DATA FOR A = 86 AND Z = 37(RB) 85RB(N,G) E=TH CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
86RB H TYP=FUL$AUT=M. M. KING$CIT=NDS 80, 567 (1997)$CUT=16-Feb-1996$
86RB C Enriched and natural targets, thermal-neutron capture.
86RB CL The decay scheme is based on that proposed by 1969Da15.
86RB2CL Several additional primary G transitions and decay G rays are
86RB3CL included in the level scheme. However, since the level scheme is
86RB4CL mainly based on energies (some effort was made to improve intensity
86RB5CL balance for each level), placement of at least the weak transitions
86RB6CL must be considered uncertain. Large differences exist among the
86RB7CL different sets of measurements both on the strengths and presence
86RB8CL of even strong transitions. For particulars, we refer to 1971Au13.
86RB9CL
86RB CL For n resonances see 1984Oh04, 1981MuZQ, 1973Mu20.
86RB CL J,T From adopted levels.
86RB CL J(G) Thermal n capture on 5/2- target.
86RB CG E EG are weighted average of 1969Da15 and 1969Ra10 where
86RB2CG applicable. All G's listed by 1969Da15 are given.
86RB CG RI Photons per 100 neutron captures (from 1969Da15).
86RB CG E(A) 1969Da15 observe a doublet with 1.5 KEV 2 energy separation
86RB CL E(B) Results of 1969Da15 indicate a possible multiplet.
86RB CL E(E) Level from particle-transfer reactions added by evaluator.
86RB CG E(F) From 1969Ra10. Intensities were multiplied by 1.5 to
86RB2CG bring them into approximate agreement with the 1969Da15 results.
86RB CG E(C) Unassigned G transition from 1969Da15 possibly belonging to a
86RB2CG negative-parity level at 1033 KEV seen in p pickup from 87SR
86RB3CG (1975Du02). In this energy region, 1969Ra10 report a single strong
86RB4CG line at 1030.8 KEV 10 from neutron capture.
86RB CL E(D) It is uncertain whether the levels at 1309.5 and 779.6,
86RB2CL which were assigned (6-) and 7- by 1969Da15, are indeed excited by
86RB3CL n capture. Sole evidence for the 1309.5 level in (N,G) comes from
86RB4CL an otherwise unassigned 530.0G to the 779.6 level. Other G transitions
86RB5CL connected to the 779.6 level can be placed elsewhere in the decay
86RB6CL scheme. The low-spin member of a possible doublet at 779.5 (see (D,A)
86RB7CL data) may well be excited.
86RB N 1.0
86RB PN C
86RB2PN PHOTONS PER 100 NEUTRON CAPTURES
86RB cN SIGMAN=0.427 11
86RB G 139.3 10 4.2 16
86RB G 525.2 10 2.1 11
86RB G 5760.7 5 5.1 13
86RB G 5800.4 7 1.7 5
86RB G 5823.2 20 0.16 5 ?
86RB G 5840.8 9 0.8 4
86RB G 5885.7 5 2.1 5
86RB G 5932.3 7 0.63 21
86RB G 5980.2 5 3.8 8
86RB L 0.0 2- 18.631 D 18
86RB L 488.1 31+
86RB G 488.0 510.9 30
86RB L 555.4 46- 1.017 M 3 M
86RB G 555.3 58.0 20 A
86RB L 557.0 3(3-)
86RB G 557.0 519 5 A
86RB L 779.3 117- D
86RB G 223.9100.8 3
86RBF G FL=555.4
86RB L 873.2 33-,4- B
86RB G 315.9 50.3 1
86RB G 873.2 57.5 20
86RB L 978.5 43-,4-
86RB G 421.6 55.7 15
86RB L 1027.1 3 1+,2+,3+
86RB G 538.9 53.1 10
86RB G 1026.9 57.5 18
86RB L 1032.7 53-,4-
86RB G 53.9151.4 6
86RB G 1032.8 55.9 18 C
86RB L 1092.4 4(4,5)-
86RB G 60.9152.3 10
86RB G 114.1 51.3 4
86RB G 536.9 53.1 10
86RB L 1105.9 42+,3+
86RB G 232.4100.2 1
86RB G 1105.3 74.7 15
86RB L 1196.3 43-,4-
86RB G 89.6150.2 1
86RB G 323.1 50.5 2
86RB G 639.5 52.9 8 &
86RBF G FL=557.0
86RB L 1247.2 94-,5-
86RB G 691.9102.3 6
86RBF G FL=555.4
86RB L 1305.0 33+
86RB G 198.8100.7 3
86RB G 748.6100.6 2
86RBF G FL=557.0
86RB G 817.3150.7 2
86RB G 1305.2 54.9 15
86RB L 1309.3 15 D ?
86RB G 530.0100.7 3 ?
86RB L 1389.5 4(3)+
86RB G 85.9151.2 5
86RB G 284.4100.3 1
86RB G 361.8 51.4 5 &
86RB G 1389.6102.0 5
86RB L 1439.0 43-,4-
86RB G 564.9100.6 2
86RB G 882.0 51.4 5
86RB G 1440.0101.0 3
86RB L 1470.6 5(2,3)+
86RB G 165.7 52.0 5
86RB G 913.8101.9 5
86RBF G FL=557.0
86RB L 1501.7 9(3)+
86RB G 944.7 90.8 3
86RBF G FL=557.0
86RB L 1666.7 4(1,2,3)+ E
86RB G 361.8 51.4 5 &
86RB G 639.5 52.9 8 &
86RB G 1177.8101.0 3
86RB G 1667.9152.0 5
86RB L 1708.3 6(1,2,3)+
86RB G 1221.0101.1 3
86RB L 1819.7 4(3+,4,5-)
86RB G 514.8 51.5 5
86RB G 727.8101.2 3
86RB L 1890.0 71+,2+,3+
86RB G 1889.3103.8 8 F
86RB L 1916.1 10
86RB G 96.3150.6 2 ?
