2.4748
711.1335 15 2.95 17 .0000
713.524 3 0.57 4 .0000
714.433 5 0.80 5 .0000
719.2610 22 14.4 3 .0305
720.8215 21 7.68 6 .5124
724.585 3 10.66 19 3.1715
733.8104 19 0.47 3 .0000
739.794 4 2.63 5 9.2644
744.765 7 1.42 9 1.1273
748.2310 19 0.92 3 .0000
760.023 7 0.416 22 .0000
779.7938 15 0.74 5 .0000
781.278 7 2.8 6 .0000
781.279 7 1.71 3 .0000
781.832 4 0.81 5 .0000
784.900 4 2.6 6 .0000
790.216 4 2.30 4 .0371
800.416 3 1.16 4 .0000
800.424 6 1.18 4 1.5396
810.7259 21 2.98 5 3.2006
815.624 4 13.02 8 13.7856
818.5067 15 3.76 5 1.2821
824.0611 20 4.53 7 .0003
844.677 9 1.99 4 .0765
854.337 4 22.1 3 8.2554
866.522 6 5.80 9 2.7428
869.401 4 2.33 7 5.9991
886.5560 21 2.96 6 .4343
890.047 3 1.58 5 .0000
914.7367 15 0.71 12 5.1665
920.507 9 1.26 5 .5518
928.265 4 6.36 9 3.4022
940.991 14 1.07 9 .1336
943.522 4 3.73 6 .2865
956.145 3 5.33 12 .2866
959.201 4 4.11 6 .0446
959.220 9 4.11 6 .0000
964.327 5 1.69 5 .8300
973.121 12 1.91 6 .3759
979.927 3 0.0 .0000
984.978 5 0.0 .0000
987.453 3 4.45 7 .0983
995.714 4 1.26 11 .3737
998.253 4 3.05 5 .1743
1000.898 10 3.58 8 .1477
1018.431 10 2.50 10 .0000
1027.820 12 5.48 18 5.0368
1040.1331 14 4.98 12 1.0380
1043.108 12 3.40 10 .7679
1045.353 12 1.63 6 .0000
1061.868 14 4.46 19 .0000
1070.969 6 2.76 8 .0000
1091.581 3 0.0 .0000
1101.996 3 1.85 7 .5089
1140.192 4 5.65 17 .0000
1154.112 12 1.63 11 .0000
1171.966 11 2.35 9 .3593
1178.905 4 10.2 3 8.4843
1184.563 14 3.40 23 .9899
1210.678 11 6.72 11 1.3044
1226.345 12 2.75 9 5.6948
1238.136 10 1.38 17 .2027
1265.057 12 2.58 23 3.0163
1354.71 7 2.1 3 .7980
1375.4 9 0.0 .0000
1433.7 6 0.0 .0000
1442.8 6 0.0 .0000
1467.8 5 0.0 .0000
1516.5 5 0.0 .0000
1530.3 8 0.0 .0000
1604.9 7 0.0 .0000
1642.9 22 0.0 .0000
1669.8 5 0.0 .0000
1791.9 22 0.0 .0000
1818.0 8 0.0 .0000
1844.9 22 0.0 .0000
1859.3 4 0.0 .0000
1942.9 22 0.0 .0000
1950.5 4 0.0 .0000
4641.4 4 4.5 4 .0000
4648.9 22 0.0 .0000
4732.6 4 8.2 7 .0000
4746.9 22 0.0 .0000
4773.8 8 2.3 4 .0000
4799.9 22 0.0 .0000
4922.1 5 3.7 4 .0000
4948.9 22 0.0 .0000
4987.0 6 2.3 4 .0000
5061.6 8 1.5 3 .0000
5075.3 5 3.59 22 21.6716
5124.1 5 2.88 24 5.0190
5149.1 6 4.4 6 .0000
5158.2 6 7.9 3 1.7250
5216.5 9 1.3 4 .0000
5326.80 11 2.4 4 .7988
5353.72 11 2.2 3 16.5275
5381.18 11 2.2 3 15.4754
5399.03 11 2.13 18 .0443
5412.95 11 4.00 20 3.3356
5423.08 11 2.58 19 4.3304
5431.26 11 3.3 4 .0000
5443.88 11 1.9 3 30.4431
5451.91 11 1.9 3 29.2467
5513.01 11 1.44 19 .0000
5683.40 11 1.18 19 3.7773
5728.48 11 3.4 4 6.7812
5731.36 11 10.54 20 .0000
5737.51 11 20.2 10 .0000
5769.45 11 0.0 .0000
5809.69 11 1.84 23 24.0712
5858.03 11 3.62 19 20.7457
5898.56 11 4.00 17 1.8964
5908.27 11 4.72 22 20.0912
5941.47 11 21.5 10 .0000
5943.09 11 9.34 18 .0000
6001.61 11 7.58 18 12.8616
6354.59 11 3.40 18 40.9910
6372.12 11 1.06 16 .3316
6387.37 11 10.96 18 85.0863
6442.10 11 4.22 18 112.6350
6553.10 11 5.87 18 .0000
6591.81 11 0.25 12 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.169TM(N,G) E=0-136 E 2.169TM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.0120 4 0.0120 4 0.0 0.0101 9 0.144 5
31.6939 6 0.0133 9 0.0133 9 0.0 0.0112 12 0.159 11
38.7130 3 0.196 21 0.196 21 0.0 0.165 23*S* 2.35 25
41.7741 18 0.0280 13 0.0280 13 0.0 0.0236 23 0.335 16
63.9546 15 0.0 0.20 10 0.17 8 0.17 8 2.4 11
63.9550 16 0.027 4 0.027 4 0.0 0.023 4 0.32 5
66.0982 4 0.39 4 0.44 4*1* 0.51 10 0.37 7*1* 5.2 5
68.6489 4 0.008 4 0.008 4 0.0 0.007 3 0.10 5
68.6492 3 2.08 10 2.08 9 1.75 23 1.75 23 24.9 11
69.9879 5 0.146 21 0.146 21 0.0 0.123 21 1.75 25
75.8305 3 0.81 7 0.97 6*2* 0.94 8 0.81 7*1* 11.6 7
87.5211 7 1.29 3 1.393 24*3* 1.29 3 1.17 3*3* 16.68 25
87.5701 8 0.219 6 0.219 6 0.0 0.185 17 2.62 7
88.9541 8 0.035 7 0.035 7 0.0 0.029 6 0.42 8
89.9048 4 0.056 6 0.077 7*3* 0.116 21 0.065 12*2* 0.92 9
92.6528 18 0.073 5 0.072 5 0.041 16 0.061 24*1* 0.87 6
98.5828 19 0.059 7 0.059 7 0.0 0.050 7 0.71 8
99.6388 14 0.062 4 0.064 4 0.066 13 0.054 11 0.76 5
105.1624 4 1.002 10 0.994 9 0.780 23 0.838 25*2* 11.91 11
107.9006 15 0.038 3 0.038 3 0.0 0.032 4 0.46 4
107.9556 7 0.116 6 0.118 6 0.110 13 0.100 12 1.42 7
109.7438 12 0.021 4 0.021 4 0.0 0.018 4 0.25 5
111.0049 5 0.356 16 0.371 13 0.327 16 0.312 15 4.44 15
112.4933 7 0.033 3 0.033 3 0.0 0.028 4 0.40 4
114.5435 4 4.016 18 4.004 17 3.19 6 3.37 6*3* 47.96 21
130.0265 4 1.02 3 1.073 23*1* 0.940 25 0.904 24*1* 12.85 25
144.4793 5 0.94 11 0.94 11 0.0 0.79 11 11.3 13
144.4796 4 5.0 3 6.89 16*6* 5.96 11 5.81 11*1* 82.6 15
149.7179 5 6.5 5 8.35 19*3* 7.11 12 7.04 12 100.0 16
153.6683 8 0.101 8 0.104 7 0.098 15 0.088 13 1.25 9
156.0031 5 0.116 9 0.122 8 0.119 17 0.103 15 1.46 10
161.7203 5 0.228 11 0.262 10*3* 0.270 17 0.221 14*2* 3.14 12
165.7353 4 2.87 16 3.80 9*5* 3.29 6 3.21 6*1* 45.6 8
169.3218 15 0.022 3 0.032 4*3* 0.051 12 0.027 6*2* 0.38 5
171.8552 6 0.27 3 0.436 20*5* 0.391 18 0.367 17*1* 5.22 22
174.9242 8 0.028 3 0.030 3 0.049 18 0.026 9*1* 0.36 4
175.8980 21 0.0151 13 0.0151 13 0.0 0.0127 15 0.181 16
176.5241 7 0.294 9 0.306 9*1* 0.34 3 0.258 23*2* 3.66 11
180.9928 4 3.5 3 4.41 16*3* 3.85 14 3.71 14 52.8 18
183.1923 5 0.0 0.0 0.0 0.0 0.0
185.0031 24 0.0164 22 0.0164 22 0.0 0.0138 22 0.20 3
192.6315 15 0.0160 13 0.0160 13 0.0 0.0135 16 0.192 16
197.3138 10 0.028 3 0.028 3 0.0 0.024 3 0.34 4
198.2339 7 0.071 4 0.071 4 0.0 0.060 6 0.85 5
198.5260 7 0.569 15 0.806 17*9* 0.96 3 0.679 21*9* 9.66 19
203.971 3 0.0342 22 0.0342 22 0.0 0.029 3 0.41 3
204.4483 4 6.58 4 6.85 4*6* 8.72 19 5.77 13*9* 82.1 5
204.7821 8 0.188 18 0.188 18 0.0 0.158 20 2.25 22
214.5175 18 0.0244 22 0.0244 22 0.0 0.0206 25 0.29 3
218.4033 18 0.0133 18 0.0133 18 0.0 0.0112 18 0.159 22
219.7058 4 2.701 22 3.019 22*9* 3.64 6 2.54 4*9* 36.2 3
226.4604 21 0.0116 22 0.0116 22 0.0 0.0098 20 0.14 3
231.0987 13 0.065 6 0.065 6 0.0 0.055 7 0.78 7
231.4224 17 0.0098 13 0.0098 13 0.0 0.0083 13 0.117 16
231.502 3 0.021 3 0.021 3 0.0 0.018 3 0.25 4
231.8334 5 0.392 24 0.584 23*7* 0.60 3 0.492 25*3* 7.0 3
235.1888 5 0.942 24 1.107 24*6* 1.18 4 0.93 3*6* 13.3 3
237.2390 7 4.08 8 5.41 9*9* 5.52 10 4.56 8*9* 64.8 9
242.0626 15 0.055 8 0.055 8 0.0 0.046 8 0.66 10
242.6223 7 0.910 16 1.056 17*9* 1.28 4 0.89 3*9* 12.65 19
243.5730 8 0.036 5 0.036 5 0.0 0.030 5 0.43 6
245.9484 15 0.054 7 0.060 7 0.066 15 0.051 11*1* 0.72 8
252.148 3 0.0151 13 0.0151 13 0.0 0.0127 15 0.181 16
256.4548 8 0.091 12 0.101 10 0.096 15 0.085 13 1.20 12
260.3406 11 0.078 9 0.097 9*2* 0.103 14 0.081 11*1* 1.16 10
263.8779 8 0.0164 9 0.0164 9 0.0 0.0138 14 0.196 11
263.8783 8 0.0 0.039 16 0.033 13 0.033 13 0.47 18
266.8827 6 0.130 14 0.144 11 0.134 15 0.121 14 1.72 13
268.5507 13 0.139 16 0.213 14*4* 0.210 17 0.179 15*1* 2.55 17
269.1768 18 0.063 8 0.063 8 0.0 0.053 8 0.75 10
276.587 4 0.0071 9 0.0104 13*3* 0.034 13 0.009 3*1* 0.124 15
288.1841 15 0.095 8 0.169 8*9* 0.172 10 0.142 8*2* 2.02 10
289.2256 17 0.035 3 0.035 3 0.0 0.029 4 0.42 4
297.233 5 0.0076 9 0.0076 9 0.0 0.0064 9 0.091 11
300.6401 13 0.036 4 0.036 4 0.0 0.030 4 0.43 5
303.6178 15 0.123 13 0.145 10*1* 0.137 13 0.122 12*1* 1.74 12
311.0192 5 2.01 8 2.77 6*9* 2.50 5 2.34 5*3* 33.2 6
332.5270 7 0.0347 13 0.0351 13 0.045 11 0.030 7*1* 0.421 16
335.2749 18 0.0116 18 0.0116 18 0.0 0.0098 17 0.139 22
342.7130 6 0.106 5 0.106 5 0.0 0.089 9 1.27 6
343.5525 13 0.178 8 0.304 10*9* 0.360 16 0.256 11*6* 3.64 12
345.194 3 0.0227 4 0.0227 4 0.0 0.0191 17 0.272 5
352.9888 20 0.46 3 0.594 22*4* 0.547 23 0.500 21*2* 7.11 25
359.3565 23 0.066 4 0.073 4*1* 0.14 3 0.062 13*2* 0.88 5
360.8269 17 0.0613 13 0.0616 13 0.089 24 0.052 14*1* 0.738 16
364.0144 16 0.0142 9 0.0142 9 0.0 0.0120 13 0.170 11
365.8888 15 0.0107 18 0.0107 18 0.0 0.0090 17 0.128 22
367.5555 15 0.084 4 0.110 5*6* 0.185 18 0.093 9*5* 1.32 6
368.4213 15 0.0609 22 0.0609 22 0.0 0.051 5 0.73 3
370.5219 20 0.088 4 0.094 4*1* 0.16 3 0.079 15*2* 1.12 5
371.1715 17 0.0240 4 0.0261 4*5* 0.153 22 0.022 3*5* 0.313 5
378.1982 15 0.0196 9 0.0199 9 0.036 14 0.017 7*1* 0.239 11
382.7369 25 0.022 4 0.022 4 0.0 0.019 4 0.26 5
384.0791 18 1.56 12 2.24 6*5* 1.95 5 1.89 5*1* 26.8 7
384.2847 16 0.1409 22 0.1409 22 0.0 0.119 10 1.69 3
388.1805 21 0.0822 9 0.0824 9 0.099 16 0.069 11*1* 0.987 11
396.758 4 0.0124 9 0.048 3*9* 0.099 10 0.041 4*5* 0.58 3
400.1151 15 0.431 17 0.720 18*9* 0.717 19 0.607 16*5* 8.63 19
400.6637 20 0.148 11 0.148 11 0.0 0.125 14 1.77 13
408.3573 7 0.1427 22 0.1532 23*4* 0.239 13 0.129 7*8* 1.83 3
411.5057 15 2.01 7 2.60 6*8* 2.37 5 2.19 5*3* 31.1 6
413.1333 14 0.0804 18 0.0853 19*2* 0.162 17 0.072 8*5* 1.021 22
415.7049 20 0.0373 9 0.0380 9 0.064 11 0.032 6*2* 0.456 11
416.292 5 0.0116 9 0.0116 9 0.0 0.0098 11 0.139 11
418.1968 19 0.0573 18 0.0587 18 0.078 12 0.049 8*2* 0.703 22
422.227 6 0.0133 13 0.0133 13 0.0 0.0112 15 0.159 16
424.6936 21 0.381 8 0.431 8*6* 0.556 25 0.363 16*7* 5.16 10
426.783 3 0.1467 22 0.1484 22 0.186 18 0.125 12*3* 1.78 3
429.0388 15 0.2369 22 0.2387 22 0.308 24 0.201 16*4* 2.86 3
433.0827 14 0.0760 22 0.0763 22 0.075 14 0.064 12 0.91 3
438.624 14 0.0093 13 0.0093 13 0.0 0.0078 13 0.111 16
440.5097 20 0.048 3 0.055 3*2* 0.13 3 0.047 11*2* 0.66 4
442.1492 14 0.391 6 0.399 6*1* 0.51 4 0.34 3*4* 4.78 7
446.328 3 1.332 17 1.456 18*7* 1.62 4 1.23 3*9* 17.45 20
448.3105 24 0.0822 18 0.0822 18 0.066 18 0.069 19 0.984 21
454.2725 16 0.208 4 0.219 4*2* 0.295 20 0.184 12*5* 2.62 5
454.688 4 0.0289 9 0.0289 9 0.0 0.0244 22 0.346 11
456.0456 13 1.010 10 1.038 10*2* 1.16 4 0.87 3*7* 12.43 12
457.4068 14 0.36 3 0.36 3 0.0 0.30 4 4.3 4
457.4102 19 0.04 3 0.66 3*9* 0.557 25 0.555 25 7.9 4
460.4655 17 0.0751 22 0.0751 22 0.061 19 0.063 20 0.90 3
463.287 4 0.0236 9 0.0236 9 0.0 0.0199 19 0.283 11
464.405 5 0.0080 9 0.0080 9 0.0 0.0067 10 0.096 11
466.3901 15 0.040 3 0.043 3 0.069 20 0.036 10*1* 0.51 4
467.310 3 0.016 3 0.016 3 0.0 0.013 3 0.19 4
467.8599 10 0.0 0.0 0.0 0.0 0.0
468.4737 20 0.071 3 0.156 6*9* 0.45 4 0.132 12*7* 1.87 7
468.7756 15 0.310 10 0.310 10 0.0 0.261 24 3.71 12
472.6613 14 0.342 8 0.369 8*3* 0.60 5 0.31 3*5* 4.42 10
473.5787 13 0.263 19 0.257 18 0.15 4 0.22 6*1* 3.08 21
477.027 4 0.077 6 0.152 10*9* 0.240 25 0.128 13*4* 1.82 11
481.3491 20 0.109 3 0.109 3 0.109 22 0.092 19 1.31 4
483.9232 14 0.0564 13 0.0564 13 0.0 0.048 4 0.676 16
485.210 4 0.136 5 0.138 5 0.140 22 0.116 18*1* 1.65 6
487.7812 15 0.0280 22 0.0280 22 0.0 0.024 3 0.34 3
491.204 4 0.0173 9 0.0173 9 0.0 0.0146 15 0.207 11
493.3427 21 0.0489 22 0.0489 22 0.0 0.041 4 0.59 3
494.112 4 0.0107 13 0.0172 20*5* 0.060 21 0.014 5*2* 0.206 24
496.5721 18 0.712 12 0.752 12*3* 0.80 3 0.634 24*5* 9.01 14
499.0265 15 0.300 4 0.300 4 0.0 0.253 22 3.59 5
499.5558 22 0.510 9 0.623 10*9* 0.88 3 0.525 18*9* 7.46 12
504.328 11 0.0280 13 0.0280 13 0.0 0.0236 23 0.335 16
505.018 7 0.720 22 0.879 21*7* 0.90 3 0.741 25*5* 10.53 24
505.341 9 0.106 7 0.80 3*9* 0.84 3 0.670 24*5* 9.5 3
512.1370 15 1.22 3 1.75 3*9* 1.96 5 1.48 4*9* 21.0 4
512.6082 16 0.044 3 0.052 3*2* 0.108 22 0.044 9*2* 0.63 4
517.053 4 0.112 4 0.112 4 0.0 0.094 9 1.34 5
517.401 7 0.0222 18 0.0232 19 0.050 24 0.020 9*1* 0.278 22
523.3590 19 0.424 9 0.439 9*1* 0.48 3 0.370 23*3* 5.26 11
525.177 4 0.0 0.08 4 0.07 3 0.07 3 1.0 4
525.178 4 0.0627 13 0.0627 13 0.0 0.053 5 0.751 16
526.917 11 0.0173 13 0.0173 13 0.0 0.0146 17 0.207 16
532.4282 15 0.355 10 0.436 11*8* 0.59 3 0.367 19*7* 5.22 13
532.858 3 0.094 4 0.094 4 0.0 0.079 8 1.13 5
535.8285 13 1.078 19 1.147 19*3* 1.18 4 0.97 3*5* 13.73 21
537.9914 17 0.870 14 0.914 14*3* 1.00 4 0.77 3*5* 10.95 16
538.6217 15 0.063 3 0.063 3 0.0 0.053 5 0.75 4
541.053 17 0.0173 13 0.0173 13 0.0 0.0146 17 0.207 16
544.053 9 0.060 3 0.061 3 0.069 21 0.051 16 0.73 4
551.5143 20 0.973 15 0.973 15 0.0 0.82 7 11.66 18
557.744 4 0.0907 13 0.0907 13 0.068 21 0.076 24 1.086 16
561.744 7 0.027 3 0.027 3 0.0 0.023 3 0.32 4
562.4437 22 0.771 15 0.826 15*3* 0.85 3 0.696 25*5* 9.90 17
565.2771 16 1.428 23 1.557 23*5* 1.58 4 1.31 3*6* 18.65 25
569.1729 21 0.715 20 0.950 21*9* 1.02 3 0.801 24*7* 11.38 23
569.5436 23 0.329 8 0.329 8 0.0 0.277 25 3.94 10
573.017 4 0.292 5 0.292 5 0.0 0.246 21 3.50 6
573.017 4 0.0 0.36 11 0.30 9 0.30 9 4.3 13
575.1348 15 0.0262 13 0.0262 13 0.0 0.0221 22 0.314 16
581.2686 15 0.398 11 0.398 11 0.32 7 0.34 7 4.76 13
582.252 5 0.038 10 0.038 10 0.0 0.032 9 0.46 12
585.1543 14 0.576 13 0.590 13*1* 0.60 4 0.50 3*2* 7.07 15
589.0854 14 0.552 9 0.553 9 0.58 10 0.47 8*1* 6.63 11
590.2272 20 1.21 3 1.24 3 1.27 10 1.04 8*2* 14.8 4
593.826 4 0.0120 13 0.0120 13 0.0 0.0101 14 0.144 16
599.1892 19 0.128 7 0.134 7 0.155 25 0.113 18*1* 1.60 8
601.9783 23 0.168 4 0.168 4 0.13 3 0.14 3 2.01 5
602.600 12 0.034 3 0.034 3 0.0 0.029 4 0.41 4
603.9900 16 1.077 20 1.201 20*6* 1.40 5 1.01 4*7* 14.39 24
606.355 7 0.058 4 0.058 4 0.043 23 0.05 3 0.69 5
610.0311 15 0.147 6 0.149 6 0.18 4 0.13 3*1* 1.79 7
611.6587 13 0.533 17 0.671 18*8* 0.83 4 0.57 3*6* 8.03 21
619.423 3 0.209 5 0.210 5 0.23 4 0.18 3*1* 2.52 6
621.812 3 0.093 5 0.093 5 0.0 0.078 8 1.11 6
623.1416 14 0.178 5 0.183 5 0.27 4 0.154 23*2* 2.19 6
626.863 5 0.0489 13 0.0489 13 0.0 0.041 4 0.586 16
632.4314 22 0.704 13 0.734 13*2* 0.74 3 0.618 25*4* 8.79 15
634.681 3 0.0427 18 0.0427 18 0.0 0.036 3 0.511 22
637.900 3 1.360 23 1.387 22*1* 1.25 4 1.17 4*2* 16.61 25
637.9021 19 1.360 23 1.360 23 0.0 1.15 10 16.3 3
640.7789 25 0.636 12 0.668 12*2* 0.70 3 0.563 24*4* 8.00 14
648.7440 15 0.324 6 0.324 6 0.24 4 0.27 5 3.88 7
650.3716 14 1.350 14 1.381 14*2* 1.45 5 1.16 4*5* 16.54 16
655.596 17 0.0 0.0 0.0 0.0 0.0
658.913 5 1.50 4 1.64 4*3* 1.56 5 1.39 4*3* 19.7 4
664.9155 14 0.281 5 0.282 5 0.30 4 0.24 3*1* 3.38 6
666.627 10 0.0600 22 0.0600 22 0.0 0.051 5 0.72 3
669.656 4 0.329 3 0.329 3 0.31 4 0.28 4 3.94 4
670.753 7 0.14 7 0.14 4 0.12 4 0.12 4 1.7 5
679.5824 20 0.1169 22 0.1169 22 0.0 0.099 9 1.40 3
680.5481 22 0.452 12 0.456 11 0.41 3 0.38 3 5.46 14
693.2839 13 0.40 3 0.384 23 0.30 3 0.32 3 4.6 3
694.085 13 0.09 7 0.09 7 0.0 0.08 6 1.1 8
695.118 14 0.065 3 0.066 3 0.086 21 0.056 14*1* 0.79 4
703.6284 14 0.888 25 1.20 3*9* 1.32 4 1.01 3*7* 14.4 3
703.9637 15 0.96 3 0.96 3 0.0 0.81 7 11.5 4
703.998 3 0.96 3 0.96 3 0.0 0.81 7 11.5 4
707.8495 14 0.380 4 0.380 4 0.0 0.32 3 4.55 5
709.381 3 0.0809 22 0.0809 22 0.0 0.068 6 0.97 3
710.7666 25 0.628 13 0.640 12 0.60 3 0.54 3*2* 7.67 15
711.1335 15 0.246 14 0.246 14 0.0 0.207 21 2.95 17
713.524 3 0.048 3 0.048 3 0.0 0.040 4 0.57 4
714.433 5 0.067 4 0.067 4 0.0 0.056 6 0.80 5
719.2610 22 1.21 3 1.205 24 1.01 3 1.02 3 14.4 3
720.8215 21 0.640 5 0.641 5 0.57 3 0.54 3*1* 7.68 6
724.585 3 0.907 18 0.890 16 0.68 3 0.75 3*2* 10.66 19
733.8104 19 0.0396 22 0.0396 22 0.0 0.033 3 0.47 3
739.794 4 0.221 4 0.220 4 0.108 18 0.19 3*4* 2.63 5
744.765 7 0.112 8 0.118 8 0.124 19 0.100 15*1* 1.42 9
748.2310 19 0.0769 22 0.0769 22 0.0 0.065 6 0.92 3
760.023 7 0.0347 18 0.0347 18 0.0 0.029 3 0.416 22
779.7938 15 0.062 4 0.062 4 0.0 0.052 6 0.74 5
781.278 7 0.0 0.24 5 0.20 4 0.20 4 2.8 6
781.279 7 0.1427 22 0.1427 22 0.0 0.120 10 1.71 3
781.832 4 0.068 4 0.068 4 0.0 0.057 6 0.81 5
784.900 4 0.0 0.21 5 0.18 4 0.18 4 2.6 6
790.216 4 0.192 3 0.192 3 0.17 3 0.16 3 2.30 4
800.416 3 0.097 3 0.097 3 0.0 0.082 7 1.16 4
800.424 6 0.097 3 0.098 3 0.122 23 0.083 16*1* 1.18 4
810.7259 21 0.250 4 0.249 4 0.157 21 0.21 3*2* 2.98 5
815.624 4 1.092 7 1.087 7 0.76 3 0.92 4*5* 13.02 8
818.5067 15 0.315 4 0.314 4 0.233 20 0.265 23*1* 3.76 5
824.0611 20 0.378 6 0.378 6 0.318 22 0.319 22 4.53 7
844.677 9 0.166 3 0.166 3 0.147 18 0.140 17 1.99 4
854.337 4 1.90 3 1.85 3*1* 1.41 4 1.56 4*3* 22.1 3
866.522 6 0.488 8 0.484 8 0.353 24 0.41 3*2* 5.80 9
869.401 4 0.185 6 0.194 6*1* 0.235 23 0.164 16*3* 2.33 7
886.5560 21 0.246 5 0.247 5 0.230 24 0.208 22 2.96 6
890.047 3 0.132 4 0.132 4 0.0 0.111 10 1.58 5
