DATA FOR A = 106 AND Z = 46(PD) 105PD(N,G),(N,E) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
106PD H TYP=ERR$COM=FIXED FORMAT ERRORS JKT 12/96$
106PD H TYP=FUL$AUT=D. DE FRENNE AND E. JACOBS$CIT=NDS 72,1 (1994)$
106PD2 H CUT=1-JUN-1994$
106PD C 1987Co03: measured EG, IG with HPGE, CE with double-focusing electron
106PD2C spectrometer. Deduced: 106PD levels, JPI, BE0/BE2 ratio
106PD C 1970Or05: thermal n capture G spectra on natural target measured (semi)
106PD2C primary G-ray mass assignments are in accordance with uniquely high SN
106PD3C for 106PD and corresponding EG via av res n-capture (1970Bo29).
106PD4C Low-energy G-ray assignments and placements are consistent with
106PD5C level schemes via (N,N'G) and decay exp
106PD C Others: 1965Gr30, 1967Ba79
106PD CL E Levels constructed by the evaluators based on adopted
106PD2CL level scheme and G's observed by 1987Co03
106PD CL BE0/BE2 from 1987Co03
106PD CL J From adopted levels
106PD CG E Unless noted otherwise, from 1987Co03
106PD CG RI From 1987Co03. Intensity normalization of the
106PD2CG G-ray and CE data was
106PD3CG performed assuming that the 622, 717, 804, 1128 and 1195G's are E2
106PD CG Conversion electron data from 1987Co03
106PD CG E(A) From 1970Or05
106PD CG RI(A) From 1970Or05: photons per 100 n-captures in natural
106PD2CG palladium, DRI not given
106PD CG CC Conversion data from 1987Co03
106PD CG For a large number of unplaced G's see 1987Co03
106PD CG RI(B) From 1965Gr30
106PD N 0.061
106PD cN SIGMAN=20 3
106PD CG RI from IG(346.59+347.14)=7.9 10
106PD CG M from EKC=0.0041 10 for the 346.59+347.14 G transitions
106PD G 346.59 15 0.59 E1
106PD L 0.0 0+
106PD L 511.87 52+
106PD G 511.8612150E+1 14
106PD CG E,RI calculated from CE measurement. IG is obscured in the singles
106PD2CG spectrum by interference with 511G annihilation radiation
106PD CG DRI Calculated including DELTA ICE(K,L) and the uncertainty in
106PD2CG normalizing the RI and ICE scales
106PD L 1128.19 62+
106PD G 616.2311281 34
106PD3 G K/L=8.0 15$
106PD G 1128.111194 12E2
106PD3 G K/L=9.5 19$
106PD L 1133.85 70+
106PD CL B(E0; 1133 to GS)/B(E2; 1133 to 511)=0.0154 14
106PD G 622.021257 7
106PD3 G K/L=6 3$
106PD G 1133.8 2 E0
106PD3 G CEK=0.021 10$
106PD L 1229.17 74+
106PD G 717.4411310 38
106PD3 G K/L= 7.7 13$
106PD L 1557.75 63+
106PD G 429.651043 6
106PD CG RI calculated based upon IG(428G from 1562 level)/IG(1050G)=
106PD2CG 0.0453 15 and IG(429G from 1557 level0/IG(1045G)=0.445 19 in adopted
106PD3CG gammas. However, a large fraction of the 429 peak, with
106PD4CG IG=102 12 remains unassigned
106PD3 G EKC=0.0041 5$ELC=0.00061 8$
106PD G 1045.931196 12
106PD3 G K/L=8.5 13$
106PD L 1562.20 62+
106PD G 428.32104.8 6 &
106PD CG RI calculated based upon IG(428G from 1562 level)/IG(1050G)=
106PD2CG 0.0453 15 and IG(429G from 1557 level)/IG(1045G)=0.445 19 in adopted
106PD3CG gammas. However, a large fraction of the 429 peak, with
106PD4CG IG=102 12, remains unassigned
106PD3 G EKC=0.00047 6$
106PD G 434.0 34.2 12
106PD G 1050.4211106 13
106PD3 G EKC=0.0011 2$ELC=0.00014 3$
106PD G 1562.26119.7 12
106PD L 1706.59 90+
106PD CL B(E0; 1706 to GS)/B(E2; 1706 to 511) LT 0.038
106PD CL B(E0; 1706 to GS)/B(E2; 1706 to 1128) LT 0.003
106PD CL B(E0; 1706 to 1133)/B(E2; 1706 to 511) LT 2.0
106PD CL B(E0; 1706 to 1133)/B(E2; 1706 to 1128) LT 0.13
106PD G 578.60113.8 5
106PD G 1194.55119.3 11M1,E2
106PD3 G EKC=0.00061 9$
106PD L 1904.34 102-,3-
106PD G 347.14138.9 LEE1
******************** INTENSITY = 4.45000+- 4.45000WAS ASSUMED
106PD CG RI IG=7.9 10 for 346.59G +347.14G doublet in (N,G)
106PD CG M from EKC=0.0041 10 for the 346.59+347.14 G transitions
106PD G 775.75114.5 5
106PD L 1909.44 92+
106PD G 1397.621125 3
106PD G 1909.36127.8 18 @
106PD CG RI deduced from IG(1909G from 1909 level)/IG(1398G)=0.31 6 in
106PD2CG (N,N'G)
106PD L 1932.30 94+
106PD G 374.00142.3 3
106PD G 703.181114.1 17
106PD3 G EKC=0.0020 3$
106PD G 804.381134 4
106PD CG RI from IG(848G from 2077 level)/IG(949G+1565G)=2.3 8 in
106PD2CG 106AG EC decay
106PD3 G EKC=0.0013 2$
106PD L 2001.51 100+
106PD CL B(E0; 2001 to GS)/B(E2; 2001 to 511)=12 3
106PD CL B(E0; 2001 to GS)/B(E2; 2001 to 1128)=0.020 4
106PD CL B(E0; 2001 to 1133)/B(E2; 2001 to 511) LT 37
106PD CL B(E0; 2001 to 1133)/B(E2; 2001 to 1128) LT 0.28
106PD CL B(E0; 2001 to 1706)/B(E2; 2001 to 511) LT 220
106PD CL B(E0; 2001 to 1706)/B(E2; 2001 to 1128) LT 1.7
106PD G 873.56116.6 8 [E2]
106PD G 1489.09160.7 1 E2
106PD3 G EKC=0.00033$
106PD G 2002 1 E0
106PD3 G CEK=1.4 2$
106PD L 2077.2 106+
106PD G 848 20 9 ?
106PD CG RI deduced from IG(848G from 2077)/IG(949G+1565G)=2.3 8 in
106PD2CG 106AG EC decay and IG=38 5 for the doubly placed 848
106PD L 2077.55 8(4)+
106PD G 848.121118 7
106PD3 G EKC=0.0015 2$
106PD G 949.53111.8 2
106PD G 1565.76115.9 7
106PD L 2084.50 83-
106PD G 522.31121.5 2
106PD G 956.41115.2 6
106PD G 1572.601161 7
106PD3 G EKC=0.00020 3$
106PD G 2083.96270.5 1
106PD L 2242.54 62+
106PD G 680.261114.1 17M1,E2
106PD CG M EKC also consistent with E1+M2 with MR=0.4 AP
106PD3 G EKC=0.0017 3$
106PD G 684.78115.3 6
106PD G 1108.69114.1 5
106PD G 1114.42118.2 10
106PD3 G EKC=0.0015 3$
106PD G 1730.56121.3 2
106PD G 2242.87151.6 3
106PD L 2278.49 130+
106PD CL B(E0; 2278 to GS)/B(E2; 2278 to 511) LT 0.35
106PD CL B(E0; 2278 to 1128)/B(E2; 2278 to 511) LT 7.5
106PD G 1766.60123.5 4 E2
106PD3 G EKC=0.00031 7$
106PD L 2282.72 114+
106PD G 1053.701117.8 22M1,E2
106PD3 G EKC=0.00097 13$
106PD G 1770.49161.7 2
106PD L 2306.20 134-
106PD G 748.451131 4
106PD3 G EKC=0.00080 12$
106PD L 2308.71 82+
106PD G 1180.24135.1 7
106PD G 1796.871111.7 14
106PD G 2309.00160.86 LE @
******************** INTENSITY = .43000+- .43000WAS ASSUMED
106PD CG RI from IG(2309G from 2309 level)/IG(1180G+1797G) LE 0.051 8 in
106PD2CG 106AG EC decay
106PD L 2350.95 104+
106PD G 418.4 71.6 11
106PD G 793.30117.0 8
106PD G 1838.96122.8 3
106PD L 2366.22 10(4)+
106PD G 808.39119.5 12
106PD G 1137.13120.6 1
106PD L 2397.46 13(5)-
106PD G 1168.281117.1 21
106PD3 G EKC=0.00053 19$
106PD L 2400.7 8(3-) ?
106PD G 2400.711
106PD L 2439.18 92+
106PD G 1305.43111.5 2
106PD G 1927.191214.5 17
106PD G 2439.09185.4 8
106PD L 2472.21 131+,2+
106PD G 765.67121.0 1
106PD G 1960.17201.2 2
106PD L 2485.34 12(1-)
106PD G 1973.75151.8 3
106PD G 2484.801922 4
106PD L 2500.11 132-
106PD G 1988.231222 3
106PD L 2578.63 10(4-)
106PD G 1020.88116.3 8
106PD G 1349.50119.0 11
106PD L 2624.02 90+
106PD CL E taken from adopted levels
106PD G 1062.14111.5 2
106PD G 1495.17141.0 1
106PD G 2112.27141.8 3
106PD L 2626.87 8(2,3)+
106PD G 1064.60111.0 1
106PD G 1498.75118.3 10 &
106PD G 2114.95134.1 6
106PD L 2713.87 92+,3+
106PD G 1156.28124.6 6
106PD G 1484.49112.3 3
106PD G 2202.07151.4 2
106PD L 2747.73 15(2-,3-)
106PD G 2235.811417 3
106PD L 2775.95 92+
106PD G 533.53122.3 3
106PD G 1218.26143.6 6
106PD G 1546.64161.3 2
106PD G 2263.84172.3 4
106PD L 2783.75 10(+)
106PD G 1554.50150.4 1
106PD G 1655.66170.8 1
106PD G 2271.841510.9 17
106PD L 2821.03 92+
106PD G 1258.65161.3 2
106PD G 1687.05150.5 1
106PD G 1693.08121.0 1
106PD G 2309.00166.1 12 @
106PD CG RI from IG(2309G from 2309 level) as given, and IG=6.6 10 for
106PD2CG the doubly placed 2309G.
106PD L 2827.00 120+
106PD G 1267.18160.6 1
106PDF G FL=1562.24
106PD G 2317.20163.5 6
106PD L 2850.81 132+,3+
106PD G 1621.62116.4 8
106PD L 2861.07 10(+)
106PD G 1302.98112.7 3
106PD G 1632.22111.9 2
106PD L 2878.34 130+
106PD G 1316.15180.3 1
106PD G 2366.42171.8 3
106PD L 2886.26 18(-)
106PD G 2374.36176.3 10
106PD L 2897.36 13(1-,4-)
106PD G 1668.17113.7 4
106PD L 2902.15 122+
106PD G 1773.74153.3 5
106PD G 2390.52177.5 12
106PD L 2908.64 18(1-)
106PD G 2396.741715.6 24
106PD L 2918.54 102+
106PD G 1356.46140.6 1
106PD G 1360.92111.7 2
106PD G 2406.02196.0 10
106PD L 2935.96 18(2-,3-)
106PD G 2424.06178.6 13
106PD L 2968.65 183-
106PD G 2456.68186.3 10
106PD L 3037.31 121,2
106PD G 1909.36126.1 25 @
106PD CG RI from IG=13.9 17 for the doubly placed 1909G.
106PD G 2523.8 31.2 2
106PD L 3056.20 111+
106PD G 1498.75118.3 10 &
106PD G 2543.19214.8 8
106PD L 3071.17 20(2,3)-
106PD G 2559.242012.9 20
106PD L 3173.78 11(2+,3+)
106PD G 1616.99124.8 6
106PD G 2044.26143.6 6
106PDF G FL=1128.15
106PD L 3221.73 140+
106PD G 2093.52133.4 5
106PD L 3319.55 220+
106PD G 2185.68211.2 2
106PD L 9561.19 25 2+,3+ S
106PD cL E$9561.5 3 from 1995Au04.