86RB G 669.1100.8 3
86RB L 1926.1 12
86RB G 1926.118
86RB L 1953.1 11 ?
86RB G 1953.116
86RB L 2130.5 5(-)
86RB G 240.4101.0 3 ?
86RB G 2130.0100.7 1 F
86RB L 2148.4 61+,2+,3+
86RB G 2149.7100.7 1 F
86RB L 2179.5 4(1+,2+,3+)
86RB G 2179.7 6
86RB L 2265.9 5
86RB G 2265.9 7
86RB L 2299.4 4
86RB G 120.3 50.7 3 ?
86RB L 2332.0 10
86RB G 2331.818
86RB L 2352.8 8
86RB G 2352.5100.3 1 F
86RB L 2403.4 13
86RB G 2403.419
86RB L 2462.3 4
86RB G 2462.2 6
86RB L 2476.3 8
86RB G 2475.7100.3 1 F
86RB L 2508.2 8(3+)
86RB G 176.1150.7 3 ?
86RB L 2569.9 8
86RB G 2570.4100.4 1 F
86RB L 2586.3 5
86RB G 2585.7100.5 1 F
86RB L 2598.1 6 1+
86RB G 2598.1100.20 4 F
86RB L 8651.20 202-,3- G S
86RB cL E$8651.2 10 from 1995Au04.
86RB2cL Observed deexcitation intensity is 15% of GS feeding.
86RB G 6052.9 80.26 7
86RB G 6064.5 50.84 15
86RB G 6081.9120.11 4
86RB G 6142.7 80.18 5
86RB G 6173.3150.12 4
86RB G 6188.7 50.68 15
86RB G 6247.5180.07 3
86RB G 6297.7150.09 3
86RB G 6319.1170.07 3
86RB G 6352.0 50.38 10
86RB G 6385.0 60.43 10
86RB G 6471.2 50.67 16
86RB G 6503.2 70.32 8
86RB G 6520.3 51.17 25
86RB G 6697.8150.19 5
86RB G 6724.8170.17 4
86RB G 6735.5250.11 4
86RB G 6759.4150.17 5
86RB G 6831.4 51.10 25
86RB G 6943.0 70.20 5
86RB G 7180.7100.11 4
86RB G 7211.8 60.30 7
86RB G 7261.2 60.24 6
86RB G 7345.8 51.10 25
86RB G 7455.3100.13 4
86RB G 7544.0 70.24 6
86RB G 7623.9 42.05 40
86RB G 7672.2 90.12 4
86RB G 7776.1200.04 2
86RB G 8093.8 50.30 10
86RB G 8161.5150.08 3
86RB G 8650.7 70.35 8
DATA FOR A = 86 AND Z = 37(RB) 85RB(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
86RB N 1.3857 4 1.0
86RB L 0.0 2- 18.631 D 18
86RB L 488.1 31+
86RB G 487.89 3 0.0494 12
86RB L 555.4 46- 1.017 M 3
86RB G 555.61 3 0.0407 10
86RB L 557.0 3(3-)
86RB G 556.81 3 0.0913 24
86RB L 779.3 117-
86RB G 224.31 4 0.00132 7
86RB L 873.2 33-,4-
86RB G 316.13 5 0.00138 8
86RB G 872.93 3 0.0321 5
86RB L 978.5 43-,4-
86RB G 421.49423 0.0259 5
86RB L 1027.1 3 1+,2+,3+
86RB G 538.66 3 0.0169 5
86RB G 1026.35 3 0.0218 4
86RB L 1032.7 53-,4-
86RB G 1032.32 3 0.0227 4
86RB L 1092.4 4(4,5)-
86RB G 113.75 30.00535 14
86RB G 536.50 3 0.0167 5
86RB L 1105.9 42+,3+
86RB G 232.6619 2.1E-04 6
86RB G 1105.51 4 0.0151 3
86RB L 1196.3 43-,4-
86RB G 322.82 30.00254 10
86RB G 638.82 60.0101 13
86RB L 1247.2 94-,5-
86RB G 691.57 30.00725 18
86RB L 1305.0 33+
86RB G 198.39 3 0.00266 9
86RB G 747.66 40.00268 12
86RB G 1304.45 4 0.0204 5
86RB L 1309.3 15
86RB G 1309.315
86RB L 1389.5 4(3)+
86RB G 283.83 6 0.00092 6
86RB G 1389.31 50.00809 21
86RB L 1439.0 43-,4-
86RB G 565.34 30.00383 10
86RB G 881.53 40.00480 17
86RB G 1438.37110.00200 15
86RB L 1470.6 5(2,3)+
86RB G 913.12 40.00497 15
86RB L 1501.7 9(3)+
86RB G 945.72 50.00390 15
86RB L 1666.7 4(1,2,3)+
86RB G 639.7511 0.0032 7
86RB G 1666.78 60.00774 23
86RB L 1708.3 6(1,2,3)+
86RB G 1219.81 60.00446 21
86RB L 1819.7 4(3+,4,5-)
86RB G 514.55 30.00653 20
86RB G 727.00 40.00421 15
86RB L 1890.0 71+,2+,3+
86RB G 1890.0 7
86RB L 1916.1 10
86RB G 668.76 50.00211 10
86RB L 1926.1 12
86RB G 1926.112
86RB L 1953.1 11
86RB G 1953.111
86RB L 2130.5 5(-)
86RB G 2130.6913
86RB L 2148.4 61+,2+,3+
86RB G 2150.10220.00153 19
86RB L 2179.5 4(1+,2+,3+)
86RB G 2179.36140.00168 17
86RB L 2265.9 5
86RB G 2265.43210.00087 15
86RB L 2299.4 4
86RB G 119.94 3 0.00267 9
86RB L 2332.0 10
86RB G 2332.010
86RB L 2352.8 8