914.7367 15 0.036 8 0.059 10*2* 0.080 22 0.050 14*1* 0.71 12
920.507 9 0.104 4 0.105 4 0.113 24 0.088 19*1* 1.26 5
928.265 4 0.534 8 0.531 8 0.37 3 0.45 4*2* 6.36 9
940.991 14 0.090 8 0.089 8 0.063 24 0.08 3 1.07 9
943.522 4 0.312 5 0.312 5 0.24 3 0.26 3 3.73 6
956.145 3 0.446 10 0.445 10 0.33 6 0.38 7 5.33 12
959.201 4 0.343 5 0.343 5 0.28 3 0.29 3 4.11 6
959.220 9 0.343 5 0.343 5 0.0 0.289 25 4.11 6
964.327 5 0.141 4 0.141 4 0.08 3 0.12 4*1* 1.69 5
973.121 12 0.160 5 0.160 5 0.10 4 0.13 5 1.91 6
979.927 3 0.0 0.0 0.0 0.0 0.0
984.978 5 0.0 0.0 0.0 0.0 0.0
987.453 3 0.372 6 0.372 6 0.30 3 0.31 3 4.45 7
995.714 4 0.101 10 0.105 10 0.106 23 0.089 19 1.26 11
998.253 4 0.255 4 0.255 4 0.200 25 0.21 3 3.05 5
1000.898 10 0.299 7 0.299 7 0.23 4 0.25 4 3.58 8
1018.431 10 0.209 8 0.209 8 0.0 0.176 16 2.50 10
1027.820 12 0.465 16 0.458 15 0.26 4 0.39 6*3* 5.48 18
1040.1331 14 0.417 10 0.416 10 0.25 7 0.35 10*1* 4.98 12
1043.108 12 0.285 8 0.284 8 0.19 4 0.24 5*1* 3.40 10
1045.353 12 0.136 5 0.136 5 0.0 0.115 11 1.63 6
1061.868 14 0.372 16 0.372 16 0.0 0.31 3 4.46 19
1070.969 6 0.230 7 0.230 7 0.0 0.194 18 2.76 8
1091.581 3 0.0 0.0 0.0 0.0 0.0
1101.996 3 0.155 6 0.154 6 0.10 3 0.13 4*1* 1.85 7
1140.192 4 0.472 14 0.472 14 0.0 0.40 4 5.65 17
1154.112 12 0.136 9 0.136 9 0.0 0.115 12 1.63 11
1171.966 11 0.197 8 0.196 8 0.14 3 0.17 4 2.35 9
1178.905 4 0.89 3 0.85 3*1* 0.56 4 0.72 5*3* 10.2 3
1184.563 14 0.296 23 0.284 20 0.20 3 0.24 4*1* 3.40 23
1210.678 11 0.562 9 0.561 9 0.36 7 0.47 9*1* 6.72 11
1226.345 12 0.233 8 0.230 8 0.120 22 0.19 4*3* 2.75 9
1238.136 10 0.108 17 0.115 14 0.107 21 0.097 19 1.38 17
1265.057 12 0.166 23 0.216 19*2* 0.210 24 0.182 21*1* 2.58 23
1354.71 7 0.21 4 0.179 23 0.128 23 0.15 3*1* 2.1 3
1375.4 9 0.0 0.0 0.0 0.0 0.0
1433.7 6 0.0 0.0 0.0 0.0 0.0
1442.8 6 0.0 0.0 0.0 0.0 0.0
1467.8 5 0.0 0.0 0.0 0.0 0.0
1516.5 5 0.0 0.0 0.0 0.0 0.0
1530.3 8 0.0 0.0 0.0 0.0 0.0
1604.9 7 0.0 0.0 0.0 0.0 0.0
1642.9 22 0.0 0.0 0.0 0.0 0.0
1669.8 5 0.0 0.0 0.0 0.0 0.0
1791.9 22 0.0 0.0 0.0 0.0 0.0
1818.0 8 0.0 0.0 0.0 0.0 0.0
1844.9 22 0.0 0.0 0.0 0.0 0.0
1859.3 4 0.0 0.0 0.0 0.0 0.0
1942.9 22 0.0 0.0 0.0 0.0 0.0
1950.5 4 0.0 0.0 0.0 0.0 0.0
4641.4 4 0.0 0.38 6 0.32 3 0.32 3 4.5 4
4648.9 22 0.0 0.0 0.0 0.0 0.0
4732.6 4 0.0 0.69 11 0.58 5 0.58 5 8.2 7
4746.9 22 0.0 0.0 0.0 0.0 0.0
4773.8 8 0.0 0.19 4 0.16 3 0.16 3 2.3 4
4799.9 22 0.0 0.0 0.0 0.0 0.0
4922.1 5 0.0 0.31 5 0.26 3 0.26 3 3.7 4
4948.9 22 0.0 0.0 0.0 0.0 0.0
4987.0 6 0.0 0.19 4 0.16 3 0.16 3 2.3 4
5061.6 8 0.0 0.12 3 0.103 21 0.103 21 1.5 3
5075.3 5 0.210 16 0.300 18*5* 0.39 4 0.25 3*3* 3.59 22
5124.1 5 0.190 20 0.240 20*2* 0.28 4 0.20 3*1* 2.88 24
5149.1 6 0.0 0.37 6 0.31 4 0.31 4 4.4 6
5158.2 6 0.68 3 0.66 3 0.47 5 0.56 6*1* 7.9 3
5216.5 9 0.0 0.11 3 0.092 25 0.092 25 1.3 4
5326.80 11 0.14 5 0.20 3*1* 0.18 3 0.17 3 2.4 4
5353.72 11 0.076 19 0.183 25*5* 0.19 3 0.154 24*1* 2.2 3
5381.18 11 0.064 22 0.19 3*5* 0.18 3 0.16 3 2.2 3
5399.03 11 0.180 18 0.177 15 0.143 25 0.15 3 2.13 18
5412.95 11 0.310 17 0.334 17*1* 0.39 5 0.28 4*2* 4.00 20
5423.08 11 0.180 16 0.215 16*2* 0.24 3 0.181 23*1* 2.58 19
5431.26 11 0.0 0.27 4 0.23 3 0.23 3 3.3 4
5443.88 11 0.036 16 0.160 25*7* 0.150 25 0.135 23 1.9 3
5451.91 11 0.036 16 0.158 25*7* 0.148 25 0.133 22 1.9 3
5513.01 11 0.120 16 0.120 16 0.0 0.101 16 1.44 19
5683.40 11 0.060 15 0.098 15*2* 0.104 21 0.083 17*1* 1.18 19
5728.48 11 0.14 4 0.28 3*3* 0.26 3 0.24 3 3.4 4
5731.36 11 0.880 17 0.880 17 0.0 0.74 7 10.54 20
5737.51 11 0.0 1.69 9 1.42 7 1.42 7 20.2 10
5769.45 11 0.0 0.0 0.0 0.0 0.0
5809.69 11 0.050 15 0.153 19*6* 0.147 20 0.129 18 1.84 23
5858.03 11 0.230 14 0.302 16*5* 0.41 4 0.254 25*3* 3.62 19
5898.56 11 0.320 15 0.334 14 0.35 4 0.28 3*1* 4.00 17
5908.27 11 0.310 17 0.394 18*4* 0.49 4 0.33 3*3* 4.72 22
5941.47 11 0.0 1.79 9 1.51 7 1.51 7 21.5 10
5943.09 11 0.780 15 0.780 15 0.0 0.66 6 9.34 18
6001.61 11 0.600 15 0.633 15*2* 0.99 10 0.53 5*4* 7.58 18
6354.59 11 0.190 12 0.284 15*7* 0.42 4 0.239 23*4* 3.40 18
6372.12 11 0.079 16 0.089 13 0.085 19 0.075 17 1.06 16
6387.37 11 0.800 14 0.915 15*8* 1.48 7 0.77 4*9* 10.96 18
6442.10 11 0.200 11 0.352 15*9* 0.47 3 0.297 19*5* 4.22 18
6553.10 11 0.490 15 0.490 15 0.0 0.41 4 5.87 18
6591.81 11 0.021 10 0.021 10 0.0 0.018 9 0.25 12
-----------------------------------------------------------------------------------------------------------------------------------
V
CHI/F 58.2874419 15.3617288
SKEW -8.5631661 2.1285060
NDEGREES 289 199
ITERATION - 2
LEAST-SQUARED FIT AVERAGE INTENSITIES 18 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.144 5 .0000
31.6939 6 0.159 11 .0000
38.7130 3 2.35 25 .0000
41.7741 18 0.335 16 .0000
63.9546 15 2.4 11 .0000
63.9550 16 0.32 5 .0000
66.0982 4 5.2 5 1.6815
68.6489 4 0.10 5 .0000
68.6492 3 24.9 11 .0001
69.9879 5 1.75 25 .0000
75.8305 3 11.6 7 3.7082
87.5211 7 16.68 25 15.4790
87.5701 8 2.62 7 .0000
88.9541 8 0.42 8 .0000
89.9048 4 0.92 9 9.1751
92.6528 18 0.87 6 .7844
98.5828 19 0.71 8 .0000
99.6388 14 0.76 5 .5344
105.1624 4 11.91 11 3.4641
107.9006 15 0.46 4 .0000
107.9556 7 1.42 7 .3882
109.7438 12 0.25 5 .0000
111.0049 5 4.44 15 .8383
112.4933 7 0.40 4 .0000
114.5435 4 47.96 21 4.9340
130.0265 4 12.85 25 2.5790
144.4793 5 11.3 13 .0000
144.4796 4 82.6 15 20.8549
149.7179 5 100.0 16 7.0258
153.6683 8 1.25 9 .3111
156.0031 5 1.46 10 .6692
161.7203 5 3.14 12 8.9912
165.7353 4 45.6 8 18.0271
169.3218 15 0.38 5 7.2608
171.8552 6 5.22 22 16.1124
174.9242 8 0.36 4 1.1562
175.8980 21 0.181 16 .0000
176.5241 7 3.66 11 4.6195
180.9928 4 52.8 18 5.0373
183.1923 5 0.0 .0000
185.0031 24 0.20 3 .0000
192.6315 15 0.192 16 .0000
197.3138 10 0.34 4 .0000
198.2339 7 0.85 5 .0000
198.5260 7 11 3 1.4578
203.971 3 0.41 3 .0000
204.4483 4 78.8 5 .5810
204.7821 8 2.25 22 .0000
214.5175 18 0.29 3 .0000
218.4033 18 0.159 22 .0000
219.7058 4 35 4 .8100
226.4604 21 0.14 3 .0000
231.0987 13 0.78 7 .0000
231.4224 17 0.117 16 .0000
231.502 3 0.25 4 .0000
231.8334 5 7.0 3 38.4530
235.1888 5 11.4 3 1.2279
237.2390 7 72 11 1.1587
242.0626 15 0.66 10 .0000
242.6223 7 10.94 23 .8699
243.5730 8 0.43 6 .0000
245.9484 15 0.72 8 .8949
252.148 3 0.181 16 .0000
256.4548 8 1.20 12 .5983
260.3406 11 1.16 10 3.3144
263.8779 8 0.196 11 .0000
263.8783 8 0.47 18 .0000
266.8827 6 1.72 13 .8542
268.5507 13 2.55 17 12.2509
269.1768 18 0.75 10 .0000
276.587 4 0.124 15 8.5757
288.1841 15 2.12 11 38.6729
289.2256 17 0.42 4 .0000
297.233 5 0.091 11 .0000
300.6401 13 0.43 5 .0000
303.6178 15 1.74 12 2.0755
311.0192 5 33.9 6 36.3464
332.5270 7 0.421 16 1.0340
335.2749 18 0.139 22 .0000
342.7130 6 1.27 6 .0000
343.5525 13 4.7 13 1.4801
345.194 3 0.272 5 .0000
352.9888 20 7.11 25 11.9810
359.3565 23 0.88 5 5.1102
360.8269 17 0.738 16 1.2175
364.0144 16 0.170 11 .0000
365.8888 15 0.128 22 .0000
367.5555 15 1.21 5 17.6974
368.4213 15 0.73 3 .0000
370.5219 20 1.12 5 4.6509
371.1715 17 0.298 5 10.3090
378.1982 15 0.239 11 1.0042
382.7369 25 0.26 5 .0000
384.0791 18 26.8 7 16.7948
384.2847 16 1.69 3 .0000
388.1805 21 0.987 11 1.7265
396.758 4 1.40 21 4.2891
400.1151 15 10.2 4 1.0470
400.6637 20 1.77 13 .0000
408.3573 7 1.71 3 .5848
411.5057 15 31.4 6 36.9726
413.1333 14 0.995 22 9.0885
415.7049 20 0.456 11 4.5592
416.292 5 0.139 11 .0000
418.1968 19 0.703 22 3.1322
422.227 6 0.159 16 .0000
424.6936 21 4.58 10 .7445
426.783 3 1.78 3 6.0368
429.0388 15 2.85 3 7.9203
433.0827 14 0.91 3 .3015
438.624 14 0.111 16 .0000
440.5097 20 0.66 4 6.7967
442.1492 14 4.76 7 8.3587
446.328 3 15.98 20 .8030
448.3105 24 0.984 21 .0164
454.2725 16 2.56 5 9.1830
454.688 4 0.346 11 .0000
456.0456 13 12.11 12 .5857
457.4068 14 4.3 4 .0000
457.4102 19 7.9 4 .5036
460.4655 17 0.90 3 .0072
463.287 4 0.283 11 .0000
464.405 5 0.096 11 .0000
466.3901 15 0.51 4 1.7513
467.310 3 0.19 4 .0000
467.8599 10 0.0 .0000
468.4737 20 5 3 8.1707
468.7756 15 3.71 12 .0000
472.6613 14 4.25 10 9.5707
473.5787 13 3.08 21 1.4386
477.027 4 3.4 4 3.7724
481.3491 20 1.31 4 .3003
483.9232 14 0.676 16 .0000
485.210 4 1.65 6 .6476
487.7812 15 0.34 3 .0000
491.204 4 0.207 11 .0000
493.3427 21 0.59 3 .0000
494.112 4 0.206 24 14.8705
496.5721 18 8.79 14 10.7455
499.0265 15 3.59 5 .0000
499.5558 22 7.6 15 1.0742
504.328 11 0.335 16 .0000
505.018 7 9.93 25 24.4793
505.341 9 11.9 6 .8352
512.1370 15 25 5 1.3481
512.6082 16 0.63 4 8.1953
517.053 4 1.34 5 .0000
517.401 7 0.278 22 .9672
523.3590 19 5.26 11 8.1216
525.177 4 1.0 4 .0000
525.178 4 0.751 16 .0000
526.917 11 0.207 16 .0000
532.4282 15 4.28 12 .8629
532.858 3 1.13 5 .0000
535.8285 13 13.40 22 11.7172
537.9914 17 10.69 17 10.1644
538.6217 15 0.75 4 .0000
541.053 17 0.207 16 .0000
544.053 9 0.73 4 .3838
551.5143 20 11.66 18 .0000
557.744 4 1.086 16 .0804
561.744 7 0.32 4 .0000
562.4437 22 9.66 17 12.2350
565.2771 16 17.2 3 .9842
569.1729 21 12.7 23 1.2514
569.5436 23 3.94 10 .0000
573.017 4 3.50 6 .0000
573.017 4 4.3 13 .0000
575.1348 15 0.314 16 .0000
581.2686 15 4.76 13 .0238
582.252 5 0.46 12 .0000
585.1543 14 7.07 15 3.8817
589.0854 14 6.63 11 .6566
590.2272 20 14.8 4 2.9920
593.826 4 0.144 16 .0000
599.1892 19 1.60 8 1.7689
601.9783 23 2.01 5 .0735
602.600 12 0.41 4 .0000
603.9900 16 12.93 24 .8083
606.355 7 0.69 5 .0320
610.0311 15 1.79 7 .9866
611.6587 13 6.44 20 1.0482
619.423 3 2.52 6 .9018
621.812 3 1.11 6 .0000
623.1416 14 2.19 6 4.6812
626.863 5 0.586 16 .0000
632.4314 22 8.79 15 10.8516
634.681 3 0.511 22 .0000
637.900 3 16.61 25 2.7465
637.9021 19 16.3 3 .0000
640.7789 25 7.91 14 10.4088
648.7440 15 3.88 7 .3360
650.3716 14 16.35 17 8.9334
655.596 17 0.0 .0000
658.913 5 19.7 4 12.5645
664.9155 14 3.38 6 1.2392
666.627 10 0.72 3 .0000
669.656 4 3.94 4 .3339
670.753 7 1.7 5 .0004
679.5824 20 1.40 3 .0000
680.5481 22 5.46 14 .4232
693.2839 13 4.6 3 .4524
694.085 13 1.1 8 .0000
695.118 14 0.79 4 1.1211
703.6284 14 16 3 1.2947
703.9637 15 11.5 4 .0000
703.998 3 11.5 4 .0000
707.8495 14 4.55 5 .0000
709.381 3 0.97 3 .0000
710.7666 25 7.67 15 2.4748
711.1335 15 2.95 17 .0000
713.524 3 0.57 4 .0000
714.433 5 0.80 5 .0000
719.2610 22 14.4 3 .0305
720.8215 21 7.68 6 .5124
724.585 3 10.66 19 3.1715
733.8104 19 0.47 3 .0000
739.794 4 2.64 5 7.7286
744.765 7 1.42 9 1.1273
748.2310 19 0.92 3 .0000
760.023 7 0.416 22 .0000
779.7938 15 0.74 5 .0000
781.278 7 2.8 6 .0000
781.279 7 1.71 3 .0000
781.832 4 0.81 5 .0000
784.900 4 2.6 6 .0000
790.216 4 2.30 4 .0371
800.416 3 1.16 4 .0000
800.424 6 1.18 4 1.5396
810.7259 21 2.98 5 3.2006
815.624 4 13.05 8 7.9046
818.5067 15 3.76 5 1.2821
824.0611 20 4.53 7 .0003
844.677 9 1.99 4 .0765
854.337 4 22.1 3 8.2554
866.522 6 5.80 9 2.7428
869.401 4 2.33 7 5.9991
886.5560 21 2.96 6 .4343
890.047 3 1.58 5 .0000
914.7367 15 0.71 12 5.1665
920.507 9 1.26 5 .5518
928.265 4 6.36 9 3.4022
940.991 14 1.07 9 .1336
943.522 4 3.73 6 .2865
956.145 3 5.33 12 .2866
959.201 4 4.11 6 .0446
959.220 9 4.11 6 .0000
964.327 5 1.69 5 .8300
973.121 12 1.91 6 .3759
979.927 3 0.0 .0000
984.978 5 0.0 .0000
987.453 3 4.45 7 .0983
995.714 4 1.26 11 .3737
998.253 4 3.05 5 .1743
1000.898 10 3.58 8 .1477
1018.431 10 2.50 10 .0000
1027.820 12 5.48 18 5.0368
1040.1331 14 4.98 12 1.0380
1043.108 12 3.40 10 .7679
1045.353 12 1.63 6 .0000
1061.868 14 4.46 19 .0000
1070.969 6 2.76 8 .0000
1091.581 3 0.0 .0000
1101.996 3 1.85 7 .5089
1140.192 4 5.65 17 .0000
1154.112 12 1.63 11 .0000
1171.966 11 2.35 9 .3593
1178.905 4 10.2 3 8.4843
1184.563 14 3.40 23 .9899
1210.678 11 6.72 11 1.3044
1226.345 12 2.75 9 5.6948
1238.136 10 1.38 17 .2027
1265.057 12 2.58 23 3.0163
1354.71 7 2.1 3 .7980
1375.4 9 0.0 .0000
1433.7 6 0.0 .0000
1442.8 6 0.0 .0000
1467.8 5 0.0 .0000
1516.5 5 0.0 .0000
1530.3 8 0.0 .0000
1604.9 7 0.0 .0000
1642.9 22 0.0 .0000
1669.8 5 0.0 .0000
1791.9 22 0.0 .0000
1818.0 8 0.0 .0000
1844.9 22 0.0 .0000
1859.3 4 0.0 .0000
1942.9 22 0.0 .0000
1950.5 4 0.0 .0000
4641.4 4 4.5 4 .0000
4648.9 22 0.0 .0000
4732.6 4 8.2 7 .0000
4746.9 22 0.0 .0000
4773.8 8 2.3 4 .0000
4799.9 22 0.0 .0000
4922.1 5 3.7 4 .0000
4948.9 22 0.0 .0000
4987.0 6 2.3 4 .0000
5061.6 8 1.5 3 .0000
5075.3 5 3.59 22 21.6716
5124.1 5 2.88 24 5.0190
5149.1 6 4.4 6 .0000
5158.2 6 7.9 3 1.7250
5216.5 9 1.3 4 .0000
5326.80 11 2.4 4 .7988
5353.72 11 2.2 3 16.5275
5381.18 11 2.2 3 15.4754
5399.03 11 2.13 18 .0443
5412.95 11 4.00 20 3.3356
5423.08 11 2.58 19 4.3304
5431.26 11 3.3 4 .0000
5443.88 11 1.9 3 30.4431
5451.91 11 1.9 3 29.2467
5513.01 11 1.44 19 .0000
5683.40 11 1.18 19 3.7773
5728.48 11 3.4 4 6.7812
5731.36 11 10.54 20 .0000
5737.51 11 20.2 10 .0000
5769.45 11 0.0 .0000
5809.69 11 1.84 23 24.0712
5858.03 11 3.62 19 20.7457
5898.56 11 4.00 17 1.8964
5908.27 11 4.72 22 20.0912
5941.47 11 21.5 10 .0000
5943.09 11 9.34 18 .0000
6001.61 11 7.48 18 9.2726
6354.59 11 3.20 17 29.4120
6372.12 11 1.06 16 .3316
6387.37 11 9.60 17 .6487
6442.10 11 6.6 6 2.6769
6553.10 11 5.87 18 .0000
6591.81 11 0.25 12 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.169TM(N,G) E=0-136 E 2.169TM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.0120 4 0.0120 4 0.0 0.0101 9 0.144 5
31.6939 6 0.0133 9 0.0133 9 0.0 0.0112 12 0.159 11
38.7130 3 0.196 21 0.196 21 0.0 0.165 23*S* 2.35 25
41.7741 18 0.0280 13 0.0280 13 0.0 0.0236 23 0.335 16
63.9546 15 0.0 0.20 10 0.17 8 0.17 8 2.4 11
63.9550 16 0.027 4 0.027 4 0.0 0.023 4 0.32 5
66.0982 4 0.39 4 0.44 4*1* 0.51 10 0.37 7*1* 5.2 5
68.6489 4 0.008 4 0.008 4 0.0 0.007 3 0.10 5
68.6492 3 2.08 10 2.08 9 1.75 23 1.75 23 24.9 11
69.9879 5 0.146 21 0.146 21 0.0 0.123 21 1.75 25
75.8305 3 0.81 7 0.97 6*2* 0.94 8 0.81 7*1* 11.6 7
87.5211 7 1.29 3 1.393 24*3* 1.29 3 1.17 3*3* 16.68 25
87.5701 8 0.219 6 0.219 6 0.0 0.185 17 2.62 7
88.9541 8 0.035 7 0.035 7 0.0 0.029 6 0.42 8
89.9048 4 0.056 6 0.077 7*3* 0.116 21 0.065 12*2* 0.92 9
92.6528 18 0.073 5 0.072 5 0.041 16 0.061 24*1* 0.87 6
98.5828 19 0.059 7 0.059 7 0.0 0.050 7 0.71 8
99.6388 14 0.062 4 0.064 4 0.066 13 0.054 11 0.76 5
105.1624 4 1.002 10 0.994 9 0.780 23 0.838 25*2* 11.91 11
107.9006 15 0.038 3 0.038 3 0.0 0.032 4 0.46 4
107.9556 7 0.116 6 0.118 6 0.110 13 0.100 12 1.42 7
109.7438 12 0.021 4 0.021 4 0.0 0.018 4 0.25 5
111.0049 5 0.356 16 0.371 13 0.327 16 0.312 15 4.44 15
112.4933 7 0.033 3 0.033 3 0.0 0.028 4 0.40 4
114.5435 4 4.016 18 4.004 17 3.19 6 3.37 6*3* 47.96 21
130.0265 4 1.02 3 1.073 23*1* 0.940 25 0.904 24*1* 12.85 25
144.4793 5 0.94 11 0.94 11 0.0 0.79 11 11.3 13
144.4796 4 5.0 3 6.89 16*6* 5.96 11 5.81 11*1* 82.6 15
149.7179 5 6.5 5 8.35 19*3* 7.11 12 7.04 12 100.0 16
153.6683 8 0.101 8 0.104 7 0.098 15 0.088 13 1.25 9
156.0031 5 0.116 9 0.122 8 0.119 17 0.103 15 1.46 10
161.7203 5 0.228 11 0.262 10*3* 0.270 17 0.221 14*2* 3.14 12
165.7353 4 2.87 16 3.80 9*5* 3.29 6 3.21 6*1* 45.6 8
169.3218 15 0.022 3 0.032 4*3* 0.051 12 0.027 6*2* 0.38 5
171.8552 6 0.27 3 0.436 20*5* 0.391 18 0.367 17*1* 5.22 22
174.9242 8 0.028 3 0.030 3 0.049 18 0.026 9*1* 0.36 4
175.8980 21 0.0151 13 0.0151 13 0.0 0.0127 15 0.181 16
176.5241 7 0.294 9 0.306 9*1* 0.34 3 0.258 23*2* 3.66 11
180.9928 4 3.5 3 4.41 16*3* 3.85 14 3.71 14 52.8 18
183.1923 5 0.0 0.0 0.0 0.0 0.0
185.0031 24 0.0164 22 0.0164 22 0.0 0.0138 22 0.20 3
192.6315 15 0.0160 13 0.0160 13 0.0 0.0135 16 0.192 16
197.3138 10 0.028 3 0.028 3 0.0 0.024 3 0.34 4
198.2339 7 0.071 4 0.071 4 0.0 0.060 6 0.85 5
198.5260 7 0.57 24 0.95 23*1* 1.0 3 0.80 23 11 3
203.971 3 0.0342 22 0.0342 22 0.0 0.029 3 0.41 3
204.4483 4 6.58 4 6.58 4 9 3 5.5 19*1* 78.8 5
204.7821 8 0.188 18 0.188 18 0.0 0.158 20 2.25 22
214.5175 18 0.0244 22 0.0244 22 0.0 0.0206 25 0.29 3
218.4033 18 0.0133 18 0.0133 18 0.0 0.0112 18 0.159 22
219.7058 4 2.7 3 2.9 3 3.6 11 2.5 7*1* 35 4
226.4604 21 0.0116 22 0.0116 22 0.0 0.0098 20 0.14 3
231.0987 13 0.065 6 0.065 6 0.0 0.055 7 0.78 7