DATA FOR A = 106 AND Z = 46(PD) 105PD(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
106PD N 4.478 16 1.0
106PD L 0.0 0+
106PD L 511.87 52+
106PD G 511.84713 4.00 4
106PD L 1128.19 62+
106PD G 616.21915 0.628 9
106PD G 1127.99 3 0.323 6
106PD L 1133.85 70+
106PD G 621.97 5 0.124 7
106PD L 1229.17 74+
106PD G 717.34914 0.777 9
106PD L 1557.75 63+
106PD G 429.69 3 0.145 3
106PD G 1045.77 3 0.321 7
106PD L 1562.20 62+
106PD G 1050.30 3 0.360 8
106PD G 1562.0710 0.035 3
106PD L 1706.59 90+
106PD G 578.8911 0.011813
106PD G 1194.54 6 0.032418
106PD L 1904.34 102-,3-
106PD G 346.9216 0.009517
106PD G 775.7216 0.018322
106PD L 1909.44 92+
106PD G 1397.52 5 0.089 3
106PD L 1932.30 94+
106PD G 374.0 4 0.001412
106PD G 703.14 6 0.034022
106PD G 804.34 3 0.091 3
106PD L 2001.51 100+
106PD G 873.51 9 0.018718
106PD G 1487.8 8 0.003118
106PD L 2077.2 106+
106PD G 846.28 6 0.045218
106PD L 2077.2 10(4)+
106PD G 848.11 4 0.100325
106PD G 1565.7314 0.019 3
106PD L 2084.50 83-
106PD G 522.0 3 0.002310
106PD G 956.23 9 0.019419
106PD G 1572.57 9 0.22 3
106PD L 2242.54 62+
106PD G 680.17 5 0.038722
106PD G 1108.6716 0.014921
106PD G 1114.37 8 0.038 3
106PD L 2278.49 130+
106PD L 2282.72 114+
106PD G 1053.69 6 0.058 3
106PD L 2306.20 134-
106PD G 748.33 3 0.080223
106PD L 2308.71 82+
106PD G 1179.7019 0.013515
106PD G 1796.8510 0.037423
106PD L 2350.95 104+
106PD G 417.5724 0.008218
106PD G 793.35 7 0.025418
106PD G 1839.2 5 0.008323
106PD L 2366.22 10(4)+
106PD G 808.36 7 0.023823
106PD L 2397.46 13(5)-
106PD G 1168.13 5 0.059022
106PD L 2400.7 8(3-)
106PD L 2439.18 92+
106PD G 1305.6 4 0.006523
106PD G 1926.9614 0.044 4
106PD G 2439.0123 0.020 3
106PD L 2472.21 131+,2+
106PD G 765.8 6 0.004520
106PD L 2485.34 12(1-)
106PD G 2484.3715 0.051 4
106PD L 2500.11 132-
106PD G 1988.0610 0.061 4
106PD L 2578.63 10(4-)
106PD G 1349.44 9 0.033525
106PD L 2624.02 90+
106PD G 2111.9 4 0.004215
106PD L 2626.87 8(2,3)+
106PD G 1063.8 5 0.005822
106PD G 2114.6819 0.010815
106PD L 2713.87 92+,3+
106PD G 1155.9610 0.013715
106PD G 1484.5 3 0.008719
106PD L 2747.73 15(2-,3-)
106PD G 2235.9215 0.035 3
106PD L 2775.95 92+
106PD G 533.6618 0.004814
106PD G 1217.4114 0.026025
106PD G 2263.2 5 0.008 4
106PD L 2783.75 10(+)
106PD G 2271.8219 0.028 3
106PD L 2821.03 92+
106PD G 2308.9720 0.018423
106PD L 2827.00 120+
106PD G 2316.9 3 0.012422
106PD L 2850.81 132+,3+
106PD G 1621.4417 0.019624
106PD L 2861.07 10(+)
106PD G 1302.6919 0.012321
106PD G 1633.3414 0.022325
106PD L 2878.34 130+
106PD G 2365.1 7 0.007 3
106PD L 2886.26 18(-)
106PD G 2374.0 3 0.021 3
106PD L 2897.36 13(1-,4-)
106PD G 1668.4023 0.009919
106PD L 2902.15 122+
106PD G 1773.8 4 0.007 3
106PD G 2390.7922 0.021 3
106PD L 2908.64 18(1-)
106PD G 2396.5713 0.040 3
106PD L 2918.54 102+
106PD G 1355.1 4 0.004620
106PD G 1360.6 3 0.007121
106PD G 2405.5620 0.019 3
106PD L 2935.96 18(2-,3-)
106PD G 2423.6919 0.023 3
106PD L 2968.65 183-
106PD G 2456.3 4 0.021 6
106PD L 3037.31 121,2
106PD G 1909.42 8 0.042320
106PD L 3056.20 111+
106PD G 1498.6710 0.026424
106PD G 2543.9 6 0.010 3
106PD L 3071.17 20(2,3)-
106PD G 2559.0423 0.027 3
106PD L 3173.78 11(2+,3+)
106PD G 1617.1218 0.018724
106PD G 2044.9 6 0.011 3
106PD L 3221.73 140+
106PD L 3319.55 220+
106PD L 9561.19 25 2+,3+
106PD G 6490.3 5 0.016125
106PD G 6625.1 5 0.018 3
106PD G 6652.3 5 0.017 3
106PD G 7061.0 5 0.006312
106PD G 7076.9 4 0.009513
106PD G 7120.7 4 0.014621
106PD G 7159.9 5 0.008315
106PD G 7629.9 4 0.034 3
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 511.87 5
1 G1 511.86 12 1500 140
1 G2 511.847 13 4.00 4
1 L1 1128.19 6
1 G1 616.23 11 281 30
1 G2 616.219 15 0.628 9
1 G1 1128.11 11 94 12
1 G2 1127.99 3 0.323 6
1 L1 1133.85 7
1 G1 622.02 12 57 7
1 G2 621.97 5 0.124 7
1 G1 1133.80 20 0.0
1 L1 1229.17 7
1 G1 717.44 11 310 40
1 G2 717.349 14 0.777 9
1 L1 1557.75 6
1 G1 429.65 10 43 6
1 G2 429.69 3 0.145 3
1 G1 1045.93 11 96 12
1 G2 1045.77 3 0.321 7
1 L1 1562.20 6
1 G1 428.32 10 4.8 6
1 G1 434.0 3 4.2 12
1 G1 1050.42 11 106 13
1 G2 1050.30 3 0.360 8
1 G1 1562.26 11 9.7 12
1 G2 1562.07 10 0.035 3
1 L1 1706.59 9
1 G1 578.60 11 3.8 5
1 G2 578.89 11 0.0118 13
1 G1 1194.55 11 9.3 11
1 G2 1194.54 6 0.0324 18
1 L1 1904.34 10
1 G1 347.14 13 4 5
1 G2 346.92 16 0.0095 17
1 G1 775.75 11 4.5 5
1 G2 775.72 16 0.0183 22
1 L1 1909.44 9
1 G1 1397.62 11 25 3
1 G2 1397.52 5 0.089 3
1 G1 1909.36 12 7.8 18
1 L1 1932.30 9
1 G1 374.00 14 2.3 3
1 G2 374.0 4 0.0014 12
1 G1 703.18 11 14.1 17
1 G2 703.14 6 0.0340 22
1 G1 804.38 11 34 4
1 G2 804.34 3 0.091 3
1 L1 2001.51 10
1 G1 873.56 11 6.6 8
1 G2 873.51 9 0.0187 18
1 G1 1489.09 16 0.70 10
1 G2 1487.8 8 0.0031 18
1 G1 2002.0 10 0.0
1 L1 2077.2 10
1 G1 848.0 10 20 9
1 G2 846.28 6 0.0452 18
1 L1 2077.55 8
1 G1 848.12 11 18 7
1 G2 848.11 4 0.1003 25
1 G1 949.53 11 1.80 20
1 G1 1565.76 11 5.9 7
1 G2 1565.73 14 0.019 3
1 L1 2084.50 8
1 G1 522.31 12 1.50 20
1 G2 522.0 3 0.0023 10
1 G1 956.41 11 5.2 6
1 G2 956.23 9 0.0194 19
1 G1 1572.60 11 61 7
1 G2 1572.57 9 0.22 3
1 G1 2084.0 3 0.50 10
1 L1 2242.54 6
1 G1 680.26 11 14.1 17
1 G2 680.17 5 0.0387 22
1 G1 684.78 11 5.3 6
1 G1 1108.69 11 4.1 5
1 G2 1108.67 16 0.0149 21
1 G1 1114.42 11 8.2 10
1 G2 1114.37 8 0.038 3
1 G1 1730.56 12 1.30 20
1 G1 2242.87 15 1.6 3
1 L1 2278.49 13
1 G1 1766.60 12 3.5 4
1 G2 2278.46 131.00E-1720
1 L1 2282.72 11
1 G1 1053.70 11 17.8 22
1 G2 1053.69 6 0.058 3
1 G1 1770.49 16 1.70 20
1 L1 2306.20 13
1 G1 748.45 11 31 4
1 G2 748.33 3 0.0802 23
1 L1 2308.71 8
1 G1 1180.24 13 5.1 7
1 G2 1179.70 19 0.0135 15
1 G1 1796.87 11 11.7 14
1 G2 1796.85 10 0.0374 23
1 G1 2309.00 16 0.4 4
1 L1 2350.95 10
1 G1 418.4 7 1.6 11
1 G2 417.57 24 0.0082 18
1 G1 793.30 11 7.0 8
1 G2 793.35 7 0.0254 18
1 G1 1838.96 12 2.8 3
1 G2 1839.2 5 0.0083 23
1 L1 2366.22 10
1 G1 808.39 11 9.5 12
1 G2 808.36 7 0.0238 23
1 G1 1137.13 12 0.60 10
1 L1 2397.46 13
1 G1 1168.28 11 17.1 21
1 G2 1168.13 5 0.0590 22
1 L1 2400.7 8
1 G1 2400.7 11 0.0
1 G2 2400.7 81.00E-1720
1 L1 2439.18 9
1 G1 1305.43 11 1.50 20
1 G2 1305.6 4 0.0065 23
1 G1 1927.19 12 14.5 17
1 G2 1926.96 14 0.044 4
1 G1 2439.09 18 5.4 8
1 G2 2439.01 23 0.020 3
1 L1 2472.21 13
1 G1 765.67 12 1.00 10
1 G2 765.8 6 0.0045 20
1 G1 1960.17 20 1.20 20
1 L1 2485.34 12
1 G1 1973.75 15 1.8 3
1 G1 2484.80 19 22 4
1 G2 2484.37 15 0.051 4
1 L1 2500.11 13
1 G1 1988.23 12 22 3
1 G2 1988.06 10 0.061 4
1 L1 2578.63 10
1 G1 1020.88 11 6.3 8
1 G1 1349.50 11 9.0 11
1 G2 1349.44 9 0.0335 25
1 L1 2624.02 9
1 G1 1062.14 11 1.50 20
1 G1 1495.17 14 1.00 10
1 G1 2112.27 14 1.8 3
1 G2 2111.9 4 0.0042 15
1 L1 2626.87 8
1 G1 1064.60 11 1.00 10
1 G2 1063.8 5 0.0058 22
1 G1 1498.75 11 8.3 10
1 G1 2114.95 13 4.1 6
1 G2 2114.68 19 0.0108 15
1 L1 2713.87 9
1 G1 1156.28 12 4.6 6
1 G2 1155.96 10 0.0137 15
1 G1 1484.49 11 2.3 3
1 G2 1484.5 3 0.0087 19
1 G1 2202.07 15 1.40 20
1 L1 2747.73 15
1 G1 2235.81 14 17 3
1 G2 2235.92 15 0.035 3
1 L1 2775.95 9
1 G1 533.53 12 2.3 3
1 G2 533.66 18 0.0048 14
1 G2 1217.41 14 0.0260 25
1 G1 1218.26 14 3.6 6
1 G1 1546.64 16 1.30 20
1 G1 2263.84 17 2.3 4
1 G2 2263.2 5 0.008 4
1 L1 2783.75 10
1 G1 1554.50 15 0.40 10
1 G1 1655.66 17 0.80 10
1 G1 2271.84 15 10.9 17
1 G2 2271.82 19 0.028 3
1 L1 2821.03 9
1 G1 1258.65 16 1.30 20
1 G1 1687.05 15 0.50 10
1 G1 1693.08 12 1.00 10
1 G1 2309.00 16 6.1 12
1 G2 2308.97 20 0.0184 23
1 L1 2827.00 12
1 G1 1267.18 16 0.60 10
1 G1 2317.20 16 3.5 6
1 G2 2316.9 3 0.0124 22
1 L1 2850.81 13
1 G1 1621.62 11 6.4 8
1 G2 1621.44 17 0.0196 24
1 L1 2861.07 10
1 G1 1302.98 11 2.7 3
1 G2 1302.69 19 0.0123 21
1 G1 1632.22 11 1.90 20
1 G2 1633.34 14 0.0223 25
1 L1 2878.34 13
1 G1 1316.15 18 0.30 10
1 G1 2366.42 17 1.8 3
1 G2 2365.1 7 0.007 3
1 L1 2886.26 18
1 G1 2374.36 17 6.3 10
1 G2 2374.0 3 0.021 3
1 L1 2897.36 13
1 G1 1668.17 11 3.7 4
1 G2 1668.40 23 0.0099 19
1 L1 2902.15 12
1 G1 1773.74 15 3.3 5
1 G2 1773.8 4 0.007 3
1 G1 2390.52 17 7.5 12
1 G2 2390.79 22 0.021 3
1 L1 2908.64 18
1 G1 2396.74 17 15.6 24
1 G2 2396.57 13 0.040 3
1 L1 2918.54 10
1 G2 1355.1 4 0.0046 20
1 G1 1356.46 14 0.60 10
1 G1 1360.92 11 1.70 20
1 G2 1360.6 3 0.0071 21
1 G1 2406.02 19 6.0 10
1 G2 2405.56 20 0.019 3
1 L1 2935.96 18
1 G1 2424.06 17 8.6 13
1 G2 2423.69 19 0.023 3
1 L1 2968.65 18
1 G1 2456.68 18 6.3 10
1 G2 2456.3 4 0.021 6
1 L1 3037.31 12
1 G1 1909.36 12 6.1 25
1 G2 1909.42 8 0.0423 20
1 G1 2523.8 3 1.20 20
1 L1 3056.20 11
1 G1 1498.75 11 8.3 10
1 G2 1498.67 10 0.0264 24
1 G1 2543.19 21 4.8 8
1 G2 2543.9 6 0.010 3
1 L1 3071.17 20
1 G1 2559.24 20 12.9 20
1 G2 2559.04 23 0.027 3
1 L1 3173.78 11
1 G1 1616.99 12 4.8 6
1 G2 1617.12 18 0.0187 24
1 G1 2044.26 14 3.6 6
1 G2 2044.9 6 0.011 3
1 L1 3221.73 14
1 G1 2093.52 13 3.4 5
1 G2 3221.68 141.00E-1720
1 L1 3319.55 22
1 G1 2185.68 21 1.20 20
1 G2 3319.49 221.00E-1720
1 L2 9561.19 25
1 G2 6490.3 5 0.0161 25
1 G2 6625.1 5 0.018 3
1 G2 6652.3 5 0.017 3
1 G2 7061.0 5 0.0063 12
1 G2 7076.9 4 0.0095 13
1 G2 7120.7 4 0.0146 21
1 G2 7159.9 5 0.0083 15
1 G2 7629.9 4 0.034 3
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 511.841 12
3. 1128.052 15
4. 1133.79 4
5. 1229.185 17
6. 1557.693 22
7. 1562.151 25
8. 1706.51 4
9. 1904.22 7
10. 1909.39 4
11. 1932.37 3
12. 2001.47 7
13. 2075.48 6
14. 2077.37 4
15. 2084.39 5
16. 2242.40 3
17. 2278.47 9
18. 2282.83 5
19. 2306.03 4
20. 2308.59 6
21. 2350.94 5
22. 2366.12 6
23. 2397.35 5
24. 2401.0 4
25. 2439.11 6
26. 2472.15 11
27. 2484.93 9
28. 2499.99 8
29. 2578.64 6
30. 2623.95 7
31. 2626.75 6
32. 2713.78 6
33. 2747.73 10
34. 2775.75 6
35. 2783.71 8
36. 2820.94 7
37. 2827.20 11
38. 2850.77 9
39. 2861.29 7
40. 2878.26 12
41. 2886.14 15
42. 2897.41 10
43. 2902.17 10
44. 2908.52 10
45. 2918.32 7
46. 2935.79 12
47. 2968.49 16
48. 3037.39 7
49. 3056.26 7
50. 3071.02 15
51. 3173.91 8
52. 3221.66 10
53. 3319.52 15
54. 9561.39 17
GAMMA ENERGIES
105PD(N,G),(N,E) E-105PD(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(4 347.14 13 (2 346.92 16 346.53 7 9 6
(4 374.00 14 (1 374.0 4 374.67 3 11 6
418.4 7 (4 417.57 24 418.58 6 21 11
428.32 10 0.0 428.36 4 7 4
429.65 10 (1 429.69 3 429.641 19 6 3
434.0 3 0.0 434.098 25 7 3