86RB G 2353.4512 0.00122 9
86RB L 2403.4 13
86RB G 2401.3 40.00035 11
86RB L 2462.3 4
86RB G 2461.25130.00251 17
86RB L 2476.3 8
86RB G 2476.3 8
86RB L 2508.2 8(3+)
86RB G 2508.2 8
86RB L 2569.9 8
86RB G 2569.9 8
86RB L 2586.3 5
86RB G 2585.51120.00240 18
86RB L 2598.1 6 1+
86RB G 2598.1 6
86RB L 8651.20 202-,3-
86RB G 6054.1 50.00076 14
86RB G 6065.0025 0.0047 3
86RB G 6082.4 40.00097 16
86RB G 6143.6 40.00132 19
86RB G 6188.9 3 0.0036 3
86RB G 6250.5 50.00053 11
86RB G 6297.0 50.00060 14
86RB G 6322.0 50.00107 18
86RB G 6352.4 30.00173 16
86RB G 6384.9 40.00148 19
86RB G 6471.3025 0.0049 3
86RB G 6503.5 40.00165 19
86RB G 6520.7 3 0.0064 4
86RB G 6727.5 50.00076 13
86RB G 6759.4 40.00061 13
86RB G 6832.2 3 0.0064 4
86RB G 6943.3 30.00161 15
86RB G 7181.0 50.00055 11
86RB G 7212.5 40.00129 17
86RB G 7262.0 40.00084 13
86RB G 7346.0 3 0.0059 3
86RB G 7544.7 40.00099 14
86RB G 7624.1 3 0.0114 5
86RB G 7672.1 40.00075 12
86RB G 8093.7 30.00211 20
86RB G 8650.8 5 0.0022 4
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 488.1 3
1 G1 488.0 5 11 3
1 G2 487.89 3 0.0494 12
1 L1 555.4 4
1 G1 555.3 5 8.0 20
1 G2 555.61 3 0.0407 10
1 L1 557.0 3
1 G1 557.0 5 19 5
1 G2 556.81 3 0.0913 24
1 L1 779.3 11
1 G1 223.9 10 0.8 3
1 G2 224.31 4 0.00132 7
1 L1 873.2 3
1 G1 315.9 5 0.30 10
1 G2 316.13 5 0.00138 8
1 G1 873.2 5 7.5 20
1 G2 872.93 3 0.0321 5
1 L1 978.5 4
1 G1 421.6 5 5.7 15
1 G2 421.494 23 0.0259 5
1 L1 1027.1 3
1 G1 538.9 5 3.1 10
1 G2 538.66 3 0.0169 5
1 G1 1026.9 5 7.5 18
1 G2 1026.35 3 0.0218 4
1 L1 1032.7 5
1 G1 53.9 15 1.4 6
1 G1 1032.8 5 5.9 18
1 G2 1032.32 3 0.0227 4
1 L1 1092.4 4
1 G1 60.9 15 2.3 10
1 G1 114.1 5 1.3 4
1 G2 113.75 30.00535 14
1 G1 536.9 5 3.1 10
1 G2 536.50 3 0.0167 5
1 L1 1105.9 4
1 G1 232.4 10 0.20 10
1 G2 232.66 19 2.1E-04 6
1 G1 1105.3 7 4.7 15
1 G2 1105.51 4 0.0151 3
1 L1 1196.3 4
1 G1 89.6 15 0.20 10
1 G1 323.1 5 0.50 20
1 G2 322.82 30.00254 10
1 G1 639.5 5 2.9 8
1 G2 638.82 6 0.0101 13
1 L1 1247.2 9
1 G1 691.9 10 2.3 6
1 G2 691.57 30.00725 18
1 L1 1305.0 3
1 G1 198.8 10 0.7 3
1 G2 198.39 3 0.00266 9
1 G1 748.6 10 0.60 20
1 G2 747.66 40.00268 12
1 G1 817.3 15 0.70 20
1 G1 1305.2 5 4.9 15
1 G2 1304.45 4 0.0204 5
1 L1 1309.3 15
1 G1 530.0 10 0.7 3
1 G2 1309.3 15 0.0
1 L1 1389.5 4
1 G1 85.9 15 1.2 5
1 G1 284.4 10 0.30 10
1 G2 283.83 6 0.00092 6
1 G1 361.8 5 1.4 5
1 G1 1389.6 10 2.0 5
1 G2 1389.31 50.00809 21
1 L1 1439.0 4
1 G1 564.9 10 0.60 20
1 G2 565.34 30.00383 10
1 G1 882.0 5 1.4 5
1 G2 881.53 40.00480 17
1 G1 1440.0 10 1.0 3
1 G2 1438.37 110.00200 15
1 L1 1470.6 5
1 G1 165.7 5 2.0 5
1 G1 913.8 10 1.9 5
1 G2 913.12 40.00497 15
1 L1 1501.7 9
1 G1 944.7 9 0.8 3
1 G2 945.72 50.00390 15
1 L1 1666.7 4
1 G1 361.8 5 1.4 5
1 G1 639.5 5 2.9 8
1 G2 639.75 11 0.0032 7
1 G1 1177.8 10 1.0 3
1 G1 1667.9 15 2.0 5
1 G2 1666.78 60.00774 23
1 L1 1708.3 6
1 G1 1221.0 10 1.1 3
1 G2 1219.81 60.00446 21
1 L1 1819.7 4
1 G1 514.8 5 1.5 5
1 G2 514.55 30.00653 20
1 G1 727.8 10 1.2 3
1 G2 727.00 40.00421 15
1 L1 1890.0 7
1 G1 1889.3 10 3.8 8
1 G2 1890.0 7 0.0
1 L1 1916.1 10
1 G1 96.3 15 0.60 20
1 G1 669.1 10 0.8 3
1 G2 668.76 50.00211 10
1 L1 1926.1 12
1 G1 1926.1 18 0.0
1 G2 1926.1 12 0.0
1 L1 1953.1 11
1 G1 1953.1 16 0.0
1 G2 1953.1 11 0.0
1 L1 2130.5 5
1 G1 240.4 10 1.0 3
1 G1 2130.0 10 0.70 10
1 G2 2130.69 13 0.0
1 L1 2148.4 6
1 G1 2149.7 10 0.70 10
1 G2 2150.10 220.00153 19
1 L1 2179.5 4