231.4224 17 0.0098 13 0.0098 13 0.0 0.0083 13 0.117 16
231.502 3 0.021 3 0.021 3 0.0 0.018 3 0.25 4
231.8334 5 0.392 24 0.584 23*7* 0.60 3 0.492 25*3* 7.0 3
235.1888 5 0.942 24 0.949 24 1.18 25 0.80 17*1* 11.4 3
237.2390 7 4.1 13 6.0 9*1* 5.5 10 5.1 9 72 11
242.0626 15 0.055 8 0.055 8 0.0 0.046 8 0.66 10
242.6223 7 0.910 19 0.913 19 1.3 4 0.77 23*1* 10.94 23
243.5730 8 0.036 5 0.036 5 0.0 0.030 5 0.43 6
245.9484 15 0.054 7 0.060 7 0.066 15 0.051 11*1* 0.72 8
252.148 3 0.0151 13 0.0151 13 0.0 0.0127 15 0.181 16
256.4548 8 0.091 12 0.101 10 0.096 15 0.085 13 1.20 12
260.3406 11 0.078 9 0.097 9*2* 0.103 14 0.081 11*1* 1.16 10
263.8779 8 0.0164 9 0.0164 9 0.0 0.0138 14 0.196 11
263.8783 8 0.0 0.039 16 0.033 13 0.033 13 0.47 18
266.8827 6 0.130 14 0.144 11 0.134 15 0.121 14 1.72 13
268.5507 13 0.139 16 0.213 14*4* 0.210 17 0.179 15*1* 2.55 17
269.1768 18 0.063 8 0.063 8 0.0 0.053 8 0.75 10
276.587 4 0.0071 9 0.0104 13*3* 0.034 13 0.009 3*1* 0.124 15
288.1841 15 0.095 10 0.177 9*8* 0.172 10 0.149 9*2* 2.12 11
289.2256 17 0.035 3 0.035 3 0.0 0.029 4 0.42 4
297.233 5 0.0076 9 0.0076 9 0.0 0.0064 9 0.091 11
300.6401 13 0.036 4 0.036 4 0.0 0.030 4 0.43 5
303.6178 15 0.123 13 0.145 10*1* 0.137 13 0.122 12*1* 1.74 12
311.0192 5 2.01 10 2.83 7*8* 2.50 5 2.39 5*2* 33.9 6
332.5270 7 0.0347 13 0.0351 13 0.045 11 0.030 7*1* 0.421 16
335.2749 18 0.0116 18 0.0116 18 0.0 0.0098 17 0.139 22
342.7130 6 0.106 5 0.106 5 0.0 0.089 9 1.27 6
343.5525 13 0.18 13 0.39 10*1* 0.36 10 0.33 10 4.7 13
345.194 3 0.0227 4 0.0227 4 0.0 0.0191 17 0.272 5
352.9888 20 0.46 3 0.594 22*4* 0.547 23 0.500 21*2* 7.11 25
359.3565 23 0.066 4 0.073 4*1* 0.14 3 0.062 13*2* 0.88 5
360.8269 17 0.0613 13 0.0616 13 0.089 24 0.052 14*1* 0.738 16
364.0144 16 0.0142 9 0.0142 9 0.0 0.0120 13 0.170 11
365.8888 15 0.0107 18 0.0107 18 0.0 0.0090 17 0.128 22
367.5555 15 0.084 4 0.101 5*4* 0.185 24 0.085 11*4* 1.21 5
368.4213 15 0.0609 22 0.0609 22 0.0 0.051 5 0.73 3
370.5219 20 0.088 4 0.094 4*1* 0.16 3 0.079 15*2* 1.12 5
371.1715 17 0.0240 4 0.0249 4*2* 0.15 3 0.021 5*3* 0.298 5
378.1982 15 0.0196 9 0.0199 9 0.036 14 0.017 7*1* 0.239 11
382.7369 25 0.022 4 0.022 4 0.0 0.019 4 0.26 5
384.0791 18 1.56 12 2.24 6*5* 1.95 5 1.89 5*1* 26.8 7
384.2847 16 0.1409 22 0.1409 22 0.0 0.119 10 1.69 3
388.1805 21 0.0822 9 0.0824 9 0.099 16 0.069 11*1* 0.987 11
396.758 4 0.0 0.117 18*2* 0.099 15 0.099 15 1.40 21
400.1151 15 0.4 3 0.85 4*1* 0.72 3 0.72 3 10.2 4
400.6637 20 0.148 11 0.148 11 0.0 0.125 14 1.77 13
408.3573 7 0.1427 22 0.1429 22 0.24 11 0.12 6*1* 1.71 3
411.5057 15 2.01 8 2.63 6*8* 2.37 5 2.21 5*3* 31.4 6
413.1333 14 0.0804 18 0.0831 18*1* 0.162 23 0.070 10*3* 0.995 22
415.7049 20 0.0373 9 0.0380 9 0.064 11 0.032 6*2* 0.456 11
416.292 5 0.0116 9 0.0116 9 0.0 0.0098 11 0.139 11
418.1968 19 0.0573 18 0.0587 18 0.078 12 0.049 8*2* 0.703 22
422.227 6 0.0133 13 0.0133 13 0.0 0.0112 15 0.159 16
424.6936 21 0.381 8 0.382 8 0.56 19 0.32 11*1* 4.58 10
426.783 3 0.1467 22 0.1484 22 0.186 18 0.125 12*3* 1.78 3
429.0388 15 0.2369 22 0.2383 22 0.31 3 0.201 18*3* 2.85 3
433.0827 14 0.0760 22 0.0763 22 0.075 14 0.064 12 0.91 3
438.624 14 0.0093 13 0.0093 13 0.0 0.0078 13 0.111 16
440.5097 20 0.048 3 0.055 3*2* 0.13 3 0.047 11*2* 0.66 4
442.1492 14 0.391 6 0.397 6*1* 0.51 4 0.33 3*3* 4.76 7
446.328 3 1.332 17 1.334 17 1.6 4 1.1 3*1* 15.98 20
448.3105 24 0.0822 18 0.0822 18 0.066 18 0.069 19 0.984 21
454.2725 16 0.208 4 0.213 4*1* 0.29 3 0.180 17*4* 2.56 5
454.688 4 0.0289 9 0.0289 9 0.0 0.0244 22 0.346 11
456.0456 13 1.010 10 1.011 10 1.2 3 0.85 21*1* 12.11 12
457.4068 14 0.36 3 0.36 3 0.0 0.30 4 4.3 4
457.4102 19 0.0 0.66 3*1* 0.557 25 0.557 25 7.9 4
460.4655 17 0.0751 22 0.0751 22 0.061 19 0.063 20 0.90 3
463.287 4 0.0236 9 0.0236 9 0.0 0.0199 19 0.283 11
464.405 5 0.0080 9 0.0080 9 0.0 0.0067 10 0.096 11
466.3901 15 0.040 3 0.043 3 0.069 20 0.036 10*1* 0.51 4
467.310 3 0.016 3 0.016 3 0.0 0.013 3 0.19 4
467.8599 10 0.0 0.0 0.0 0.0 0.0
468.4737 20 0.07 9 0.41 25*4* 0.5 3 0.35 25 5 3
468.7756 15 0.310 10 0.310 10 0.0 0.261 24 3.71 12
472.6613 14 0.342 8 0.355 8*1* 0.60 7 0.30 4*4* 4.25 10
473.5787 13 0.263 19 0.257 18 0.15 4 0.22 6*1* 3.08 21
477.027 4 0.08 8 0.28 3*2* 0.24 3 0.24 3 3.4 4
481.3491 20 0.109 3 0.109 3 0.109 22 0.092 19 1.31 4
483.9232 14 0.0564 13 0.0564 13 0.0 0.048 4 0.676 16
485.210 4 0.136 5 0.138 5 0.140 22 0.116 18*1* 1.65 6
487.7812 15 0.0280 22 0.0280 22 0.0 0.024 3 0.34 3
491.204 4 0.0173 9 0.0173 9 0.0 0.0146 15 0.207 11
493.3427 21 0.0489 22 0.0489 22 0.0 0.041 4 0.59 3
494.112 4 0.0107 13 0.0172 20*5* 0.060 21 0.014 5*2* 0.206 24
496.5721 18 0.712 12 0.734 12*1* 0.80 4 0.62 3*4* 8.79 14
499.0265 15 0.300 4 0.300 4 0.0 0.253 22 3.59 5
499.5558 22 0.51 11 0.63 12*1* 0.9 4 0.53 22 7.6 15
504.328 11 0.0280 13 0.0280 13 0.0 0.0236 23 0.335 16
505.018 7 0.720 22 0.829 21*4* 0.90 4 0.70 3*4* 9.93 25
505.341 9 0.0 1.00 5*1* 0.84 4 0.84 4 11.9 6
512.1370 15 1.2 5 2.1 4*1* 2.0 5 1.7 4 25 5
512.6082 16 0.044 3 0.052 3*2* 0.108 22 0.044 9*2* 0.63 4
517.053 4 0.112 4 0.112 4 0.0 0.094 9 1.34 5
517.401 7 0.0222 18 0.0232 19 0.050 24 0.020 9*1* 0.278 22
523.3590 19 0.424 9 0.439 9*1* 0.48 3 0.370 23*3* 5.26 11
525.177 4 0.0 0.08 4 0.07 3 0.07 3 1.0 4
525.178 4 0.0627 13 0.0627 13 0.0 0.053 5 0.751 16
526.917 11 0.0173 13 0.0173 13 0.0 0.0146 17 0.207 16
532.4282 15 0.355 10 0.357 10 0.59 22 0.30 11*1* 4.28 12
532.858 3 0.094 4 0.094 4 0.0 0.079 8 1.13 5
535.8285 13 1.078 19 1.119 19*2* 1.18 6 0.94 4*4* 13.40 22
537.9914 17 0.870 14 0.892 14*1* 1.00 6 0.75 4*4* 10.69 17
538.6217 15 0.063 3 0.063 3 0.0 0.053 5 0.75 4
541.053 17 0.0173 13 0.0173 13 0.0 0.0146 17 0.207 16
544.053 9 0.060 3 0.061 3 0.069 21 0.051 16 0.73 4
551.5143 20 0.973 15 0.973 15 0.0 0.82 7 11.66 18
557.744 4 0.0907 13 0.0907 13 0.068 21 0.076 24 1.086 16
561.744 7 0.027 3 0.027 3 0.0 0.023 3 0.32 4
562.4437 22 0.771 15 0.807 15*2* 0.85 4 0.68 3*4* 9.66 17
565.2771 16 1.428 23 1.432 23 1.6 3 1.21 20*1* 17.2 3
569.1729 21 0.71 24 1.06 19*1* 1.02 22 0.90 19 12.7 23
569.5436 23 0.329 8 0.329 8 0.0 0.277 25 3.94 10
573.017 4 0.292 5 0.292 5 0.0 0.246 21 3.50 6
573.017 4 0.0 0.36 11 0.30 9 0.30 9 4.3 13
575.1348 15 0.0262 13 0.0262 13 0.0 0.0221 22 0.314 16
581.2686 15 0.398 11 0.398 11 0.32 7 0.34 7 4.76 13
582.252 5 0.038 10 0.038 10 0.0 0.032 9 0.46 12
585.1543 14 0.576 13 0.590 13*1* 0.60 4 0.50 3*2* 7.07 15
589.0854 14 0.552 9 0.553 9 0.58 10 0.47 8*1* 6.63 11
590.2272 20 1.21 3 1.24 3 1.27 10 1.04 8*2* 14.8 4
593.826 4 0.0120 13 0.0120 13 0.0 0.0101 14 0.144 16
599.1892 19 0.128 7 0.134 7 0.155 25 0.113 18*1* 1.60 8
601.9783 23 0.168 4 0.168 4 0.13 3 0.14 3 2.01 5
602.600 12 0.034 3 0.034 3 0.0 0.029 4 0.41 4
603.9900 16 1.077 20 1.080 20 1.4 4 0.91 25*1* 12.93 24
606.355 7 0.058 4 0.058 4 0.043 23 0.05 3 0.69 5
610.0311 15 0.147 6 0.149 6 0.18 4 0.13 3*1* 1.79 7
611.6587 13 0.533 17 0.537 17 0.8 3 0.45 14*1* 6.44 20
619.423 3 0.209 5 0.210 5 0.23 4 0.18 3*1* 2.52 6
621.812 3 0.093 5 0.093 5 0.0 0.078 8 1.11 6
623.1416 14 0.178 5 0.183 5 0.27 4 0.154 23*2* 2.19 6
626.863 5 0.0489 13 0.0489 13 0.0 0.041 4 0.586 16
632.4314 22 0.704 13 0.734 13*2* 0.74 3 0.618 25*4* 8.79 15
634.681 3 0.0427 18 0.0427 18 0.0 0.036 3 0.511 22
637.900 3 1.360 23 1.387 22*1* 1.25 4 1.17 4*2* 16.61 25
637.9021 19 1.360 23 1.360 23 0.0 1.15 10 16.3 3
640.7789 25 0.636 12 0.660 12*2* 0.70 4 0.56 3*4* 7.91 14
648.7440 15 0.324 6 0.324 6 0.24 4 0.27 5 3.88 7
650.3716 14 1.350 14 1.365 14*1* 1.45 7 1.15 6*4* 16.35 17
655.596 17 0.0 0.0 0.0 0.0 0.0
658.913 5 1.50 4 1.64 4*3* 1.56 5 1.39 4*3* 19.7 4
664.9155 14 0.281 5 0.282 5 0.30 4 0.24 3*1* 3.38 6
666.627 10 0.0600 22 0.0600 22 0.0 0.051 5 0.72 3
669.656 4 0.329 3 0.329 3 0.31 4 0.28 4 3.94 4
670.753 7 0.14 7 0.14 4 0.12 4 0.12 4 1.7 5
679.5824 20 0.1169 22 0.1169 22 0.0 0.099 9 1.40 3
680.5481 22 0.452 12 0.456 11 0.41 3 0.38 3 5.46 14
693.2839 13 0.40 3 0.384 23 0.30 3 0.32 3 4.6 3
694.085 13 0.09 7 0.09 7 0.0 0.08 6 1.1 8
695.118 14 0.065 3 0.066 3 0.086 21 0.056 14*1* 0.79 4
703.6284 14 0.9 3 1.4 3*1* 1.3 3 1.1 3 16 3
703.9637 15 0.96 3 0.96 3 0.0 0.81 7 11.5 4
703.998 3 0.96 3 0.96 3 0.0 0.81 7 11.5 4
707.8495 14 0.380 4 0.380 4 0.0 0.32 3 4.55 5
709.381 3 0.0809 22 0.0809 22 0.0 0.068 6 0.97 3
710.7666 25 0.628 13 0.640 12 0.60 3 0.54 3*2* 7.67 15
711.1335 15 0.246 14 0.246 14 0.0 0.207 21 2.95 17
713.524 3 0.048 3 0.048 3 0.0 0.040 4 0.57 4
714.433 5 0.067 4 0.067 4 0.0 0.056 6 0.80 5
719.2610 22 1.21 3 1.205 24 1.01 3 1.02 3 14.4 3
720.8215 21 0.640 5 0.641 5 0.57 3 0.54 3*1* 7.68 6
724.585 3 0.907 18 0.890 16 0.68 3 0.75 3*2* 10.66 19
733.8104 19 0.0396 22 0.0396 22 0.0 0.033 3 0.47 3
739.794 4 0.221 4 0.220 4 0.108 20 0.19 3*3* 2.64 5
744.765 7 0.112 8 0.118 8 0.124 19 0.100 15*1* 1.42 9
748.2310 19 0.0769 22 0.0769 22 0.0 0.065 6 0.92 3
760.023 7 0.0347 18 0.0347 18 0.0 0.029 3 0.416 22
779.7938 15 0.062 4 0.062 4 0.0 0.052 6 0.74 5
781.278 7 0.0 0.24 5 0.20 4 0.20 4 2.8 6
781.279 7 0.1427 22 0.1427 22 0.0 0.120 10 1.71 3
781.832 4 0.068 4 0.068 4 0.0 0.057 6 0.81 5
784.900 4 0.0 0.21 5 0.18 4 0.18 4 2.6 6
790.216 4 0.192 3 0.192 3 0.17 3 0.16 3 2.30 4
800.416 3 0.097 3 0.097 3 0.0 0.082 7 1.16 4
800.424 6 0.097 3 0.098 3 0.122 23 0.083 16*1* 1.18 4
810.7259 21 0.250 4 0.249 4 0.157 21 0.21 3*2* 2.98 5
815.624 4 1.092 7 1.089 7 0.76 4 0.92 5*3* 13.05 8
818.5067 15 0.315 4 0.314 4 0.233 20 0.265 23*1* 3.76 5
824.0611 20 0.378 6 0.378 6 0.318 22 0.319 22 4.53 7
844.677 9 0.166 3 0.166 3 0.147 18 0.140 17 1.99 4
854.337 4 1.90 3 1.85 3*1* 1.41 4 1.56 4*3* 22.1 3
866.522 6 0.488 8 0.484 8 0.353 24 0.41 3*2* 5.80 9
869.401 4 0.185 6 0.194 6*1* 0.235 23 0.164 16*3* 2.33 7
886.5560 21 0.246 5 0.247 5 0.230 24 0.208 22 2.96 6
890.047 3 0.132 4 0.132 4 0.0 0.111 10 1.58 5
914.7367 15 0.036 8 0.059 10*2* 0.080 22 0.050 14*1* 0.71 12
920.507 9 0.104 4 0.105 4 0.113 24 0.088 19*1* 1.26 5
928.265 4 0.534 8 0.531 8 0.37 3 0.45 4*2* 6.36 9
940.991 14 0.090 8 0.089 8 0.063 24 0.08 3 1.07 9
943.522 4 0.312 5 0.312 5 0.24 3 0.26 3 3.73 6
956.145 3 0.446 10 0.445 10 0.33 6 0.38 7 5.33 12
959.201 4 0.343 5 0.343 5 0.28 3 0.29 3 4.11 6
959.220 9 0.343 5 0.343 5 0.0 0.289 25 4.11 6
964.327 5 0.141 4 0.141 4 0.08 3 0.12 4*1* 1.69 5
973.121 12 0.160 5 0.160 5 0.10 4 0.13 5 1.91 6
979.927 3 0.0 0.0 0.0 0.0 0.0
984.978 5 0.0 0.0 0.0 0.0 0.0
987.453 3 0.372 6 0.372 6 0.30 3 0.31 3 4.45 7
995.714 4 0.101 10 0.105 10 0.106 23 0.089 19 1.26 11
998.253 4 0.255 4 0.255 4 0.200 25 0.21 3 3.05 5
1000.898 10 0.299 7 0.299 7 0.23 4 0.25 4 3.58 8
1018.431 10 0.209 8 0.209 8 0.0 0.176 16 2.50 10
1027.820 12 0.465 16 0.458 15 0.26 4 0.39 6*3* 5.48 18
1040.1331 14 0.417 10 0.416 10 0.25 7 0.35 10*1* 4.98 12
1043.108 12 0.285 8 0.284 8 0.19 4 0.24 5*1* 3.40 10
1045.353 12 0.136 5 0.136 5 0.0 0.115 11 1.63 6
1061.868 14 0.372 16 0.372 16 0.0 0.31 3 4.46 19
1070.969 6 0.230 7 0.230 7 0.0 0.194 18 2.76 8
1091.581 3 0.0 0.0 0.0 0.0 0.0
1101.996 3 0.155 6 0.154 6 0.10 3 0.13 4*1* 1.85 7
1140.192 4 0.472 14 0.472 14 0.0 0.40 4 5.65 17
1154.112 12 0.136 9 0.136 9 0.0 0.115 12 1.63 11
1171.966 11 0.197 8 0.196 8 0.14 3 0.17 4 2.35 9
1178.905 4 0.89 3 0.85 3*1* 0.56 4 0.72 5*3* 10.2 3
1184.563 14 0.296 23 0.284 20 0.20 3 0.24 4*1* 3.40 23
1210.678 11 0.562 9 0.561 9 0.36 7 0.47 9*1* 6.72 11
1226.345 12 0.233 8 0.230 8 0.120 22 0.19 4*3* 2.75 9
1238.136 10 0.108 17 0.115 14 0.107 21 0.097 19 1.38 17
1265.057 12 0.166 23 0.216 19*2* 0.210 24 0.182 21*1* 2.58 23
1354.71 7 0.21 4 0.179 23 0.128 23 0.15 3*1* 2.1 3
1375.4 9 0.0 0.0 0.0 0.0 0.0
1433.7 6 0.0 0.0 0.0 0.0 0.0
1442.8 6 0.0 0.0 0.0 0.0 0.0
1467.8 5 0.0 0.0 0.0 0.0 0.0
1516.5 5 0.0 0.0 0.0 0.0 0.0
1530.3 8 0.0 0.0 0.0 0.0 0.0
1604.9 7 0.0 0.0 0.0 0.0 0.0
1642.9 22 0.0 0.0 0.0 0.0 0.0
1669.8 5 0.0 0.0 0.0 0.0 0.0
1791.9 22 0.0 0.0 0.0 0.0 0.0
1818.0 8 0.0 0.0 0.0 0.0 0.0
1844.9 22 0.0 0.0 0.0 0.0 0.0
1859.3 4 0.0 0.0 0.0 0.0 0.0
1942.9 22 0.0 0.0 0.0 0.0 0.0
1950.5 4 0.0 0.0 0.0 0.0 0.0
4641.4 4 0.0 0.38 6 0.32 3 0.32 3 4.5 4
4648.9 22 0.0 0.0 0.0 0.0 0.0
4732.6 4 0.0 0.69 11 0.58 5 0.58 5 8.2 7
4746.9 22 0.0 0.0 0.0 0.0 0.0
4773.8 8 0.0 0.19 4 0.16 3 0.16 3 2.3 4
4799.9 22 0.0 0.0 0.0 0.0 0.0
4922.1 5 0.0 0.31 5 0.26 3 0.26 3 3.7 4
4948.9 22 0.0 0.0 0.0 0.0 0.0
4987.0 6 0.0 0.19 4 0.16 3 0.16 3 2.3 4
5061.6 8 0.0 0.12 3 0.103 21 0.103 21 1.5 3
5075.3 5 0.210 16 0.300 18*5* 0.39 4 0.25 3*3* 3.59 22
5124.1 5 0.190 20 0.240 20*2* 0.28 4 0.20 3*1* 2.88 24
5149.1 6 0.0 0.37 6 0.31 4 0.31 4 4.4 6
5158.2 6 0.68 3 0.66 3 0.47 5 0.56 6*1* 7.9 3
5216.5 9 0.0 0.11 3 0.092 25 0.092 25 1.3 4
5326.80 11 0.14 5 0.20 3*1* 0.18 3 0.17 3 2.4 4
5353.72 11 0.076 19 0.183 25*5* 0.19 3 0.154 24*1* 2.2 3
5381.18 11 0.064 22 0.19 3*5* 0.18 3 0.16 3 2.2 3
5399.03 11 0.180 18 0.177 15 0.143 25 0.15 3 2.13 18
5412.95 11 0.310 17 0.334 17*1* 0.39 5 0.28 4*2* 4.00 20
5423.08 11 0.180 16 0.215 16*2* 0.24 3 0.181 23*1* 2.58 19
5431.26 11 0.0 0.27 4 0.23 3 0.23 3 3.3 4
5443.88 11 0.036 16 0.160 25*7* 0.150 25 0.135 23 1.9 3
5451.91 11 0.036 16 0.158 25*7* 0.148 25 0.133 22 1.9 3
5513.01 11 0.120 16 0.120 16 0.0 0.101 16 1.44 19
5683.40 11 0.060 15 0.098 15*2* 0.104 21 0.083 17*1* 1.18 19
5728.48 11 0.14 4 0.28 3*3* 0.26 3 0.24 3 3.4 4
5731.36 11 0.880 17 0.880 17 0.0 0.74 7 10.54 20
5737.51 11 0.0 1.69 9 1.42 7 1.42 7 20.2 10
5769.45 11 0.0 0.0 0.0 0.0 0.0
5809.69 11 0.050 15 0.153 19*6* 0.147 20 0.129 18 1.84 23
5858.03 11 0.230 14 0.302 16*5* 0.41 4 0.254 25*3* 3.62 19
5898.56 11 0.320 15 0.334 14 0.35 4 0.28 3*1* 4.00 17
5908.27 11 0.310 17 0.394 18*4* 0.49 4 0.33 3*3* 4.72 22
5941.47 11 0.0 1.79 9 1.51 7 1.51 7 21.5 10
5943.09 11 0.780 15 0.780 15 0.0 0.66 6 9.34 18
6001.61 11 0.600 15 0.625 15*1* 0.99 12 0.53 6*3* 7.48 18
6354.59 11 0.190 12 0.267 15*6* 0.42 5 0.225 25*4* 3.20 17
6372.12 11 0.079 16 0.089 13 0.085 19 0.075 17 1.06 16
6387.37 11 0.800 14 0.801 14 1.5 7 0.7 3*1* 9.60 17
6442.10 11 0.20 15 0.55 5*2* 0.47 4 0.47 4 6.6 6
6553.10 11 0.490 15 0.490 15 0.0 0.41 4 5.87 18
6591.81 11 0.021 10 0.021 10 0.0 0.018 9 0.25 12
-----------------------------------------------------------------------------------------------------------------------------------
V
CHI/F 4.0956077 4.0745801
SKEW -2.7571405 1.0598206
NDEGREES 289 199
ITERATION - 3
LEAST-SQUARED FIT AVERAGE INTENSITIES 10 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.179 12 .0000
31.6939 6 0.20 3 .0000
38.7130 3 2.9 6 .0000
41.7741 18 0.42 4 .0000
63.9546 15 2.4 23 .0000
63.9550 16 0.40 12 .0000
66.0982 4 6.1 11 .1013
68.6489 4 0.12 12 .0000
68.6492 3 30 3 .3954
69.9879 5 2.2 6 .0000
75.8305 3 12.7 16 .0654
87.5211 7 18.7 11 .1069
87.5701 8 3.26 18 .0000
88.9541 8 0.52 21 .0000
89.9048 4 1.2 3 .7855
92.6528 18 1.07 15 .5955
98.5828 19 0.88 21 .0000
99.6388 14 0.92 11 .0001
105.1624 4 14.6 3 10.5922
107.9006 15 0.57 9 .0000
107.9556 7 1.70 16 .0952
109.7438 12 0.31 12 .0000
111.0049 5 5.0 3 .5657
112.4933 7 0.49 9 .0000
114.5435 4 59.4 5 16.0130
130.0265 4 14.1 6 1.4777
144.4793 5 14 3 .0000
144.4796 4 84 3 .0552
149.7179 5 100 3 .0070
153.6683 8 1.48 21 .0325
156.0031 5 1.72 24 .0045
161.7203 5 3.6 4 .1127
165.7353 4 46.2 17 .0324
169.3218 15 0.51 16 .9710
171.8552 6 5.5 5 .1748
174.9242 8 0.44 9 .1484
175.8980 21 0.22 4 .0000
176.5241 7 4.4 3 .0586
180.9928 4 54 4 .0108
183.1923 5 0.0 .0000
185.0031 24 0.24 7 .0000
192.6315 15 0.24 4 .0000
197.3138 10 0.42 9 .0000
198.2339 7 1.06 12 .0000
198.5260 7 12 6 .1332
203.971 3 0.51 7 .0000
204.4483 4 98.0 12 .0435
204.7821 8 2.8 5 .0000
214.5175 18 0.36 7 .0000
218.4033 18 0.20 5 .0000
219.7058 4 42 9 .0584
226.4604 21 0.17 7 .0000
231.0987 13 0.97 18 .0000
231.4224 17 0.15 4 .0000
231.502 3 0.31 9 .0000