511.86 12 511.847 13 511.840 12 2 1
522.31 12 522.0 3 522.24 5 15 7
(1 533.53 12 (1 533.66 18 533.35 6 34 16
(1 578.60 11 (3 578.89 11 578.46 4 8 3
616.23 11 616.219 15 616.209 12 3 2
622.02 12 621.97 5 621.95 4 4 2
680.26 11 (1 680.17 5 680.25 3 16 7
684.78 11 0.0 684.70 4 16 6
703.18 11 703.14 6 703.18 3 11 5
717.44 11 717.349 14 717.341 13 5 2
(1 748.45 11 1) 748.33 3 748.34 3 19 6
765.67 12 765.8 6 765.63 10 26 8
(3 775.75 11 (2 775.72 16 776.17 7 9 3
793.30 11 (1 793.35 7 793.25 5 21 6
804.38 11 804.34 3 804.311 25 11 3
808.39 11 808.36 7 808.42 5 22 6
(1 848.0 10 1) 846.28 6 846.29 6 13 5
848.12 11 (1 848.11 4 848.18 3 14 5
(1 873.56 11 (1 873.51 9 873.42 6 12 3
(1 949.53 11 1) 0.0 949.31 4 14 3
956.41 11 (1 956.23 9 956.33 5 15 3
1020.88 11 0.0 1020.94 6 29 6
1045.93 11 (2 1045.77 3 1045.846 19 6 2
(1 1050.42 11 1) 1050.30 3 1050.303 23 7 2
1053.70 11 1053.69 6 1053.64 5 18 5
(3 1062.14 11 3) 0.0 1061.80 7 30 7
1064.60 11 (1 1063.8 5 1064.60 6 31 7
1108.69 11 1108.67 16 1108.60 4 16 4
1114.42 11 1114.37 8 1114.34 3 16 3
1128.11 11 (1 1127.99 3 1128.046 15 3 1
1133.80 20 0.0 1133.79 4 4 1
(1 1137.13 12 1) 0.0 1136.92 6 22 5
(1 1156.28 12 (1 1155.96 10 1156.08 6 32 6
(1 1168.28 11 1) 1168.13 5 1168.16 5 23 5
(2 1180.24 13 (4 1179.70 19 1180.53 6 20 3
(1 1194.55 11 (2 1194.54 6 1194.66 4 8 2
(1 1218.26 14 (4 1217.41 14 1218.05 6 34 6
1258.65 16 0.0 1258.78 7 36 7
(9 1267.18 16 9) 0.0 1269.50 11 37 6
(5 1302.98 11 (4 1302.69 19 1303.58 7 39 6
(1 1305.43 11 1) 1305.6 4 1305.31 7 25 4
1316.15 18 0.0 1316.10 12 40 7
1349.50 11 1349.44 9 1349.44 6 29 5
(2 1356.46 14 (2 1355.1 4 1356.16 7 45 7
(2 1360.92 11 2) 1360.6 3 1360.61 7 45 6
1397.62 11 1397.52 5 1397.54 4 10 2
1484.49 11 1484.5 3 1484.58 6 32 5
(3 1489.09 16 (2 1487.8 8 1489.62 6 12 2
(5 1495.17 14 5) 0.0 1495.89 7 30 3
(1 1498.75 11 (1 1498.67 10 1498.55 7 49 6
1498.75 11 0.0 1498.69 6 31 3
1546.64 16 0.0 1546.55 6 34 5
1554.50 15 0.0 1554.51 8 35 5
(1 1562.26 11 1) 1562.07 10 1562.138 25 7 1
(2 1565.76 11 (1 1565.73 14 1565.52 3 14 2
1572.60 11 1572.57 9 1572.54 5 15 2
(6 1616.99 12 (5 1617.12 18 1616.20 8 51 6
1621.62 11 1621.44 17 1621.57 9 38 5
(1 1632.22 11 (8 1633.34 14 1632.09 7 39 5
1655.66 17 0.0 1655.64 8 35 3
1668.17 11 1668.40 23 1668.21 10 42 5
1687.05 15 0.0 1687.13 7 36 4
(1 1693.08 12 1) 0.0 1692.87 7 36 3
1730.56 12 0.0 1730.54 3 16 2
1766.60 12 0.0 1766.61 9 17 2
(3 1770.49 16 3) 0.0 1770.97 5 18 2
(2 1773.74 15 2) 1773.8 4 1774.10 10 43 3
(1 1796.87 11 (1 1796.85 10 1796.73 6 20 2
(1 1838.96 12 1) 1839.2 5 1839.08 5 21 2
1909.36 12 (1 1909.42 8 1909.32 7 48 3
1909.36 12 0.0 1909.37 4 10 1
1927.19 12 (2 1926.96 14 1927.25 6 25 2
1960.17 20 0.0 1960.29 11 26 2
(4 1973.75 15 4) 0.0 1973.07 9 27 2
1988.23 12 1988.06 10 1988.13 8 28 2
2002.0 10 0.0 2001.45 7 12 1
(9 2044.26 14 (1 2044.9 6 2045.84 8 51 3
(1 2084.0 3 1) 0.0 2084.37 5 15 1
2093.52 13 0.0 2093.58 10 52 3
(1 2112.27 14 1) 2111.9 4 2112.09 7 30 2
2114.95 13 (1 2114.68 19 2114.89 6 31 2
2185.68 21 0.0 2185.70 15 53 4
(1 2202.07 15 1) 0.0 2201.91 6 32 2
2235.81 14 2235.92 15 2235.86 10 33 2
(3 2242.87 15 3) 0.0 2242.37 3 16 1
2263.84 17 (1 2263.2 5 2263.88 6 34 2
2271.84 15 2271.82 19 2271.84 8 35 2
0.0 2278.46 13 2278.44 9 17 1
(2 2309.00 16 2) 0.0 2308.56 6 20 1
2309.00 16 2308.97 20 2309.07 7 36 2
(9 2317.20 16 (5 2316.9 3 2315.33 11 37 2
2366.42 17 (1 2365.1 7 2366.39 12 40 2
2374.36 17 2374.0 3 2374.27 15 41 2
(1 2390.52 17 (2 2390.79 22 2390.30 10 43 2
2396.74 17 2396.57 13 2396.65 10 44 2
2400.7 11 2400.7 8 2401.0 4 24 1
(2 2406.02 19 (4 2405.56 20 2406.45 7 45 2
2424.06 17 (1 2423.69 19 2423.91 12 46 2
2439.09 18 2439.01 23 2439.08 6 25 1
2456.68 18 2456.3 4 2456.62 16 47 2
2484.80 19 (3 2484.37 15 2484.90 9 27 1
(5 2523.8 3 5) 0.0 2525.51 7 48 2
(5 2543.19 21 5) 2543.9 6 2544.38 7 49 2
2559.24 20 2559.04 23 2559.14 15 50 2
0.0 3221.68 14 3221.61 10 52 1
0.0 3319.49 22 3319.46 15 53 1
0.0 6490.3 5 6490.16 21 54 50
0.0 6625.1 5 6625.39 20 54 46
0.0 6652.3 5 6652.65 19 54 44
0.0 7061.0 5 7061.15 18 54 28
0.0 (1 7076.9 4 7076.21 18 54 27
0.0 (3 7120.7 4 7122.02 18 54 25
0.0 7159.9 5 7160.1 4 54 24
0.0 (2 7629.9 4 7628.73 17 54 11
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 14.56 F= 59
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 8.572 F= 45
CHISQ/F = 8.706 (FIT OF 197GAMMAS - 53LEVELS)
ITERATION - 2 CHISQ - 1.331
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 511.847 12
3. 1128.041 15
4. 1133.80 4
5. 1229.203 17
6. 1557.671 22
7. 1562.170 25
8. 1706.44 5
9. 1903.99 8
10. 1909.39 4
11. 1932.37 3
12. 2001.47 7
13. 2075.49 6
14. 2077.38 4
15. 2084.39 5
16. 2242.42 3
17. 2278.47 9
18. 2282.85 5
19. 2306.01 4
20. 2308.67 6
21. 2350.97 6
22. 2366.10 6
23. 2397.37 5
24. 2401.0 4
25. 2439.12 6
26. 2472.10 11
27. 2484.74 16
28. 2500.00 8
29. 2578.64 6
30. 2624.21 9
31. 2626.76 6
32. 2713.77 6
33. 2747.73 10
34. 2775.89 7
35. 2783.71 8
36. 2820.94 7
37. 2828.0 11
38. 2850.78 9
39. 2861.40 11
40. 2878.27 12
41. 2886.15 15
42. 2897.43 10
43. 2902.17 10
44. 2908.52 10
45. 2918.43 8
46. 2935.79 12
47. 2968.49 16
48. 3037.46 7
49. 3056.37 8
50. 3071.02 15
51. 3173.7 4
52. 3221.65 10
53. 3319.52 15
54. 9561.36 17
GAMMA ENERGIES
105PD(N,G),(N,E) E-105PD(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(1 347.1 6 (3 346.92 16 346.32 8 9 6
(1 374.0 7 (1 374.0 4 374.70 3 11 6
418.4 7 (1 417.6 10 418.60 6 21 11
428.32 10 0.0 428.37 4 7 4
429.65 10 (2 429.69 3 429.630 20 6 3
434.0 3 0.0 434.128 25 7 3
511.86 12 511.847 13 511.846 12 2 1
522.31 12 522.0 3 522.22 5 15 7
533.53 12 (1 533.66 18 533.47 7 34 16
(1 578.60 11 (1 578.9 4 578.40 5 8 3
616.23 11 (1 616.219 15 616.192 12 3 2
622.02 12 621.97 5 621.95 4 4 2
680.26 11 (1 680.17 5 680.24 3 16 7
684.78 11 0.0 684.74 4 16 6
703.18 11 703.14 6 703.17 3 11 5
717.44 11 717.349 14 717.353 13 5 2
(1 748.45 11 1) 748.33 3 748.34 3 19 6
765.67 12 765.8 6 765.65 10 26 8
(1 775.75 11 (1 775.72 16 775.95 8 9 3
793.30 11 793.35 7 793.30 5 21 6
804.38 11 804.34 3 804.33 3 11 3
808.39 11 808.36 7 808.43 5 22 6
(1 848.0 10 1) 846.28 6 846.29 6 13 5
848.12 11 (1 848.11 4 848.18 3 14 5
(1 873.56 11 1) 873.51 9 873.42 6 12 3
(1 949.53 11 1) 0.0 949.34 4 14 3
956.41 11 (1 956.23 9 956.34 5 15 3
1020.88 11 0.0 1020.97 6 29 6
(1 1045.93 11 (1 1045.77 3 1045.819 19 6 2
1050.42 11 1050.30 3 1050.317 23 7 2
1053.70 11 1053.69 6 1053.64 5 18 5
1062.14 11 0.0 1062.04 8 30 7
1064.60 11 (1 1063.8 5 1064.58 6 31 7
1108.69 11 1108.67 16 1108.61 4 16 4
1114.42 11 1114.37 8 1114.37 3 16 3
1128.11 11 (1 1127.99 3 1128.034 15 3 1
1133.80 20 0.0 1133.79 4 4 1
(1 1137.13 12 1) 0.0 1136.89 6 22 5
(1 1156.28 12 (1 1155.96 10 1156.10 6 32 6
(1 1168.28 11 1) 1168.13 5 1168.16 5 23 5
(2 1180.24 13 (1 1179.7 8 1180.62 6 20 3
1194.55 11 1194.54 6 1194.59 5 8 2
1218.26 14 (1 1217.4 6 1218.21 7 34 6
1258.65 16 0.0 1258.77 7 36 7
(1 1267.2 23 1) 0.0 1270.4 11 37 6
(1 1303.0 6 (1 1302.7 9 1303.72 11 39 6
(1 1305.43 11 1) 1305.6 4 1305.31 7 25 4
1316.15 18 0.0 1316.09 12 40 7
1349.50 11 1349.44 9 1349.43 6 29 5
(1 1356.46 14 (2 1355.1 4 1356.25 8 45 7
(1 1360.92 11 1) 1360.6 3 1360.75 8 45 6
1397.62 11 1397.52 5 1397.54 4 10 2
1484.49 11 1484.5 3 1484.56 6 32 5
(3 1489.09 16 (2 1487.8 8 1489.61 6 12 2
(1 1495.2 7 1) 0.0 1496.16 9 30 3
1498.75 11 1498.67 10 1498.69 7 49 6
1498.75 11 0.0 1498.71 6 31 3
1546.64 16 0.0 1546.67 7 34 5
1554.50 15 0.0 1554.50 8 35 5
1562.26 11 1562.07 10 1562.157 25 7 1
(2 1565.76 11 (1 1565.73 14 1565.52 3 14 2
1572.60 11 1572.57 9 1572.53 5 15 2
(1 1617.0 8 (1 1617.1 9 1616.1 4 51 6
1621.62 11 1621.44 17 1621.57 9 38 5
1632.22 11 1633.3 13 1632.19 11 39 5
1655.66 17 0.0 1655.66 8 35 3
1668.17 11 1668.40 23 1668.21 10 42 5
1687.05 15 0.0 1687.13 7 36 4
(1 1693.08 12 1) 0.0 1692.89 7 36 3
1730.56 12 0.0 1730.55 3 16 2
1766.60 12 0.0 1766.61 9 17 2
(3 1770.49 16 3) 0.0 1770.98 5 18 2
(2 1773.74 15 2) 1773.8 4 1774.11 10 43 3
1796.87 11 1796.85 10 1796.81 6 20 2
(1 1838.96 12 1) 1839.2 5 1839.11 6 21 2
1909.36 12 0.0 1909.37 4 10 1
1909.36 12 1909.42 8 1909.40 7 48 3
1927.19 12 (2 1926.96 14 1927.25 6 25 2
1960.17 20 0.0 1960.23 11 26 2
(1 1973.8 7 1) 0.0 1972.87 16 27 2
1988.23 12 1988.06 10 1988.13 8 28 2
2002.0 10 0.0 2001.45 7 12 1
2044.3 16 (1 2044.9 6 2045.7 4 51 3
(1 2084.0 3 1) 0.0 2084.37 5 15 1
2093.52 13 0.0 2093.59 10 52 3
2112.27 14 (1 2111.9 4 2112.34 9 30 2
2114.95 13 (1 2114.68 19 2114.89 6 31 2
2185.68 21 0.0 2185.70 15 53 4
(1 2202.07 15 1) 0.0 2201.90 6 32 2
2235.81 14 2235.92 15 2235.86 10 33 2
(3 2242.87 15 3) 0.0 2242.39 3 16 1
(1 2263.84 17 (1 2263.2 5 2264.02 7 34 2
2271.84 15 2271.82 19 2271.84 8 35 2
0.0 2278.46 13 2278.45 9 17 1
(2 2309.00 16 2) 0.0 2308.64 6 20 1
2309.00 16 2308.97 20 2309.07 7 36 2
2317.2 19 2316.9 16 2316.2 11 37 2
2366.42 17 (1 2365.1 7 2366.40 12 40 2
2374.36 17 2374.0 3 2374.27 15 41 2
(1 2390.52 17 (2 2390.79 22 2390.29 10 43 2
2396.74 17 2396.57 13 2396.65 10 44 2
2400.7 11 2400.7 8 2401.0 4 24 1
(2 2406.02 19 (1 2405.6 9 2406.55 8 45 2
2424.06 17 (1 2423.69 19 2423.91 12 46 2
2439.09 18 2439.01 23 2439.08 6 25 1
2456.68 18 2456.3 4 2456.62 16 47 2
2484.80 19 2484.4 5 2484.71 16 27 1
(1 2523.8 17 1) 0.0 2525.58 7 48 2
(1 2543.2 12 1) 2543.9 6 2544.50 8 49 2
2559.24 20 2559.04 23 2559.14 15 50 2
0.0 3221.68 14 3221.60 10 52 1
0.0 3319.49 22 3319.47 15 53 1
0.0 6490.3 5 6490.13 21 54 50
0.0 6625.1 5 6625.35 20 54 46
0.0 6652.3 5 6652.62 19 54 44
0.0 7061.0 5 7061.11 18 54 28
0.0 (1 7076.9 4 7076.37 21 54 27
0.0 (3 7120.7 4 7121.99 18 54 25
0.0 7159.9 5 7160.1 4 54 24
0.0 (3 7629.9 4 7628.70 17 54 11
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.278 F= 59
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.821 F= 45
CHISQ/F = 1.827 (FIT OF 197GAMMAS - 53LEVELS)
ITERATION - 3 CHISQ - 1.331
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 511.844 20
3. 1128.04 3
4. 1133.79 6
5. 1229.20 3
6. 1557.67 4
7. 1562.16 4
8. 1706.44 8
9. 1903.83 16
10. 1909.39 7
11. 1932.37 5
12. 2001.56 11
13. 2075.49 11
14. 2077.37 6
15. 2084.39 7
16. 2242.40 6
17. 2278.47 14
18. 2282.89 9
19. 2306.01 6
20. 2308.73 11