1 G1 2179.7 6 0.0
1 G2 2179.36 140.00168 17
1 L1 2265.9 5
1 G1 2265.9 7 0.0
1 G2 2265.43 210.00087 15
1 L1 2299.4 4
1 G1 120.3 5 0.7 3
1 G2 119.94 3 0.00267 9
1 L1 2332.0 10
1 G1 2331.8 18 0.0
1 G2 2332.0 10 0.0
1 L1 2352.8 8
1 G1 2352.5 10 0.30 10
1 G2 2353.45 12 0.00122 9
1 L1 2403.4 13
1 G1 2403.4 19 0.0
1 G2 2401.3 40.00035 11
1 L1 2462.3 4
1 G1 2462.2 6 0.0
1 G2 2461.25 130.00251 17
1 L1 2476.3 8
1 G1 2475.7 10 0.30 10
1 G2 2476.3 8 0.0
1 L1 2508.2 8
1 G1 176.1 15 0.7 3
1 G2 2508.2 8 0.0
1 L1 2569.9 8
1 G1 2570.4 10 0.40 10
1 G2 2569.9 8 0.0
1 L1 2586.3 5
1 G1 2585.7 10 0.50 10
1 G2 2585.51 120.00240 18
1 L1 2598.1 6
1 G1 2598.1 10 0.20 4
1 G2 2598.1 6 0.0
1 L1 8651.20 20
1 G1 6052.9 8 0.26 7
1 G2 6054.1 50.00076 14
1 G1 6064.5 5 0.84 15
1 G2 6065.00 25 0.0047 3
1 G1 6081.9 12 0.11 4
1 G2 6082.4 40.00097 16
1 G1 6142.7 8 0.18 5
1 G2 6143.6 40.00132 19
1 G1 6173.3 15 0.12 4
1 G1 6188.7 5 0.68 15
1 G2 6188.9 3 0.0036 3
1 G1 6247.5 18 0.07 3
1 G2 6250.5 50.00053 11
1 G1 6297.7 15 0.09 3
1 G2 6297.0 50.00060 14
1 G1 6319.1 17 0.07 3
1 G2 6322.0 50.00107 18
1 G1 6352.0 5 0.38 10
1 G2 6352.4 30.00173 16
1 G1 6385.0 6 0.43 10
1 G2 6384.9 40.00148 19
1 G1 6471.2 5 0.67 16
1 G2 6471.30 25 0.0049 3
1 G1 6503.2 7 0.32 8
1 G2 6503.5 40.00165 19
1 G1 6520.3 5 1.17 25
1 G2 6520.7 3 0.0064 4
1 G1 6697.8 15 0.19 5
1 G1 6724.8 17 0.17 4
1 G2 6727.5 50.00076 13
1 G1 6735.5 25 0.11 4
1 G1 6759.4 15 0.17 5
1 G2 6759.4 40.00061 13
1 G1 6831.4 5 1.10 25
1 G2 6832.2 3 0.0064 4
1 G1 6943.0 7 0.20 5
1 G2 6943.3 30.00161 15
1 G1 7180.7 10 0.11 4
1 G2 7181.0 50.00055 11
1 G1 7211.8 6 0.30 7
1 G2 7212.5 40.00129 17
1 G1 7261.2 6 0.24 6
1 G2 7262.0 40.00084 13
1 G1 7345.8 5 1.10 25
1 G2 7346.0 3 0.0059 3
1 G1 7455.3 10 0.13 4
1 G1 7544.0 7 0.24 6
1 G2 7544.7 40.00099 14
1 G1 7623.9 4 2.0 4
1 G2 7624.1 3 0.0114 5
1 G1 7672.2 9 0.12 4
1 G2 7672.1 40.00075 12
1 G1 7776.1 20 0.040 20
1 G1 8093.8 5 0.30 10
1 G2 8093.7 30.00211 20
1 G1 8161.5 15 0.08 3
1 G1 8650.7 7 0.35 8
1 G2 8650.8 5 0.0022 4
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 487.841 24
3. 555.565 25
4. 556.779 20
5. 779.87 5
6. 872.928 23
7. 978.27 3
8. 1026.453 24
9. 1032.33 3
10. 1092.02 3
11. 1105.77 3
12. 1195.72 3
13. 1247.14 4
14. 1304.340 23
15. 1309.7 8
16. 1389.42 4
17. 1438.29 3
18. 1469.91 4
19. 1501.29 6
20. 1666.65 5
21. 1707.66 6
22. 1818.94 3
23. 1890.9 3
24. 1915.90 6
25. 1924.0 4
26. 1953.1 8
27. 2130.62 12
28. 2149.37 18
29. 2179.31 11
30. 2265.61 17
31. 2299.24 11
32. 2329.9 4
33. 2353.49 12
34. 2401.1 3
35. 2461.47 11
36. 2476.3 6
37. 2507.5 3
38. 2569.0 3
39. 2585.65 11
40. 2597.5 3
41. 8651.11 7
GAMMA ENERGIES
85RB(N,G) E=TH -85RB(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
53.9 15 0.0 54.05 4 9 7
60.9 15 0.0 59.69 4 10 9
85.9 15 0.0 85.08 4 16 14
89.6 15 0.0 89.96 4 12 11
96.3 15 0.0 96.96 7 24 22
114.1 5 113.75 3 113.749 25 10 7
120.3 5 119.94 3 119.93 3 31 29
165.7 5 0.0 165.57 5 18 14
(1 176.1 15 1) 0.0 177.6 5 37 32
198.8 10 (6 198.39 3 198.575 25 14 11
223.9 10 224.31 4 224.31 4 5 3
232.4 10 232.66 19 232.84 3 11 6
240.4 10 0.0 239.8 3 27 23
284.4 10 (2 283.83 6 283.66 4 16 11
315.9 5 316.13 5 316.149 24 6 4
323.1 5 322.82 3 322.79 3 12 6
(1 361.8 5 1) 0.0 362.31 6 20 14
(2 361.8 5 2) 0.0 362.97 5 16 8
421.6 5 421.494 23 421.494 21 7 4
488.0 5 (1 487.89 3 487.840 24 2 1
514.8 5 (1 514.55 3 514.60 3 22 14