231.8334 5 8.1 14 .3438
235.1888 5 14.1 7 .0670
237.2390 7 74 23 .0633
242.0626 15 0.82 24 .0000
242.6223 7 13.6 6 .0809
243.5730 8 0.54 15 .0000
245.9484 15 0.83 19 .0348
252.148 3 0.22 4 .0000
256.4548 8 1.4 3 .0000
260.3406 11 1.28 23 .1875
263.8779 8 0.24 3 .0000
263.8783 8 0.5 4 .0000
266.8827 6 1.9 3 .0035
268.5507 13 2.9 5 .2840
269.1768 18 0.94 24 .0000
276.587 4 0.20 8 2.3075
288.1841 15 2.4 3 .3243
289.2256 17 0.52 9 .0000
297.233 5 0.11 3 .0000
300.6401 13 0.54 12 .0000
303.6178 15 1.9 3 .0161
311.0192 5 35.1 16 .0903
332.5270 7 0.52 4 .0686
335.2749 18 0.17 5 .0000
342.7130 6 1.58 15 .0000
343.5525 13 5 3 .1556
345.194 3 0.338 12 .0000
352.9888 20 7.6 6 .0825
359.3565 23 1.03 12 .4382
360.8269 17 0.91 4 .1238
364.0144 16 0.21 3 .0000
365.8888 15 0.16 5 .0000
367.5555 15 1.4 3 .5655
368.4213 15 0.91 7 .0000
370.5219 20 1.34 12 .3500
371.1715 17 0.361 14 .4977
378.1982 15 0.29 3 .1474
382.7369 25 0.33 12 .0000
384.0791 18 27.4 14 .0854
384.2847 16 2.10 7 .0000
388.1805 21 1.22 3 .0691
396.758 4 1.4 4 3.4194
400.1151 15 10.1 8 .0881
400.6637 20 2.2 3 .0000
408.3573 7 2.13 7 .0784
411.5057 15 33.2 22 .0661
413.1333 14 1.20 5 .3534
415.7049 20 0.56 3 .2968
416.292 5 0.17 3 .0000
418.1968 19 0.86 5 .1835
422.227 6 0.20 4 .0000
424.6936 21 5.68 24 .0768
426.783 3 2.19 7 .1271
429.0388 15 3.53 7 .1429
433.0827 14 1.13 7 .0178
438.624 14 0.14 4 .0000
440.5097 20 0.77 11 .5518
442.1492 14 5.83 18 .1507
446.328 3 19.8 5 .0352
448.3105 24 1.22 5 .1642
454.2725 16 3.11 12 .2114
454.688 4 0.43 3 .0000
456.0456 13 15.0 3 .0125
457.4068 14 5.4 9 .0000
457.4102 19 7.8 7 .3619
460.4655 17 1.12 7 .1138
463.287 4 0.35 3 .0000
464.405 5 0.12 3 .0000
466.3901 15 0.62 9 .2256
467.310 3 0.24 9 .0000
467.8599 10 0.0 .0000
468.4737 20 6 8 .4500
468.7756 15 4.6 3 .0000
472.6613 14 5.12 24 .3151
473.5787 13 3.8 5 1.1159
477.027 4 3.4 8 .2638
481.3491 20 1.62 9 .0099
483.9232 14 0.84 4 .0000
485.210 4 2.02 15 .0036
487.7812 15 0.42 7 .0000
491.204 4 0.26 3 .0000
493.3427 21 0.73 7 .0000
494.112 4 0.45 21 4.7489
496.5721 18 10.6 4 .0323
499.0265 15 4.47 12 .0000
499.5558 22 9 3 .1195
504.328 11 0.42 4 .0000
505.018 7 11.3 14 .1816
505.341 9 11.8 12 .6635
512.1370 15 25 11 .1126
512.6082 16 0.74 14 .5963
517.053 4 1.67 12 .0000
517.401 7 0.34 6 .1594
523.3590 19 6.3 3 .0395
525.177 4 1.0 9 .0000
525.178 4 0.93 4 .0000
526.917 11 0.26 4 .0000
532.4282 15 5.3 3 .1138
532.858 3 1.40 12 .0000
535.8285 13 16.1 6 .0134
537.9914 17 13.0 4 .0506
538.6217 15 0.94 9 .0000
541.053 17 0.26 4 .0000
544.053 9 0.90 9 .0082
551.5143 20 14.5 5 .0000
557.744 4 1.35 4 .2159
561.744 7 0.40 9 .0000
562.4437 22 11.5 5 .0193
565.2771 16 21.3 7 .0081
569.1729 21 13 5 .0829
569.5436 23 4.90 24 .0000
573.017 4 4.35 15 .0000
573.017 4 4 3 .0000
575.1348 15 0.39 4 .0000
581.2686 15 5.9 3 .2490
582.252 5 0.6 3 .0000
585.1543 14 8.6 4 .0039
589.0854 14 8.2 3 .0002
590.2272 20 18.0 9 .0009
593.826 4 0.18 4 .0000
599.1892 19 1.93 20 .0694
601.9783 23 2.49 12 .3046
602.600 12 0.51 9 .0000
603.9900 16 16.1 6 .0551
606.355 7 0.86 12 .0760
610.0311 15 2.20 18 .0448
611.6587 13 8.0 5 .1237
619.423 3 3.11 15 .0059
621.812 3 1.38 15 .0000
623.1416 14 2.67 15 .2487
626.863 5 0.73 4 .0000
632.4314 22 10.5 4 .0008
634.681 3 0.64 5 .0000
637.900 3 19.7 6 2.0221
637.9021 19 20.2 7 .0000
640.7789 25 9.5 4 .0172
648.7440 15 4.81 18 .7924
650.3716 14 20.1 4 .0026
655.596 17 0.0 .0000
658.913 5 22.2 16 .0068
664.9155 14 4.18 15 .0005
666.627 10 0.89 7 .0000
669.656 4 4.90 9 .1102
670.753 7 1.8 10 .0141
679.5824 20 1.74 7 .0000
680.5481 22 6.6 3 .5412
693.2839 13 5.3 7 1.0808
694.085 13 1.3 21 .0000
695.118 14 0.98 9 .0811
703.6284 14 17 7 .0950
703.9637 15 14.3 9 .0000
703.998 3 14.3 9 .0000
707.8495 14 5.66 12 .0000
709.381 3 1.20 7 .0000
710.7666 25 9.2 4 .4700
711.1335 15 3.7 4 .0000
713.524 3 0.71 9 .0000
714.433 5 1.00 12 .0000
719.2610 22 16.4 6 4.9250
720.8215 21 9.50 15 1.5163
724.585 3 13.0 5 6.4453
733.8104 19 0.59 7 .0000
739.794 4 3.29 12 1.3126
744.765 7 1.68 22 .0085
748.2310 19 1.14 7 .0000
760.023 7 0.52 5 .0000
779.7938 15 0.92 12 .0000
781.278 7 2.8 11 .0000
781.279 7 2.12 7 .0000
781.832 4 1.01 12 .0000
784.900 4 2.5 11 .0000
790.216 4 2.85 9 .1476
800.416 3 1.44 9 .0000
800.424 6 1.45 9 .0855
810.7259 21 3.71 12 2.0326
815.624 4 16.24 21 3.1165
818.5067 15 4.66 12 2.9800
824.0611 20 5.57 17 1.5793
844.677 9 2.46 9 .3006
854.337 4 27.6 8 7.3812
866.522 6 7.17 23 4.1137
869.401 4 2.78 18 .1478
886.5560 21 3.65 15 .1859
890.047 3 1.97 12 .0000
914.7367 15 0.9 4 .5589
920.507 9 1.55 12 .0018
928.265 4 7.89 24 3.0741
940.991 14 1.32 23 .2027
943.522 4 4.62 15 1.0762
956.145 3 6.6 3 .6679
959.201 4 5.09 15 .9090
959.220 9 5.11 15 .0000
964.327 5 2.09 12 .6443
973.121 12 2.38 15 .3630
979.927 3 0.0 .0000
984.978 5 0.0 .0000
987.453 3 5.50 18 1.1461
995.714 4 1.5 3 .0001
998.253 4 3.78 12 .9309
1000.898 10 4.43 21 .5544
1018.431 10 3.11 24 .0000
1027.820 12 6.9 5 1.6470
1040.1331 14 6.2 3 .9021
1043.108 12 4.22 24 .9247
1045.353 12 2.02 15 .0000
1061.868 14 5.5 5 .0000
1070.969 6 3.42 21 .0000
1091.581 3 0.0 .0000
1101.996 3 2.29 18 .5415
1140.192 4 7.0 4 .0000
1154.112 12 2.0 3 .0000
1171.966 11 2.90 23 .6021
1178.905 4 12.9 9 2.7388
1184.563 14 4.1 6 1.1990
1210.678 11 8.3 3 1.3609
1226.345 12 3.45 24 1.4384
1238.136 10 1.6 4 .0085
1265.057 12 2.8 5 .1274
1354.71 7 2.4 6 .6220
1375.4 9 0.0 .0000
1433.7 6 0.0 .0000
1442.8 6 0.0 .0000
1467.8 5 0.0 .0000
1516.5 5 0.0 .0000
1530.3 8 0.0 .0000
1604.9 7 0.0 .0000
1642.9 22 0.0 .0000
1669.8 5 0.0 .0000
1791.9 22 0.0 .0000
1818.0 8 0.0 .0000
1844.9 22 0.0 .0000
1859.3 4 0.0 .0000
1942.9 22 0.0 .0000
1950.5 4 0.0 .0000
4641.4 4 4.5 9 .0000
4648.9 22 0.0 .0000
4732.6 4 8.2 14 .0000
4746.9 22 0.0 .0000
4773.8 8 2.3 9 .0000
4799.9 22 0.0 .0000
4922.1 5 3.7 9 .0000
4948.9 22 0.0 .0000
4987.0 6 2.3 9 .0000
5061.6 8 1.4 6 .0000
5075.3 5 4.5 12 .6756
5124.1 5 3.3 7 .3720
5149.1 6 4.4 11 .0000
5158.2 6 9.6 8 2.3807
5216.5 9 1.3 7 .0000
5326.80 11 2.5 8 .0342
5353.72 11 2.6 8 .4288
5381.18 11 2.5 8 .3622
5399.03 11 2.5 4 .2954
5412.95 11 4.8 5 .1697
5423.08 11 2.9 5 .2552
5431.26 11 3.2 9 .0000
5443.88 11 2.1 7 .3544
5451.91 11 2.1 7 .3555
5513.01 11 1.8 5 .0000
5683.40 11 1.3 5 .2894
5728.48 11 3.6 8 .2451
5731.36 11 13.1 5 .0000
5737.51 11 20.0 20 .0000
5769.45 11 0.0 .0000
5809.69 11 2.0 6 .3592
5858.03 11 4.4 11 .5956
5898.56 11 4.8 4 .0086
5908.27 11 5.6 12 .4659
5941.47 11 21.2 20 .0000
5943.09 11 11.6 5 .0000
6001.61 11 9.0 5 .2950
6354.59 11 4.2 13 .8773
6372.12 11 1.2 4 .0004
6387.37 11 11.9 4 .0978
6442.10 11 6.6 12 .2352
6553.10 11 7.3 5 .0000
6591.81 11 0.3 3 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.169TM(N,G) E=0-136 E 2.169TM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.0120 8 0.0120 8 0.0 0.0127 23 0.179 12
31.6939 6 0.0133 18 0.0133 18 0.0 0.014 3 0.20 3
38.7130 3 0.20 4 0.20 4 0.0 0.21 6*S* 2.9 6
41.7741 18 0.028 3 0.028 3 0.0 0.030 6 0.42 4
63.9546 15 0.0 0.16 16 0.17 16 0.17 16 2.4 23
63.9550 16 0.027 8 0.027 8 0.0 0.029 10 0.40 12
66.0982 4 0.39 8 0.41 8 0.51 20 0.43 17 6.1 11
68.6489 4 0.008 8 0.008 8 0.0 0.008 9 0.12 12
68.6492 3 2.08 20 2.03 19 1.8 5 2.1 6 30 3
69.9879 5 0.15 4 0.15 4 0.0 0.15 5 2.2 6
75.8305 3 0.81 16 0.85 11 0.94 16 0.90 16 12.7 16
87.5211 7 1.29 10 1.26 8 1.29 12 1.33 12 18.7 11
87.5701 8 0.219 12 0.219 12 0.0 0.23 4 3.26 18
88.9541 8 0.035 14 0.035 14 0.0 0.037 16 0.52 21
89.9048 4 0.056 21 0.079 23*1* 0.12 5 0.08 4 1.2 3
92.6528 18 0.073 10 0.072 10 0.04 3 0.08 6*1* 1.07 15
98.5828 19 0.059 14 0.059 14 0.0 0.062 18 0.88 21
99.6388 14 0.062 8 0.062 8 0.07 3 0.07 3 0.92 11
105.1624 4 1.002 20 0.984 19 0.78 6 1.04 8*4* 14.6 3
107.9006 15 0.038 6 0.038 6 0.0 0.040 9 0.57 9
107.9556 7 0.116 12 0.114 11 0.11 3 0.12 3 1.70 16
109.7438 12 0.021 8 0.021 8 0.0 0.022 9 0.31 12
111.0049 5 0.36 3 0.334 23 0.33 3 0.35 4 5.0 3
112.4933 7 0.033 6 0.033 6 0.0 0.035 9 0.49 9
114.5435 4 4.02 4 3.99 4 3.19 18 4.22 24*5* 59.4 5
130.0265 4 1.02 6 0.95 4*1* 0.94 5 1.00 5*1* 14.1 6
144.4793 5 0.94 22 0.94 22 0.0 1.0 3 14 3
144.4796 4 5.0 19 5.63 23 5.96 22 5.95 22 84 3
149.7179 5 6.5 18 6.7 3 7.11 24 7.11 24 100 3
153.6683 8 0.101 16 0.099 14 0.10 3 0.10 3 1.48 21
156.0031 5 0.116 18 0.115 16 0.12 3 0.12 4 1.72 24
161.7203 5 0.23 3 0.24 3 0.27 5 0.25 5 3.6 4
165.7353 4 2.9 9 3.11 13 3.29 12 3.29 12 46.2 17
169.3218 15 0.022 10 0.034 11*1* 0.051 24 0.036 17 0.51 16
171.8552 6 0.27 17 0.37 3 0.39 4 0.39 4 5.5 5
174.9242 8 0.028 6 0.029 6 0.05 4 0.031 23 0.44 9
175.8980 21 0.015 3 0.015 3 0.0 0.016 4 0.22 4
176.5241 7 0.294 18 0.296 18 0.34 8 0.31 8 4.4 3
180.9928 4 3.5 9 3.6 3 3.9 3 3.8 3 54 4
183.1923 5 0.0 0.0 0.0 0.0 0.0
185.0031 24 0.016 5 0.016 5 0.0 0.017 6 0.24 7
192.6315 15 0.016 3 0.016 3 0.0 0.017 4 0.24 4
197.3138 10 0.028 6 0.028 6 0.0 0.030 8 0.42 9
198.2339 7 0.071 8 0.071 8 0.0 0.075 16 1.06 12
198.5260 7 0.6 5 0.8 4 1.0 6 0.8 5 12 6
203.971 3 0.034 5 0.034 5 0.0 0.036 8 0.51 7
204.4483 4 6.58 8 6.58 8 9 6 7 5 98.0 12
204.7821 8 0.19 4 0.19 4 0.0 0.20 5 2.8 5
214.5175 18 0.024 5 0.024 5 0.0 0.026 7 0.36 7
218.4033 18 0.013 4 0.013 4 0.0 0.014 5 0.20 5
219.7058 4 2.7 6 2.8 6 3.6 22 3.0 18 42 9
226.4604 21 0.012 5 0.012 5 0.0 0.012 5 0.17 7
231.0987 13 0.065 12 0.065 12 0.0 0.069 17 0.97 18
231.4224 17 0.010 3 0.010 3 0.0 0.010 3 0.15 4
231.502 3 0.021 6 0.021 6 0.0 0.022 8 0.31 9
231.8334 5 0.39 19 0.55 9 0.60 11 0.58 10 8.1 14
235.1888 5 0.94 5 0.94 5 1.2 5 1.0 4 14.1 7
237.2390 7 4 3 5.0 15 5.5 19 5.3 18 74 23
242.0626 15 0.055 16 0.055 16 0.0 0.058 20 0.82 24
242.6223 7 0.91 4 0.91 4 1.3 8 1.0 6 13.6 6
243.5730 8 0.036 10 0.036 10 0.0 0.038 13 0.54 15
245.9484 15 0.054 14 0.056 13 0.07 3 0.06 3 0.83 19
252.148 3 0.015 3 0.015 3 0.0 0.016 4 0.22 4
256.4548 8 0.091 24 0.091 19 0.10 3 0.10 3 1.4 3
260.3406 11 0.078 18 0.086 15 0.10 3 0.091 25 1.28 23
263.8779 8 0.0164 18 0.0164 18 0.0 0.017 4 0.24 3
263.8783 8 0.0 0.031 25 0.03 3 0.03 3 0.5 4
266.8827 6 0.13 3 0.128 20 0.13 3 0.14 3 1.9 3
268.5507 13 0.14 7 0.19 3 0.21 3 0.20 3 2.9 5
269.1768 18 0.063 16 0.063 16 0.0 0.067 21 0.94 24
276.587 4 0.007 3 0.014 6*2* 0.03 3 0.015 11 0.20 8
288.1841 15 0.10 8 0.161 21 0.172 23 0.170 22 2.4 3
289.2256 17 0.035 6 0.035 6 0.0 0.037 9 0.52 9
297.233 5 0.0076 18 0.0076 18 0.0 0.0080 24 0.11 3
300.6401 13 0.036 8 0.036 8 0.0 0.038 11 0.54 12
303.6178 15 0.12 3 0.127 18 0.14 3 0.13 3 1.9 3
311.0192 5 2.0 8 2.36 11 2.50 11 2.50 11 35.1 16
332.5270 7 0.035 3 0.035 3 0.045 22 0.037 18 0.52 4
335.2749 18 0.012 4 0.012 4 0.0 0.012 4 0.17 5
342.7130 6 0.106 10 0.106 10 0.0 0.112 22 1.58 15
343.5525 13 0.2 3 0.32 17 0.36 21 0.34 20 5 3
345.194 3 0.0227 8 0.0227 8 0.0 0.024 4 0.338 12
352.9888 20 0.46 13 0.51 4 0.55 5 0.54 5 7.6 6
359.3565 23 0.066 8 0.069 8 0.14 8 0.07 4 1.03 12
360.8269 17 0.061 3 0.061 3 0.09 5 0.07 4 0.91 4
364.0144 16 0.0142 18 0.0142 18 0.0 0.015 3 0.21 3
365.8888 15 0.011 4 0.011 4 0.0 0.011 4 0.16 5
367.5555 15 0.084 17 0.095 18 0.19 10 0.10 5 1.4 3
368.4213 15 0.061 5 0.061 5 0.0 0.064 12 0.91 7
370.5219 20 0.088 8 0.090 8 0.16 8 0.10 5 1.34 12
371.1715 17 0.0240 9 0.0242 9 0.15 13 0.026 22 0.361 14
378.1982 15 0.0196 18 0.0198 18 0.04 3 0.021 16 0.29 3
382.7369 25 0.022 8 0.022 8 0.0 0.023 10 0.33 12
384.0791 18 1.6 7 1.84 10 1.95 10 1.95 10 27.4 14
384.2847 16 0.141 5 0.141 5 0.0 0.15 3 2.10 7
388.1805 21 0.0822 18 0.0823 18 0.10 3 0.09 3 1.22 3
396.758 4 0.0 0.09 3*2* 0.10 3 0.10 3 1.4 4
400.1151 15 0.4 6 0.68 6 0.72 6 0.72 6 10.1 8
400.6637 20 0.148 22 0.148 22 0.0 0.16 4 2.2 3
408.3573 7 0.143 5 0.143 5 0.24 22 0.15 14 2.13 7
411.5057 15 2.0 6 2.23 15 2.37 16 2.36 16 33.2 22
413.1333 14 0.080 4 0.081 4 0.16 9 0.09 5 1.20 5
415.7049 20 0.0373 18 0.0375 18 0.06 3 0.040 20 0.56 3
416.292 5 0.0116 18 0.0116 18 0.0 0.012 3 0.17 3
418.1968 19 0.057 4 0.058 4 0.08 3 0.061 22 0.86 5
422.227 6 0.013 3 0.013 3 0.0 0.014 4 0.20 4
424.6936 21 0.381 16 0.382 16 0.6 4 0.4 3 5.68 24
426.783 3 0.147 5 0.147 4 0.19 6 0.16 5 2.19 7
429.0388 15 0.237 5 0.237 5 0.31 11 0.25 9 3.53 7
433.0827 14 0.076 5 0.076 4 0.07 3 0.08 3 1.13 7
438.624 14 0.009 3 0.009 3 0.0 0.010 3 0.14 4
440.5097 20 0.048 7 0.052 8 0.13 8 0.05 4 0.77 11
442.1492 14 0.391 12 0.392 12 0.51 18 0.41 14 5.83 18
446.328 3 1.33 3 1.33 3 1.6 8 1.4 7 19.8 5
448.3105 24 0.082 4 0.082 4 0.07 4 0.09 5 1.22 5
454.2725 16 0.208 8 0.209 8 0.29 12 0.22 9 3.11 12
454.688 4 0.0289 18 0.0289 18 0.0 0.031 6 0.43 3
456.0456 13 1.010 20 1.010 20 1.2 6 1.1 5 15.0 3
457.4068 14 0.36 6 0.36 6 0.0 0.38 9 5.4 9
457.4102 19 0.0 0.53 6 0.56 5 0.56 5 7.8 7
460.4655 17 0.075 5 0.075 4 0.06 4 0.08 5 1.12 7
463.287 4 0.0236 18 0.0236 18 0.0 0.025 5 0.35 3
464.405 5 0.0080 18 0.0080 18 0.0 0.0085 24 0.12 3
466.3901 15 0.040 6 0.042 6 0.07 4 0.04 3 0.62 9
467.310 3 0.016 6 0.016 6 0.0 0.017 7 0.24 9
467.8599 10 0.0 0.0 0.0 0.0 0.0
468.4737 20 0.0 0.4 5 0.5 6 0.4 6 6 8
468.7756 15 0.310 20 0.310 20 0.0 0.33 6 4.6 3
472.6613 14 0.342 16 0.344 16 0.6 3 0.36 18 5.12 24
473.5787 13 0.26 4 0.25 4 0.15 8 0.27 15*1* 3.8 5
477.027 4 0.0 0.23 5 0.24 6 0.24 6 3.4 8
481.3491 20 0.109 6 0.109 6 0.11 5 0.12 5 1.62 9
483.9232 14 0.056 3 0.056 3 0.0 0.060 11 0.84 4
485.210 4 0.136 10 0.136 10 0.14 4 0.14 5 2.02 15
487.7812 15 0.028 5 0.028 5 0.0 0.030 7 0.42 7
491.204 4 0.0173 18 0.0173 18 0.0 0.018 4 0.26 3
493.3427 21 0.049 5 0.049 5 0.0 0.052 10 0.73 7
494.112 4 0.011 7 0.030 14*3* 0.06 4 0.032 23 0.45 21
496.5721 18 0.712 24 0.713 24 0.80 18 0.75 17 10.6 4
499.0265 15 0.300 8 0.300 8 0.0 0.32 6 4.47 12
499.5558 22 0.51 23 0.58 23 0.9 7 0.6 5 9 3
504.328 11 0.028 3 0.028 3 0.0 0.030 6 0.42 4
505.018 7 0.72 11 0.76 10 0.90 20 0.81 18 11.3 14
505.341 9 0.0 0.8 3*1* 0.84 9 0.84 9 11.8 12
512.1370 15 1.2 11 1.7 7 2.0 10 1.8 9 25 11
512.6082 16 0.044 9 0.050 9 0.11 6 0.05 3 0.74 14
517.053 4 0.112 8 0.112 8 0.0 0.119 22 1.67 12
517.401 7 0.022 4 0.023 4 0.05 5 0.024 24 0.34 6
523.3590 19 0.424 18 0.425 18 0.48 11 0.45 10 6.3 3
525.177 4 0.0 0.07 6 0.07 6 0.07 6 1.0 9
525.178 4 0.063 3 0.063 3 0.0 0.066 12 0.93 4
526.917 11 0.017 3 0.017 3 0.0 0.018 4 0.26 4
532.4282 15 0.355 20 0.356 20 0.6 5 0.4 3 5.3 3
532.858 3 0.094 8 0.094 8 0.0 0.099 19 1.40 12
535.8285 13 1.08 4 1.08 4 1.18 24 1.14 23 16.1 6
537.9914 17 0.87 3 0.87 3 1.00 25 0.92 23 13.0 4
538.6217 15 0.063 6 0.063 6 0.0 0.067 13 0.94 9
541.053 17 0.017 3 0.017 3 0.0 0.018 4 0.26 4
544.053 9 0.060 6 0.060 6 0.07 4 0.06 4 0.90 9
551.5143 20 0.97 3 0.97 3 0.0 1.03 18 14.5 5
557.744 4 0.091 3 0.091 3 0.07 4 0.10 6 1.35 4
561.744 7 0.027 6 0.027 6 0.0 0.029 8 0.40 9
562.4437 22 0.77 4 0.77 4 0.85 17 0.82 16 11.5 5
565.2771 16 1.43 5 1.43 5 1.6 5 1.5 5 21.3 7
569.1729 21 0.7 5 0.9 3 1.0 4 0.9 4 13 5
569.5436 23 0.329 16 0.329 16 0.0 0.35 6 4.90 24
573.017 4 0.292 10 0.292 10 0.0 0.31 5 4.35 15
573.017 4 0.0 0.28 17 0.30 18 0.30 18 4 3
575.1348 15 0.026 3 0.026 3 0.0 0.028 6 0.39 4
581.2686 15 0.398 22 0.396 22 0.32 14 0.42 19 5.9 3
582.252 5 0.038 20 0.038 20 0.0 0.040 23 0.6 3
585.1543 14 0.58 3 0.575 25 0.60 10 0.61 10 8.6 4
589.0854 14 0.552 18 0.552 18 0.58 20 0.58 20 8.2 3
590.2272 20 1.21 6 1.21 6 1.27 23 1.28 23 18.0 9
593.826 4 0.012 3 0.012 3 0.0 0.013 4 0.18 4
599.1892 19 0.128 14 0.130 14 0.16 5 0.14 5 1.93 20
601.9783 23 0.168 8 0.168 8 0.13 6 0.18 8 2.49 12
602.600 12 0.034 6 0.034 6 0.0 0.036 9 0.51 9
603.9900 16 1.08 4 1.08 4 1.4 8 1.1 6 16.1 6
606.355 7 0.058 8 0.058 8 0.04 5 0.06 7 0.86 12
610.0311 15 0.147 12 0.148 12 0.18 8 0.16 7 2.20 18
611.6587 13 0.53 3 0.54 3 0.8 5 0.6 4 8.0 5
619.423 3 0.209 10 0.209 10 0.23 8 0.22 8 3.11 15
621.812 3 0.093 10 0.093 10 0.0 0.098 20 1.38 15
623.1416 14 0.178 10 0.179 10 0.27 12 0.19 8 2.67 15