21. 2350.96 9
22. 2366.09 10
23. 2397.37 8
24. 2401.0 7
25. 2439.11 10
26. 2472.09 17
27. 2484.76 25
28. 2500.01 12
29. 2578.64 10
30. 2624.21 13
31. 2626.76 10
32. 2713.78 9
33. 2747.72 16
34. 2775.88 11
35. 2783.71 13
36. 2820.94 11
37. 2828.0 17
38. 2850.79 15
39. 2861.41 17
40. 2878.27 19
41. 2886.16 23
42. 2897.42 16
43. 2902.31 20
44. 2908.53 17
45. 2918.56 13
46. 2935.8 2
47. 2968.50 25
48. 3037.45 11
49. 3056.38 12
50. 3071.03 23
51. 3173.8 7
52. 3221.64 15
53. 3319.52 25
54. 9561.4 4
GAMMA ENERGIES
105PD(N,G),(N,E) E-105PD(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
(1 347.1 9 1) 346.9 10 346.16 16 9 6
374.0 10 (1 374.0 7 374.70 5 11 6
418.4 11 417.6 17 418.59 10 21 11
428.32 15 0.0 428.37 6 7 4
429.65 15 429.69 6 429.63 4 6 3
434.0 5 0.0 434.13 4 7 3
511.86 18 511.847 22 511.843 20 2 1
522.31 18 522.0 5 522.23 8 15 7
533.53 18 533.7 3 533.48 11 34 16
(1 578.60 20 1) 578.9 7 578.40 8 8 3
616.23 17 (1 616.219 25 616.192 20 3 2
622.02 18 621.97 9 621.95 6 4 2
680.26 17 680.17 8 680.23 5 16 7
684.78 17 0.0 684.72 6 16 6
703.18 17 703.14 10 703.17 5 11 5
717.44 17 717.349 24 717.356 22 5 2
748.45 17 748.33 5 748.34 5 19 6
765.67 18 765.8 10 765.65 16 26 8
775.75 20 775.7 3 775.79 16 9 3
793.30 17 793.35 12 793.29 9 21 6
804.38 17 804.34 5 804.33 4 11 3
808.39 17 808.36 12 808.41 9 22 6
(1 848.0 15 1) 846.28 10 846.29 10 13 5
848.12 17 848.11 7 848.16 6 14 5
873.56 17 873.51 15 873.51 11 12 3
(1 949.53 19 1) 0.0 949.33 6 14 3
956.41 17 956.23 15 956.35 7 15 3
1020.88 17 0.0 1020.96 10 29 6
1045.93 17 (1 1045.77 5 1045.82 3 6 2
1050.42 17 1050.30 5 1050.31 4 7 2
1053.70 17 1053.69 10 1053.68 9 18 5
1062.14 17 0.0 1062.04 13 30 7
1064.60 17 1063.8 8 1064.59 10 31 7
1108.69 17 1108.7 3 1108.60 7 16 4
1114.42 17 1114.37 14 1114.35 6 16 3
1128.11 17 1127.99 5 1128.03 3 3 1
1133.8 3 0.0 1133.79 6 4 1
(1 1137.13 24 1) 0.0 1136.88 10 22 5
1156.28 18 1155.96 17 1156.11 9 32 6
1168.28 17 1168.13 9 1168.16 8 23 5
1180.2 6 1179.7 14 1180.68 11 20 3
1194.55 17 1194.54 10 1194.58 8 8 2
1218.26 21 1217.4 11 1218.20 11 34 6
1258.65 24 0.0 1258.77 11 36 7
1267 4 0.0 1270.3 17 37 6
1303.0 9 1302.7 15 1303.73 17 39 6
1305.43 17 1305.6 7 1305.31 11 25 4
1316.2 3 0.0 1316.10 19 40 7
1349.50 17 1349.44 15 1349.43 9 29 5
1356.46 21 1355.1 19 1356.39 13 45 7
1360.92 17 1360.6 5 1360.88 13 45 6
1397.62 17 1397.52 9 1397.54 7 10 2
1484.49 17 1484.5 5 1484.57 9 32 5
1489.1 8 (1 1487.8 18 1489.70 11 12 2
1495.2 11 0.0 1496.16 13 30 3
1498.75 17 1498.67 17 1498.70 12 49 6
1498.75 17 0.0 1498.71 10 31 3
1546.64 24 0.0 1546.66 11 34 5
1554.50 23 0.0 1554.49 13 35 5
1562.26 17 1562.07 17 1562.15 4 7 1
(1 1565.76 24 1) 1565.73 24 1565.51 6 14 2
1572.60 17 1572.57 15 1572.54 7 15 2
1617.0 12 1617.1 16 1616.1 7 51 6
1621.62 17 1621.4 3 1621.57 14 38 5
1632.22 17 1633.3 21 1632.19 16 39 5
1655.7 3 0.0 1655.66 13 35 3
1668.17 17 1668.4 4 1668.21 15 42 5
1687.05 23 0.0 1687.13 11 36 4
(1 1693.08 18 1) 0.0 1692.89 11 36 3
1730.56 18 0.0 1730.54 5 16 2
1766.60 18 0.0 1766.61 14 17 2
1770.5 7 0.0 1771.03 9 18 2
1773.7 6 1773.8 7 1774.25 20 43 3
1796.87 17 1796.85 17 1796.87 11 20 2
1838.96 18 1839.2 9 1839.10 9 21 2
1909.36 18 0.0 1909.37 7 10 1
1909.36 18 1909.42 14 1909.40 11 48 3
1927.19 18 1927.0 3 1927.25 10 25 2
1960.2 3 0.0 1960.23 17 26 2
1973.8 10 0.0 1972.90 25 27 2
1988.23 18 1988.06 17 1988.14 12 28 2
2002.0 15 0.0 2001.54 11 12 1
2044.3 24 2044.9 10 2045.7 7 51 3
(1 2084.0 4 1) 0.0 2084.37 7 15 1
2093.52 20 0.0 2093.58 15 52 3
2112.27 21 2111.9 7 2112.35 13 30 2
2114.95 20 2114.7 3 2114.89 10 31 2
2185.7 3 0.0 2185.70 24 53 4
2202.07 23 0.0 2201.92 9 32 2
2235.81 21 2235.92 25 2235.86 16 33 2
2242.9 7 0.0 2242.37 6 16 1
2263.8 3 2263.2 8 2264.01 10 34 2
2271.84 23 2271.8 3 2271.84 13 35 2
0.0 2278.46 22 2278.44 14 17 1
2309.0 4 0.0 2308.70 11 20 1
2309.00 24 2309.0 3 2309.07 11 36 2
2317 3 2317 3 2316.1 17 37 2
2366.4 3 (1 2365.1 12 2366.40 19 40 2
2374.4 3 2374.0 5 2374.29 23 41 2
2390.5 3 2390.8 5 2390.44 20 43 2
2396.7 3 2396.57 22 2396.66 17 44 2
2400.7 17 2400.7 14 2401.0 7 24 1
2406.0 8 2405.6 15 2406.69 13 45 2
2424.1 3 2423.7 3 2423.93 20 46 2
2439.1 3 2439.0 4 2439.08 10 25 1
2456.7 3 2456.3 7 2456.63 25 47 2
2484.8 3 2484.4 9 2484.73 25 27 1
2524 3 0.0 2525.58 11 48 2
2543.2 18 2543.9 10 2544.50 12 49 2
2559.2 3 2559.0 4 2559.15 23 50 2
0.0 3221.68 24 3221.59 15 52 1
0.0 3319.5 4 3319.46 25 53 1
0.0 6490.3 9 6490.2 4 54 50
0.0 6625.1 9 6625.4 4 54 46
0.0 6652.3 9 6652.6 4 54 44
0.0 7061.0 9 7061.1 4 54 28
0.0 7076.9 7 7076.4 4 54 27
0.0 7120.7 21 7122.0 4 54 25
0.0 7159.9 9 7160.1 7 54 24
0.0 7629.9 20 7628.7 4 54 11
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .5187 F= 59
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6274 F= 45
CHISQ/F = .4114 (FIT OF 197GAMMAS - 53LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 0.24 4 .0216
374.70 5 0.153 20 7.6829
418.59 10 0.20 4 .7226
428.37 6 0.32 4 .0000
429.63 4 3.61 7 1.5449
434.13 4 0.28 8 .0000
511.843 20 100.0 10 .0087
522.23 8 0.097 12 1.3181
533.48 11 0.149 18 .3943
578.40 8 0.279 24 .3440
616.192 20 15.74 22 1.0059
621.95 6 3.23 17 1.1305
680.23 5 0.96 5 .0077
684.72 6 0.36 4 .0000
703.17 5 0.87 5 .3225
717.356 22 19.44 22 .1697
748.34 5 2.01 6 .0503
765.65 16 0.070 7 .4185
775.79 16 0.37 3 3.3387
793.29 9 0.59 4 2.8650
804.33 4 2.28 7 .0025
808.41 9 0.61 5 .1090
846.29 10 1.13 5 .0653
848.16 6 2.50 6 3.7143
873.51 11 0.46 4 .0491
949.33 6 0.121 13 .0000
956.35 7 0.43 3 2.5469
1020.96 10 0.43 5 .0000
1045.82 3 7.98 17 1.7472
1050.31 4 8.94 20 2.1150
1053.68 9 1.41 7 1.1358
1062.04 13 0.101 13 .0000
1064.59 10 0.073 7 1.1463
1108.60 7 0.32 3 1.2816
1114.35 6 0.83 6 9.7857
1128.03 3 8.04 15 2.2158
1133.79 6 0.0 .0000
1136.88 10 0.040 7 .0000
1156.11 9 0.33 3 .1696
1168.16 8 1.45 5 2.2673
1180.68 11 0.34 3 .0063
1194.58 8 0.78 4 2.2897
1218.20 11 0.55 5 29.7465
1258.77 11 0.088 13 .0000
1270.3 17 0.040 7 .0000
1303.73 17 0.219 20 3.0975
1305.31 11 0.109 14 .5941
1316.10 19 0.020 7 .0000
1349.43 9 0.77 5 3.0450
1356.39 13 0.050 8 1.8436
1360.88 13 0.123 13 .7340
1397.54 7 2.19 7 3.1636
1484.57 9 0.172 19 .7932
1489.70 11 0.049 7 .2336
1496.16 13 0.067 7 .0000
1498.70 12 0.62 5 .6252
1498.71 10 0.56 7 .0000
1546.66 11 0.088 13 .0000
1554.49 13 0.027 7 .0000
1562.15 4 0.80 6 2.1412
1565.51 6 0.43 4 .3857
1572.54 7 4.7 4 1.3180
1616.1 7 0.39 4 2.2408
1621.57 14 0.46 4 .2622
1632.19 16 0.329 25 117.6352
1655.66 13 0.054 7 .0000
1668.21 15 0.249 23 .0008
1687.13 11 0.034 7 .0000
1692.89 11 0.067 7 .0000
1730.54 5 0.088 13 .0000
1766.61 14 0.24 3 .0000
1771.03 9 0.115 13 .0000
1774.25 20 0.22 3 .1725
1796.87 11 0.90 5 .8784
1839.10 9 0.191 19 .0462
1909.37 7 0.53 12 .0000
1909.40 11 1.05 5 7.1449
1927.25 10 1.05 8 .3214
1960.23 17 0.081 13 .0000
1972.90 25 0.121 20 .0000
1988.14 12 1.52 9 .0157
2001.54 11 0.0 .0000
2045.7 7 0.25 4 .0713
2084.37 7 0.034 7 .0000
2093.58 15 0.23 3 .0000
2112.35 13 0.119 18 .0759
2114.89 10 0.27 3 .0075
2185.70 24 0.081 13 .0000
2201.92 9 0.094 13 .0000
2235.86 16 0.93 7 .8333
2242.37 6 0.108 20 .0000
2264.01 10 0.16 3 .0957
2271.84 13 0.71 6 .0341
2278.44 14 2.5E-16 5 .0000
2308.70 11 0.03 3 .0000
2309.07 11 0.45 5 .1192
2316.1 17 0.27 3 .6270
2366.40 19 0.129 20 .2522
2374.29 23 0.48 5 .5104
2390.44 20 0.52 6 .0144
2396.66 17 1.01 7 .0441
2401.0 7 2.5E-16 5 .0000
2406.69 13 0.44 5 .2468
2423.93 20 0.58 6 .0011
2439.08 10 0.43 5 1.1858
2456.63 25 0.45 6 .1898
2484.73 25 1.31 9 .2693
2525.58 11 0.081 13 .0000
2544.50 12 0.31 5 .3365
2559.15 23 0.74 7 .8511
3221.59 15 2.5E-16 5 .0000
3319.46 25 2.5E-16 5 .0000
6490.2 4 0.40 6 .0000
6625.4 4 0.45 8 .0000
6652.6 4 0.42 8 .0000
7061.1 4 0.16 3 .0000
7076.4 4 0.24 3 .0000
7122.0 4 0.36 5 .0000
7160.1 7 0.21 4 .0000
7628.7 4 0.85 8 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.105PD(N,G),(N,E) E=T 2.105PD(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 4 5 3.5 7 0.0095 17 0.0096 17 0.24 4
374.70 5 2.3 3 2.3 3 0.0014 12 0.0061 9*3* 0.153 20
418.59 10 1.6 11 2.9 6*1* 0.0082 18 0.0078 16 0.20 4
428.37 6 4.8 6 4.8 6 0.0 0.0130 16 0.32 4
429.63 4 43 6 53 3*1* 0.145 3 0.144 3 3.61 7
434.13 4 4.2 12 4.2 12 0.0 0.011 3 0.28 8
511.843 20 1500 140 1482 80 4.00 4 4.00 4 100.0 10
522.23 8 1.50 20 1.44 18 0.0023 10 0.0039 5*1* 0.097 12
533.48 11 2.3 3 2.2 3 0.0048 14 0.0060 8 0.149 18
578.40 8 3.8 5 4.1 4 0.0118 13 0.0112 10 0.279 24
616.192 20 281 30 233 13*1* 0.628 9 0.630 9 15.74 22
621.95 6 57 7 48 3*1* 0.124 7 0.129 7 3.23 17
680.23 5 14.1 17 14.3 10 0.0387 22 0.0386 20 0.96 5
684.72 6 5.3 6 5.3 6 0.0 0.0143 18 0.36 4
703.17 5 14.1 17 12.9 9 0.0340 22 0.0349 20 0.87 5
717.356 22 310 40 288 16 0.777 9 0.778 9 19.44 22
748.34 5 31 4 29.8 18 0.0802 23 0.0804 23 2.01 6
765.65 16 1.00 10 1.03 10 0.0045 20 0.0028 3 0.070 7
775.79 16 4.5 5 5.5 5*2* 0.0183 22 0.0150 13*1* 0.37 3
793.29 9 7.0 8 8.7 6*2* 0.0254 18 0.0236 15*1* 0.59 4
804.33 4 34 4 33.7 20 0.091 3 0.091 3 2.28 7
808.41 9 9.5 12 9.1 8 0.0238 23 0.0245 19 0.61 5
846.29 10 20 9 16.8 11 0.0452 18 0.0453 18 1.13 5
848.16 6 18 7 37.1 22*2* 0.1003 25 0.1001 25 2.50 6
873.51 11 6.6 8 6.8 6 0.0187 18 0.0184 14 0.46 4
949.33 6 1.80 20 1.80 20 0.0 0.0049 6 0.121 13
956.35 7 5.2 6 6.4 5*1* 0.0194 19 0.0172 13*1* 0.43 3
1020.96 10 6.3 8 6.3 8 0.0 0.0170 24 0.43 5
1045.82 3 96 12 118 7*1* 0.321 7 0.319 7 7.98 17
1050.31 4 106 13 132 8*2* 0.360 8 0.358 8 8.94 20
1053.68 9 17.8 22 20.9 14*1* 0.058 3 0.057 3 1.41 7
1062.04 13 1.50 20 1.50 20 0.0 0.0041 6 0.101 13
1064.59 10 1.00 10 1.07 10 0.0058 22 0.0029 3*1* 0.073 7
1108.60 7 4.1 5 4.7 5*1* 0.0149 21 0.0127 12*1* 0.32 3
1114.35 6 8.2 10 12.3 10*4* 0.038 3 0.0333 23*1* 0.83 6
1128.03 3 94 12 119 7*2* 0.323 6 0.322 6 8.04 15
1133.79 6 0.0 0.0 0.0 0.0 0.0
1136.88 10 0.60 10 0.60 10 0.0 0.0016 3 0.040 7
1156.11 9 4.6 6 4.9 4 0.0137 15 0.0132 11 0.33 3
1168.16 8 17.1 21 21.5 13*2* 0.0590 22 0.0579 21 1.45 5
1180.68 11 5.1 7 5.0 5 0.0135 15 0.0136 12 0.34 3
1194.58 8 9.3 11 11.5 8*2* 0.0324 18 0.0311 16 0.78 4
1218.20 11 3.6 6 8.1 8*7* 0.0260 25 0.0219 19*1* 0.55 5