530.0 10 0.0 529.8 8 15 5
536.9 5 (1 536.50 3 536.456 25 10 3
538.9 5 (1 538.66 3 538.610 24 8 2
555.3 5 (1 555.61 3 555.563 25 3 1
557.0 5 (1 556.81 3 556.777 20 4 1
564.9 10 565.34 3 565.363 25 17 6
(1 639.5 5 (2 638.82 6 638.94 3 12 4
(1 639.5 5 (4 639.75 11 640.19 6 20 8
669.1 10 668.76 5 668.76 5 24 13
691.9 10 691.57 3 691.57 3 13 3
727.8 10 (2 727.00 4 726.91 3 22 10
(1 748.6 10 (2 747.66 4 747.558 25 14 4
817.3 15 0.0 816.50 3 14 2
873.2 5 872.93 3 872.924 23 6 1
882.0 5 881.53 4 881.51 3 17 4
913.8 10 913.12 4 913.12 4 18 4
944.7 9 0.0 944.51 6 19 4
0.0 945.72 5 945.72 5 19 3
1026.9 5 (3 1026.35 3 1026.446 24 8 1
1032.8 5 1032.32 3 1032.32 3 9 1
1105.3 7 (6 1105.51 4 1105.76 3 11 1
1177.8 10 0.0 1178.80 6 20 2
(1 1221.0 10 1) 1219.81 6 1219.81 6 21 2
(1 1305.2 5 (3 1304.45 4 1304.330 23 14 1
0.0 1309.3 15 1309.7 8 15 1
1389.6 10 (2 1389.31 5 1389.41 4 16 1
(1 1440.0 10 1) 1438.37 11 1438.28 3 17 1
1667.9 15 (2 1666.78 6 1666.63 5 20 1
(1 1889.3 10 (1 1890.0 7 1890.8 3 23 1
(1 1926.1 18 (1 1926.1 12 1924.0 4 25 1
1953.1 16 1953.1 11 1953.1 8 26 1
2130.0 10 2130.69 13 2130.60 12 27 1
2149.7 10 (3 2150.10 22 2149.34 18 28 1
2179.7 6 2179.36 14 2179.28 11 29 1
2265.9 7 2265.43 21 2265.58 17 30 1
(1 2331.8 18 (2 2332.0 10 2329.8 4 32 1
2352.5 10 2353.45 12 2353.46 12 33 1
(1 2403.4 19 1) 2401.3 4 2401.1 3 34 1
(1 2462.2 6 (1 2461.25 13 2461.43 11 35 1
2475.7 10 2476.3 8 2476.3 6 36 1
0.0 2508.2 8 2507.5 3 37 1
(1 2570.4 10 (1 2569.9 8 2568.9 3 38 1
2585.7 10 2585.51 12 2585.61 11 39 1
2598.1 10 (1 2598.1 6 2597.5 3 40 1
6052.9 8 (1 6054.1 5 6053.3 3 41 40
(1 6064.5 5 1) 6065.00 25 6065.23 12 41 39
6081.9 12 (1 6082.4 4 6081.9 3 41 38
6142.7 8 6143.6 4 6143.4 3 41 37
6173.3 15 0.0 6174.6 6 41 36
(1 6188.7 5 (1 6188.9 3 6189.41 13 41 35
(1 6247.5 18 (1 6250.5 5 6249.8 3 41 34
6297.7 15 6297.0 5 6297.37 13 41 33
(1 6319.1 17 (2 6322.0 5 6321.0 4 41 32
6352.0 5 (2 6352.4 3 6351.62 12 41 31
6385.0 6 6384.9 4 6385.24 18 41 30
6471.2 5 6471.30 25 6471.54 11 41 29
(2 6503.2 7 (5 6503.5 4 6501.48 19 41 28
6520.3 5 (1 6520.7 3 6520.22 13 41 27
6697.8 15 0.0 6697.7 8 41 26
(1 6724.8 17 (1 6727.5 5 6726.8 4 41 25
6735.5 25 0.0 6734.93 9 41 24
6759.4 15 (1 6759.4 4 6760.0 3 41 23
6831.4 5 (1 6832.2 3 6831.88 7 41 22
6943.0 7 6943.3 3 6943.15 9 41 21
7180.7 10 7181.0 5 7180.88 8 41 18
(1 7211.8 6 1) 7212.5 4 7212.49 7 41 17
7261.2 6 (1 7262.0 4 7261.36 8 41 16
(1 7345.8 5 (1 7346.0 3 7346.44 7 41 14
7455.3 10 0.0 7455.04 8 41 12
(1 7544.0 7 1) 7544.7 4 7544.99 7 41 11
7623.9 4 7624.1 3 7624.30 7 41 8
7672.2 9 7672.1 4 7672.47 7 41 7
7776.1 20 0.0 7777.81 7 41 6
8093.8 5 8093.7 3 8093.92 7 41 4
8161.5 15 0.0 8162.86 7 41 2
8650.7 7 8650.8 5 8650.65 7 41 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.286 F= 56
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 7.095 F= 36
CHISQ/F = 2.519 (FIT OF 171GAMMAS - 40LEVELS)
ITERATION - 2 CHISQ - 1.348
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 487.88 3
3. 555.589 25
4. 556.817 21
5. 779.90 5
6. 872.943 23
7. 978.32 3
8. 1026.54 4
9. 1032.33 3
10. 1092.07 3
11. 1105.59 6
12. 1195.74 3
13. 1247.16 4
14. 1304.48 3
15. 1309.7 8
16. 1389.36 5
17. 1438.31 3
18. 1469.94 5
19. 1501.32 6
20. 1666.77 6
21. 1707.70 7
22. 1819.04 3
23. 1890.9 3
24. 1915.93 6
25. 1924.0 4
26. 1953.1 8
27. 2130.62 12
28. 2149.5 6
29. 2179.30 11
30. 2265.61 17
31. 2299.23 11