626.863 5 0.049 3 0.049 3 0.0 0.052 9 0.73 4
632.4314 22 0.70 3 0.70 3 0.74 12 0.74 12 10.5 4
634.681 3 0.043 4 0.043 4 0.0 0.045 9 0.64 5
637.900 3 1.36 5 1.32 4 1.25 8 1.40 9*1* 19.7 6
637.9021 19 1.36 5 1.36 5 0.0 1.44 25 20.2 7
640.7789 25 0.636 24 0.637 24 0.70 14 0.67 14 9.5 4
648.7440 15 0.324 12 0.323 12 0.24 8 0.34 12*1* 4.81 18
650.3716 14 1.35 3 1.35 3 1.5 3 1.4 3 20.1 4
655.596 17 0.0 0.0 0.0 0.0 0.0
658.913 5 1.50 14 1.49 11 1.56 17 1.58 18 22.2 16
664.9155 14 0.281 10 0.281 10 0.30 8 0.30 8 4.18 15
666.627 10 0.060 5 0.060 5 0.0 0.063 12 0.89 7
669.656 4 0.329 6 0.329 6 0.31 8 0.35 9 4.90 9
670.753 7 0.14 14 0.12 7 0.12 8 0.13 9 1.8 10
679.5824 20 0.117 5 0.117 5 0.0 0.124 22 1.74 7
680.5481 22 0.452 24 0.444 23 0.41 6 0.47 7 6.6 3
693.2839 13 0.40 6 0.36 4 0.30 6 0.38 8*1* 5.3 7
694.085 13 0.09 14 0.09 14 0.0 0.10 15 1.3 21
695.118 14 0.065 6 0.066 6 0.09 4 0.07 3 0.98 9
703.6284 14 0.9 6 1.1 5 1.3 6 1.2 6 17 7
703.9637 15 0.96 6 0.96 6 0.0 1.02 19 14.3 9
703.998 3 0.96 6 0.96 6 0.0 1.02 19 14.3 9
707.8495 14 0.380 8 0.380 8 0.0 0.40 7 5.66 12
709.381 3 0.081 5 0.081 5 0.0 0.086 15 1.20 7
710.7666 25 0.63 3 0.619 24 0.60 6 0.65 7 9.2 4
711.1335 15 0.25 3 0.25 3 0.0 0.26 5 3.7 4
713.524 3 0.048 6 0.048 6 0.0 0.051 11 0.71 9
714.433 5 0.067 8 0.067 8 0.0 0.071 15 1.00 12
719.2610 22 1.21 6 1.10 4*1* 1.01 6 1.17 7*2* 16.4 6
720.8215 21 0.640 10 0.638 10 0.57 6 0.67 7*1* 9.50 15
724.585 3 0.91 4 0.87 3 0.68 7 0.92 10*3* 13.0 5
733.8104 19 0.040 5 0.040 5 0.0 0.042 9 0.59 7
739.794 4 0.221 8 0.221 8 0.11 8 0.23 17*1* 3.29 12
744.765 7 0.112 16 0.113 15 0.12 4 0.12 4 1.68 22
748.2310 19 0.077 5 0.077 5 0.0 0.081 15 1.14 7
760.023 7 0.035 4 0.035 4 0.0 0.037 7 0.52 5
779.7938 15 0.062 8 0.062 8 0.0 0.066 14 0.92 12
781.278 7 0.0 0.19 8 0.20 8 0.20 8 2.8 11
781.279 7 0.143 5 0.143 5 0.0 0.15 3 2.12 7
781.832 4 0.068 8 0.068 8 0.0 0.072 15 1.01 12
784.900 4 0.0 0.17 8 0.18 8 0.18 8 2.5 11
790.216 4 0.192 6 0.192 6 0.17 6 0.20 7 2.85 9
800.416 3 0.097 6 0.097 6 0.0 0.103 19 1.44 9
800.424 6 0.097 6 0.097 6 0.12 5 0.10 4 1.45 9
810.7259 21 0.250 8 0.249 8 0.16 5 0.26 9*2* 3.71 12
815.624 4 1.092 14 1.091 14 0.76 16 1.15 24*2* 16.24 21
818.5067 15 0.315 8 0.313 8 0.23 4 0.33 6*2* 4.66 12
824.0611 20 0.378 12 0.374 12 0.32 5 0.40 6*1* 5.57 17
844.677 9 0.166 6 0.165 6 0.15 4 0.18 4 2.46 9
854.337 4 1.90 6 1.85 6 1.41 15 1.96 20*3* 27.6 8
866.522 6 0.488 16 0.481 16 0.35 6 0.51 8*2* 7.17 23
869.401 4 0.185 12 0.187 12 0.23 7 0.20 6 2.78 18
886.5560 21 0.246 10 0.245 10 0.23 5 0.26 6 3.65 15
890.047 3 0.132 8 0.132 8 0.0 0.14 3 1.97 12
914.7367 15 0.036 23 0.059 25 0.08 4 0.06 4 0.9 4
920.507 9 0.104 8 0.104 8 0.11 5 0.11 5 1.55 12
928.265 4 0.534 16 0.530 16 0.37 8 0.56 12*2* 7.89 24
940.991 14 0.090 16 0.088 16 0.06 5 0.09 7 1.32 23
943.522 4 0.312 10 0.311 10 0.24 6 0.33 8*1* 4.62 15
956.145 3 0.446 20 0.444 20 0.33 12 0.47 17*1* 6.6 3
959.201 4 0.343 10 0.342 10 0.28 6 0.36 8*1* 5.09 15
959.220 9 0.343 10 0.343 10 0.0 0.36 6 5.11 15
964.327 5 0.141 8 0.141 8 0.08 6 0.15 11*1* 2.09 12
973.121 12 0.160 10 0.160 10 0.10 8 0.17 14 2.38 15
979.927 3 0.0 0.0 0.0 0.0 0.0
984.978 5 0.0 0.0 0.0 0.0 0.0
987.453 3 0.372 12 0.370 12 0.30 6 0.39 8*1* 5.50 18
995.714 4 0.101 20 0.101 18 0.11 5 0.11 5 1.5 3
998.253 4 0.255 8 0.254 8 0.20 5 0.27 7*1* 3.78 12
1000.898 10 0.299 14 0.298 14 0.23 8 0.31 11*1* 4.43 21
1018.431 10 0.209 16 0.209 16 0.0 0.22 4 3.11 24
1027.820 12 0.47 3 0.46 3 0.26 13 0.49 24*1* 6.9 5
1040.1331 14 0.417 20 0.416 20 0.25 14 0.44 25*1* 6.2 3
1043.108 12 0.285 16 0.283 16 0.19 8 0.30 13*1* 4.22 24
1045.353 12 0.136 10 0.136 10 0.0 0.14 3 2.02 15
1061.868 14 0.37 3 0.37 3 0.0 0.39 8 5.5 5
1070.969 6 0.230 14 0.230 14 0.0 0.24 4 3.42 21
1091.581 3 0.0 0.0 0.0 0.0 0.0
1101.996 3 0.155 12 0.154 12 0.10 6 0.16 10*1* 2.29 18
1140.192 4 0.47 3 0.47 3 0.0 0.50 9 7.0 4
1154.112 12 0.136 18 0.136 18 0.0 0.14 3 2.0 3
1171.966 11 0.197 16 0.195 16 0.14 6 0.21 9*1* 2.90 23
1178.905 4 0.89 6 0.87 6 0.56 16 0.9 3*2* 12.9 9
1184.563 14 0.30 5 0.27 4 0.20 6 0.29 9*1* 4.1 6
1210.678 11 0.562 18 0.560 18 0.36 14 0.59 23*1* 8.3 3
1226.345 12 0.233 16 0.231 16 0.12 7 0.24 15*1* 3.45 24
1238.136 10 0.11 3 0.11 3 0.11 4 0.11 4 1.6 4
1265.057 12 0.17 5 0.19 3 0.21 5 0.20 5 2.8 5
1354.71 7 0.21 8 0.16 4 0.13 5 0.17 6 2.4 6
1375.4 9 0.0 0.0 0.0 0.0 0.0
1433.7 6 0.0 0.0 0.0 0.0 0.0
1442.8 6 0.0 0.0 0.0 0.0 0.0
1467.8 5 0.0 0.0 0.0 0.0 0.0
1516.5 5 0.0 0.0 0.0 0.0 0.0
1530.3 8 0.0 0.0 0.0 0.0 0.0
1604.9 7 0.0 0.0 0.0 0.0 0.0
1642.9 22 0.0 0.0 0.0 0.0 0.0
1669.8 5 0.0 0.0 0.0 0.0 0.0
1791.9 22 0.0 0.0 0.0 0.0 0.0
1818.0 8 0.0 0.0 0.0 0.0 0.0
1844.9 22 0.0 0.0 0.0 0.0 0.0
1859.3 4 0.0 0.0 0.0 0.0 0.0
1942.9 22 0.0 0.0 0.0 0.0 0.0
1950.5 4 0.0 0.0 0.0 0.0 0.0
4641.4 4 0.0 0.30 10 0.32 6 0.32 6 4.5 9
4648.9 22 0.0 0.0 0.0 0.0 0.0
4732.6 4 0.0 0.55 17 0.58 10 0.58 10 8.2 14
4746.9 22 0.0 0.0 0.0 0.0 0.0
4773.8 8 0.0 0.15 7 0.16 6 0.16 6 2.3 9
4799.9 22 0.0 0.0 0.0 0.0 0.0
4922.1 5 0.0 0.25 9 0.26 6 0.26 6 3.7 9
4948.9 22 0.0 0.0 0.0 0.0 0.0
4987.0 6 0.0 0.15 7 0.16 6 0.16 6 2.3 9
5061.6 8 0.0 0.10 5 0.10 4 0.10 4 1.4 6
5075.3 5 0.21 9 0.30 8*1* 0.39 14 0.32 11 4.5 12
5124.1 5 0.19 5 0.22 4 0.28 8 0.24 7 3.3 7
5149.1 6 0.0 0.29 10 0.31 8 0.31 8 4.4 11
5158.2 6 0.68 6 0.65 5 0.47 10 0.68 15*2* 9.6 8
5216.5 9 0.0 0.09 5 0.09 5 0.09 5 1.3 7
5326.80 11 0.14 10 0.16 5 0.18 6 0.17 6 2.5 8
5353.72 11 0.08 11 0.17 5 0.19 6 0.18 6 2.6 8
5381.18 11 0.06 12 0.17 6 0.18 6 0.18 6 2.5 8
5399.03 11 0.18 4 0.17 3 0.14 5 0.18 6 2.5 4
5412.95 11 0.31 3 0.32 3 0.39 10 0.34 9 4.8 5
5423.08 11 0.18 4 0.20 3 0.24 6 0.21 5 2.9 5
5431.26 11 0.0 0.22 7 0.23 6 0.23 6 3.2 9
5443.88 11 0.0 0.14 5 0.15 5 0.15 5 2.1 7
5451.91 11 0.0 0.14 5 0.15 5 0.15 5 2.1 7
5513.01 11 0.12 3 0.12 3 0.0 0.13 4 1.8 5
5683.40 11 0.06 4 0.09 3 0.10 4 0.09 4 1.3 5
5728.48 11 0.14 14 0.24 6 0.26 6 0.25 6 3.6 8
5731.36 11 0.88 3 0.88 3 0.0 0.93 16 13.1 5
5737.51 11 0.0 1.34 14 1.42 14 1.42 14 20.0 20
5769.45 11 0.0 0.0 0.0 0.0 0.0
5809.69 11 0.0 0.14 4 0.15 4 0.15 4 2.0 6
5858.03 11 0.23 7 0.29 7 0.41 16 0.31 12 4.4 11
5898.56 11 0.32 3 0.32 3 0.35 8 0.34 8 4.8 4
5908.27 11 0.31 8 0.37 8 0.49 16 0.40 13 5.6 12
5941.47 11 0.0 1.43 14 1.51 14 1.51 14 21.2 20
5943.09 11 0.78 3 0.78 3 0.0 0.83 15 11.6 5
6001.61 11 0.60 3 0.60 3 1.0 5 0.6 3 9.0 5
6354.59 11 0.19 8 0.28 9*1* 0.42 20 0.30 14 4.2 13
6372.12 11 0.08 3 0.080 24 0.09 4 0.08 4 1.2 4
6387.37 11 0.80 3 0.80 3 1.5 14 0.8 8 11.9 4
6442.10 11 0.2 4 0.44 8 0.47 9 0.47 9 6.6 12
6553.10 11 0.49 3 0.49 3 0.0 0.52 10 7.3 5
6591.81 11 0.021 20 0.021 20 0.0 0.022 22 0.3 3
-----------------------------------------------------------------------------------------------------------------------------------
V
CHI/F .1915461 1.0255972
SKEW -2.5565685 -2.6622340
NDEGREES 289 199
ITERATION - 4
LEAST-SQUARED FIT AVERAGE INTENSITIES 2 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.182 12 .0000
31.6939 6 0.20 3 .0000
38.7130 3 3.0 7 .0000
41.7741 18 0.43 4 .0000
63.9546 15 2.0 19 .0000
63.9550 16 0.41 12 .0000
66.0982 4 5.9 11 .0002
68.6489 4 0.12 12 .0000
68.6492 3 30 3 1.8204
69.9879 5 2.2 7 .0000
75.8305 3 11.5 15 .1205
87.5211 7 17.5 11 2.7588
87.5701 8 3.33 18 .0000
88.9541 8 0.53 22 .0000
89.9048 4 1.1 3 .3128
92.6528 18 1.09 15 1.3470
98.5828 19 0.90 22 .0000
99.6388 14 0.93 12 .1519
105.1624 4 15.2 3 2.1376
107.9006 15 0.58 9 .0000
107.9556 7 1.69 16 1.0060
109.7438 12 0.32 12 .0000
111.0049 5 4.7 3 3.9560
112.4933 7 0.50 9 .0000
114.5435 4 61.0 6 2.0686
130.0265 4 13.0 6 7.1070
144.4793 5 14 3 .0000
144.4796 4 69 3 .0317
149.7179 5 82 3 .1776
153.6683 8 1.45 21 .4668
156.0031 5 1.68 23 .3341
161.7203 5 3.3 4 .1045
165.7353 4 38.0 14 .0794
169.3218 15 0.48 17 .3801
171.8552 6 4.5 4 .0126
174.9242 8 0.44 9 .0524
175.8980 21 0.23 4 .0000
176.5241 7 4.4 3 .1499
180.9928 4 45 3 .1951
183.1923 5 0.0 .0000
185.0031 24 0.25 7 .0000
192.6315 15 0.24 4 .0000
197.3138 10 0.43 9 .0000
198.2339 7 1.08 12 .0000
198.5260 7 10 5 .0318
203.971 3 0.52 7 .0000
204.4483 4 100.0 12 .0000
204.7821 8 2.9 6 .0000
214.5175 18 0.37 7 .0000
218.4033 18 0.20 6 .0000
219.7058 4 41 9 .0006
226.4604 21 0.18 7 .0000
231.0987 13 0.99 18 .0000
231.4224 17 0.15 4 .0000
231.502 3 0.32 9 .0000
231.8334 5 6.8 12 .0461
235.1888 5 14.3 7 .0073
237.2390 7 63 20 .0006
242.0626 15 0.84 25 .0000
242.6223 7 13.8 6 .0050
243.5730 8 0.55 15 .0000
245.9484 15 0.81 18 .0104
252.148 3 0.23 4 .0000
256.4548 8 1.3 3 .1521
260.3406 11 1.19 21 .0000
263.8779 8 0.25 3 .0000
263.8783 8 0.4 3 .0000
266.8827 6 1.8 3 .3155
268.5507 13 2.4 4 .0339
269.1768 18 0.96 25 .0000
276.587 4 0.27 17 1.4437
288.1841 15 2.0 3 .0898
289.2256 17 0.53 9 .0000
297.233 5 0.12 3 .0000
300.6401 13 0.55 12 .0000
303.6178 15 1.71 25 .1694
311.0192 5 28.8 13 .0094
332.5270 7 0.53 4 .0005
335.2749 18 0.18 6 .0000
342.7130 6 1.61 15 .0000
343.5525 13 3.9 22 .0544
345.194 3 0.345 12 .0000
352.9888 20 6.4 5 .0532
359.3565 23 1.03 12 .2293
360.8269 17 0.93 4 .0138
364.0144 16 0.22 3 .0000
365.8888 15 0.16 6 .0000
367.5555 15 1.4 3 .2856
368.4213 15 0.93 7 .0000
370.5219 20 1.35 12 .1428
371.1715 17 0.367 14 .4282
378.1982 15 0.30 3 .0626
382.7369 25 0.33 12 .0000
384.0791 18 22.5 12 .0070
384.2847 16 2.14 7 .0000
388.1805 21 1.25 3 .0404
396.758 4 1.1 4 2.2033
400.1151 15 8.3 7 .0185
400.6637 20 2.2 3 .0000
408.3573 7 2.17 7 .0255
411.5057 15 27.5 18 .0572
413.1333 14 1.23 6 .1810
415.7049 20 0.57 3 .1046
416.292 5 0.18 3 .0000
418.1968 19 0.87 6 .0036
422.227 6 0.20 4 .0000
424.6936 21 5.79 25 .0092
426.783 3 2.23 7 .0070
429.0388 15 3.60 7 .0008
433.0827 14 1.15 7 .3708
438.624 14 0.14 4 .0000
440.5097 20 0.77 11 .3445
442.1492 14 5.94 18 .0005
446.328 3 20.2 5 .0141
448.3105 24 1.25 6 .6500
454.2725 16 3.16 12 .0158
454.688 4 0.44 3 .0000
456.0456 13 15.3 3 .0427
457.4068 14 5.5 9 .0000
457.4102 19 6.4 6 .2332
460.4655 17 1.14 7 .4675
463.287 4 0.36 3 .0000
464.405 5 0.12 3 .0000
466.3901 15 0.62 9 .0772
467.310 3 0.24 9 .0000
467.8599 10 0.0 .0000
468.4737 20 5 8 .4927
468.7756 15 4.7 3 .0000
472.6613 14 5.21 25 .1193
473.5787 13 3.9 6 1.2763
477.027 4 2.8 7 .3957
481.3491 20 1.65 9 .2870
483.9232 14 0.86 4 .0000
485.210 4 2.04 15 .3516
487.7812 15 0.43 7 .0000
491.204 4 0.26 3 .0000
493.3427 21 0.74 7 .0000
494.112 4 0.6 4 1.1985
496.5721 18 10.8 4 .2741
499.0265 15 4.56 12 .0000
499.5558 22 8 3 .0365
504.328 11 0.43 4 .0000
505.018 7 10.8 14 .0193
505.341 9 9.7 10 .4275
512.1370 15 22 10 .0212
512.6082 16 0.72 13 .3340
517.053 4 1.70 12 .0000
517.401 7 0.34 6 .0908
523.3590 19 6.4 3 .2392
525.177 4 0.8 7 .0000
525.178 4 0.95 4 .0000
526.917 11 0.26 4 .0000
532.4282 15 5.4 3 .0357
532.858 3 1.43 12 .0000
535.8285 13 16.3 6 .4811
537.9914 17 13.2 4 .1662
538.6217 15 0.96 9 .0000
541.053 17 0.26 4 .0000
544.053 9 0.91 9 .0265
551.5143 20 14.8 5 .0000
557.744 4 1.38 4 .7129
561.744 7 0.41 9 .0000
562.4437 22 11.6 5 .4340
565.2771 16 21.7 7 .1492
569.1729 21 11 4 .0051
569.5436 23 5.00 25 .0000
573.017 4 4.44 15 .0000
573.017 4 3.5 21 .0000
575.1348 15 0.40 4 .0000
581.2686 15 6.0 3 .9893
582.252 5 0.6 3 .0000
585.1543 14 8.6 4 1.0619
589.0854 14 8.4 3 .2554
590.2272 20 18.1 9 .8937
593.826 4 0.18 4 .0000
599.1892 19 1.93 20 .0317
601.9783 23 2.54 12 1.0852
602.600 12 0.52 9 .0000
603.9900 16 16.4 6 .0003
606.355 7 0.88 12 .2440
610.0311 15 2.23 18 .0136
611.6587 13 8.1 5 .0274
619.423 3 3.17 15 .1499
621.812 3 1.41 15 .0000
623.1416 14 2.71 15 .0448
626.863 5 0.74 4 .0000
632.4314 22 10.6 4 1.0654
634.681 3 0.65 6 .0000
637.900 3 20.2 7 5.9939
637.9021 19 20.7 7 .0000
640.7789 25 9.6 4 .4307
648.7440 15 4.91 18 1.6744
650.3716 14 20.5 4 .5783
655.596 17 0.0 .0000
658.913 5 20.8 15 1.3633
664.9155 14 4.26 15 .3595
666.627 10 0.91 7 .0000
669.656 4 4.99 9 1.1260
670.753 7 1.6 9 .0583
679.5824 20 1.78 7 .0000
680.5481 22 6.6 3 3.8039
693.2839 13 5.4 7 2.5883
694.085 13 1.4 22 .0000
695.118 14 0.99 9 .0000
703.6284 14 15 6 .0103
703.9637 15 14.6 9 .0000
703.998 3 14.6 9 .0000
707.8495 14 5.78 12 .0000
709.381 3 1.23 7 .0000
710.7666 25 9.2 4 5.4945
711.1335 15 3.7 4 .0000
713.524 3 0.73 9 .0000
714.433 5 1.02 12 .0000
719.2610 22 16.8 13 4.4603
720.8215 21 9.70 15 3.3666
724.585 3 13.7 6 2.2077
733.8104 19 0.60 7 .0000
739.794 4 3.36 12 1.0646
744.765 7 1.65 22 .1437
748.2310 19 1.17 7 .0000
760.023 7 0.53 6 .0000
779.7938 15 0.94 12 .0000
781.278 7 2.3 10 .0000
781.279 7 2.17 7 .0000
781.832 4 1.03 12 .0000
784.900 4 2.1 10 .0000
790.216 4 2.91 9 .8990
800.416 3 1.47 9 .0000
800.424 6 1.47 9 .0075
810.7259 21 3.79 12 1.3062
815.624 4 16.59 22 1.4860
818.5067 15 4.78 12 1.7131
824.0611 20 5.71 18 2.6092
844.677 9 2.51 9 1.8302
854.337 4 28.8 9 1.9714
866.522 6 7.40 25 1.7091
869.401 4 2.81 18 .0071
886.5560 21 3.70 15 1.7352
890.047 3 2.01 12 .0000
914.7367 15 0.8 3 .2300
920.507 9 1.57 12 .1146
928.265 4 8.10 25 1.5191
940.991 14 1.34 23 .5837
943.522 4 4.73 15 1.8421
956.145 3 6.7 3 1.6697
959.201 4 5.19 15 2.1984
959.220 9 5.21 15 .0000
964.327 5 2.14 12 1.1744
973.121 12 2.42 15 .9049
979.927 3 0.0 .0000
984.978 5 0.0 .0000
987.453 3 5.63 18 2.1368
995.714 4 1.5 3 .1286
998.253 4 3.86 12 1.9344
1000.898 10 4.51 21 1.9478
1018.431 10 3.18 25 .0000
1027.820 12 7.0 5 1.1920
1040.1331 14 6.3 3 1.2370
1043.108 12 4.31 24 1.4111
1045.353 12 2.07 15 .0000
1061.868 14 5.7 5 .0000
1070.969 6 3.50 22 .0000
1091.581 3 0.0 .0000
1101.996 3 2.34 18 1.4008
1140.192 4 7.2 4 .0000
1154.112 12 2.1 3 .0000
1171.966 11 2.95 24 1.7886
1178.905 4 13.4 9 1.4226
1184.563 14 4.3 6 1.8574
1210.678 11 8.5 3 1.3290
1226.345 12 3.53 25 1.1126
1238.136 10 1.5 4 .1719
1265.057 12 2.5 4 .0063
1354.71 7 2.3 6 1.3969
1375.4 9 0.0 .0000
1433.7 6 0.0 .0000
1442.8 6 0.0 .0000
1467.8 5 0.0 .0000
1516.5 5 0.0 .0000
1530.3 8 0.0 .0000
1604.9 7 0.0 .0000
1642.9 22 0.0 .0000
1669.8 5 0.0 .0000
1791.9 22 0.0 .0000
1818.0 8 0.0 .0000
1844.9 22 0.0 .0000
1859.3 4 0.0 .0000
1942.9 22 0.0 .0000
1950.5 4 0.0 .0000
4641.4 4 3.7 7 .0000
4648.9 22 0.0 .0000
4732.6 4 6.7 12 .0000
4746.9 22 0.0 .0000
4773.8 8 1.8 7 .0000
4799.9 22 0.0 .0000
4922.1 5 3.0 7 .0000
4948.9 22 0.0 .0000
4987.0 6 1.8 7 .0000
5061.6 8 1.2 5 .0000
5075.3 5 4.0 11 .2142
5124.1 5 3.0 6 .0400
5149.1 6 3.6 10 .0000
5158.2 6 10.1 9 1.8813
5216.5 9 1.1 6 .0000
5326.80 11 2.1 7 .0005
5353.72 11 2.1 7 .1861
5381.18 11 2.0 7 .1695
5399.03 11 2.5 4 1.0823
5412.95 11 4.7 5 .0138
5423.08 11 2.7 4 .0006
5431.26 11 2.7 7 .0000
5443.88 11 1.7 6 .4178
5451.91 11 1.7 6 .4235
5513.01 11 1.8 5 .0000
5683.40 11 1.1 4 .0748
5728.48 11 3.0 7 .0723
5731.36 11 13.4 5 .0000
5737.51 11 16.4 17 .0000
5769.45 11 0.0 .0000
5809.69 11 1.7 5 .5838
5858.03 11 4.0 10 .1836
5898.56 11 4.7 4 .3145
5908.27 11 5.1 11 .0901
5941.47 11 17.4 17 .0000
5943.09 11 11.9 5 .0000
6001.61 11 9.1 5 .0894
6354.59 11 3.9 13 .3506
6372.12 11 1.1 3 .0569
6387.37 11 12.2 4 .0428
6442.10 11 5.4 10 .0968
6553.10 11 7.4 5 .0000
6591.81 11 0.3 3 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.169TM(N,G) E=0-136 E 2.169TM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.0120 8 0.0120 8 0.0 0.016 3 0.182 12
31.6939 6 0.0133 18 0.0133 18 0.0 0.018 4 0.20 3
38.7130 3 0.20 4 0.20 4 0.0 0.26 7*S* 3.0 7
41.7741 18 0.028 3 0.028 3 0.0 0.037 7 0.43 4
63.9546 15 0.0 0.13 13 0.17 16 0.17 16 2.0 19
63.9550 16 0.027 8 0.027 8 0.0 0.036 12 0.41 12
66.0982 4 0.39 8 0.39 7 0.51 21 0.51 21 5.9 11
68.6489 4 0.008 8 0.008 8 0.0 0.011 11 0.12 12
68.6492 3 2.08 20 1.99 18 1.8 5 2.6 7*1* 30 3
69.9879 5 0.15 4 0.15 4 0.0 0.19 7 2.2 7
75.8305 3 0.81 16 0.76 10 0.94 16 1.00 17 11.5 15
87.5211 7 1.29 10 1.15 7*1* 1.29 12 1.52 14*1* 17.5 11
87.5701 8 0.219 12 0.219 12 0.0 0.29 5 3.33 18
88.9541 8 0.035 14 0.035 14 0.0 0.046 20 0.53 22