1258.77 11 1.30 20 1.30 20 0.0 0.0035 6 0.088 13
1270.3 17 0.60 10 0.60 10 0.0 0.0016 3 0.040 7
1303.73 17 2.7 3 3.3 3*1* 0.0123 21 0.0088 9*1* 0.219 20
1305.31 11 1.50 20 1.61 20 0.0065 23 0.0044 6 0.109 14
1316.10 19 0.30 10 0.30 10 0.0 0.0008 3 0.020 7
1349.43 9 9.0 11 11.5 9*2* 0.0335 25 0.0310 20 0.77 5
1356.39 13 0.60 10 0.74 12*1* 0.0046 20 0.0020 3*1* 0.050 8
1360.88 13 1.70 20 1.83 20 0.0071 21 0.0049 6*1* 0.123 13
1397.54 7 25 3 32.4 20*2* 0.089 3 0.087 3 2.19 7
1484.57 9 2.3 3 2.5 3 0.0087 19 0.0069 8 0.172 19
1489.70 11 0.70 10 0.73 10 0.0031 18 0.0020 3 0.049 7
1496.16 13 1.00 10 1.00 10 0.0 0.0027 3 0.067 7
1498.70 12 8.3 10 9.2 8 0.0264 24 0.0250 19 0.62 5
1498.71 10 8.3 10 8.3 10 0.0 0.022 4 0.56 7
1546.66 11 1.30 20 1.30 20 0.0 0.0035 6 0.088 13
1554.49 13 0.40 10 0.40 10 0.0 0.0011 3 0.027 7
1562.15 4 9.7 12 11.9 10*1* 0.035 3 0.0321 23 0.80 6
1565.51 6 5.9 7 6.3 6 0.019 3 0.0170 17 0.43 4
1572.54 7 61 7 69 6*1* 0.22 3 0.188 17*1* 4.7 4
1616.1 7 4.8 6 5.8 6*1* 0.0187 24 0.0158 15*1* 0.39 4
1621.57 14 6.4 8 6.8 6 0.0196 24 0.0185 17 0.46 4
1632.19 16 1.90 20 4.9 4*9* 0.0223 25 0.0132 11*3* 0.329 25
1655.66 13 0.80 10 0.80 10 0.0 0.0022 5 0.054 7
1668.21 15 3.7 4 3.7 4 0.0099 19 0.0100 10 0.249 23
1687.13 11 0.50 10 0.50 10 0.0 0.0014 3 0.034 7
1692.89 11 1.00 10 1.00 10 0.0 0.0027 4 0.067 7
1730.54 5 1.30 20 1.30 20 0.0 0.0035 6 0.088 13
1766.61 14 3.5 4 3.5 4 0.0 0.0095 13 0.24 3
1771.03 9 1.70 20 1.70 20 0.0 0.0046 6 0.115 13
1774.25 20 3.3 5 3.2 5 0.007 3 0.0087 13 0.22 3
1796.87 11 11.7 14 13.4 10*1* 0.0374 23 0.0362 20 0.90 5
1839.10 9 2.8 3 2.8 3 0.0083 23 0.0077 9 0.191 19
1909.37 7 7.8 18 7.8 18 0.0 0.021 5 0.53 12
1909.40 11 6.1 25 15.5 11*3* 0.0423 20 0.0420 20 1.05 5
1927.25 10 14.5 17 15.6 13 0.044 4 0.042 3 1.05 8
1960.23 17 1.20 20 1.20 20 0.0 0.0032 7 0.081 13
1972.90 25 1.8 3 1.8 3 0.0 0.0049 10 0.121 20
1988.14 12 22 3 22.5 17 0.061 4 0.061 4 1.52 9
2001.54 11 0.0 0.0 0.0 0.0 0.0
2045.7 7 3.6 6 3.7 5 0.011 3 0.0101 15 0.25 4
2084.37 7 0.50 10 0.50 10 0.0 0.0014 3 0.034 7
2093.58 15 3.4 5 3.4 5 0.0 0.0092 19 0.23 3
2112.35 13 1.8 3 1.8 3 0.0042 15 0.0047 8 0.119 18
2114.89 10 4.1 6 4.0 4 0.0108 15 0.0109 11 0.27 3
2185.70 24 1.20 20 1.20 20 0.0 0.0032 8 0.081 13
2201.92 9 1.40 20 1.40 20 0.0 0.0038 7 0.094 13
2235.86 16 17 3 13.7 12*1* 0.035 3 0.037 3 0.93 7
2242.37 6 1.6 3 1.6 3 0.0 0.0043 9 0.108 20
2264.01 10 2.3 4 2.4 4 0.008 4 0.0064 11 0.16 3
2271.84 13 10.9 17 10.5 10 0.028 3 0.028 3 0.71 6
2278.44 14 0.0 0.0 0.0 0.0 2.5E-16 5
2308.70 11 0.4 4 0.4 4 0.0 0.0012 12 0.03 3
2309.07 11 6.1 12 6.6 8 0.0184 23 0.0178 19 0.45 5
2316.1 17 3.5 6 4.0 5 0.0124 22 0.0109 14 0.27 3
2366.40 19 1.8 3 1.9 3 0.007 3 0.0051 8 0.129 20
2374.29 23 6.3 10 7.1 8 0.021 3 0.0192 21 0.48 5
2390.44 20 7.5 12 7.7 9 0.021 3 0.0207 23 0.52 6
2396.66 17 15.6 24 15.0 12 0.040 3 0.040 3 1.01 7
2401.0 7 0.0 0.0 0.0 0.0 2.5E-16 5
2406.69 13 6.0 10 6.5 8 0.019 3 0.0177 21 0.44 5
2423.93 20 8.6 13 8.6 9 0.023 3 0.0231 23 0.58 6
2439.08 10 5.4 8 6.4 7*1* 0.020 3 0.0173 19 0.43 5
2456.63 25 6.3 10 6.6 9 0.021 6 0.018 3 0.45 6
2484.73 25 22 4 19.4 17 0.051 4 0.052 4 1.31 9
2525.58 11 1.20 20 1.20 20 0.0 0.0032 6 0.081 13
2544.50 12 4.8 8 4.5 7 0.010 3 0.0123 19 0.31 5
2559.15 23 12.9 20 11.0 11 0.027 3 0.030 3 0.74 7
3221.59 15 0.0 0.0 0.0 0.0 2.5E-16 5
3319.46 25 0.0 0.0 0.0 0.0 2.5E-16 5
6490.2 4 0.0 6.0 14 0.0161 25 0.0161 25 0.40 6
6625.4 4 0.0 6.7 16 0.018 3 0.018 3 0.45 8
6652.6 4 0.0 6.3 15 0.017 3 0.017 3 0.42 8
7061.1 4 0.0 2.3 6 0.0063 12 0.0063 12 0.16 3
7076.4 4 0.0 3.5 8 0.0095 13 0.0095 13 0.24 3
7122.0 4 0.0 5.4 12 0.0146 21 0.0146 21 0.36 5
7160.1 7 0.0 3.1 8 0.0083 15 0.0083 15 0.21 4
7628.7 4 0.0 12.6 24 0.034 3 0.034 3 0.85 8
-----------------------------------------------------------------------------------------------------------------------------------
HERMAL
CHI/F 3.8194361 .8115156
SKEW -5.1142068 .3050287
NDEGREES 106 84
ITERATION - 2
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 0.24 4 .0216
374.70 5 0.155 20 .5219
418.59 10 0.20 4 .7226
428.37 6 0.32 4 .0000
429.63 4 3.61 7 1.5449
434.13 4 0.28 8 .0000
511.843 20 100.0 10 .0087
522.23 8 0.100 13 .5634
533.48 11 0.149 18 .3943
578.40 8 0.279 24 .3440
616.192 20 15.74 22 1.0059
621.95 6 3.23 17 1.1305
680.23 5 0.96 5 .0077
684.72 6 0.36 4 .0000
703.17 5 0.87 5 .3225
717.356 22 19.44 22 .1697
748.34 5 2.01 6 .0503
765.65 16 0.070 7 .4185
775.79 16 0.35 3 1.6825
793.29 9 0.59 4 2.8650
804.33 4 2.28 7 .0025
808.41 9 0.61 5 .1090
846.29 10 1.13 5 .0653
848.16 6 2.50 6 1.9009
873.51 11 0.46 4 .0491
949.33 6 0.121 13 .0000
956.35 7 0.42 3 2.0777
1020.96 10 0.43 5 .0000
1045.82 3 7.98 17 1.7472
1050.31 4 8.94 20 2.1150
1053.68 9 1.41 7 1.1358
1062.04 13 0.101 13 .0000
1064.59 10 0.070 7 .6264
1108.60 7 0.32 3 1.2816
1114.35 6 0.93 11 .9149
1128.03 3 8.04 15 2.2158
1133.79 6 0.0 .0000
1136.88 10 0.040 7 .0000
1156.11 9 0.33 3 .1696
1168.16 8 1.45 5 2.2673
1180.68 11 0.34 3 .0063
1194.58 8 0.78 4 2.2897
1218.20 11 0.64 10 .8632
1258.77 11 0.088 13 .0000
1270.3 17 0.040 7 .0000
1303.73 17 0.199 21 1.0935
1305.31 11 0.109 14 .5941
1316.10 19 0.020 7 .0000
1349.43 9 0.79 5 2.5157
1356.39 13 0.046 7 .9473
1360.88 13 0.123 13 .7340
1397.54 7 2.20 7 2.0640
1484.57 9 0.172 19 .7932
1489.70 11 0.049 7 .2336
1496.16 13 0.067 7 .0000
1498.70 12 0.62 5 .6252
1498.71 10 0.56 7 .0000
1546.66 11 0.088 13 .0000
1554.49 13 0.027 7 .0000
1562.15 4 0.80 6 2.1412
1565.51 6 0.43 4 .3857
1572.54 7 4.7 4 1.3180
1616.1 7 0.38 4 1.6520
1621.57 14 0.46 4 .2622
1632.19 16 0.53 21 2.0036
1655.66 13 0.054 7 .0000
1668.21 15 0.249 23 .0008
1687.13 11 0.034 7 .0000
1692.89 11 0.067 7 .0000
1730.54 5 0.088 13 .0000
1766.61 14 0.24 3 .0000
1771.03 9 0.115 13 .0000
1774.25 20 0.22 3 .1725
1796.87 11 0.90 5 .8784
1839.10 9 0.191 19 .0462
1909.37 7 0.53 12 .0000
1909.40 11 1.06 5 .5125
1927.25 10 1.05 8 .3214
1960.23 17 0.081 13 .0000
1972.90 25 0.121 20 .0000
1988.14 12 1.52 9 .0157
2001.54 11 0.0 .0000
2045.7 7 0.25 4 .0713
2084.37 7 0.034 7 .0000
2093.58 15 0.23 3 .0000
2112.35 13 0.119 18 .0759
2114.89 10 0.27 3 .0075
2185.70 24 0.081 13 .0000
2201.92 9 0.094 13 .0000
2235.86 16 0.93 7 .8333
2242.37 6 0.108 20 .0000
2264.01 10 0.16 3 .0957
2271.84 13 0.71 6 .0341
2278.44 14 0.0 .0000
2308.70 11 0.03 3 .0000
2309.07 11 0.45 5 .1192
2316.1 17 0.27 3 .6270
2366.40 19 0.129 20 .2522
2374.29 23 0.48 5 .5104
2390.44 20 0.52 6 .0144
2396.66 17 1.01 7 .0441
2401.0 7 0.0 .0000
2406.69 13 0.44 5 .2468
2423.93 20 0.58 6 .0011
2439.08 10 0.43 5 1.1858
2456.63 25 0.45 6 .1898
2484.73 25 1.31 9 .2693
2525.58 11 0.081 13 .0000
2544.50 12 0.31 5 .3365
2559.15 23 0.74 7 .8511
3221.59 15 0.0 .0000
3319.46 25 0.0 .0000
6490.2 4 0.40 6 .0000
6625.4 4 0.45 8 .0000
6652.6 4 0.42 8 .0000
7061.1 4 0.16 3 .0000
7076.4 4 0.24 3 .0000
7122.0 4 0.36 5 .0000
7160.1 7 0.21 4 .0000
7628.7 4 0.85 8 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.105PD(N,G),(N,E) E=T 2.105PD(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 4 5 3.5 7 0.0095 17 0.0096 17 0.24 4
374.70 5 2.3 3 2.3 3 0.0 0.0062 9*1* 0.155 20
418.59 10 1.6 11 2.9 6*1* 0.0082 18 0.0078 16 0.20 4
428.37 6 4.8 6 4.8 6 0.0 0.0130 16 0.32 4
429.63 4 43 6 53 3*1* 0.145 3 0.144 3 3.61 7
434.13 4 4.2 12 4.2 12 0.0 0.011 3 0.28 8
511.843 20 1500 140 1482 80 4.00 4 4.00 4 100.0 10
522.23 8 1.50 20 1.48 19 0.0023 16 0.0040 6*1* 0.100 13
533.48 11 2.3 3 2.2 3 0.0048 14 0.0060 8 0.149 18
578.40 8 3.8 5 4.1 4 0.0118 13 0.0112 10 0.279 24
616.192 20 281 30 233 13*1* 0.628 9 0.630 9 15.74 22
621.95 6 57 7 48 3*1* 0.124 7 0.129 7 3.23 17
680.23 5 14.1 17 14.3 10 0.0387 22 0.0386 20 0.96 5
684.72 6 5.3 6 5.3 6 0.0 0.0143 18 0.36 4
703.17 5 14.1 17 12.9 9 0.0340 22 0.0349 20 0.87 5
717.356 22 310 40 288 16 0.777 9 0.778 9 19.44 22
748.34 5 31 4 29.8 18 0.0802 23 0.0804 23 2.01 6
765.65 16 1.00 10 1.03 10 0.0045 20 0.0028 3 0.070 7
775.79 16 4.5 5 5.1 5*1* 0.018 3 0.0138 14*1* 0.35 3
793.29 9 7.0 8 8.7 6*2* 0.0254 18 0.0236 15*1* 0.59 4
804.33 4 34 4 33.7 20 0.091 3 0.091 3 2.28 7
808.41 9 9.5 12 9.1 8 0.0238 23 0.0245 19 0.61 5
846.29 10 20 9 16.8 11 0.0452 18 0.0453 18 1.13 5
848.16 6 18 10 37.1 22*1* 0.1003 25 0.1002 25 2.50 6
873.51 11 6.6 8 6.8 6 0.0187 18 0.0184 14 0.46 4
949.33 6 1.80 20 1.80 20 0.0 0.0049 6 0.121 13
956.35 7 5.2 6 6.2 5*1* 0.0194 22 0.0167 14*1* 0.42 3
1020.96 10 6.3 8 6.3 8 0.0 0.0170 24 0.43 5
1045.82 3 96 12 118 7*1* 0.321 7 0.319 7 7.98 17
1050.31 4 106 13 132 8*2* 0.360 8 0.358 8 8.94 20
1053.68 9 17.8 22 20.9 14*1* 0.058 3 0.057 3 1.41 7
1062.04 13 1.50 20 1.50 20 0.0 0.0041 6 0.101 13
1064.59 10 1.00 10 1.04 10 0.006 3 0.0028 3*1* 0.070 7
1108.60 7 4.1 5 4.7 5*1* 0.0149 21 0.0127 12*1* 0.32 3
1114.35 6 8 4 13.7 18*1* 0.038 5 0.037 4 0.93 11
1128.03 3 94 12 119 7*2* 0.323 6 0.322 6 8.04 15
1133.79 6 0.0 0.0 0.0 0.0 0.0
1136.88 10 0.60 10 0.60 10 0.0 0.0016 3 0.040 7
1156.11 9 4.6 6 4.9 4 0.0137 15 0.0132 11 0.33 3
1168.16 8 17.1 21 21.5 13*2* 0.0590 22 0.0579 21 1.45 5
1180.68 11 5.1 7 5.0 5 0.0135 15 0.0136 12 0.34 3
1194.58 8 9.3 11 11.5 8*2* 0.0324 18 0.0311 16 0.78 4
1218.20 11 4 5 9.5 16*1* 0.026 4 0.026 4 0.64 10
1258.77 11 1.30 20 1.30 20 0.0 0.0035 6 0.088 13
1270.3 17 0.60 10 0.60 10 0.0 0.0016 3 0.040 7
1303.73 17 2.7 3 2.9 3 0.012 4 0.0079 9*1* 0.199 21
1305.31 11 1.50 20 1.61 20 0.0065 23 0.0044 6 0.109 14
1316.10 19 0.30 10 0.30 10 0.0 0.0008 4 0.020 7
1349.43 9 9.0 13 11.7 9*2* 0.0335 25 0.0315 21 0.79 5
1356.39 13 0.60 10 0.69 11 0.005 3 0.0019 3*1* 0.046 7
1360.88 13 1.70 20 1.83 20 0.0071 21 0.0049 6*1* 0.123 13
1397.54 7 25 4 32.6 20*2* 0.089 3 0.088 3 2.20 7
1484.57 9 2.3 3 2.5 3 0.0087 19 0.0069 8 0.172 19
1489.70 11 0.70 10 0.73 10 0.0031 18 0.0020 3 0.049 7
1496.16 13 1.00 10 1.00 10 0.0 0.0027 3 0.067 7
1498.70 12 8.3 10 9.2 8 0.0264 24 0.0250 19 0.62 5
1498.71 10 8.3 10 8.3 10 0.0 0.022 4 0.56 7
1546.66 11 1.30 20 1.30 20 0.0 0.0035 8 0.088 13
1554.49 13 0.40 10 0.40 10 0.0 0.0011 3 0.027 7
1562.15 4 9.7 12 11.9 10*1* 0.035 3 0.0321 23 0.80 6
1565.51 6 5.9 7 6.3 6 0.019 3 0.0170 17 0.43 4