32. 2329.9 4
33. 2353.49 12
34. 2401.1 3
35. 2461.44 12
36. 2476.3 6
37. 2507.5 3
38. 2568.9 3
39. 2585.62 11
40. 2597.5 3
41. 8651.08 7
GAMMA ENERGIES
85RB(N,G) E=TH -85RB(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
53.9 15 0.0 54.01 4 9 7
60.9 15 0.0 59.74 4 10 9
85.9 15 0.0 84.88 5 16 14
89.6 15 0.0 90.15 7 12 11
96.3 15 0.0 96.88 7 24 22
114.1 5 113.75 3 113.755 25 10 7
120.3 5 119.94 3 119.93 3 31 29
165.7 5 0.0 165.47 5 18 14
(1 176.1 15 1) 0.0 177.6 5 37 32
198.8 10 (2 198.39 19 198.89 7 14 11
223.9 10 224.31 4 224.31 4 5 3
232.4 10 232.66 19 232.64 7 11 6
240.4 10 0.0 239.7 3 27 23
284.4 10 (1 283.83 6 283.77 5 16 11
315.9 5 316.13 5 316.125 24 6 4
323.1 5 322.82 3 322.80 3 12 6
361.8 5 0.0 362.29 6 20 14
361.8 12 0.0 362.82 6 16 8
421.6 5 421.494 23 421.498 21 7 4
488.0 5 487.89 3 487.88 3 2 1
514.8 5 514.55 3 514.57 3 22 14
530.0 10 0.0 529.8 8 15 5
536.9 5 536.50 3 536.480 25 10 3
538.9 5 538.66 3 538.65 3 8 2
555.3 5 555.61 3 555.587 25 3 1
557.0 5 556.81 3 556.815 21 4 1
564.9 10 565.34 3 565.369 25 17 6
(1 639.5 5 (1 638.82 6 638.92 3 12 4
(1 639.5 7 (1 639.8 4 640.24 7 20 8
669.1 10 668.76 5 668.76 5 24 13
691.9 10 691.57 3 691.57 3 13 3
727.8 10 727.00 4 726.97 3 22 10
748.6 10 747.66 4 747.66 3 14 4
817.3 15 0.0 816.59 4 14 2
873.2 5 872.93 3 872.938 23 6 1
(1 882.0 5 1) 881.53 4 881.49 3 17 4
913.8 10 913.12 4 913.12 4 18 4
944.7 9 0.0 944.49 6 19 4
0.0 945.72 5 945.72 5 19 3
1026.9 5 (1 1026.35 10 1026.53 4 8 1
1032.8 5 1032.32 3 1032.32 3 9 1
1105.3 7 1105.51 25 1105.58 6 11 1
(1 1177.8 10 1) 0.0 1178.88 7 20 2
(1 1221.0 10 1) 1219.81 6 1219.81 6 21 2
1305.2 9 1304.45 4 1304.47 3 14 1
0.0 1309.3 15 1309.7 8 15 1
1389.6 10 1389.31 5 1389.35 5 16 1
1440.0 17 1438.37 11 1438.30 3 17 1
1667.9 15 1666.78 6 1666.76 6 20 1
(1 1889.3 15 (1 1890.0 7 1890.9 3 23 1
(1 1926.1 18 (1 1926.1 12 1924.0 4 25 1
1953.1 16 1953.1 11 1953.1 8 26 1
2130.0 10 2130.69 13 2130.59 12 27 1
2149.7 10 2150.1 8 2149.5 6 28 1
2179.7 6 2179.36 14 2179.27 11 29 1
2265.9 7 2265.43 21 2265.57 17 30 1
(1 2331.8 18 (2 2332.0 10 2329.8 4 32 1
2352.5 10 2353.45 12 2353.45 12 33 1
(1 2403.4 19 1) 2401.3 4 2401.0 3 34 1
(1 2462.2 6 (1 2461.25 13 2461.40 12 35 1
2475.7 10 2476.3 8 2476.3 6 36 1
0.0 2508.2 8 2507.4 3 37 1
(1 2570.4 15 (1 2569.9 8 2568.8 3 38 1
2585.7 10 2585.51 12 2585.58 11 39 1
2598.1 10 (1 2598.1 6 2597.5 3 40 1
6052.9 8 (1 6054.1 5 6053.3 3 41 40
6064.5 7 6065.00 25 6065.23 12 41 39
6081.9 12 (1 6082.4 4 6082.0 3 41 38
6142.7 8 6143.6 4 6143.4 3 41 37
6173.3 15 0.0 6174.5 6 41 36
6188.7 7 (1 6188.9 3 6189.40 13 41 35
(1 6247.5 18 (1 6250.5 5 6249.8 3 41 34
6297.7 15 6297.0 5 6297.34 13 41 33
(1 6319.1 17 (2 6322.0 5 6321.0 4 41 32
6352.0 5 (2 6352.4 3 6351.60 12 41 31
6385.0 6 6384.9 4 6385.22 18 41 30
6471.2 5 6471.30 25 6471.52 11 41 29
(1 6503.2 17 (1 6503.5 20 6501.3 6 41 28
6520.3 5 (1 6520.7 3 6520.20 13 41 27
6697.8 15 0.0 6697.7 8 41 26
(1 6724.8 17 (1 6727.5 5 6726.8 4 41 25
6735.5 25 0.0 6734.87 9 41 24
6759.4 15 (1 6759.4 4 6759.9 3 41 23
6831.4 5 (1 6832.2 3 6831.74 8 41 22
6943.0 7 6943.3 3 6943.08 9 41 21
7180.7 10 7181.0 5 7180.81 8 41 18
(1 7211.8 6 1) 7212.5 4 7212.44 8 41 17
7261.2 6 (1 7262.0 4 7261.39 8 41 16
7345.8 5 7346.0 3 7346.27 7 41 14
7455.3 10 0.0 7454.99 8 41 12
(1 7544.0 10 (1 7544.7 4 7545.14 9 41 11
7623.9 4 7624.1 3 7624.18 8 41 8
7672.2 9 7672.1 4 7672.40 7 41 7