89.9048 4 0.056 21 0.069 20 0.12 5 0.09 4 1.1 3
92.6528 18 0.073 10 0.072 10 0.04 3 0.09 8*1* 1.09 15
98.5828 19 0.059 14 0.059 14 0.0 0.078 23 0.90 22
99.6388 14 0.062 8 0.061 8 0.07 3 0.08 3 0.93 12
105.1624 4 1.002 20 1.001 20 0.8 3 1.3 4*2* 15.2 3
107.9006 15 0.038 6 0.038 6 0.0 0.050 12 0.58 9
107.9556 7 0.116 12 0.111 11 0.11 3 0.15 4*1* 1.69 16
109.7438 12 0.021 8 0.021 8 0.0 0.028 12 0.32 12
111.0049 5 0.36 3 0.307 21*1* 0.33 3 0.40 4*2* 4.7 3
112.4933 7 0.033 6 0.033 6 0.0 0.043 11 0.50 9
114.5435 4 4.02 4 4.01 4 3.2 10 5.3 17*2* 61.0 6
130.0265 4 1.02 7 0.86 4*2* 0.94 6 1.13 8*3* 13.0 6
144.4793 5 0.94 22 0.94 22 0.0 1.2 4 14 3
144.4796 4 5.0 19 4.53 18 5.96 23 5.97 23 69 3
149.7179 5 6.5 18 5.41 19 7.11 25 7.13 25 82 3
153.6683 8 0.101 16 0.095 14 0.10 3 0.13 4 1.45 21
156.0031 5 0.116 18 0.110 15 0.12 4 0.15 4 1.68 23
161.7203 5 0.23 3 0.219 25 0.27 5 0.29 5 3.3 4
165.7353 4 2.9 9 2.50 10 3.29 12 3.30 12 38.0 14
169.3218 15 0.022 12 0.031 11 0.051 25 0.041 20 0.48 17
171.8552 6 0.27 17 0.30 3 0.39 4 0.39 4 4.5 4
174.9242 8 0.028 6 0.029 6 0.05 4 0.04 3 0.44 9
175.8980 21 0.015 3 0.015 3 0.0 0.020 5 0.23 4
176.5241 7 0.294 18 0.292 18 0.34 8 0.38 10 4.4 3
180.9928 4 3.5 9 2.97 21 3.9 3 3.9 3 45 3
183.1923 5 0.0 0.0 0.0 0.0 0.0
185.0031 24 0.016 5 0.016 5 0.0 0.022 7 0.25 7
192.6315 15 0.016 3 0.016 3 0.0 0.021 5 0.24 4
197.3138 10 0.028 6 0.028 6 0.0 0.037 10 0.43 9
198.2339 7 0.071 8 0.071 8 0.0 0.094 20 1.08 12
198.5260 7 0.6 5 0.7 3 1.0 6 0.9 5 10 5
203.971 3 0.034 5 0.034 5 0.0 0.045 10 0.52 7
204.4483 4 6.58 8 6.58 8 9 6 9 6 100.0 12
204.7821 8 0.19 4 0.19 4 0.0 0.25 7 2.9 6
214.5175 18 0.024 5 0.024 5 0.0 0.032 8 0.37 7
218.4033 18 0.013 4 0.013 4 0.0 0.018 6 0.20 6
219.7058 4 2.7 6 2.7 6 3.6 23 3.6 22 41 9
226.4604 21 0.012 5 0.012 5 0.0 0.015 7 0.18 7
231.0987 13 0.065 12 0.065 12 0.0 0.086 22 0.99 18
231.4224 17 0.010 3 0.010 3 0.0 0.013 4 0.15 4
231.502 3 0.021 6 0.021 6 0.0 0.028 9 0.32 9
231.8334 5 0.39 19 0.45 8 0.60 11 0.59 11 6.8 12
235.1888 5 0.94 5 0.94 5 1.2 5 1.2 5 14.3 7
237.2390 7 4 3 4.2 13 5.5 20 5.5 20 63 20
242.0626 15 0.055 16 0.055 16 0.0 0.072 25 0.84 25
242.6223 7 0.91 4 0.91 4 1.3 8 1.2 8 13.8 6
243.5730 8 0.036 10 0.036 10 0.0 0.047 16 0.55 15
245.9484 15 0.054 14 0.053 12 0.07 3 0.07 3 0.81 18
252.148 3 0.015 3 0.015 3 0.0 0.020 5 0.23 4
256.4548 8 0.091 24 0.084 17 0.10 3 0.11 4 1.3 3
260.3406 11 0.078 18 0.078 14 0.10 3 0.10 3 1.19 21
263.8779 8 0.0164 18 0.0164 18 0.0 0.022 5 0.25 3
263.8783 8 0.0 0.025 20 0.03 3 0.03 3 0.4 3
266.8827 6 0.13 3 0.117 18 0.13 3 0.15 4 1.8 3
268.5507 13 0.14 7 0.158 25 0.21 4 0.21 3 2.4 4
269.1768 18 0.063 16 0.063 16 0.0 0.08 3 0.96 25
276.587 4 0.007 7 0.018 11*1* 0.03 3 0.024 19 0.27 17
288.1841 15 0.10 8 0.130 17 0.172 23 0.171 23 2.0 3
289.2256 17 0.035 6 0.035 6 0.0 0.046 11 0.53 9
297.233 5 0.0076 18 0.0076 18 0.0 0.010 3 0.12 3
300.6401 13 0.036 8 0.036 8 0.0 0.047 14 0.55 12
303.6178 15 0.12 3 0.113 16 0.14 3 0.15 3 1.71 25
311.0192 5 2.0 8 1.90 9 2.50 11 2.50 11 28.8 13
332.5270 7 0.035 3 0.035 3 0.045 23 0.046 23 0.53 4
335.2749 18 0.012 4 0.012 4 0.0 0.015 6 0.18 6
342.7130 6 0.106 10 0.106 10 0.0 0.14 3 1.61 15
343.5525 13 0.2 3 0.26 14 0.36 21 0.34 20 3.9 22
345.194 3 0.0227 8 0.0227 8 0.0 0.030 5 0.345 12
352.9888 20 0.46 13 0.42 4 0.55 5 0.55 5 6.4 5
359.3565 23 0.066 8 0.068 8 0.14 8 0.09 5 1.03 12
360.8269 17 0.061 3 0.061 3 0.09 5 0.08 5 0.93 4
364.0144 16 0.0142 18 0.0142 18 0.0 0.019 4 0.22 3
365.8888 15 0.011 4 0.011 4 0.0 0.014 5 0.16 6
367.5555 15 0.084 17 0.090 17 0.19 10 0.12 7 1.4 3
368.4213 15 0.061 5 0.061 5 0.0 0.080 15 0.93 7
370.5219 20 0.088 8 0.089 8 0.16 8 0.12 6 1.35 12
371.1715 17 0.0240 9 0.0242 9 0.15 13 0.03 3 0.367 14
378.1982 15 0.0196 18 0.0197 18 0.04 3 0.026 21 0.30 3
382.7369 25 0.022 8 0.022 8 0.0 0.029 12 0.33 12
384.0791 18 1.6 7 1.48 8 1.95 10 1.95 10 22.5 12
384.2847 16 0.141 5 0.141 5 0.0 0.19 3 2.14 7
388.1805 21 0.0822 18 0.0822 18 0.10 3 0.11 4 1.25 3
396.758 4 0.0 0.075 24*2* 0.10 3 0.10 3 1.1 4
400.1151 15 0.4 6 0.54 4 0.72 6 0.72 6 8.3 7
400.6637 20 0.148 22 0.148 22 0.0 0.20 5 2.2 3
408.3573 7 0.143 5 0.143 5 0.24 23 0.19 18 2.17 7
411.5057 15 2.0 6 1.81 12 2.37 16 2.38 16 27.5 18
413.1333 14 0.080 4 0.081 4 0.16 9 0.11 6 1.23 6
415.7049 20 0.0373 18 0.0374 18 0.06 3 0.049 25 0.57 3
416.292 5 0.0116 18 0.0116 18 0.0 0.015 4 0.18 3
418.1968 19 0.057 4 0.057 4 0.08 3 0.08 3 0.87 6
422.227 6 0.013 3 0.013 3 0.0 0.018 5 0.20 4
424.6936 21 0.381 16 0.381 16 0.6 4 0.5 4 5.79 25
426.783 3 0.147 5 0.147 4 0.19 6 0.19 6 2.23 7
429.0388 15 0.237 5 0.237 5 0.31 11 0.31 11 3.60 7
433.0827 14 0.076 5 0.076 4 0.07 3 0.10 4 1.15 7
438.624 14 0.009 3 0.009 3 0.0 0.012 4 0.14 4
440.5097 20 0.048 7 0.051 8 0.13 9 0.07 4 0.77 11
442.1492 14 0.391 12 0.391 12 0.51 18 0.52 18 5.94 18
446.328 3 1.33 3 1.33 3 1.6 8 1.8 9 20.2 5
448.3105 24 0.082 4 0.082 4 0.07 4 0.11 6*1* 1.25 6
454.2725 16 0.208 8 0.208 8 0.29 12 0.27 11 3.16 12
454.688 4 0.0289 18 0.0289 18 0.0 0.038 7 0.44 3
456.0456 13 1.010 20 1.010 20 1.2 6 1.3 7 15.3 3
457.4068 14 0.36 6 0.36 6 0.0 0.47 12 5.5 9
457.4102 19 0.0 0.42 5 0.56 5 0.56 5 6.4 6
460.4655 17 0.075 5 0.075 4 0.06 4 0.10 6 1.14 7
463.287 4 0.0236 18 0.0236 18 0.0 0.031 6 0.36 3
464.405 5 0.0080 18 0.0080 18 0.0 0.011 3 0.12 3
466.3901 15 0.040 6 0.041 6 0.07 4 0.05 3 0.62 9
467.310 3 0.016 6 0.016 6 0.0 0.021 9 0.24 9
467.8599 10 0.0 0.0 0.0 0.0 0.0
468.4737 20 0.0 0.3 5 0.5 7 0.4 7 5 8
468.7756 15 0.310 20 0.310 20 0.0 0.41 8 4.7 3
472.6613 14 0.342 16 0.343 16 0.6 3 0.45 23 5.21 25
473.5787 13 0.26 4 0.26 4 0.15 12 0.3 3*1* 3.9 6
477.027 4 0.0 0.18 8 0.24 6 0.24 6 2.8 7
481.3491 20 0.109 6 0.109 6 0.11 5 0.14 6 1.65 9
483.9232 14 0.056 3 0.056 3 0.0 0.074 13 0.86 4
485.210 4 0.136 10 0.134 10 0.14 5 0.18 6 2.04 15
487.7812 15 0.028 5 0.028 5 0.0 0.037 9 0.43 7
491.204 4 0.0173 18 0.0173 18 0.0 0.023 5 0.26 3
493.3427 21 0.049 5 0.049 5 0.0 0.064 13 0.74 7
494.112 4 0.011 20 0.04 3*1* 0.06 4 0.05 4 0.6 4
496.5721 18 0.712 24 0.710 24 0.80 18 0.94 22 10.8 4
499.0265 15 0.300 8 0.300 8 0.0 0.40 7 4.56 12
499.5558 22 0.51 23 0.55 22 0.9 7 0.7 6 8 3
504.328 11 0.028 3 0.028 3 0.0 0.037 7 0.43 4
505.018 7 0.72 11 0.71 9 0.90 20 0.93 21 10.8 14
505.341 9 0.0 0.64 21 0.84 9 0.84 9 9.7 10
512.1370 15 1.2 11 1.4 6 2.0 10 1.9 10 22 10
512.6082 16 0.044 9 0.048 9 0.11 7 0.06 4 0.72 13
517.053 4 0.112 8 0.112 8 0.0 0.15 3 1.70 12
517.401 7 0.022 4 0.023 4 0.05 5 0.03 3 0.34 6
523.3590 19 0.424 18 0.422 18 0.48 11 0.56 13 6.4 3
525.177 4 0.0 0.05 5 0.07 6 0.07 6 0.8 7
525.178 4 0.063 3 0.063 3 0.0 0.083 15 0.95 4
526.917 11 0.017 3 0.017 3 0.0 0.023 5 0.26 4
532.4282 15 0.355 20 0.356 20 0.6 5 0.5 4 5.4 3
532.858 3 0.094 8 0.094 8 0.0 0.124 24 1.43 12
535.8285 13 1.08 4 1.07 4 1.18 24 1.4 3 16.3 6
537.9914 17 0.87 3 0.87 3 1.00 25 1.1 3 13.2 4
538.6217 15 0.063 6 0.063 6 0.0 0.083 17 0.96 9
541.053 17 0.017 3 0.017 3 0.0 0.023 5 0.26 4
544.053 9 0.060 6 0.060 6 0.07 4 0.08 5 0.91 9
551.5143 20 0.97 3 0.97 3 0.0 1.28 23 14.8 5
557.744 4 0.091 3 0.091 3 0.07 4 0.12 8*1* 1.38 4
561.744 7 0.027 6 0.027 6 0.0 0.036 10 0.41 9
562.4437 22 0.77 4 0.76 4 0.85 17 1.01 20 11.6 5
565.2771 16 1.43 5 1.43 5 1.6 6 1.9 7 21.7 7
569.1729 21 0.7 5 0.8 3 1.0 5 1.0 4 11 4
569.5436 23 0.329 16 0.329 16 0.0 0.43 8 5.00 25
573.017 4 0.292 10 0.292 10 0.0 0.38 7 4.44 15
573.017 4 0.0 0.23 14 0.30 18 0.30 18 3.5 21
575.1348 15 0.026 3 0.026 3 0.0 0.035 7 0.40 4
581.2686 15 0.398 22 0.396 22 0.32 14 0.52 23*1* 6.0 3
582.252 5 0.038 20 0.038 20 0.0 0.05 3 0.6 3
585.1543 14 0.58 3 0.568 25 0.60 10 0.75 13*1* 8.6 4
589.0854 14 0.552 18 0.551 18 0.58 21 0.7 3 8.4 3
590.2272 20 1.21 6 1.19 6 1.27 23 1.6 3*1* 18.1 9
593.826 4 0.012 3 0.012 3 0.0 0.016 4 0.18 4
599.1892 19 0.128 14 0.127 13 0.16 5 0.17 6 1.93 20
601.9783 23 0.168 8 0.167 8 0.13 6 0.22 10*1* 2.54 12
602.600 12 0.034 6 0.034 6 0.0 0.045 11 0.52 9
603.9900 16 1.08 4 1.08 4 1.4 8 1.4 8 16.4 6
606.355 7 0.058 8 0.058 8 0.04 5 0.08 8 0.88 12
610.0311 15 0.147 12 0.147 12 0.18 8 0.19 9 2.23 18
611.6587 13 0.53 3 0.53 3 0.8 5 0.7 5 8.1 5
619.423 3 0.209 10 0.208 10 0.23 8 0.27 10 3.17 15
621.812 3 0.093 10 0.093 10 0.0 0.123 25 1.41 15
623.1416 14 0.178 10 0.178 10 0.27 12 0.24 10 2.71 15
626.863 5 0.049 3 0.049 3 0.0 0.064 12 0.74 4
632.4314 22 0.70 3 0.70 3 0.74 12 0.92 15*1* 10.6 4
634.681 3 0.043 4 0.043 4 0.0 0.056 11 0.65 6
637.900 3 1.36 5 1.33 4 1.25 15 1.75 21*3* 20.2 7
637.9021 19 1.36 5 1.36 5 0.0 1.8 3 20.7 7
640.7789 25 0.636 24 0.633 24 0.70 15 0.83 17 9.6 4
648.7440 15 0.324 12 0.323 12 0.24 10 0.43 18*1* 4.91 18
650.3716 14 1.35 3 1.35 3 1.5 3 1.8 4*1* 20.5 4
655.596 17 0.0 0.0 0.0 0.0 0.0
658.913 5 1.50 14 1.37 10 1.56 18 1.80 21*1* 20.8 15
664.9155 14 0.281 10 0.280 10 0.30 8 0.37 10 4.26 15
666.627 10 0.060 5 0.060 5 0.0 0.079 15 0.91 7
669.656 4 0.329 6 0.329 6 0.31 8 0.43 11*1* 4.99 9
670.753 7 0.14 14 0.11 6 0.12 8 0.14 10 1.6 9
679.5824 20 0.117 5 0.117 5 0.0 0.15 3 1.78 7
680.5481 22 0.452 24 0.436 22 0.41 6 0.57 9*2* 6.6 3
693.2839 13 0.40 6 0.36 5 0.30 8 0.47 12*2* 5.4 7
694.085 13 0.09 14 0.09 14 0.0 0.12 19 1.4 22
695.118 14 0.065 6 0.065 6 0.09 4 0.09 4 0.99 9
703.6284 14 0.9 6 1.0 4 1.3 6 1.3 6 15 6
703.9637 15 0.96 6 0.96 6 0.0 1.27 23 14.6 9
703.998 3 0.96 6 0.96 6 0.0 1.27 23 14.6 9
707.8495 14 0.380 8 0.380 8 0.0 0.50 9 5.78 12
709.381 3 0.081 5 0.081 5 0.0 0.107 20 1.23 7
710.7666 25 0.63 3 0.603 23 0.60 6 0.79 8*3* 9.2 4
711.1335 15 0.25 3 0.25 3 0.0 0.32 7 3.7 4
713.524 3 0.048 6 0.048 6 0.0 0.063 14 0.73 9
714.433 5 0.067 8 0.067 8 0.0 0.088 19 1.02 12
719.2610 22 1.21 11 1.11 8 1.01 16 1.46 23*2* 16.8 13
720.8215 21 0.640 10 0.638 10 0.57 10 0.84 15*2* 9.70 15
724.585 3 0.91 4 0.90 4 0.68 24 1.2 4*2* 13.7 6
733.8104 19 0.040 5 0.040 5 0.0 0.052 11 0.60 7
739.794 4 0.221 8 0.221 8 0.11 13 0.3 3*1* 3.36 12
744.765 7 0.112 16 0.109 14 0.12 4 0.14 5 1.65 22
748.2310 19 0.077 5 0.077 5 0.0 0.101 19 1.17 7
760.023 7 0.035 4 0.035 4 0.0 0.046 9 0.53 6
779.7938 15 0.062 8 0.062 8 0.0 0.082 18 0.94 12
781.278 7 0.0 0.15 6 0.20 8 0.20 8 2.3 10
781.279 7 0.143 5 0.143 5 0.0 0.19 3 2.17 7
781.832 4 0.068 8 0.068 8 0.0 0.090 19 1.03 12
784.900 4 0.0 0.14 6 0.18 8 0.18 8 2.1 10
790.216 4 0.192 6 0.192 6 0.17 6 0.25 9*1* 2.91 9
800.416 3 0.097 6 0.097 6 0.0 0.128 24 1.47 9
800.424 6 0.097 6 0.097 6 0.12 5 0.13 5 1.47 9
810.7259 21 0.250 8 0.250 8 0.16 11 0.33 22*1* 3.79 12
815.624 4 1.092 14 1.092 14 0.8 4 1.4 8*1* 16.59 22
818.5067 15 0.315 8 0.314 8 0.23 10 0.41 17*1* 4.78 12
824.0611 20 0.378 12 0.376 12 0.32 8 0.50 12*2* 5.71 18
844.677 9 0.166 6 0.165 6 0.15 4 0.22 6*1* 2.51 9
854.337 4 1.90 6 1.89 6 1.4 6 2.5 10*1* 28.8 9
866.522 6 0.488 16 0.487 16 0.35 16 0.6 3*1* 7.40 25
869.401 4 0.185 12 0.185 12 0.23 7 0.24 8 2.81 18
886.5560 21 0.246 10 0.243 10 0.23 5 0.32 7*1* 3.70 15
890.047 3 0.132 8 0.132 8 0.0 0.17 3 2.01 12
914.7367 15 0.036 23 0.050 21 0.08 5 0.07 4 0.8 3
920.507 9 0.104 8 0.103 8 0.11 5 0.14 6 1.57 12
928.265 4 0.534 16 0.533 16 0.37 19 0.7 4*1* 8.10 25
940.991 14 0.090 16 0.088 15 0.06 5 0.12 9*1* 1.34 23
943.522 4 0.312 10 0.311 10 0.24 9 0.41 15*1* 4.73 15
956.145 3 0.446 20 0.444 20 0.33 14 0.58 25*1* 6.7 3
959.201 4 0.343 10 0.342 10 0.28 8 0.45 13*2* 5.19 15
959.220 9 0.343 10 0.343 10 0.0 0.45 8 5.21 15
964.327 5 0.141 8 0.141 8 0.08 7 0.19 16*1* 2.14 12
973.121 12 0.160 10 0.160 10 0.10 8 0.21 17*1* 2.42 15
979.927 3 0.0 0.0 0.0 0.0 0.0
984.978 5 0.0 0.0 0.0 0.0 0.0
987.453 3 0.372 12 0.370 12 0.30 9 0.49 15*2* 5.63 18
995.714 4 0.101 20 0.098 18 0.11 5 0.13 6 1.5 3
998.253 4 0.255 8 0.254 8 0.20 7 0.33 12*1* 3.86 12
1000.898 10 0.299 14 0.297 14 0.23 8 0.39 14*1* 4.51 21
1018.431 10 0.209 16 0.209 16 0.0 0.28 5 3.18 25
1027.820 12 0.47 3 0.46 3 0.26 23 0.6 5*1* 7.0 5
1040.1331 14 0.417 20 0.416 20 0.25 19 0.5 4*1* 6.3 3
1043.108 12 0.285 16 0.284 16 0.19 11 0.37 22*1* 4.31 24
1045.353 12 0.136 10 0.136 10 0.0 0.18 3 2.07 15
1061.868 14 0.37 3 0.37 3 0.0 0.49 10 5.7 5
1070.969 6 0.230 14 0.230 14 0.0 0.30 6 3.50 22
1091.581 3 0.0 0.0 0.0 0.0 0.0
1101.996 3 0.155 12 0.154 12 0.10 6 0.20 12*1* 2.34 18
1140.192 4 0.47 3 0.47 3 0.0 0.62 11 7.2 4
1154.112 12 0.136 18 0.136 18 0.0 0.18 4 2.1 3
1171.966 11 0.197 16 0.194 16 0.14 6 0.26 11*1* 2.95 24
1178.905 4 0.89 6 0.88 6 0.6 4 1.2 8*1* 13.4 9
1184.563 14 0.30 5 0.28 4 0.20 9 0.37 16*1* 4.3 6
1210.678 11 0.562 18 0.561 18 0.36 23 0.7 5*1* 8.5 3
1226.345 12 0.233 16 0.232 16 0.12 12 0.3 3*1* 3.53 25
1238.136 10 0.11 3 0.098 24 0.11 4 0.13 5 1.5 4
1265.057 12 0.17 5 0.16 3 0.21 5 0.21 5 2.5 4
1354.71 7 0.21 8 0.15 4 0.13 5 0.20 7*1* 2.3 6
1375.4 9 0.0 0.0 0.0 0.0 0.0
1433.7 6 0.0 0.0 0.0 0.0 0.0
1442.8 6 0.0 0.0 0.0 0.0 0.0
1467.8 5 0.0 0.0 0.0 0.0 0.0
1516.5 5 0.0 0.0 0.0 0.0 0.0
1530.3 8 0.0 0.0 0.0 0.0 0.0
1604.9 7 0.0 0.0 0.0 0.0 0.0
1642.9 22 0.0 0.0 0.0 0.0 0.0
1669.8 5 0.0 0.0 0.0 0.0 0.0
1791.9 22 0.0 0.0 0.0 0.0 0.0
1818.0 8 0.0 0.0 0.0 0.0 0.0
1844.9 22 0.0 0.0 0.0 0.0 0.0
1859.3 4 0.0 0.0 0.0 0.0 0.0
1942.9 22 0.0 0.0 0.0 0.0 0.0
1950.5 4 0.0 0.0 0.0 0.0 0.0
4641.4 4 0.0 0.24 8 0.32 6 0.32 6 3.7 7
4648.9 22 0.0 0.0 0.0 0.0 0.0
4732.6 4 0.0 0.44 14 0.58 10 0.58 10 6.7 12
4746.9 22 0.0 0.0 0.0 0.0 0.0
4773.8 8 0.0 0.12 6 0.16 6 0.16 6 1.8 7
4799.9 22 0.0 0.0 0.0 0.0 0.0
4922.1 5 0.0 0.20 7 0.26 6 0.26 6 3.0 7
4948.9 22 0.0 0.0 0.0 0.0 0.0
4987.0 6 0.0 0.12 6 0.16 6 0.16 6 1.8 7
5061.6 8 0.0 0.08 4 0.10 4 0.10 4 1.2 5
5075.3 5 0.21 9 0.26 7 0.39 14 0.34 12 4.0 11
5124.1 5 0.19 5 0.20 4 0.28 8 0.26 8 3.0 6
5149.1 6 0.0 0.24 8 0.31 8 0.31 8 3.6 10
5158.2 6 0.68 6 0.67 6 0.47 21 0.9 4*1* 10.1 9
5216.5 9 0.0 0.07 4 0.09 5 0.09 5 1.1 6
5326.80 11 0.14 10 0.14 4 0.18 6 0.18 6 2.1 7
5353.72 11 0.08 11 0.14 4 0.19 6 0.19 6 2.1 7
5381.18 11 0.06 12 0.13 5 0.18 6 0.18 6 2.0 7
5399.03 11 0.18 4 0.16 3 0.14 5 0.21 8*1* 2.5 4
5412.95 11 0.31 3 0.31 3 0.39 10 0.41 11 4.7 5
5423.08 11 0.18 4 0.18 3 0.24 6 0.24 6 2.7 4
5431.26 11 0.0 0.17 5 0.23 6 0.23 6 2.7 7
5443.88 11 0.0 0.11 4 0.15 5 0.15 5 1.7 6
5451.91 11 0.0 0.11 4 0.15 5 0.15 5 1.7 6
5513.01 11 0.12 3 0.12 3 0.0 0.16 5 1.8 5
5683.40 11 0.06 4 0.07 3 0.10 4 0.10 4 1.1 4
5728.48 11 0.14 14 0.19 5 0.26 6 0.26 6 3.0 7
5731.36 11 0.88 3 0.88 3 0.0 1.16 21 13.4 5
5737.51 11 0.0 1.08 12 1.42 14 1.42 14 16.4 17
5769.45 11 0.0 0.0 0.0 0.0 0.0
5809.69 11 0.0 0.11 3*1* 0.15 4 0.15 4 1.7 5
5858.03 11 0.23 7 0.26 6 0.41 16 0.35 13 4.0 10
5898.56 11 0.32 3 0.31 3 0.35 8 0.41 10 4.7 4
5908.27 11 0.31 8 0.34 7 0.49 16 0.44 14 5.1 11
5941.47 11 0.0 1.15 12 1.51 14 1.51 14 17.4 17
5943.09 11 0.78 3 0.78 3 0.0 1.03 18 11.9 5
6001.61 11 0.60 3 0.60 3 1.0 5 0.8 4 9.1 5
6354.59 11 0.19 9 0.25 8 0.42 20 0.33 16 3.9 13
6372.12 11 0.08 3 0.073 22 0.09 4 0.10 4 1.1 3
6387.37 11 0.80 3 0.80 3 1.5 15 1.1 10 12.2 4
6442.10 11 0.2 4 0.35 7 0.47 9 0.47 9 5.4 10
6553.10 11 0.49 3 0.49 3 0.0 0.65 12 7.4 5
6591.81 11 0.021 20 0.021 20 0.0 0.03 3 0.3 3
-----------------------------------------------------------------------------------------------------------------------------------
V
CHI/F .1325053 1.1583963
SKEW -.2280642 -1.8035331
NDEGREES 289 199
ITERATION - 5
LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.182 12 .0000
31.6939 6 0.20 3 .0000
38.7130 3 3.0 7 .0000
41.7741 18 0.43 4 .0000
63.9546 15 2.0 20 .0000
63.9550 16 0.41 12 .0000
66.0982 4 5.9 11 .0003
68.6489 4 0.12 12 .0000
68.6492 3 31 3 .6174
69.9879 5 2.2 7 .0000
75.8305 3 11.5 15 .1213
87.5211 7 18.4 17 1.0797
87.5701 8 3.33 18 .0000
88.9541 8 0.53 22 .0000
89.9048 4 1.0 3 .2705
92.6528 18 1.10 15 .5280
98.5828 19 0.90 22 .0000
99.6388 14 0.93 12 .1390
105.1624 4 15.2 3 .5139
107.9006 15 0.58 9 .0000