1572.54 7 61 7 69 6*1* 0.22 3 0.188 17*1* 4.7 4
1616.1 7 4.8 6 5.6 6*1* 0.019 3 0.0152 16*1* 0.38 4
1621.57 14 6.4 8 6.8 6 0.0196 24 0.0185 17 0.46 4
1632.19 16 2 3 8 3*1* 0.022 9 0.021 8 0.53 21
1655.66 13 0.80 10 0.80 10 0.0 0.0022 5 0.054 7
1668.21 15 3.7 4 3.7 4 0.0099 19 0.0100 10 0.249 23
1687.13 11 0.50 10 0.50 10 0.0 0.0014 3 0.034 7
1692.89 11 1.00 10 1.00 10 0.0 0.0027 4 0.067 7
1730.54 5 1.30 20 1.30 20 0.0 0.0035 7 0.088 13
1766.61 14 3.5 4 3.5 4 0.0 0.0095 16 0.24 3
1771.03 9 1.70 20 1.70 20 0.0 0.0046 6 0.115 13
1774.25 20 3.3 5 3.2 5 0.007 3 0.0087 13 0.22 3
1796.87 11 11.7 14 13.4 10*1* 0.0374 23 0.0362 20 0.90 5
1839.10 9 2.8 3 2.8 3 0.0083 23 0.0077 9 0.191 19
1909.37 7 7.8 18 7.8 18 0.0 0.021 5 0.53 12
1909.40 11 6 9 15.7 11*1* 0.0423 20 0.0423 20 1.06 5
1927.25 10 14.5 17 15.6 13 0.044 4 0.042 3 1.05 8
1960.23 17 1.20 20 1.20 20 0.0 0.0032 7 0.081 13
1972.90 25 1.8 3 1.8 3 0.0 0.0049 10 0.121 20
1988.14 12 22 3 22.5 17 0.061 4 0.061 4 1.52 9
2001.54 11 0.0 0.0 0.0 0.0 0.0
2045.7 7 3.6 6 3.7 5 0.011 3 0.0101 15 0.25 4
2084.37 7 0.50 10 0.50 10 0.0 0.0014 3 0.034 7
2093.58 15 3.4 5 3.4 5 0.0 0.0092 19 0.23 3
2112.35 13 1.8 3 1.8 3 0.0042 15 0.0047 8 0.119 18
2114.89 10 4.1 6 4.0 4 0.0108 15 0.0109 11 0.27 3
2185.70 24 1.20 20 1.20 20 0.0 0.0032 7 0.081 13
2201.92 9 1.40 20 1.40 20 0.0 0.0038 7 0.094 13
2235.86 16 17 3 13.7 12*1* 0.035 3 0.037 3 0.93 7
2242.37 6 1.6 3 1.6 3 0.0 0.0043 10 0.108 20
2264.01 10 2.3 4 2.4 4 0.008 4 0.0064 11 0.16 3
2271.84 13 10.9 17 10.5 10 0.028 3 0.028 3 0.71 6
2278.44 14 0.0 0.0 0.0 0.0 0.0
2308.70 11 0.4 4 0.4 4 0.0 0.0012 12 0.03 3
2309.07 11 6.1 12 6.6 8 0.0184 23 0.0178 19 0.45 5
2316.1 17 3.5 6 4.0 5 0.0124 22 0.0109 14 0.27 3
2366.40 19 1.8 3 1.9 3 0.007 3 0.0051 8 0.129 20
2374.29 23 6.3 10 7.1 8 0.021 3 0.0192 21 0.48 5
2390.44 20 7.5 12 7.7 9 0.021 3 0.0207 23 0.52 6
2396.66 17 15.6 24 15.0 12 0.040 3 0.040 3 1.01 7
2401.0 7 0.0 0.0 0.0 0.0 0.0
2406.69 13 6.0 10 6.5 8 0.019 3 0.0177 21 0.44 5
2423.93 20 8.6 13 8.6 9 0.023 3 0.0231 23 0.58 6
2439.08 10 5.4 8 6.4 7*1* 0.020 3 0.0173 19 0.43 5
2456.63 25 6.3 10 6.6 9 0.021 6 0.018 3 0.45 6
2484.73 25 22 4 19.4 17 0.051 4 0.052 4 1.31 9
2525.58 11 1.20 20 1.20 20 0.0 0.0032 6 0.081 13
2544.50 12 4.8 8 4.5 7 0.010 3 0.0123 19 0.31 5
2559.15 23 12.9 20 11.0 11 0.027 3 0.030 3 0.74 7
3221.59 15 0.0 0.0 0.0 0.0 0.0
3319.46 25 0.0 0.0 0.0 0.0 0.0
6490.2 4 0.0 6.0 14 0.0161 25 0.0161 25 0.40 6
6625.4 4 0.0 6.7 16 0.018 3 0.018 3 0.45 8
6652.6 4 0.0 6.3 15 0.017 3 0.017 3 0.42 8
7061.1 4 0.0 2.3 6 0.0063 12 0.0063 12 0.16 3
7076.4 4 0.0 3.5 8 0.0095 13 0.0095 13 0.24 3
7122.0 4 0.0 5.4 12 0.0146 21 0.0146 21 0.36 5
7160.1 7 0.0 3.1 8 0.0083 15 0.0083 15 0.21 4
7628.7 4 0.0 12.6 24 0.034 3 0.034 3 0.85 8
-----------------------------------------------------------------------------------------------------------------------------------
HERMAL
CHI/F .7970971 .3575895
SKEW -1.5988830 .9626613
NDEGREES 106 84
ITERATION - 3
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 0.24 4 .0155
374.70 5 0.149 19 .8069
418.59 10 0.20 4 .6320
428.37 6 0.31 4 .0000
429.63 4 3.62 8 .7443
434.13 4 0.27 8 .0000
511.843 20 100.0 10 .0413
522.23 8 0.096 13 .4684
533.48 11 0.144 17 .2748
578.40 8 0.275 23 .5708
616.192 20 15.72 22 .3346
621.95 6 3.17 17 .4762
680.23 5 0.96 5 .0898
684.72 6 0.34 4 .0000
703.17 5 0.86 5 .1407
717.356 22 19.44 22 .0398
748.34 5 2.01 6 .0004
765.65 16 0.067 7 .4727
775.79 16 0.33 4 1.1218
793.29 9 0.62 4 1.1402
804.33 4 2.27 7 .0316
808.41 9 0.60 5 .0251
846.29 10 1.13 5 .0413
848.16 6 2.51 6 .5821
873.51 11 0.45 3 .1628
949.33 6 0.117 13 .0000
956.35 7 0.43 5 1.4140
1020.96 10 0.41 5 .0000
1045.82 3 8.01 17 .7638
1050.31 4 8.99 20 .7524
1053.68 9 1.43 7 .9374
1062.04 13 0.097 13 .0000
1064.59 10 0.068 7 .6774
1108.60 7 0.32 3 1.4655
1114.35 6 0.94 11 .6376
1128.03 3 8.07 15 .7283
1133.79 6 0.0 .0000
1136.88 10 0.039 7 .0000
1156.11 9 0.32 3 .3356
1168.16 8 1.47 5 .8100
1180.68 11 0.34 3 .0060
1194.58 8 0.80 4 .9562
1218.20 11 0.65 10 .5736
1258.77 11 0.084 13 .0000
1270.3 17 0.039 7 .0000
1303.73 17 0.187 20 .7971
1305.31 11 0.106 13 .6864
1316.10 19 0.019 7 .0000
1349.43 9 0.82 6 .9771
1356.39 13 0.045 7 1.0203
1360.88 13 0.120 13 .8592
1397.54 7 2.22 7 .7340
1484.57 9 0.167 19 .9838
1489.70 11 0.047 7 .2654
1496.16 13 0.065 7 .0000
1498.70 12 0.62 5 .9764
1498.71 10 0.54 7 .0000
1546.66 11 0.084 13 .0000
1554.49 13 0.026 7 .0000
1562.15 4 0.84 7 1.2092
1565.51 6 0.42 4 .5743
1572.54 7 4.7 5 1.5223
1616.1 7 0.38 5 1.3446
1621.57 14 0.45 4 .4534
1632.19 16 0.55 22 .6105
1655.66 13 0.052 7 .0000
1668.21 15 0.242 23 .0091
1687.13 11 0.032 7 .0000
1692.89 11 0.065 7 .0000
1730.54 5 0.084 13 .0000
1766.61 14 0.23 3 .0000
1771.03 9 0.110 13 .0000
1774.25 20 0.21 3 .1170
1796.87 11 0.91 5 1.0150
1839.10 9 0.185 19 .0906
1909.37 7 0.51 12 .0000
1909.40 11 1.06 5 .5816
1927.25 10 1.04 8 .5812
1960.23 17 0.078 13 .0000
1972.90 25 0.117 19 .0000
1988.14 12 1.51 9 .0982
2001.54 11 0.0 .0000
2045.7 7 0.24 4 .1220
2084.37 7 0.032 7 .0000
2093.58 15 0.22 3 .0000
2112.35 13 0.115 17 .0396
2114.89 10 0.27 3 .0025
2185.70 24 0.078 13 .0000
2201.92 9 0.091 13 .0000
2235.86 16 0.92 7 .6200
2242.37 6 0.104 19 .0000
2264.01 10 0.155 25 .1245
2271.84 13 0.70 6 .0016
2278.44 14 0.0 .0000
2308.70 11 0.03 3 .0000
2309.07 11 0.44 5 .2227
2316.1 17 0.27 3 .8299
2366.40 19 0.125 19 .3038
2374.29 23 0.47 5 .7274
2390.44 20 0.51 5 .0626
2396.66 17 1.00 7 .0027
2401.0 7 0.0 .0000
2406.69 13 0.43 5 .3864
2423.93 20 0.57 6 .0110
2439.08 10 0.44 5 1.2883
2456.63 25 0.44 6 .2636
2484.73 25 1.30 9 .1524
2525.58 11 0.078 13 .0000
2544.50 12 0.30 4 .2360
2559.15 23 0.73 7 .6114
3221.59 15 0.0 .0000
3319.46 25 0.0 .0000
6490.2 4 0.40 6 .0000
6625.4 4 0.45 8 .0000
6652.6 4 0.43 8 .0000
7061.1 4 0.16 3 .0000
7076.4 4 0.24 3 .0000
7122.0 4 0.37 5 .0000
7160.1 7 0.21 4 .0000
7628.7 4 0.85 8 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.105PD(N,G),(N,E) E=T 2.105PD(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 4 5 3.7 7 0.0095 17 0.0096 17 0.24 4
374.70 5 2.3 3 2.3 3 0.0 0.0060 8*1* 0.149 19
418.59 10 1.6 13 3.1 7*1* 0.0082 18 0.0079 17 0.20 4
428.37 6 4.8 6 4.8 6 0.0 0.0125 16 0.31 4
429.63 4 43 10 56 4*1* 0.145 3 0.145 3 3.62 8
434.13 4 4.2 12 4.2 12 0.0 0.011 3 0.27 8
511.843 20 1500 140 1540 120 4.00 4 4.00 4 100.0 10
522.23 8 1.50 20 1.48 19 0.0023 16 0.0038 6 0.096 13
533.48 11 2.3 3 2.2 3 0.0048 14 0.0058 8 0.144 17
578.40 8 3.8 5 4.2 4 0.0118 13 0.0110 10 0.275 23
616.192 20 281 50 242 19 0.628 9 0.629 9 15.72 22
621.95 6 57 9 49 4 0.124 7 0.127 7 3.17 17
680.23 5 14.1 17 14.8 12 0.0387 22 0.0383 20 0.96 5
684.72 6 5.3 6 5.3 6 0.0 0.0138 17 0.34 4
703.17 5 14.1 17 13.3 11 0.0340 22 0.0346 20 0.86 5
717.356 22 310 40 299 23 0.777 9 0.777 9 19.44 22
748.34 5 31 4 30.9 24 0.0802 23 0.0802 23 2.01 6
765.65 16 1.00 10 1.04 10 0.0045 20 0.0027 3 0.067 7
775.79 16 4.5 6 5.1 6 0.018 5 0.0133 18*1* 0.33 4
793.29 9 7.0 17 9.6 9*1* 0.0254 18 0.0249 17 0.62 4
804.33 4 34 4 35 3 0.091 3 0.091 3 2.27 7
808.41 9 9.5 12 9.3 9 0.0238 23 0.0241 19 0.60 5
846.29 10 20 9 17.4 15 0.0452 18 0.0453 18 1.13 5
848.16 6 18 19 39 3*1* 0.1003 25 0.1003 25 2.51 6
873.51 11 6.6 8 7.0 6 0.0187 18 0.0181 14 0.45 3
949.33 6 1.80 20 1.80 20 0.0 0.0047 5 0.117 13
956.35 7 5.2 10 6.7 8*1* 0.019 3 0.0174 20 0.43 5
1020.96 10 6.3 8 6.3 8 0.0 0.0164 23 0.41 5
1045.82 3 96 22 123 10*1* 0.321 7 0.320 7 8.01 17
1050.31 4 106 30 138 11*1* 0.360 8 0.359 8 8.99 20
1053.68 9 18 3 22.0 19*1* 0.058 3 0.057 3 1.43 7
1062.04 13 1.50 20 1.50 20 0.0 0.0039 6 0.097 13
1064.59 10 1.00 10 1.05 10 0.006 3 0.0027 3*1* 0.068 7
1108.60 7 4.1 6 5.0 6*1* 0.0149 21 0.0129 14 0.32 3
1114.35 6 8 6 14.4 20*1* 0.038 5 0.037 5 0.94 11
1128.03 3 94 25 124 10*1* 0.323 6 0.323 6 8.07 15
1133.79 6 0.0 0.0 0.0 0.0 0.0
1136.88 10 0.60 10 0.60 10 0.0 0.0016 3 0.039 7
1156.11 9 4.6 6 5.0 5 0.0137 15 0.0130 11 0.32 3
1168.16 8 17 4 22.6 19*1* 0.0590 22 0.0587 22 1.47 5
1180.68 11 5.1 7 5.2 5 0.0135 15 0.0134 12 0.34 3
1194.58 8 9.3 22 12.3 11*1* 0.0324 18 0.0320 17 0.80 4
1218.20 11 4 6 *** 17*1* 0.026 4 0.026 4 0.65 10
1258.77 11 1.30 20 1.30 20 0.0 0.0034 6 0.084 13
1270.3 17 0.60 10 0.60 10 0.0 0.0016 3 0.039 7
1303.73 17 2.7 3 2.9 3 0.012 4 0.0075 9*1* 0.187 20
1305.31 11 1.50 20 1.62 20 0.0065 23 0.0042 6 0.106 13
1316.10 19 0.30 10 0.30 10 0.0 0.0008 4 0.019 7
1349.43 9 9 3 12.7 13*1* 0.0335 25 0.0329 24 0.82 6
1356.39 13 0.60 10 0.69 11 0.005 3 0.0018 3*1* 0.045 7
1360.88 13 1.70 20 1.84 20 0.0071 21 0.0048 6*1* 0.120 13
1397.54 7 25 8 34 3*1* 0.089 3 0.089 3 2.22 7
1484.57 9 2.3 3 2.6 3 0.0087 19 0.0067 8*1* 0.167 19
1489.70 11 0.70 10 0.73 10 0.0031 18 0.0019 3 0.047 7
1496.16 13 1.00 10 1.00 10 0.0 0.0026 3 0.065 7
1498.70 12 8.3 10 9.5 9*1* 0.0264 24 0.0246 19 0.62 5
1498.71 10 8.3 10 8.3 10 0.0 0.022 4 0.54 7
1546.66 11 1.30 20 1.30 20 0.0 0.0034 7 0.084 13
1554.49 13 0.40 10 0.40 10 0.0 0.0010 3 0.026 7
1562.15 4 9.7 22 13.0 14*1* 0.035 3 0.034 3 0.84 7
1565.51 6 5.9 7 6.4 6 0.019 3 0.0166 17 0.42 4
1572.54 7 61 9 73 8*1* 0.22 3 0.190 20*1* 4.7 5
1616.1 7 4.8 8 5.9 8*1* 0.019 4 0.0153 20 0.38 5
1621.57 14 6.4 8 7.0 7 0.0196 24 0.0181 17 0.45 4
1632.19 16 0.0 8 4*1* 0.022 9 0.022 9 0.55 22
1655.66 13 0.80 10 0.80 10 0.0 0.0021 5 0.052 7
1668.21 15 3.7 4 3.7 4 0.0099 19 0.0097 10 0.242 23
1687.13 11 0.50 10 0.50 10 0.0 0.0013 3 0.032 7
1692.89 11 1.00 10 1.00 10 0.0 0.0026 4 0.065 7
1730.54 5 1.30 20 1.30 20 0.0 0.0034 7 0.084 13
1766.61 14 3.5 4 3.5 4 0.0 0.0091 15 0.23 3
1771.03 9 1.70 20 1.70 20 0.0 0.0044 6 0.110 13
1774.25 20 3.3 5 3.2 5 0.007 3 0.0084 13 0.21 3
1796.87 11 11.7 17 14.0 12*1* 0.0374 23 0.0363 21 0.91 5
1839.10 9 2.8 3 2.9 3 0.0083 23 0.0074 9 0.185 19
1909.37 7 7.8 18 7.8 18 0.0 0.020 5 0.51 12
1909.40 11 6 9 16.3 15*1* 0.0423 20 0.0423 20 1.06 5
1927.25 10 14.5 17 16.0 14 0.044 4 0.042 3 1.04 8
1960.23 17 1.20 20 1.20 20 0.0 0.0031 6 0.078 13
1972.90 25 1.8 3 1.8 3 0.0 0.0047 10 0.117 19
1988.14 12 22 3 23.2 20 0.061 4 0.060 4 1.51 9
2001.54 11 0.0 0.0 0.0 0.0 0.0
2045.7 7 3.6 6 3.8 5 0.011 3 0.0098 15 0.24 4