7776.1 20 0.0 7777.76 7 41 6
8093.8 5 8093.7 3 8093.85 7 41 4
8161.5 15 0.0 8162.78 8 41 2
8650.7 7 8650.8 5 8650.61 7 41 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .8808 F= 56
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.166 F= 36
CHISQ/F = .9793 (FIT OF 171GAMMAS - 40LEVELS)
ITERATION - 3 CHISQ - 1.348
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 487.89 4
3. 555.59 4
4. 556.82 3
5. 779.90 7
6. 872.95 4
7. 978.32 4
8. 1026.55 6
9. 1032.33 5
10. 1092.08 4
11. 1105.53 10
12. 1195.75 5
13. 1247.16 6
14. 1304.49 4
15. 1309.8 9
16. 1389.34 7
17. 1438.32 4
18. 1469.95 7
19. 1501.32 8
20. 1666.76 9
21. 1707.71 10
22. 1819.06 5
23. 1890.8 4
24. 1915.93 9
25. 1924.0 6
26. 1953.1 9
27. 2130.59 16
28. 2149.4 7
29. 2179.36 16
30. 2265.62 24
31. 2299.30 16
32. 2330.5 7
33. 2353.47 17
34. 2401.1 5
35. 2461.46 17
36. 2476.3 7
37. 2507.5 4
38. 2568.9 5
39. 2585.63 16
40. 2597.6 4
41. 8651.01 9
GAMMA ENERGIES
85RB(N,G) E=TH -85RB(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
53.9 15 0.0 54.01 6 9 7
60.9 15 0.0 59.75 6 10 9
85.9 15 0.0 84.85 8 16 14
89.6 15 0.0 90.21 11 12 11
96.3 15 0.0 96.87 10 24 22
114.1 5 113.75 5 113.76 4 10 7
120.3 5 119.94 5 119.94 4 31 29
165.7 5 0.0 165.46 7 18 14
176.1 15 0.0 177.1 8 37 32
198.8 10 198.4 7 198.96 10 14 11
223.9 10 224.31 6 224.31 6 5 3
232.4 10 232.7 3 232.59 10 11 6
240.4 10 0.0 239.8 4 27 23
284.4 10 283.83 9 283.80 8 16 11
315.9 5 316.13 8 316.12 4 6 4
323.1 5 322.82 5 322.80 4 12 6
361.8 5 0.0 362.27 10 20 14
361.8 12 0.0 362.78 9 16 8
421.6 5 421.49 3 421.50 3 7 4
488.0 5 487.89 5 487.89 4 2 1
514.8 5 514.55 5 514.56 4 22 14
530.0 10 0.0 529.9 9 15 5
536.9 5 536.50 5 536.48 4 10 3
538.9 5 538.66 5 538.66 4 8 2
555.3 5 555.61 5 555.59 4 3 1
557.0 5 556.81 5 556.82 3 4 1
564.9 10 565.34 5 565.37 4 17 6
(1 639.5 5 (1 638.82 9 638.92 5 12 4
(1 639.5 7 1) 639.8 7 640.20 10 20 8
669.1 10 668.76 8 668.76 7 24 13
691.9 10 691.57 5 691.57 5 13 3
727.8 10 727.00 6 726.98 5 22 10
748.6 10 747.66 6 747.67 4 14 4
817.3 15 0.0 816.59 6 14 2
873.2 5 872.93 5 872.94 4 6 1
(1 882.0 5 1) 881.53 6 881.49 4 17 4
913.8 10 913.12 6 913.12 6 18 4
944.7 9 0.0 944.49 9 19 4
0.0 945.72 8 945.72 7 19 3
1026.9 5 (1 1026.35 18 1026.55 6 8 1
1032.8 5 1032.32 5 1032.32 5 9 1
1105.3 7 1105.5 4 1105.53 10 11 1
(1 1177.8 10 1) 0.0 1178.86 10 20 2
(1 1221.0 12 1) 1219.81 9 1219.80 9 21 2
1305.2 9 1304.45 6 1304.48 4 14 1
0.0 1309.3 22 1309.8 9 15 1
1389.6 10 1389.31 7 1389.32 7 16 1
1440.0 17 1438.37 16 1438.31 4 17 1
1667.9 15 1666.78 9 1666.74 9 20 1
1889.3 15 1890.0 10 1890.7 4 23 1
(1 1926.1 21 (1 1926.1 21 1924.0 6 25 1CHECK
1953.1 16 1953.1 16 1953.0 9 26 1
2130.0 10 2130.69 19 2130.56 16 27 1
2149.7 10 2150.1 11 2149.4 7 28 1
2179.7 6 2179.36 21 2179.33 16 29 1
2265.9 7 2265.4 3 2265.59 24 30 1
2331.8 18 2332.0 22 2330.4 7 32 1
2352.5 10 2353.45 18 2353.43 17 33 1
2403.4 24 2401.3 6 2401.1 5 34 1
2462.2 8 2461.25 19 2461.42 17 35 1
2475.7 10 2476.3 12 2476.3 7 36 1
0.0 2508.2 12 2507.5 4 37 1
(1 2570.4 15 1) 2569.9 12 2568.8 5 38 1
2585.7 10 2585.51 18 2585.59 16 39 1
2598.1 10 2598.1 9 2597.6 4 40 1
6052.9 8 (1 6054.1 7 6053.2 4 41 40
6064.5 7 6065.0 4 6065.15 17 41 39
6081.9 12 6082.4 6 6081.9 5 41 38
6142.7 8 6143.6 6 6143.3 4 41 37
6173.3 15 0.0 6174.5 7 41 36
6188.7 7 6188.9 4 6189.31 18 41 35
6247.5 23 (1 6250.5 7 6249.7 5 41 34