107.9556 7 1.72 17 .6298
109.7438 12 0.32 12 .0000
111.0049 5 5.0 6 1.1222
112.4933 7 0.50 9 .0000
114.5435 4 61.0 6 .5118
130.0265 4 13.7 17 1.1529
144.4793 5 14 3 .0000
144.4796 4 69 3 .0343
149.7179 5 82 3 .1851
153.6683 8 1.46 21 .4328
156.0031 5 1.68 24 .3118
161.7203 5 3.3 4 .1041
165.7353 4 37.9 15 .0841
169.3218 15 0.47 18 .3359
171.8552 6 4.5 5 .0113
174.9242 8 0.43 9 .0439
175.8980 21 0.23 4 .0000
176.5241 7 4.4 3 .1398
180.9928 4 45 4 .2025
183.1923 5 0.0 .0000
185.0031 24 0.25 7 .0000
192.6315 15 0.24 4 .0000
197.3138 10 0.43 9 .0000
198.2339 7 1.08 12 .0000
198.5260 7 10 5 .0285
203.971 3 0.52 7 .0000
204.4483 4 100.0 12 .0000
204.7821 8 2.9 6 .0000
214.5175 18 0.37 7 .0000
218.4033 18 0.20 6 .0000
219.7058 4 41 9 .0003
226.4604 21 0.18 7 .0000
231.0987 13 0.99 18 .0000
231.4224 17 0.15 4 .0000
231.502 3 0.32 9 .0000
231.8334 5 6.8 12 .0422
235.1888 5 14.3 7 .0075
237.2390 7 63 21 .0004
242.0626 15 0.84 25 .0000
242.6223 7 13.8 6 .0038
243.5730 8 0.55 15 .0000
245.9484 15 0.81 19 .0104
252.148 3 0.23 4 .0000
256.4548 8 1.3 3 .1468
260.3406 11 1.18 22 .0000
263.8779 8 0.25 3 .0000
263.8783 8 0.4 3 .0000
266.8827 6 1.8 3 .3071
268.5507 13 2.4 4 .0310
269.1768 18 0.96 25 .0000
276.587 4 0.33 24 .8682
288.1841 15 2.0 3 .0864
289.2256 17 0.53 9 .0000
297.233 5 0.12 3 .0000
300.6401 13 0.55 12 .0000
303.6178 15 1.7 3 .1684
311.0192 5 28.7 14 .0108
332.5270 7 0.53 4 .0007
335.2749 18 0.18 6 .0000
342.7130 6 1.61 15 .0000
343.5525 13 3.9 23 .0512
345.194 3 0.345 12 .0000
352.9888 20 6.3 6 .0570
359.3565 23 1.03 12 .1937
360.8269 17 0.93 4 .0109
364.0144 16 0.22 3 .0000
365.8888 15 0.16 6 .0000
367.5555 15 1.4 3 .2407
368.4213 15 0.93 7 .0000
370.5219 20 1.35 12 .1200
371.1715 17 0.367 14 .3662
378.1982 15 0.30 3 .0526
382.7369 25 0.33 12 .0000
384.0791 18 22.4 13 .0081
384.2847 16 2.14 7 .0000
388.1805 21 1.25 3 .0384
396.758 4 1.1 4 2.1840
400.1151 15 8.2 7 .0177
400.6637 20 2.2 3 .0000
408.3573 7 2.17 7 .0212
411.5057 15 27.4 19 .0613
413.1333 14 1.23 6 .1530
415.7049 20 0.57 3 .0874
416.292 5 0.18 3 .0000
418.1968 19 0.87 6 .0023
422.227 6 0.20 4 .0000
424.6936 21 5.79 25 .0073
426.783 3 2.23 7 .0075
429.0388 15 3.60 7 .0012
433.0827 14 1.15 7 .3323
438.624 14 0.14 4 .0000
440.5097 20 0.76 11 .2902
442.1492 14 5.94 18 .0008
446.328 3 20.2 5 .0136
448.3105 24 1.25 6 .5750
454.2725 16 3.16 12 .0120
454.688 4 0.44 3 .0000
456.0456 13 15.3 3 .0392
457.4068 14 5.5 9 .0000
457.4102 19 6.4 6 .2312
460.4655 17 1.14 7 .4133
463.287 4 0.36 3 .0000
464.405 5 0.12 3 .0000
466.3901 15 0.62 9 .0647
467.310 3 0.24 9 .0000
467.8599 10 0.0 .0000
468.4737 20 5 8 .4884
468.7756 15 4.7 3 .0000
472.6613 14 5.21 25 .0999
473.5787 13 4.0 6 .5299
477.027 4 2.8 7 .3922
481.3491 20 1.65 9 .2572
483.9232 14 0.86 4 .0000
485.210 4 2.05 15 .3182
487.7812 15 0.43 7 .0000
491.204 4 0.26 3 .0000
493.3427 21 0.74 7 .0000
494.112 4 0.7 5 .5711
496.5721 18 10.8 4 .2512
499.0265 15 4.56 12 .0000
499.5558 22 8 3 .0309
504.328 11 0.43 4 .0000
505.018 7 10.8 14 .0205
505.341 9 9.6 11 .4237
512.1370 15 21 10 .0192
512.6082 16 0.72 13 .2808
517.053 4 1.70 12 .0000
517.401 7 0.34 6 .0768
523.3590 19 6.4 3 .2202
525.177 4 0.8 8 .0000
525.178 4 0.95 4 .0000
526.917 11 0.26 4 .0000
532.4282 15 5.4 3 .0296
532.858 3 1.43 12 .0000
535.8285 13 16.3 6 .4391
537.9914 17 13.2 4 .1534
538.6217 15 0.96 9 .0000
541.053 17 0.26 4 .0000
544.053 9 0.91 9 .0245
551.5143 20 14.8 5 .0000
557.744 4 1.38 4 .5112
561.744 7 0.41 9 .0000
562.4437 22 11.6 5 .3980
565.2771 16 21.7 7 .1357
569.1729 21 11 4 .0043
569.5436 23 5.00 25 .0000
573.017 4 4.44 15 .0000
573.017 4 3.4 23 .0000
575.1348 15 0.40 4 .0000
581.2686 15 6.0 3 .5207
582.252 5 0.6 3 .0000
585.1543 14 8.7 4 .5691
589.0854 14 8.4 3 .2299
590.2272 20 18.2 9 .5694
593.826 4 0.18 4 .0000
599.1892 19 1.93 20 .0307
601.9783 23 2.55 12 .5173
602.600 12 0.52 9 .0000
603.9900 16 16.4 6 .0005
606.355 7 0.88 12 .2151
610.0311 15 2.23 18 .0132
611.6587 13 8.1 5 .0224
619.423 3 3.17 15 .1363
621.812 3 1.41 15 .0000
623.1416 14 2.71 15 .0363
626.863 5 0.74 4 .0000
632.4314 22 10.6 4 .5673
634.681 3 0.65 6 .0000
637.900 3 20.6 7 .5985
637.9021 19 20.7 7 .0000
640.7789 25 9.6 4 .3937
648.7440 15 4.92 18 .5161
650.3716 14 20.5 4 .5242
655.596 17 0.0 .0000
658.913 5 21.5 18 .9911
664.9155 14 4.26 15 .3253
666.627 10 0.91 7 .0000
669.656 4 5.00 9 .5190
670.753 7 1.6 10 .0585
679.5824 20 1.78 7 .0000
680.5481 22 6.8 4 .6378
693.2839 13 5.9 9 .8104
694.085 13 1.4 22 .0000
695.118 14 0.99 9 .0000
703.6284 14 15 6 .0090
703.9637 15 14.6 9 .0000
703.998 3 14.6 9 .0000
707.8495 14 5.78 12 .0000
709.381 3 1.23 7 .0000
710.7666 25 9.5 4 .6875
711.1335 15 3.7 4 .0000
713.524 3 0.73 9 .0000
714.433 5 1.02 12 .0000
719.2610 22 18.1 15 .8205
720.8215 21 9.72 15 .5205
724.585 3 13.8 6 .5208
733.8104 19 0.60 7 .0000
739.794 4 3.36 12 .5076
744.765 7 1.66 22 .1344
748.2310 19 1.17 7 .0000
760.023 7 0.53 6 .0000
779.7938 15 0.94 12 .0000
781.278 7 2.3 10 .0000
781.279 7 2.17 7 .0000
781.832 4 1.03 12 .0000
784.900 4 2.1 10 .0000
790.216 4 2.91 9 .5180
800.416 3 1.47 9 .0000
800.424 6 1.47 9 .0078
810.7259 21 3.80 12 .5100
815.624 4 16.59 22 .5099
818.5067 15 4.78 12 .5130
824.0611 20 5.74 18 .5273
844.677 9 2.52 9 .5308
854.337 4 28.9 9 .5156
866.522 6 7.41 25 .5142
869.401 4 2.81 18 .0078
886.5560 21 3.73 15 .5453
890.047 3 2.01 12 .0000
914.7367 15 0.7 3 .2035
920.507 9 1.57 12 .1041
928.265 4 8.11 25 .5119
940.991 14 1.34 24 .5195
943.522 4 4.74 15 .5168
956.145 3 6.8 3 .5189
959.201 4 5.21 15 .5203
959.220 9 5.21 15 .0000
964.327 5 2.14 12 .5106
973.121 12 2.43 15 .5115
979.927 3 0.0 .0000
984.978 5 0.0 .0000
987.453 3 5.65 18 .5210
995.714 4 1.5 3 .1191
998.253 4 3.87 12 .5179
1000.898 10 4.54 21 .5249
1018.431 10 3.18 25 .0000
1027.820 12 7.1 5 .5117
1040.1331 14 6.3 3 .5108
1043.108 12 4.32 25 .5158
1045.353 12 2.07 15 .0000
1061.868 14 5.7 5 .0000
1070.969 6 3.50 22 .0000
1091.581 3 0.0 .0000
1101.996 3 2.35 18 .5201
1140.192 4 7.2 4 .0000
1154.112 12 2.1 3 .0000
1171.966 11 2.98 24 .5370
1178.905 4 13.5 9 .5164
1184.563 14 4.4 7 .6071
1210.678 11 8.5 3 .5103
1226.345 12 3.54 25 .5099
1238.136 10 1.5 4 .1645
1265.057 12 2.5 5 .0072
1354.71 7 2.6 8 1.1190
1375.4 9 0.0 .0000
1433.7 6 0.0 .0000
1442.8 6 0.0 .0000
1467.8 5 0.0 .0000
1516.5 5 0.0 .0000
1530.3 8 0.0 .0000
1604.9 7 0.0 .0000
1642.9 22 0.0 .0000
1669.8 5 0.0 .0000
1791.9 22 0.0 .0000
1818.0 8 0.0 .0000
1844.9 22 0.0 .0000
1859.3 4 0.0 .0000
1942.9 22 0.0 .0000
1950.5 4 0.0 .0000
4641.4 4 3.7 8 .0000
4648.9 22 0.0 .0000
4732.6 4 6.7 13 .0000
4746.9 22 0.0 .0000
4773.8 8 1.8 8 .0000
4799.9 22 0.0 .0000
4922.1 5 3.0 8 .0000
4948.9 22 0.0 .0000
4987.0 6 1.8 8 .0000
5061.6 8 1.2 5 .0000
5075.3 5 3.9 11 .1907
5124.1 5 3.0 6 .0335
5149.1 6 3.6 10 .0000
5158.2 6 10.3 9 .5401
5216.5 9 1.1 6 .0000
5326.80 11 2.1 7 .0006
5353.72 11 2.1 7 .1801
5381.18 11 2.0 7 .1651
5399.03 11 2.6 5 .6949
5412.95 11 4.7 5 .0146
5423.08 11 2.7 4 .0002
5431.26 11 2.6 8 .0000
5443.88 11 1.7 6 .4141
5451.91 11 1.7 6 .4198
5513.01 11 1.8 5 .0000
5683.40 11 1.1 4 .0678
5728.48 11 2.9 7 .0693
5731.36 11 13.4 5 .0000
5737.51 11 16.3 18 .0000
5769.45 11 0.0 .0000
5809.69 11 1.7 5 .5787
5858.03 11 3.9 10 .1586
5898.56 11 4.8 4 .2921
5908.27 11 5.1 11 .0772
5941.47 11 17.3 18 .0000
5943.09 11 11.9 5 .0000
6001.61 11 9.1 5 .0742
6354.59 11 3.8 13 .3063
6372.12 11 1.1 4 .0553
6387.37 11 12.2 4 .0360
6442.10 11 5.4 11 .0945
6553.10 11 7.4 5 .0000
6591.81 11 0.3 3 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.169TM(N,G) E=0-136 E 2.169TM(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
17.5332 7 0.0120 8 0.0120 8 0.0 0.016 3 0.182 12
31.6939 6 0.0133 18 0.0133 18 0.0 0.018 4 0.20 3
38.7130 3 0.20 4 0.20 4 0.0 0.26 8*S* 3.0 7
41.7741 18 0.028 3 0.028 3 0.0 0.037 8 0.43 4
63.9546 15 0.0 0.13 14 0.17 18 0.17 18 2.0 20
63.9550 16 0.027 8 0.027 8 0.0 0.036 13 0.41 12
66.0982 4 0.39 8 0.39 7 0.51 22 0.52 22 5.9 11
68.6489 4 0.008 8 0.008 8 0.0 0.011 11 0.12 12
68.6492 3 2.08 20 2.05 20 1.8 9 2.7 14*1* 31 3
69.9879 5 0.15 4 0.15 4 0.0 0.19 7 2.2 7
75.8305 3 0.81 16 0.76 10 0.94 18 1.01 19 11.5 15
87.5211 7 1.29 14 1.21 11 1.29 23 1.6 3*1* 18.4 17
87.5701 8 0.219 12 0.219 12 0.0 0.29 6 3.33 18
88.9541 8 0.035 14 0.035 14 0.0 0.046 21 0.53 22
89.9048 4 0.056 21 0.068 20 0.12 6 0.09 4 1.0 3
92.6528 18 0.073 10 0.073 10 0.04 5 0.10 13*1* 1.10 15
98.5828 19 0.059 14 0.059 14 0.0 0.078 24 0.90 22
99.6388 14 0.062 8 0.061 8 0.07 3 0.08 4 0.93 12
105.1624 4 1.002 20 1.002 20 0.8 5 1.3 9*1* 15.2 3
107.9006 15 0.038 6 0.038 6 0.0 0.050 12 0.58 9
107.9556 7 0.116 12 0.113 11 0.11 4 0.15 5*1* 1.72 17
109.7438 12 0.021 8 0.021 8 0.0 0.028 12 0.32 12
111.0049 5 0.36 5 0.33 4 0.33 8 0.44 10*1* 5.0 6
112.4933 7 0.033 6 0.033 6 0.0 0.044 12 0.50 9
114.5435 4 4.02 4 4.02 4 3.2 21 5 4*1* 61.0 6
130.0265 4 1.02 16 0.90 11 0.94 19 1.19 24*1* 13.7 17
144.4793 5 0.94 22 0.94 22 0.0 1.2 4 14 3
144.4796 4 5.0 19 4.51 19 5.96 24 5.97 24 69 3
149.7179 5 6.5 18 5.39 21 7.1 3 7.1 3 82 3
153.6683 8 0.101 16 0.096 14 0.10 3 0.13 4 1.46 21
156.0031 5 0.116 18 0.111 16 0.12 4 0.15 5 1.68 24
161.7203 5 0.23 3 0.22 3 0.27 5 0.29 6 3.3 4
165.7353 4 2.9 9 2.49 10 3.29 13 3.30 13 37.9 15
169.3218 15 0.022 12 0.031 12 0.05 3 0.041 21 0.47 18
171.8552 6 0.27 17 0.29 3 0.39 4 0.39 4 4.5 5
174.9242 8 0.028 6 0.029 6 0.05 4 0.04 3 0.43 9
175.8980 21 0.015 3 0.015 3 0.0 0.020 5 0.23 4
176.5241 7 0.294 18 0.292 18 0.34 9 0.39 10 4.4 3
180.9928 4 3.5 9 2.96 23 3.9 3 3.9 3 45 4
183.1923 5 0.0 0.0 0.0 0.0 0.0
185.0031 24 0.016 5 0.016 5 0.0 0.022 7 0.25 7
192.6315 15 0.016 3 0.016 3 0.0 0.021 5 0.24 4
197.3138 10 0.028 6 0.028 6 0.0 0.037 11 0.43 9
198.2339 7 0.071 8 0.071 8 0.0 0.094 21 1.08 12
198.5260 7 0.6 5 0.7 3 1.0 6 0.9 6 10 5
203.971 3 0.034 5 0.034 5 0.0 0.045 10 0.52 7
204.4483 4 6.58 8 6.58 8 9 7 9 7 100.0 12
204.7821 8 0.19 4 0.19 4 0.0 0.25 7 2.9 6
214.5175 18 0.024 5 0.024 5 0.0 0.032 9 0.37 7
218.4033 18 0.013 4 0.013 4 0.0 0.018 6 0.20 6
219.7058 4 2.7 6 2.7 6 3.6 24 3.6 24 41 9
226.4604 21 0.012 5 0.012 5 0.0 0.015 7 0.18 7
231.0987 13 0.065 12 0.065 12 0.0 0.086 23 0.99 18
231.4224 17 0.010 3 0.010 3 0.0 0.013 4 0.15 4
231.502 3 0.021 6 0.021 6 0.0 0.028 10 0.32 9
231.8334 5 0.39 19 0.44 8 0.60 12 0.59 12 6.8 12
235.1888 5 0.94 5 0.94 5 1.2 6 1.2 6 14.3 7
237.2390 7 4 3 4.1 14 5.5 21 5.5 21 63 21
242.0626 15 0.055 16 0.055 16 0.0 0.073 25 0.84 25
242.6223 7 0.91 4 0.91 4 1.3 9 1.2 8 13.8 6
243.5730 8 0.036 10 0.036 10 0.0 0.048 16 0.55 15
245.9484 15 0.054 14 0.053 12 0.07 3 0.07 4 0.81 19
252.148 3 0.015 3 0.015 3 0.0 0.020 5 0.23 4
256.4548 8 0.091 24 0.084 18 0.10 3 0.11 4 1.3 3
260.3406 11 0.078 18 0.078 14 0.10 3 0.10 3 1.18 22
263.8779 8 0.0164 18 0.0164 18 0.0 0.022 5 0.25 3
263.8783 8 0.0 0.025 22 0.03 3 0.03 3 0.4 3
266.8827 6 0.13 3 0.117 19 0.13 3 0.16 4 1.8 3
268.5507 13 0.14 7 0.16 3 0.21 4 0.21 4 2.4 4
269.1768 18 0.063 16 0.063 16 0.0 0.08 3 0.96 25
276.587 4 0.007 11 0.021 16*1* 0.03 3 0.028 24 0.33 24
288.1841 15 0.10 8 0.129 18 0.172 25 0.171 25 2.0 3
289.2256 17 0.035 6 0.035 6 0.0 0.046 12 0.53 9
297.233 5 0.0076 18 0.0076 18 0.0 0.010 3 0.12 3
300.6401 13 0.036 8 0.036 8 0.0 0.048 14 0.55 12
303.6178 15 0.12 3 0.113 17 0.14 3 0.15 3 1.7 3
311.0192 5 2.0 8 1.89 9 2.50 12 2.50 12 28.7 14
332.5270 7 0.035 3 0.035 3 0.045 24 0.046 25 0.53 4
335.2749 18 0.012 4 0.012 4 0.0 0.015 6 0.18 6
342.7130 6 0.106 10 0.106 10 0.0 0.14 3 1.61 15
343.5525 13 0.2 3 0.26 15 0.36 23 0.34 22 3.9 23
345.194 3 0.0227 8 0.0227 8 0.0 0.030 6 0.345 12
352.9888 20 0.46 13 0.42 4 0.55 5 0.55 5 6.3 6
359.3565 23 0.066 8 0.068 8 0.14 9 0.09 6 1.03 12
360.8269 17 0.061 3 0.061 3 0.09 5 0.08 5 0.93 4
364.0144 16 0.0142 18 0.0142 18 0.0 0.019 4 0.22 3
365.8888 15 0.011 4 0.011 4 0.0 0.014 6 0.16 6
367.5555 15 0.084 17 0.090 17 0.19 11 0.12 7 1.4 3
368.4213 15 0.061 5 0.061 5 0.0 0.081 16 0.93 7
370.5219 20 0.088 8 0.089 8 0.16 9 0.12 7 1.35 12
371.1715 17 0.0240 9 0.0241 9 0.15 14 0.03 3 0.367 14
378.1982 15 0.0196 18 0.0197 18 0.04 3 0.026 22 0.30 3
382.7369 25 0.022 8 0.022 8 0.0 0.029 12 0.33 12
384.0791 18 1.6 7 1.47 8 1.95 11 1.95 11 22.4 13
384.2847 16 0.141 5 0.141 5 0.0 0.19 4 2.14 7
388.1805 21 0.0822 18 0.0822 18 0.10 4 0.11 4 1.25 3
396.758 4 0.0 0.075 25*2* 0.10 3 0.10 3 1.1 4
400.1151 15 0.4 6 0.54 5 0.72 6 0.72 6 8.2 7
400.6637 20 0.148 22 0.148 22 0.0 0.20 5 2.2 3
408.3573 7 0.143 5 0.143 5 0.24 24 0.19 19 2.17 7
411.5057 15 2.0 6 1.80 13 2.37 17 2.39 17 27.4 19
413.1333 14 0.080 4 0.081 4 0.16 10 0.11 7 1.23 6
415.7049 20 0.0373 18 0.0374 18 0.06 4 0.05 3 0.57 3
416.292 5 0.0116 18 0.0116 18 0.0 0.015 4 0.18 3
418.1968 19 0.057 4 0.057 4 0.08 3 0.08 3 0.87 6
422.227 6 0.013 3 0.013 3 0.0 0.018 5 0.20 4
424.6936 21 0.381 16 0.381 16 0.6 4 0.5 4 5.79 25
426.783 3 0.147 5 0.147 4 0.19 7 0.19 7 2.23 7
429.0388 15 0.237 5 0.237 5 0.31 12 0.31 12 3.60 7
433.0827 14 0.076 5 0.076 4 0.07 3 0.10 4 1.15 7
438.624 14 0.009 3 0.009 3 0.0 0.012 4 0.14 4
440.5097 20 0.048 7 0.050 7 0.13 9 0.07 5 0.76 11
442.1492 14 0.391 12 0.391 12 0.51 19 0.52 19 5.94 18
446.328 3 1.33 3 1.33 3 1.6 9 1.8 10 20.2 5
448.3105 24 0.082 4 0.082 4 0.07 4 0.11 7*1* 1.25 6
454.2725 16 0.208 8 0.208 8 0.29 13 0.28 12 3.16 12
454.688 4 0.0289 18 0.0289 18 0.0 0.038 8 0.44 3
456.0456 13 1.010 20 1.010 20 1.2 6 1.3 7 15.3 3
457.4068 14 0.36 6 0.36 6 0.0 0.48 12 5.5 9
457.4102 19 0.0 0.42 5 0.56 6 0.56 6 6.4 6
460.4655 17 0.075 5 0.075 4 0.06 4 0.10 7 1.14 7
463.287 4 0.0236 18 0.0236 18 0.0 0.031 6 0.36 3
464.405 5 0.0080 18 0.0080 18 0.0 0.011 3 0.12 3
466.3901 15 0.040 6 0.041 6 0.07 4 0.05 3 0.62 9
467.310 3 0.016 6 0.016 6 0.0 0.021 9 0.24 9
467.8599 10 0.0 0.0 0.0 0.0 0.0
468.4737 20 0.0 0.3 6 0.5 7 0.5 7 5 8
468.7756 15 0.310 20 0.310 20 0.0 0.41 8 4.7 3
472.6613 14 0.342 16 0.343 16 0.6 3 0.45 25 5.21 25
473.5787 13 0.26 4 0.26 4 0.15 19 0.3 4*1* 4.0 6
477.027 4 0.0 0.18 8 0.24 6 0.24 6 2.8 7
481.3491 20 0.109 6 0.109 6 0.11 5 0.14 6 1.65 9
483.9232 14 0.056 3 0.056 3 0.0 0.075 14 0.86 4
485.210 4 0.136 10 0.135 10 0.14 5 0.18 6 2.05 15
487.7812 15 0.028 5 0.028 5 0.0 0.037 9 0.43 7
491.204 4 0.0173 18 0.0173 18 0.0 0.023 5 0.26 3
493.3427 21 0.049 5 0.049 5 0.0 0.065 14 0.74 7
494.112 4 0.0 0.04 3*1* 0.06 5 0.06 4 0.7 5
496.5721 18 0.712 24 0.710 24 0.80 20 0.94 23 10.8 4
499.0265 15 0.300 8 0.300 8 0.0 0.40 8 4.56 12
499.5558 22 0.51 23 0.54 22 0.9 8 0.7 6 8 3
504.328 11 0.028 3 0.028 3 0.0 0.037 8 0.43 4
505.018 7 0.72 11 0.71 9 0.90 22 0.94 23 10.8 14
505.341 9 0.0 0.63 21 0.84 10 0.84 10 9.6 11
512.1370 15 1.2 11 1.4 7 2.0 11 1.9 10 21 10
512.6082 16 0.044 9 0.047 9 0.11 7 0.06 4 0.72 13
517.053 4 0.112 8 0.112 8 0.0 0.15 3 1.70 12
517.401 7 0.022 4 0.023 4 0.05 5 0.03 3 0.34 6
523.3590 19 0.424 18 0.422 18 0.48 12 0.56 14 6.4 3
525.177 4 0.0 0.05 5 0.07 7 0.07 7 0.8 8
525.178 4 0.063 3 0.063 3 0.0 0.083 16 0.95 4
526.917 11 0.017 3 0.017 3 0.0 0.023 6 0.26 4
532.4282 15 0.355 20 0.355 20 0.6 5 0.5 4 5.4 3
532.858 3 0.094 8 0.094 8 0.0 0.12 3 1.43 12
535.8285 13 1.08 4 1.07 4 1.2 3 1.4 3 16.3 6
537.9914 17 0.87 3 0.87 3 1.0 3 1.1 3 13.2 4
538.6217 15 0.063 6 0.063 6 0.0 0.083 18 0.96 9
541.053 17 0.017 3 0.017 3 0.0 0.023 6 0.26 4
544.053 9 0.060 6 0.060 6 0.07 5 0.08 5 0.91 9
551.5143 20 0.97 3 0.97 3 0.0 1.29 25 14.8 5
557.744 4 0.091 3 0.091 3 0.07 5 0.12 9*1* 1.38 4
561.744 7 0.027 6 0.027 6 0.0 0.036 10 0.41 9
562.4437 22 0.77 4 0.77 4 0.85 19 1.01 22 11.6 5
565.2771 16 1.43 5 1.43 5 1.6 6 1.9 7 21.7 7
569.1729 21 0.7 5 0.8 3 1.0 5 1.0 5 11 4
569.5436 23 0.329 16 0.329 16 0.0 0.44 9 5.00 25
573.017 4 0.292 10 0.292 10 0.0 0.39 7 4.44 15
573.017 4 0.0 0.23 15 0.30 20 0.30 20 3.4 23