2084.37 7 0.50 10 0.50 10 0.0 0.0013 3 0.032 7
2093.58 15 3.4 5 3.4 5 0.0 0.0088 19 0.22 3
2112.35 13 1.8 3 1.8 3 0.0042 15 0.0046 8 0.115 17
2114.89 10 4.1 6 4.1 5 0.0108 15 0.0107 11 0.27 3
2185.70 24 1.20 20 1.20 20 0.0 0.0031 7 0.078 13
2201.92 9 1.40 20 1.40 20 0.0 0.0036 7 0.091 13
2235.86 16 17 3 14.2 14 0.035 3 0.037 3 0.92 7
2242.37 6 1.6 3 1.6 3 0.0 0.0042 9 0.104 19
2264.01 10 2.3 4 2.4 4 0.008 4 0.0062 11 0.155 25
2271.84 13 10.9 17 10.8 11 0.028 3 0.028 3 0.70 6
2278.44 14 0.0 0.0 0.0 0.0 0.0
2308.70 11 0.4 4 0.4 4 0.0 0.0011 11 0.03 3
2309.07 11 6.1 12 6.8 8 0.0184 23 0.0177 19 0.44 5
2316.1 17 3.5 6 4.1 5*1* 0.0124 22 0.0107 14 0.27 3
2366.40 19 1.8 3 1.9 3 0.007 3 0.0050 8 0.125 19
2374.29 23 6.3 10 7.3 8 0.021 3 0.0189 21 0.47 5
2390.44 20 7.5 12 7.8 9 0.021 3 0.0203 23 0.51 5
2396.66 17 15.6 24 15.4 14 0.040 3 0.040 3 1.00 7
2401.0 7 0.0 0.0 0.0 0.0 0.0
2406.69 13 6.0 10 6.7 8 0.019 3 0.0174 21 0.43 5
2423.93 20 8.6 13 8.7 10 0.023 3 0.0227 23 0.57 6
2439.08 10 5.4 10 6.8 9*1* 0.020 3 0.0176 21 0.44 5
2456.63 25 6.3 10 6.7 9 0.021 6 0.017 3 0.44 6
2484.73 25 22 4 20.0 19 0.051 4 0.052 4 1.30 9
2525.58 11 1.20 20 1.20 20 0.0 0.0031 5 0.078 13
2544.50 12 4.8 8 4.6 7 0.010 3 0.0119 19 0.30 4
2559.15 23 12.9 20 11.2 12 0.027 3 0.029 3 0.73 7
3221.59 15 0.0 0.0 0.0 0.0 0.0
3319.46 25 0.0 0.0 0.0 0.0 0.0
6490.2 4 0.0 6.2 14 0.0161 25 0.0161 25 0.40 6
6625.4 4 0.0 6.9 16 0.018 3 0.018 3 0.45 8
6652.6 4 0.0 6.5 16 0.017 3 0.017 3 0.43 8
7061.1 4 0.0 2.4 6 0.0063 12 0.0063 12 0.16 3
7076.4 4 0.0 3.7 8 0.0095 13 0.0095 13 0.24 3
7122.0 4 0.0 5.6 12 0.0146 21 0.0146 21 0.37 5
7160.1 7 0.0 3.2 8 0.0083 15 0.0083 15 0.21 4
7628.7 4 0.0 13.1 25 0.034 3 0.034 3 0.85 8
-----------------------------------------------------------------------------------------------------------------------------------
HERMAL
CHI/F .5229331 .2971473
SKEW -1.4455564 .9601830
NDEGREES 106 84
ITERATION - 4
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 0.24 4 .0142
374.70 5 0.148 19 .7913
418.59 10 0.20 4 .6570
428.37 6 0.31 4 .0000
429.63 4 3.62 8 .5475
434.13 4 0.27 8 .0000
511.843 20 100.0 10 .0778
522.23 8 0.095 12 .4466
533.48 11 0.143 17 .2489
578.40 8 0.274 23 .6370
616.192 20 15.72 22 .2953
621.95 6 3.16 17 .4280
680.23 5 0.96 5 .1249
684.72 6 0.34 4 .0000
703.17 5 0.86 5 .1067
717.356 22 19.44 22 .0211
748.34 5 2.01 6 .0011
765.65 16 0.067 7 .4865
775.79 16 0.33 4 1.1706
793.29 9 0.63 4 .5924
804.33 4 2.27 7 .0556
808.41 9 0.60 5 .0133
846.29 10 1.13 5 .0360
848.16 6 2.51 6 .6036
873.51 11 0.45 3 .2018
949.33 6 0.116 13 .0000
956.35 7 0.46 6 .9080
1020.96 10 0.41 5 .0000
1045.82 3 8.02 17 .5499
1050.31 4 8.99 20 .5469
1053.68 9 1.44 7 .6075
1062.04 13 0.096 13 .0000
1064.59 10 0.067 7 .6903
1108.60 7 0.34 4 1.1298
1114.35 6 0.94 11 .6662
1128.03 3 8.07 15 .5435
1133.79 6 0.0 .0000
1136.88 10 0.039 6 .0000
1156.11 9 0.32 3 .3862
1168.16 8 1.47 5 .5530
1180.68 11 0.33 3 .0136
1194.58 8 0.80 4 .5749
1218.20 11 0.65 10 .5913
1258.77 11 0.084 13 .0000
1270.3 17 0.039 6 .0000
1303.73 17 0.186 20 .8214
1305.31 11 0.105 13 .7103
1316.10 19 0.019 6 .0000
1349.43 9 0.83 6 .5733
1356.39 13 0.045 7 1.0392
1360.88 13 0.119 13 .8919
1397.54 7 2.22 8 .5433
1484.57 9 0.166 19 1.0347
1489.70 11 0.047 7 .2735
1496.16 13 0.064 6 .0000
1498.70 12 0.62 5 .8775
1498.71 10 0.53 6 .0000
1546.66 11 0.084 13 .0000
1554.49 13 0.026 6 .0000
1562.15 4 0.86 7 .6380
1565.51 6 0.41 4 .6272
1572.54 7 5.0 6 1.1769
1616.1 7 0.40 6 1.1768
1621.57 14 0.45 4 .5095
1632.19 16 0.56 23 1.0608
1655.66 13 0.051 6 .0000
1668.21 15 0.240 23 .0160
1687.13 11 0.032 6 .0000
1692.89 11 0.064 6 .0000
1730.54 5 0.084 13 .0000
1766.61 14 0.23 3 .0000
1771.03 9 0.109 13 .0000
1774.25 20 0.21 3 .1051
1796.87 11 0.92 5 .6779
1839.10 9 0.184 18 .1038
1909.37 7 0.50 12 .0000
1909.40 11 1.06 5 .5999
1927.25 10 1.04 8 .6587
1960.23 17 0.077 13 .0000
1972.90 25 0.116 19 .0000
1988.14 12 1.50 9 .1303
2001.54 11 0.0 .0000
2045.7 7 0.24 4 .1366
2084.37 7 0.032 6 .0000
2093.58 15 0.22 3 .0000
2112.35 13 0.114 17 .0325
2114.89 10 0.27 3 .0071
2185.70 24 0.077 13 .0000
2201.92 9 0.090 13 .0000
2235.86 16 0.92 7 .5714
2242.37 6 0.103 19 .0000
2264.01 10 0.154 25 .1321
2271.84 13 0.70 6 .0000
2278.44 14 0.0 .0000
2308.70 11 0.03 3 .0000
2309.07 11 0.44 5 .2540
2316.1 17 0.27 3 .8855
2366.40 19 0.124 19 .3173
2374.29 23 0.47 5 .7882
2390.44 20 0.51 5 .0799
2396.66 17 1.00 7 .0001
2401.0 7 0.0 .0000
2406.69 13 0.43 5 .4264
2423.93 20 0.57 6 .0195
2439.08 10 0.46 6 .9570
2456.63 25 0.43 6 .2838
2484.73 25 1.30 9 .1281
2525.58 11 0.077 13 .0000
2544.50 12 0.29 4 .2141
2559.15 23 0.73 7 .5579
3221.59 15 0.0 .0000
3319.46 25 0.0 .0000
6490.2 4 0.40 6 .0000
6625.4 4 0.45 8 .0000
6652.6 4 0.43 8 .0000
7061.1 4 0.16 3 .0000
7076.4 4 0.24 3 .0000
7122.0 4 0.37 5 .0000
7160.1 7 0.21 4 .0000
7628.7 4 0.85 8 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.105PD(N,G),(N,E) E=T 2.105PD(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 4 5 3.7 7 0.0095 17 0.0096 17 0.24 4
374.70 5 2.3 3 2.3 3 0.0 0.0059 8*1* 0.148 19
418.59 10 1.6 13 3.1 7*1* 0.0082 18 0.0079 17 0.20 4
428.37 6 4.8 6 4.8 6 0.0 0.0123 16 0.31 4
429.63 4 43 13 56 5*1* 0.145 3 0.145 3 3.62 8
434.13 4 4.2 12 4.2 12 0.0 0.011 3 0.27 8
511.843 20 1500 140 1555 120 4.00 4 4.00 4 100.0 10
522.23 8 1.50 20 1.48 19 0.0023 16 0.0038 6 0.095 12
533.48 11 2.3 3 2.2 3 0.0048 14 0.0057 8 0.143 17
578.40 8 3.8 5 4.3 4 0.0118 13 0.0110 10 0.274 23
616.192 20 281 50 244 19 0.628 9 0.629 9 15.72 22
621.95 6 57 9 49 4 0.124 7 0.126 7 3.16 17
680.23 5 14.1 17 14.9 13 0.0387 22 0.0383 20 0.96 5
684.72 6 5.3 6 5.3 6 0.0 0.0136 17 0.34 4
703.17 5 14.1 17 13.4 11 0.0340 22 0.0345 20 0.86 5
717.356 22 310 40 302 24 0.777 9 0.777 9 19.44 22
748.34 5 31 4 31.2 25 0.0802 23 0.0802 23 2.01 6
765.65 16 1.00 10 1.04 10 0.0045 20 0.0027 3 0.067 7
775.79 16 4.5 6 5.1 6*1* 0.018 5 0.0132 18*1* 0.33 4
793.29 9 7 3 9.8 10*1* 0.0254 18 0.0251 18 0.63 4
804.33 4 34 4 35 3 0.091 3 0.091 3 2.27 7
808.41 9 9.5 12 9.3 9 0.0238 23 0.0240 19 0.60 5
846.29 10 20 9 17.6 16 0.0452 18 0.0452 18 1.13 5
848.16 6 18 19 39 3*1* 0.1003 25 0.1003 25 2.51 6
873.51 11 6.6 8 7.0 6 0.0187 18 0.0180 14 0.45 3
949.33 6 1.80 20 1.80 20 0.0 0.0046 5 0.116 13
956.35 7 5.2 15 7.1 10*1* 0.019 3 0.0183 23 0.46 6
1020.96 10 6.3 8 6.3 8 0.0 0.0162 23 0.41 5
1045.82 3 96 30 125 10*1* 0.321 7 0.321 7 8.02 17
1050.31 4 106 30 140 11*1* 0.360 8 0.360 8 8.99 20
1053.68 9 18 4 22.3 20*1* 0.058 3 0.057 3 1.44 7
1062.04 13 1.50 20 1.50 20 0.0 0.0039 6 0.096 13
1064.59 10 1.00 10 1.05 10 0.006 3 0.0027 3*1* 0.067 7
1108.60 7 4.1 9 5.3 7*1* 0.0149 21 0.0135 16 0.34 4
1114.35 6 8 6 14.6 21*1* 0.038 5 0.037 5 0.94 11
1128.03 3 94 30 126 10*1* 0.323 6 0.323 6 8.07 15
1133.79 6 0.0 0.0 0.0 0.0 0.0
1136.88 10 0.60 10 0.60 10 0.0 0.0015 3 0.039 6
1156.11 9 4.6 6 5.0 5 0.0137 15 0.0129 11 0.32 3
1168.16 8 17 6 22.9 20*1* 0.0590 22 0.0588 22 1.47 5
1180.68 11 5.1 7 5.2 5 0.0135 15 0.0133 12 0.33 3
1194.58 8 9 3 12.5 12*1* 0.0324 18 0.0322 18 0.80 4
1218.20 11 4 6 10.1 18*1* 0.026 4 0.026 4 0.65 10
1258.77 11 1.30 20 1.30 20 0.0 0.0033 6 0.084 13
1270.3 17 0.60 10 0.60 10 0.0 0.0015 3 0.039 6
1303.73 17 2.7 3 2.9 3 0.012 4 0.0074 9*1* 0.186 20
1305.31 11 1.50 20 1.63 20 0.0065 23 0.0042 6*1* 0.105 13
1316.10 19 0.30 10 0.30 10 0.0 0.0008 3 0.019 6
1349.43 9 9 4 12.9 14*1* 0.0335 25 0.0332 24 0.83 6
1356.39 13 0.60 10 0.70 11 0.005 3 0.0018 3*1* 0.045 7
1360.88 13 1.70 20 1.84 20 0.0071 21 0.0047 6*1* 0.119 13
1397.54 7 25 9 35 3*1* 0.089 3 0.089 3 2.22 8
1484.57 9 2.3 3 2.6 3 0.0087 19 0.0066 8*1* 0.166 19
1489.70 11 0.70 10 0.73 10 0.0031 18 0.0019 3 0.047 7
1496.16 13 1.00 10 1.00 10 0.0 0.0026 3 0.064 6
1498.70 12 8.3 12 9.7 9*1* 0.0264 24 0.0249 20 0.62 5
1498.71 10 8.3 10 8.3 10 0.0 0.021 4 0.53 6
1546.66 11 1.30 20 1.30 20 0.0 0.0033 7 0.084 13
1554.49 13 0.40 10 0.40 10 0.0 0.0010 3 0.026 6
1562.15 4 10 3 13.4 15*1* 0.035 3 0.034 3 0.86 7
1565.51 6 5.9 7 6.4 7 0.019 3 0.0166 17 0.41 4
1572.54 7 61 12 78 10*1* 0.22 3 0.200 23 5.0 6
1616.1 7 4.8 11 6.3 10*1* 0.019 4 0.0161 24 0.40 6
1621.57 14 6.4 8 7.0 7 0.0196 24 0.0181 17 0.45 4
1632.19 16 0.0 9 4*1* 0.022 9 0.022 9 0.56 23
1655.66 13 0.80 10 0.80 10 0.0 0.0021 5 0.051 6
1668.21 15 3.7 4 3.7 4 0.0099 19 0.0096 10 0.240 23
1687.13 11 0.50 10 0.50 10 0.0 0.0013 3 0.032 6
1692.89 11 1.00 10 1.00 10 0.0 0.0026 4 0.064 6
1730.54 5 1.30 20 1.30 20 0.0 0.0033 7 0.084 13
1766.61 14 3.5 4 3.5 4 0.0 0.0090 15 0.23 3
1771.03 9 1.70 20 1.70 20 0.0 0.0044 6 0.109 13
1774.25 20 3.3 5 3.2 5 0.007 3 0.0083 13 0.21 3
1796.87 11 11.7 23 14.3 13*1* 0.0374 23 0.0367 22 0.92 5
1839.10 9 2.8 3 2.9 3 0.0083 23 0.0073 9 0.184 18
1909.37 7 7.8 18 7.8 18 0.0 0.020 5 0.50 12
1909.40 11 6 9 16.4 15*1* 0.0423 20 0.0423 20 1.06 5
1927.25 10 14.5 17 16.1 14 0.044 4 0.041 3 1.04 8
1960.23 17 1.20 20 1.20 20 0.0 0.0031 6 0.077 13
1972.90 25 1.8 3 1.8 3 0.0 0.0046 10 0.116 19
1988.14 12 22 3 23.4 21 0.061 4 0.060 4 1.50 9
2001.54 11 0.0 0.0 0.0 0.0 0.0
2045.7 7 3.6 6 3.8 6 0.011 3 0.0097 15 0.24 4
2084.37 7 0.50 10 0.50 10 0.0 0.0013 3 0.032 6
2093.58 15 3.4 5 3.4 5 0.0 0.0087 19 0.22 3
2112.35 13 1.8 3 1.8 3 0.0042 15 0.0046 7 0.114 17
2114.89 10 4.1 6 4.2 5 0.0108 15 0.0107 11 0.27 3
2185.70 24 1.20 20 1.20 20 0.0 0.0031 7 0.077 13
2201.92 9 1.40 20 1.40 20 0.0 0.0036 7 0.090 13
2235.86 16 17 3 14.3 14 0.035 3 0.037 3 0.92 7
2242.37 6 1.6 3 1.6 3 0.0 0.0041 9 0.103 19
2264.01 10 2.3 4 2.4 4 0.008 4 0.0061 11 0.154 25
2271.84 13 10.9 17 10.9 11 0.028 3 0.028 3 0.70 6
2278.44 14 0.0 0.0 0.0 0.0 0.0
2308.70 11 0.4 4 0.4 4 0.0 0.0011 11 0.03 3
2309.07 11 6.1 12 6.9 8 0.0184 23 0.0176 19 0.44 5
2316.1 17 3.5 6 4.1 5*1* 0.0124 22 0.0106 14 0.27 3
2366.40 19 1.8 3 1.9 3 0.007 3 0.0049 8 0.124 19
2374.29 23 6.3 10 7.3 9*1* 0.021 3 0.0189 21 0.47 5
2390.44 20 7.5 12 7.9 9 0.021 3 0.0202 23 0.51 5
2396.66 17 15.6 24 15.6 15 0.040 3 0.040 3 1.00 7
2401.0 7 0.0 0.0 0.0 0.0 0.0
2406.69 13 6.0 10 6.7 8 0.019 3 0.0173 21 0.43 5
2423.93 20 8.6 13 8.8 10 0.023 3 0.0226 23 0.57 6
2439.08 10 5.4 14 7.2 10*1* 0.020 3 0.0184 24 0.46 6
2456.63 25 6.3 10 6.7 10 0.021 6 0.017 3 0.43 6
2484.73 25 22 4 20.2 20 0.051 4 0.052 4 1.30 9
2525.58 11 1.20 20 1.20 20 0.0 0.0031 5 0.077 13
2544.50 12 4.8 8 4.6 7 0.010 3 0.0118 18 0.29 4
2559.15 23 12.9 20 11.3 12 0.027 3 0.029 3 0.73 7
3221.59 15 0.0 0.0 0.0 0.0 0.0
3319.46 25 0.0 0.0 0.0 0.0 0.0
6490.2 4 0.0 6.3 14 0.0161 25 0.0161 25 0.40 6
6625.4 4 0.0 7.0 16 0.018 3 0.018 3 0.45 8
6652.6 4 0.0 6.6 16 0.017 3 0.017 3 0.43 8
7061.1 4 0.0 2.5 6 0.0063 12 0.0063 12 0.16 3
7076.4 4 0.0 3.7 8 0.0095 13 0.0095 13 0.24 3
7122.0 4 0.0 5.7 12 0.0146 21 0.0146 21 0.37 5
7160.1 7 0.0 3.2 8 0.0083 15 0.0083 15 0.21 4
7628.7 4 0.0 13.2 25 0.034 3 0.034 3 0.85 8
-----------------------------------------------------------------------------------------------------------------------------------
HERMAL
CHI/F .4621516 .2672994
SKEW -1.3886713 .9665175
NDEGREES 106 84
ITERATION - 5
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 0.24 4 .0142
374.70 5 0.148 19 .7913
418.59 10 0.20 4 .5229
428.37 6 0.31 4 .0000
429.63 4 3.62 8 .5475
434.13 4 0.27 8 .0000
511.843 20 100.0 10 .0778
522.23 8 0.095 12 .4466
533.48 11 0.143 17 .2489
578.40 8 0.274 23 .6370
616.192 20 15.72 22 .2953
621.95 6 3.16 17 .4280
680.23 5 0.96 5 .1249
684.72 6 0.34 4 .0000
703.17 5 0.86 5 .1067
717.356 22 19.44 22 .0211
748.34 5 2.01 6 .0011
765.65 16 0.067 7 .4865
775.79 16 0.32 4 .9070
793.29 9 0.63 4 .5924
804.33 4 2.27 7 .0556
808.41 9 0.60 5 .0133
846.29 10 1.13 5 .0360
848.16 6 2.51 6 .6036
873.51 11 0.45 3 .2018
949.33 6 0.116 13 .0000
956.35 7 0.47 6 .6228
1020.96 10 0.41 5 .0000
1045.82 3 8.02 17 .5499
1050.31 4 8.99 20 .5469
1053.68 9 1.44 7 .6075
1062.04 13 0.096 13 .0000
1064.59 10 0.067 7 .6903
1108.60 7 0.35 4 .7630
1114.35 6 0.94 11 .5118
1128.03 3 8.07 15 .5435
1133.79 6 0.0 .0000
1136.88 10 0.039 6 .0000
1156.11 9 0.32 3 .3862
1168.16 8 1.47 5 .5530
1180.68 11 0.33 3 .0136
1194.58 8 0.80 4 .5749
1218.20 11 0.65 10 .5913
1258.77 11 0.084 13 .0000
1270.3 17 0.039 6 .0000
1303.73 17 0.186 20 .8214
1305.31 11 0.105 13 .7103
1316.10 19 0.019 6 .0000
1349.43 9 0.83 6 .5733
1356.39 13 0.045 7 1.0392
1360.88 13 0.119 13 .8919
1397.54 7 2.22 8 .5433
1484.57 9 0.166 19 1.0347
1489.70 11 0.047 7 .2735
1496.16 13 0.064 6 .0000
1498.70 12 0.63 5 .7031
1498.71 10 0.53 6 .0000
1546.66 11 0.084 13 .0000
1554.49 13 0.026 6 .0000
1562.15 4 0.86 7 .6380
1565.51 6 0.41 4 .6272
1572.54 7 5.2 6 .7827
1616.1 7 0.42 7 .8739
1621.57 14 0.45 4 .5095
1632.19 16 0.56 23 1.0608
1655.66 13 0.051 6 .0000
1668.21 15 0.240 23 .0160
1687.13 11 0.032 6 .0000
1692.89 11 0.064 6 .0000
1730.54 5 0.084 13 .0000
1766.61 14 0.23 3 .0000
1771.03 9 0.109 13 .0000
1774.25 20 0.21 3 .1051
1796.87 11 0.92 5 .6779
1839.10 9 0.184 18 .1038
1909.37 7 0.50 12 .0000
1909.40 11 1.06 5 .5999
1927.25 10 1.04 8 .6587
1960.23 17 0.077 13 .0000
1972.90 25 0.116 19 .0000
1988.14 12 1.50 9 .1303
2001.54 11 0.0 .0000
2045.7 7 0.24 4 .1366
2084.37 7 0.032 6 .0000
2093.58 15 0.22 3 .0000
2112.35 13 0.114 17 .0325
2114.89 10 0.27 3 .0071
2185.70 24 0.077 13 .0000
2201.92 9 0.090 13 .0000
2235.86 16 0.92 7 .5714
2242.37 6 0.103 19 .0000
2264.01 10 0.154 25 .1321
2271.84 13 0.70 6 .0000
2278.44 14 0.0 .0000
2308.70 11 0.03 3 .0000
2309.07 11 0.44 5 .2540
2316.1 17 0.27 3 .8855
2366.40 19 0.124 19 .3173
2374.29 23 0.47 5 .7882
2390.44 20 0.51 5 .0799
2396.66 17 1.00 7 .0001
2401.0 7 0.0 .0000
2406.69 13 0.43 5 .4264
2423.93 20 0.57 6 .0195
2439.08 10 0.47 7 .6798
2456.63 25 0.43 6 .2838
2484.73 25 1.30 9 .1281
2525.58 11 0.077 13 .0000
2544.50 12 0.29 4 .2141
2559.15 23 0.73 7 .5579
3221.59 15 0.0 .0000
3319.46 25 0.0 .0000
6490.2 4 0.40 6 .0000
6625.4 4 0.45 8 .0000
6652.6 4 0.43 8 .0000
7061.1 4 0.16 3 .0000
7076.4 4 0.24 3 .0000
7122.0 4 0.37 5 .0000
7160.1 7 0.21 4 .0000
7628.7 4 0.85 8 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.105PD(N,G),(N,E) E=T 2.105PD(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
346.16 16 4 5 3.7 7 0.0095 17 0.0096 17 0.24 4
374.70 5 2.3 3 2.3 3 0.0 0.0059 8*1* 0.148 19
418.59 10 1.6 15 3.1 7*1* 0.0082 18 0.0080 17 0.20 4
428.37 6 4.8 6 4.8 6 0.0 0.0123 16 0.31 4
429.63 4 43 13 56 5*1* 0.145 3 0.145 3 3.62 8
434.13 4 4.2 12 4.2 12 0.0 0.011 3 0.27 8
511.843 20 1500 140 1555 120 4.00 4 4.00 4 100.0 10
522.23 8 1.50 20 1.48 19 0.0023 16 0.0038 6 0.095 12
533.48 11 2.3 3 2.2 3 0.0048 14 0.0057 8 0.143 17
578.40 8 3.8 5 4.3 4 0.0118 13 0.0110 10 0.274 23
616.192 20 281 50 244 19 0.628 9 0.629 9 15.72 22
621.95 6 57 9 49 4 0.124 7 0.126 7 3.16 17
680.23 5 14.1 17 14.9 13 0.0387 22 0.0383 20 0.96 5
684.72 6 5.3 6 5.3 6 0.0 0.0136 17 0.34 4
703.17 5 14.1 17 13.4 11 0.0340 22 0.0345 20 0.86 5
717.356 22 310 40 302 24 0.777 9 0.777 9 19.44 22
748.34 5 31 4 31.2 25 0.0802 23 0.0802 23 2.01 6
765.65 16 1.00 10 1.04 10 0.0045 20 0.0027 3 0.067 7
775.79 16 4.5 6 5.0 6 0.018 5 0.0129 18*1* 0.32 4
793.29 9 7 3 9.8 10*1* 0.0254 18 0.0251 18 0.63 4
804.33 4 34 4 35 3 0.091 3 0.091 3 2.27 7
808.41 9 9.5 12 9.3 9 0.0238 23 0.0240 19 0.60 5
846.29 10 20 9 17.6 16 0.0452 18 0.0452 18 1.13 5
848.16 6 18 19 39 3*1* 0.1003 25 0.1003 25 2.51 6
873.51 11 6.6 8 7.0 6 0.0187 18 0.0180 14 0.45 3
949.33 6 1.80 20 1.80 20 0.0 0.0046 5 0.116 13
956.35 7 5.2 19 7.2 11*1* 0.019 3 0.0186 24 0.47 6
1020.96 10 6.3 8 6.3 8 0.0 0.0162 23 0.41 5
1045.82 3 96 30 125 10*1* 0.321 7 0.321 7 8.02 17
1050.31 4 106 30 140 11*1* 0.360 8 0.360 8 8.99 20
1053.68 9 18 4 22.3 20*1* 0.058 3 0.057 3 1.44 7
1062.04 13 1.50 20 1.50 20 0.0 0.0039 6 0.096 13
1064.59 10 1.00 10 1.05 10 0.006 3 0.0027 3*1* 0.067 7
1108.60 7 4.1 12 5.5 8*1* 0.0149 21 0.0140 18 0.35 4
1114.35 6 8 6 14.6 21*1* 0.038 5 0.038 5 0.94 11
1128.03 3 94 30 126 10*1* 0.323 6 0.323 6 8.07 15
1133.79 6 0.0 0.0 0.0 0.0 0.0
1136.88 10 0.60 10 0.60 10 0.0 0.0015 3 0.039 6
1156.11 9 4.6 6 5.0 5 0.0137 15 0.0129 11 0.32 3
1168.16 8 17 6 22.9 20*1* 0.0590 22 0.0588 22 1.47 5
1180.68 11 5.1 7 5.2 5 0.0135 15 0.0133 12 0.33 3
1194.58 8 9 3 12.5 12*1* 0.0324 18 0.0322 18 0.80 4
1218.20 11 4 6 10.1 18*1* 0.026 4 0.026 4 0.65 10
1258.77 11 1.30 20 1.30 20 0.0 0.0033 6 0.084 13
1270.3 17 0.60 10 0.60 10 0.0 0.0015 3 0.039 6
1303.73 17 2.7 3 2.9 3 0.012 4 0.0074 9*1* 0.186 20
1305.31 11 1.50 20 1.63 20 0.0065 23 0.0042 6*1* 0.105 13
1316.10 19 0.30 10 0.30 10 0.0 0.0008 3 0.019 6
1349.43 9 9 4 12.9 14*1* 0.0335 25 0.0332 24 0.83 6
1356.39 13 0.60 10 0.70 11 0.005 3 0.0018 3*1* 0.045 7
1360.88 13 1.70 20 1.84 20 0.0071 21 0.0047 6*1* 0.119 13
1397.54 7 25 9 35 3*1* 0.089 3 0.089 3 2.22 8
1484.57 9 2.3 3 2.6 3 0.0087 19 0.0066 8*1* 0.166 19
1489.70 11 0.70 10 0.73 10 0.0031 18 0.0019 3 0.047 7
1496.16 13 1.00 10 1.00 10 0.0 0.0026 3 0.064 6
1498.70 12 8.3 14 9.8 10*1* 0.0264 24 0.0253 21 0.63 5
1498.71 10 8.3 10 8.3 10 0.0 0.021 4 0.53 6
1546.66 11 1.30 20 1.30 20 0.0 0.0033 7 0.084 13
1554.49 13 0.40 10 0.40 10 0.0 0.0010 3 0.026 6
1562.15 4 10 3 13.4 15*1* 0.035 3 0.034 3 0.86 7
1565.51 6 5.9 7 6.4 7 0.019 3 0.0166 17 0.41 4
1572.54 7 61 17 81 11*1* 0.22 3 0.207 25 5.2 6
1616.1 7 4.8 15 6.6 11*1* 0.019 4 0.017 3 0.42 7
1621.57 14 6.4 8 7.0 7 0.0196 24 0.0181 17 0.45 4
1632.19 16 0.0 9 4*1* 0.022 9 0.022 9 0.56 23
1655.66 13 0.80 10 0.80 10 0.0 0.0021 5 0.051 6
1668.21 15 3.7 4 3.7 4 0.0099 19 0.0096 10 0.240 23
1687.13 11 0.50 10 0.50 10 0.0 0.0013 3 0.032 6
1692.89 11 1.00 10 1.00 10 0.0 0.0026 4 0.064 6
1730.54 5 1.30 20 1.30 20 0.0 0.0033 7 0.084 13
1766.61 14 3.5 4 3.5 4 0.0 0.0090 15 0.23 3
1771.03 9 1.70 20 1.70 20 0.0 0.0044 6 0.109 13
1774.25 20 3.3 5 3.2 5 0.007 3 0.0083 13 0.21 3
1796.87 11 11.7 23 14.3 13*1* 0.0374 23 0.0367 22 0.92 5
1839.10 9 2.8 3 2.9 3 0.0083 23 0.0073 9 0.184 18
1909.37 7 7.8 18 7.8 18 0.0 0.020 5 0.50 12
1909.40 11 6 9 16.4 15*1* 0.0423 20 0.0423 20 1.06 5
1927.25 10 14.5 17 16.1 14 0.044 4 0.041 3 1.04 8
1960.23 17 1.20 20 1.20 20 0.0 0.0031 6 0.077 13
1972.90 25 1.8 3 1.8 3 0.0 0.0046 10 0.116 19
1988.14 12 22 3 23.4 21 0.061 4 0.060 4 1.50 9
2001.54 11 0.0 0.0 0.0 0.0 0.0
2045.7 7 3.6 6 3.8 6 0.011 3 0.0097 15 0.24 4
2084.37 7 0.50 10 0.50 10 0.0 0.0013 3 0.032 6
2093.58 15 3.4 5 3.4 5 0.0 0.0087 19 0.22 3
2112.35 13 1.8 3 1.8 3 0.0042 15 0.0046 7 0.114 17
2114.89 10 4.1 6 4.2 5 0.0108 15 0.0107 11 0.27 3
2185.70 24 1.20 20 1.20 20 0.0 0.0031 7 0.077 13
2201.92 9 1.40 20 1.40 20 0.0 0.0036 7 0.090 13
2235.86 16 17 3 14.3 14 0.035 3 0.037 3 0.92 7
2242.37 6 1.6 3 1.6 3 0.0 0.0041 9 0.103 19
2264.01 10 2.3 4 2.4 4 0.008 4 0.0061 11 0.154 25
2271.84 13 10.9 17 10.9 11 0.028 3 0.028 3 0.70 6
2278.44 14 0.0 0.0 0.0 0.0 0.0
2308.70 11 0.4 4 0.4 4 0.0 0.0011 11 0.03 3
2309.07 11 6.1 12 6.9 8 0.0184 23 0.0176 19 0.44 5
2316.1 17 3.5 6 4.1 5*1* 0.0124 22 0.0106 14 0.27 3
2366.40 19 1.8 3 1.9 3 0.007 3 0.0049 8 0.124 19
2374.29 23 6.3 10 7.3 9*1* 0.021 3 0.0189 21 0.47 5
2390.44 20 7.5 12 7.9 9 0.021 3 0.0202 23 0.51 5
2396.66 17 15.6 24 15.6 15 0.040 3 0.040 3 1.00 7
2401.0 7 0.0 0.0 0.0 0.0 0.0
2406.69 13 6.0 10 6.7 8 0.019 3 0.0173 21 0.43 5
2423.93 20 8.6 13 8.8 10 0.023 3 0.0226 23 0.57 6
2439.08 10 5.4 18 7.4 11*1* 0.020 3 0.019 3 0.47 7
2456.63 25 6.3 10 6.7 10 0.021 6 0.017 3 0.43 6
2484.73 25 22 4 20.2 20 0.051 4 0.052 4 1.30 9
2525.58 11 1.20 20 1.20 20 0.0 0.0031 5 0.077 13
2544.50 12 4.8 8 4.6 7 0.010 3 0.0118 18 0.29 4
2559.15 23 12.9 20 11.3 12 0.027 3 0.029 3 0.73 7
3221.59 15 0.0 0.0 0.0 0.0 0.0
3319.46 25 0.0 0.0 0.0 0.0 0.0
6490.2 4 0.0 6.3 14 0.0161 25 0.0161 25 0.40 6
6625.4 4 0.0 7.0 16 0.018 3 0.018 3 0.45 8
6652.6 4 0.0 6.6 16 0.017 3 0.017 3 0.43 8
7061.1 4 0.0 2.5 6 0.0063 12 0.0063 12 0.16 3
7076.4 4 0.0 3.7 8 0.0095 13 0.0095 13 0.24 3
7122.0 4 0.0 5.7 12 0.0146 21 0.0146 21 0.37 5
7160.1 7 0.0 3.2 8 0.0083 15 0.0083 15 0.21 4
7628.7 4 0.0 13.2 25 0.034 3 0.034 3 0.85 8
-----------------------------------------------------------------------------------------------------------------------------------
HERMAL
CHI/F .4307629 .2503175
SKEW -1.3477624 .9436738
NDEGREES 106 84
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)
106PD G 346.59 15 0.59