575.1348 15 0.026 3 0.026 3 0.0 0.035 7 0.40 4
581.2686 15 0.398 22 0.397 22 0.32 20 0.5 3*1* 6.0 3
582.252 5 0.038 20 0.038 20 0.0 0.05 3 0.6 3
585.1543 14 0.58 3 0.57 3 0.60 15 0.76 19*1* 8.7 4
589.0854 14 0.552 18 0.551 18 0.58 22 0.7 3 8.4 3
590.2272 20 1.21 6 1.20 6 1.3 3 1.6 4*1* 18.2 9
593.826 4 0.012 3 0.012 3 0.0 0.016 5 0.18 4
599.1892 19 0.128 14 0.127 13 0.16 6 0.17 6 1.93 20
601.9783 23 0.168 8 0.168 8 0.13 9 0.22 15*1* 2.55 12
602.600 12 0.034 6 0.034 6 0.0 0.045 12 0.52 9
603.9900 16 1.08 4 1.08 4 1.4 9 1.4 9 16.4 6
606.355 7 0.058 8 0.058 8 0.04 5 0.08 9 0.88 12
610.0311 15 0.147 12 0.147 12 0.18 9 0.19 10 2.23 18
611.6587 13 0.53 3 0.53 3 0.8 6 0.7 5 8.1 5
619.423 3 0.209 10 0.208 10 0.23 9 0.28 11 3.17 15
621.812 3 0.093 10 0.093 10 0.0 0.12 3 1.41 15
623.1416 14 0.178 10 0.178 10 0.27 13 0.24 11 2.71 15
626.863 5 0.049 3 0.049 3 0.0 0.065 13 0.74 4
632.4314 22 0.70 3 0.70 3 0.74 18 0.93 22*1* 10.6 4
634.681 3 0.043 4 0.043 4 0.0 0.057 12 0.65 6
637.900 3 1.36 5 1.36 5 1.3 5 1.8 7*1* 20.6 7
637.9021 19 1.36 5 1.36 5 0.0 1.8 3 20.7 7
640.7789 25 0.636 24 0.633 24 0.70 16 0.84 19 9.6 4
648.7440 15 0.324 12 0.324 12 0.24 19 0.4 3*1* 4.92 18
650.3716 14 1.35 3 1.35 3 1.5 3 1.8 4*1* 20.5 4
655.596 17 0.0 0.0 0.0 0.0 0.0
658.913 5 1.50 14 1.41 12 1.56 24 1.9 3*1* 21.5 18
664.9155 14 0.281 10 0.280 10 0.30 9 0.37 11 4.26 15
666.627 10 0.060 5 0.060 5 0.0 0.079 16 0.91 7
669.656 4 0.329 6 0.329 6 0.31 12 0.44 17*1* 5.00 9
670.753 7 0.14 14 0.11 6 0.12 9 0.14 11 1.6 10
679.5824 20 0.117 5 0.117 5 0.0 0.15 3 1.78 7
680.5481 22 0.452 24 0.449 24 0.41 16 0.60 24*1* 6.8 4
693.2839 13 0.40 6 0.39 6 0.30 17 0.5 3*1* 5.9 9
694.085 13 0.09 14 0.09 14 0.0 0.12 19 1.4 22
695.118 14 0.065 6 0.065 6 0.09 5 0.09 5 0.99 9
703.6284 14 0.9 6 1.0 4 1.3 7 1.3 7 15 6
703.9637 15 0.96 6 0.96 6 0.0 1.27 25 14.6 9
703.998 3 0.96 6 0.96 6 0.0 1.27 25 14.6 9
707.8495 14 0.380 8 0.380 8 0.0 0.50 10 5.78 12
709.381 3 0.081 5 0.081 5 0.0 0.107 21 1.23 7
710.7666 25 0.63 3 0.63 3 0.60 19 0.8 3*1* 9.5 4
711.1335 15 0.25 3 0.25 3 0.0 0.33 7 3.7 4
713.524 3 0.048 6 0.048 6 0.0 0.064 14 0.73 9
714.433 5 0.067 8 0.067 8 0.0 0.089 20 1.02 12
719.2610 22 1.21 11 1.19 10 1.0 5 1.6 7*1* 18.1 15
720.8215 21 0.640 10 0.640 10 0.6 3 0.8 4*1* 9.72 15
724.585 3 0.91 4 0.91 4 0.7 5 1.2 9*1* 13.8 6
733.8104 19 0.040 5 0.040 5 0.0 0.052 12 0.60 7
739.794 4 0.221 8 0.221 8 0.11 18 0.3 5*1* 3.36 12
744.765 7 0.112 16 0.109 15 0.12 4 0.14 5 1.66 22
748.2310 19 0.077 5 0.077 5 0.0 0.102 20 1.17 7
760.023 7 0.035 4 0.035 4 0.0 0.046 10 0.53 6
779.7938 15 0.062 8 0.062 8 0.0 0.082 19 0.94 12
781.278 7 0.0 0.15 7 0.20 9 0.20 9 2.3 10
781.279 7 0.143 5 0.143 5 0.0 0.19 4 2.17 7
781.832 4 0.068 8 0.068 8 0.0 0.090 20 1.03 12
784.900 4 0.0 0.14 7 0.18 9 0.18 9 2.1 10
790.216 4 0.192 6 0.192 6 0.17 8 0.25 12*1* 2.91 9
800.416 3 0.097 6 0.097 6 0.0 0.128 25 1.47 9
800.424 6 0.097 6 0.097 6 0.12 5 0.13 5 1.47 9
810.7259 21 0.250 8 0.250 8 0.16 17 0.3 4*1* 3.80 12
815.624 4 1.092 14 1.092 14 0.8 7 1.4 13*1* 16.59 22
818.5067 15 0.315 8 0.315 8 0.23 18 0.4 3*1* 4.78 12
824.0611 20 0.378 12 0.378 12 0.32 18 0.5 3*1* 5.74 18
844.677 9 0.166 6 0.166 6 0.15 7 0.22 10*1* 2.52 9
854.337 4 1.90 6 1.90 6 1.4 11 2.5 19*1* 28.9 9
866.522 6 0.488 16 0.488 16 0.4 3 0.6 5*1* 7.41 25
869.401 4 0.185 12 0.185 12 0.23 8 0.24 8 2.81 18
886.5560 21 0.246 10 0.245 10 0.23 9 0.32 13*1* 3.73 15
890.047 3 0.132 8 0.132 8 0.0 0.17 4 2.01 12
914.7367 15 0.036 23 0.049 22 0.08 5 0.06 4 0.7 3
920.507 9 0.104 8 0.104 8 0.11 5 0.14 6 1.57 12
928.265 4 0.534 16 0.534 16 0.4 3 0.7 6*1* 8.11 25
940.991 14 0.090 16 0.088 16 0.06 5 0.12 10*1* 1.34 24
943.522 4 0.312 10 0.312 10 0.24 17 0.4 3*1* 4.74 15
956.145 3 0.446 20 0.445 20 0.33 25 0.6 5*1* 6.8 3
959.201 4 0.343 10 0.343 10 0.28 17 0.5 3*1* 5.21 15
959.220 9 0.343 10 0.343 10 0.0 0.45 9 5.21 15
964.327 5 0.141 8 0.141 8 0.08 11 0.19 25*1* 2.14 12
973.121 12 0.160 10 0.160 10 0.10 11 0.21 23*1* 2.43 15
979.927 3 0.0 0.0 0.0 0.0 0.0
984.978 5 0.0 0.0 0.0 0.0 0.0
987.453 3 0.372 12 0.372 12 0.30 19 0.5 3*1* 5.65 18
995.714 4 0.101 20 0.098 18 0.11 5 0.13 6 1.5 3
998.253 4 0.255 8 0.255 8 0.20 13 0.34 23*1* 3.87 12
1000.898 10 0.299 14 0.298 14 0.23 16 0.4 3*1* 4.54 21
1018.431 10 0.209 16 0.209 16 0.0 0.28 6 3.18 25
1027.820 12 0.47 3 0.46 3 0.3 4 0.6 8*1* 7.1 5
1040.1331 14 0.417 20 0.417 20 0.3 3 0.6 7*1* 6.3 3
1043.108 12 0.285 16 0.285 16 0.19 18 0.4 4*1* 4.32 25
1045.353 12 0.136 10 0.136 10 0.0 0.18 4 2.07 15
1061.868 14 0.37 3 0.37 3 0.0 0.49 10 5.7 5
1070.969 6 0.230 14 0.230 14 0.0 0.30 6 3.50 22
1091.581 3 0.0 0.0 0.0 0.0 0.0
1101.996 3 0.155 12 0.155 12 0.10 10 0.20 21*1* 2.35 18
1140.192 4 0.47 3 0.47 3 0.0 0.62 12 7.2 4
1154.112 12 0.136 18 0.136 18 0.0 0.18 4 2.1 3
1171.966 11 0.197 16 0.196 16 0.14 12 0.26 21*1* 2.98 24
1178.905 4 0.89 6 0.89 6 0.6 6 1.2 13*1* 13.5 9
1184.563 14 0.30 5 0.29 5 0.20 17 0.4 3*1* 4.4 7
1210.678 11 0.562 18 0.562 18 0.4 4 0.7 8*1* 8.5 3
1226.345 12 0.233 16 0.233 16 0.12 19 0.3 5*1* 3.54 25
1238.136 10 0.11 3 0.098 25 0.11 5 0.13 6 1.5 4
1265.057 12 0.17 5 0.16 3 0.21 5 0.21 5 2.5 5
1354.71 7 0.21 8 0.17 6 0.13 7 0.23 13*1* 2.6 8
1375.4 9 0.0 0.0 0.0 0.0 0.0
1433.7 6 0.0 0.0 0.0 0.0 0.0
1442.8 6 0.0 0.0 0.0 0.0 0.0
1467.8 5 0.0 0.0 0.0 0.0 0.0
1516.5 5 0.0 0.0 0.0 0.0 0.0
1530.3 8 0.0 0.0 0.0 0.0 0.0
1604.9 7 0.0 0.0 0.0 0.0 0.0
1642.9 22 0.0 0.0 0.0 0.0 0.0
1669.8 5 0.0 0.0 0.0 0.0 0.0
1791.9 22 0.0 0.0 0.0 0.0 0.0
1818.0 8 0.0 0.0 0.0 0.0 0.0
1844.9 22 0.0 0.0 0.0 0.0 0.0
1859.3 4 0.0 0.0 0.0 0.0 0.0
1942.9 22 0.0 0.0 0.0 0.0 0.0
1950.5 4 0.0 0.0 0.0 0.0 0.0
4641.4 4 0.0 0.24 9 0.32 7 0.32 7 3.7 8
4648.9 22 0.0 0.0 0.0 0.0 0.0
4732.6 4 0.0 0.44 16 0.58 11 0.58 11 6.7 13
4746.9 22 0.0 0.0 0.0 0.0 0.0
4773.8 8 0.0 0.12 6 0.16 7 0.16 7 1.8 8
4799.9 22 0.0 0.0 0.0 0.0 0.0
4922.1 5 0.0 0.20 8 0.26 7 0.26 7 3.0 8
4948.9 22 0.0 0.0 0.0 0.0 0.0
4987.0 6 0.0 0.12 6 0.16 7 0.16 7 1.8 8
5061.6 8 0.0 0.08 4 0.10 5 0.10 5 1.2 5
5075.3 5 0.21 9 0.26 7 0.39 15 0.34 13 3.9 11
5124.1 5 0.19 5 0.20 4 0.28 9 0.26 8 3.0 6
5149.1 6 0.0 0.23 8 0.31 9 0.31 9 3.6 10
5158.2 6 0.68 6 0.68 6 0.5 4 0.9 8*1* 10.3 9
5216.5 9 0.0 0.07 4 0.09 6 0.09 6 1.1 6
5326.80 11 0.14 10 0.14 5 0.18 7 0.18 7 2.1 7
5353.72 11 0.08 11 0.14 5 0.19 7 0.18 7 2.1 7
5381.18 11 0.06 12 0.13 5 0.18 7 0.18 7 2.0 7
5399.03 11 0.18 4 0.17 3 0.14 7 0.22 11*1* 2.6 5
5412.95 11 0.31 3 0.31 3 0.39 11 0.41 12 4.7 5
5423.08 11 0.18 4 0.18 3 0.24 7 0.24 7 2.7 4
5431.26 11 0.0 0.17 6 0.23 7 0.23 7 2.6 8
5443.88 11 0.0 0.11 5 0.15 6 0.15 6 1.7 6
5451.91 11 0.0 0.11 5 0.15 6 0.15 6 1.7 6
5513.01 11 0.12 3 0.12 3 0.0 0.16 5 1.8 5
5683.40 11 0.06 4 0.07 3 0.10 5 0.10 4 1.1 4
5728.48 11 0.14 14 0.19 5 0.26 7 0.26 7 2.9 7
5731.36 11 0.88 3 0.88 3 0.0 1.17 22 13.4 5
5737.51 11 0.0 1.07 12 1.42 16 1.42 16 16.3 18
5769.45 11 0.0 0.0 0.0 0.0 0.0
5809.69 11 0.0 0.11 3*1* 0.15 4 0.15 4 1.7 5
5858.03 11 0.23 7 0.26 7 0.41 17 0.34 14 3.9 10
5898.56 11 0.32 3 0.31 3 0.35 9 0.41 10 4.8 4
5908.27 11 0.31 8 0.33 7 0.49 17 0.44 15 5.1 11
5941.47 11 0.0 1.14 13 1.51 16 1.51 16 17.3 18
5943.09 11 0.78 3 0.78 3 0.0 1.03 20 11.9 5
6001.61 11 0.60 3 0.60 3 1.0 5 0.8 4 9.1 5
6354.59 11 0.19 9 0.25 9 0.42 21 0.33 17 3.8 13
6372.12 11 0.08 3 0.073 23 0.09 4 0.10 5 1.1 4
6387.37 11 0.80 3 0.80 3 1.5 16 1.1 11 12.2 4
6442.10 11 0.2 4 0.35 7 0.47 10 0.47 10 5.4 11
6553.10 11 0.49 3 0.49 3 0.0 0.65 13 7.4 5
6591.81 11 0.021 20 0.021 20 0.0 0.03 3 0.3 3
-----------------------------------------------------------------------------------------------------------------------------------
V
CHI/F .0762773 .4386610
SKEW -2.9776745 -1.4042419
NDEGREES 289 199
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)
170TM G 46.202 3 0.031 14
170TM G 47.018 5 0.017 8
170TM G 47.0432 210.038 12
170TM G 56.279 3 0.090 6
170TM G 117.0570 190.018 3
170TM G 119.3125 130.0409 22
170TM G 124.8748 100.056 3
170TM G 129.065 7 0.015 4
170TM G 129.3763 6 0.40 5
170TM G 138.170 6 0.016 4
170TM G 144.8614 120.036 4
170TM G 169.4945 130.045 3
170TM G 184.2587 250.0244 18
170TM G 195.3058 240.0111 13
170TM G 196.744 5 0.0129 13
170TM G 205.750 3 0.0689 18
170TM G 207.5899 160.022 3
170TM G 209.547 4 0.014 3
170TM G 257.586 4 0.0111 9
170TM G 268.991 6 0.0178 9
170TM G 270.411 3 0.0240 13
170TM G 275.571 3 0.0169 9
170TM G 281.8965 250.030 4
170TM G 292.147 100.0053 9
170TM G 296.311 120.0062 9
170TM G 308.641 5 0.068 5
170TM G 315.100 9 0.0058 9
170TM G 317.766 8 0.0076 9
170TM G 324.009 7 0.0089 18
170TM G 326.9628 230.0187 13
170TM G 329.574 4 0.0120 9
170TM G 333.078 6 0.016 3
170TM G 333.5704 200.035 5
170TM G 337.0991 240.0191 9
170TM G 338.945 4 0.0129 9
170TM G 346.018 4 0.0111 9
170TM G 351.136 6 0.0120 9
170TM G 351.921 140.0240 22
170TM G 355.380 3 0.041 3
170TM G 356.722 7 0.0093 9
170TM G 358.6527 220.084 4
170TM G 362.375 8 0.0160 22
170TM G 367.138 4 0.0187 9
170TM G 369.3569 240.0240 4
170TM G 372.7242 200.100 3
170TM G 377.417 5 0.0124 9
170TM G 397.942 3 0.069 7
170TM G 399.623 8 0.020 7
170TM G 407.827 5 0.0427 9
170TM G 408.844 8 0.027 10
170TM G 414.133 3 0.0258 13
170TM G 416.974 6 0.0156 9
170TM G 417.277 110.0102 9
170TM G 423.614 130.011 3
170TM G 424.063 5 0.0298 9
170TM G 435.133 4 0.0320 9
170TM G 435.617 9 0.0164 18
170TM G 436.945 130.0173 18
170TM G 439.260 100.024 11
170TM G 440.167 3 0.0471 13
170TM G 441.0508 220.0720 13
170TM G 450.361 150.0093 22
170TM G 451.725 5 0.0231 9
170TM G 453.931 8 0.024 3
170TM G 458.263 3 0.044 3
170TM G 459.055 3 0.051 3
170TM G 465.451 200.0138 9
170TM G 468.026 9 0.0191 18
170TM G 474.97 6 0.0089 9
170TM G 477.257 5 0.151 10
170TM G 477.976 140.0196 13
170TM G 480.512 9 0.022 5
170TM G 482.093 200.0107 9
170TM G 482.678 150.010 3
170TM G 488.389 120.0200 9
170TM G 490.026 8 0.024 3
170TM G 492.531 140.0102 9
170TM G 495.036 4 0.068 4
170TM G 497.294 6 0.044 6
170TM G 501.495 7 0.0284 9
170TM G 502.834 140.0151 13
170TM G 506.630 3 0.681 12
170TM G 514.093 4 0.049 4
170TM G 515.48 3 0.024 3
170TM G 518.069 9 0.0213 9
170TM G 520.35 5 0.0124 13
170TM G 521.247 100.0240 13
170TM G 529.325 230.0142 13
170TM G 531.967 7 0.070 4
170TM G 536.73 4 0.0178 9
170TM G 539.025 160.0364 13
170TM G 545.68 6 0.0067 13
170TM G 546.899 200.0138 13
170TM G 549.127 150.0249 13
170TM G 553.892 4 0.0649 18
170TM G 554.850 180.0182 13
170TM G 556.387 4 0.078 3
170TM G 561.323 130.049 4
170TM G 562.998 260.040 3
170TM G 565.896 9 0.0804 22
170TM G 567.554 110.0316 18
170TM G 571.063 9 0.082 3
170TM G 572.405 5 0.081 3
170TM G 574.106 6 0.083 3
170TM G 575.674 120.042 3
170TM G 578.701 7 0.109 6
170TM G 580.607 8 0.042 5
170TM G 582.444 150.0729 22
170TM G 591.42 3 0.0373 13
170TM G 592.937 130.0427 13
170TM G 595.869 120.0351 9
170TM G 597.155 210.0173 18
170TM G 598.047 200.037 3
170TM G 598.473 170.0298 13
170TM G 599.479 190.033 7
170TM G 608.168 140.035 12
170TM G 609.394 120.048 3
170TM G 611.304 100.086 6
170TM G 612.619 7 0.209 5
170TM G 614.45 4 0.028 7
170TM G 616.938 120.0587 22
170TM G 620.639 6 0.09 3
170TM G 628.04 6 0.0107 13
170TM G 633.648 9 0.0742 18
170TM G 635.44 6 0.0191 18
170TM G 639.077 101.105 17
170TM G 643.055 6 0.279 3
170TM G 644.442 110.036 12
170TM G 653.066 6 0.152 4
170TM G 654.16 3 0.0320 22
170TM G 655.472 170.0436 22
170TM G 656.816 8 0.1524 22
170TM G 660.348 200.0640 18
170TM G 664.33 6 0.028 9
170TM G 666.157 150.051 4
170TM G 685.047 130.050 3
170TM G 687.65 3 0.0418 22
170TM G 688.349 130.0644 18
170TM G 692.220 170.0444 22
170TM G 695.66 3 0.0400 22
170TM G 696.54 3 0.044 7
170TM G 697.790 130.0844 22
170TM G 706.977 7 0.252 4
170TM G 708.701 8 0.236 4
170TM G 717.363 6 0.199 5
170TM G 718.105 8 0.1440 22
170TM G 729.10 4 0.024 4
170TM G 731.11 3 0.0324 18
170TM G 732.269 7 0.13 4
170TM G 735.07 3 0.051 3
170TM G 735.865 8 0.159 4
170TM G 742.02 3 0.070 3
170TM G 743.489 260.079 3
170TM G 751.278 180.0564 22
170TM G 752.61 3 0.0440 22
170TM G 757.071 210.070 3
170TM G 764.285 250.0351 22
170TM G 771.056 210.044 6
170TM G 772.113 250.044 5
170TM G 772.864 180.072 3
170TM G 774.86 4 0.024 11
170TM G 776.207 160.067 3
170TM G 777.58 4 0.0311 22
170TM G 780.61 4 0.0631 22
170TM G 783.656 7 0.244 6
170TM G 786.204 140.077 3
170TM G 788.391 180.1116 22
170TM G 792.03 4 0.032 4
170TM G 793.953 140.122 5
170TM G 799.74 5 0.038 4
170TM G 803.53 4 0.032 3
170TM G 809.056 5 0.039 5
170TM G 819.31 7 0.066 10
170TM G 819.88 9 0.044 9
170TM G 822.345 9 0.263 4
170TM G 826.119 260.093 3
170TM G 828.76 7 0.028 4
170TM G 831.03 6 0.043 9
170TM G 831.87 3 0.049 3
170TM G 835.649 150.420 8
170TM G 845.55 3 0.063 4
170TM G 851.58 6 0.044 4
170TM G 852.870 190.150 3
170TM G 856.576 150.270 5
170TM G 859.707 180.132 3
170TM G 861.69 3 0.064 3
170TM G 863.62 4 0.082 4
170TM G 868.444 120.273 6
170TM G 872.44 4 0.098 4
170TM G 873.596 9 0.827 17
170TM G 877.328 250.124 6
170TM G 878.32 3 0.084 3
170TM G 895.376 190.123 6
170TM G 897.21 4 0.037 7
170TM G 899.137 200.085 7
170TM G 902.752 110.403 5
170TM G 903.40 100.056 10
170TM G 912.52 5 0.069 4
170TM G 916.139 150.168 4
170TM G 924.06 110.039 4
170TM G 931.496 130.317 5
170TM G 933.63 7 0.040 11
170TM G 935.69 6 0.128 4
170TM G 936.26 4 0.081 13
170TM G 938.40 5 0.088 5
170TM G 939.66 3 0.110 4
170TM G 941.85 5 0.096 11
170TM G 945.97 4 0.055 9
170TM G 947.80 3 0.074 5
170TM G 950.71 4 0.068 4
170TM G 953.40 9 0.037 5
170TM G 957.80 6 0.070 5
170TM G 960.567 240.124 4
170TM G 967.280 150.245 7
170TM G 980.02 4 0.083 5
170TM G 981.39 4 0.135 7
170TM G 982.925 220.192 6
170TM G 988.98 8 0.074 6
170TM G 991.79 7 0.063 5
170TM G 994.24 100.059 5
170TM G 996.58 7 0.091 10
170TM G 1004.041 210.158 11
170TM G 1009.296 100.538 6
170TM G 1013.64 3 0.223 8
170TM G 1021.111 210.239 9
170TM G 1025.85 7 0.082 5
170TM G 1032.03 4 0.100 4
170TM G 1035.251 200.214 8
170TM G 1036.51 5 0.086 5
170TM G 1041.20 9 0.060 16
170TM G 1041.80 9 0.076 22
170TM G 1048.08 9 0.064 5
170TM G 1050.08 5 0.087 8
170TM G 1055.55 5 0.143 6
170TM G 1058.22 4 0.098 5
170TM G 1064.504 250.170 5
170TM G 1074.87 6 0.112 7
170TM G 1077.47 4 0.156 7
170TM G 1079.154 150.516 20
170TM G 1082.52 4 0.33 4
170TM G 1083.07 3 0.35 9
170TM G 1087.83 120.070 7
170TM G 1091.51 3 0.205 5
170TM G 1095.01 8 0.096 5
170TM G 1097.43 4 0.168 8
170TM G 1103.72 6 0.120 7
170TM G 1105.368 140.469 12
170TM G 1112.81 7 0.119 5
170TM G 1117.356 250.216 7
170TM G 1124.83 150.068 13
170TM G 1126.72 6 0.159 9
170TM G 1127.09 160.094 8
170TM G 1128.11 9 0.108 17
170TM G 1130.830 260.267 10
170TM G 1134.214 260.221 5
170TM G 1138.61 3 0.302 7
170TM G 1142.27 6 0.118 6
170TM G 1144.47 8 0.082 6
170TM G 1151.37 7 0.125 12
170TM G 1156.56 130.11 4
170TM G 1157.53 120.146 8
170TM G 1162.16 4 0.143 6
170TM G 1164.73 3 0.277 7
170TM G 1167.51 3 0.220 10
170TM G 1173.43 7 0.206 20
170TM G 1192.45 6 0.453 12
170TM G 1195.63 5 0.255 11
170TM G 1196.82 6 0.174 11
170TM G 1198.92 3 0.279 9
170TM G 1204.43 100.322 15
170TM G 1208.71 5 0.188 10
170TM G 1212.99 5 0.148 8
170TM G 1216.33 6 0.133 9
170TM G 1222.75 4 0.293 10
170TM G 1228.23 4 0.40 6
170TM G 1230.51 100.403 12
170TM G 1231.02 6 0.250 23
170TM G 1234.32 5 0.304 11
170TM G 1239.44 7 0.159 19
170TM G 1246.76 110.086 8
170TM G 1250.24 4 0.279 23
170TM G 1255.44 9 0.121 10
170TM G 1258.57 4 0.226 10
170TM G 1266.22 4 0.247 18
170TM G 1280.10 9 0.164 19
170TM G 1317.50 5 0.262 22
170TM G 1334.25 130.148 23
170TM G 1367.06 4 0.298 19
170TM G 1393.38 9 0.147 17
170TM G 1425.29 100.153 21
170TM G 1431.81 140.16 5
170TM G 1464.93 110.16 8
170TM G 1473.02 5 0.33 5
170TM G 1561.63 9 0.252 25
170TM G 1590.42 170.21 3
170TM G 1622.37 120.253 26
170TM G 1632.04 140.21 3
170TM G 1658.65 130.23 3