6297.7 15 6297.0 7 6297.29 19 41 33
6319.1 17 (1 6322.0 10 6320.3 7 41 32
(1 6352.0 5 1) 6352.4 11 6351.45 17 41 31
6385.0 6 6384.9 6 6385.13 25 41 30
6471.2 5 6471.3 4 6471.38 17 41 29
(1 6503.2 17 1) 6504 3 6501.3 7 41 28
6520.3 5 (1 6520.7 4 6520.15 18 41 27
6697.8 15 0.0 6697.7 9 41 26
6724.8 20 (1 6727.5 7 6726.7 6 41 25
6735.5 25 0.0 6734.80 13 41 24
6759.4 15 6759.4 6 6760.0 4 41 23
6831.4 5 (1 6832.2 4 6831.66 10 41 22
6943.0 7 6943.3 5 6943.00 13 41 21
7180.7 10 7181.0 8 7180.74 11 41 18
7211.8 6 7212.5 6 7212.36 10 41 17
7261.2 6 (1 7262.0 6 7261.34 11 41 16
7345.8 5 7346.0 5 7346.18 10 41 14
7455.3 10 0.0 7454.91 10 41 12
(1 7544.0 10 1) 7544.7 6 7545.12 13 41 11
7623.9 4 7624.1 5 7624.09 11 41 8
7672.2 9 7672.1 6 7672.32 10 41 7
7776.1 20 0.0 7777.68 10 41 6
8093.8 5 8093.7 5 8093.78 10 41 4
8161.5 15 0.0 8162.70 10 41 2
8650.7 7 8650.8 8 8650.54 9 41 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7316 F= 56
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .8157 F= 36
CHISQ/F = .5410 (FIT OF 171GAMMAS - 40LEVELS)
ITERATION - 4 CHISQ - 1.348
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 487.89 4
3. 555.59 4
4. 556.82 3
5. 779.90 7
6. 872.95 4
7. 978.32 4
8. 1026.55 6
9. 1032.33 5
10. 1092.08 4
11. 1105.53 10
12. 1195.75 5
13. 1247.16 6
14. 1304.49 4
15. 1309.8 9
16. 1389.34 7
17. 1438.32 4
18. 1469.95 7
19. 1501.32 8
20. 1666.76 9
21. 1707.70 10
22. 1819.06 5
23. 1890.7 4
24. 1915.93 9
25. 1924.0 6
26. 1953.0 9
27. 2130.61 17
28. 2149.4 7
29. 2179.36 16
30. 2265.62 24
31. 2299.29 16
32. 2331.1 8
33. 2353.46 17
34. 2401.1 5
35. 2461.45 17
36. 2476.3 7
37. 2507.5 4
38. 2568.9 5
39. 2585.62 16
40. 2597.7 5
41. 8650.99 10
GAMMA ENERGIES
85RB(N,G) E=TH -85RB(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
53.9 15 0.0 54.01 6 9 7
60.9 15 0.0 59.75 6 10 9
85.9 15 0.0 84.85 8 16 14
89.6 15 0.0 90.22 11 12 11
96.3 15 0.0 96.87 10 24 22
114.1 5 113.75 5 113.76 4 10 7
120.3 5 119.94 5 119.94 4 31 29
165.7 5 0.0 165.46 7 18 14
176.1 15 0.0 176.5 8 37 32
198.8 10 198.4 7 198.96 10 14 11
223.9 10 224.31 6 224.31 6 5 3
232.4 10 232.7 3 232.58 10 11 6
240.4 10 0.0 239.9 4 27 23
284.4 10 283.83 9 283.80 8 16 11
315.9 5 316.13 8 316.13 4 6 4
323.1 5 322.82 5 322.80 4 12 6
361.8 5 0.0 362.27 10 20 14
361.8 12 0.0 362.78 9 16 8
421.6 5 421.49 3 421.50 3 7 4
488.0 5 487.89 5 487.89 4 2 1
514.8 5 514.55 5 514.57 4 22 14
530.0 10 0.0 529.9 9 15 5
536.9 5 536.50 5 536.48 4 10 3
538.9 5 538.66 5 538.66 4 8 2
555.3 5 555.61 5 555.59 4 3 1
557.0 5 556.81 5 556.82 3 4 1
564.9 10 565.34 5 565.37 4 17 6
(1 639.5 5 (1 638.82 10 638.93 5 12 4
(1 639.5 7 1) 639.8 7 640.20 10 20 8
669.1 10 668.76 8 668.76 7 24 13
691.9 10 691.57 5 691.57 5 13 3
727.8 10 727.00 6 726.98 5 22 10
748.6 10 747.66 6 747.67 4 14 4
817.3 15 0.0 816.59 6 14 2
873.2 5 872.93 5 872.94 4 6 1
(1 882.0 5 1) 881.53 6 881.50 4 17 4
913.8 10 913.12 6 913.12 6 18 4
944.7 9 0.0 944.49 9 19 4
0.0 945.72 8 945.72 7 19 3
1026.9 5 (1 1026.35 18 1026.55 6 8 1
1032.8 5 1032.32 5 1032.32 5 9 1
1105.3 7 1105.5 4 1105.52 10 11 1
(1 1177.8 10 1) 0.0 1178.86 10 20 2
(1 1221.0 12 1) 1219.81 9 1219.80 9 21 2
1305.2 9 1304.45 6 1304.48 4 14 1
0.0 1309.3 22 1309.8 9 15 1
1389.6 10 1389.31 7 1389.32 7 16 1
1440.0 17 1438.37 16 1438.31 4 17 1
1667.9 15 1666.78 9 1666.74 9 20 1
1889.3 15 1890.0 10 1890.7 4 23 1
(1 1926.1 21 (1 1926.1 21 1924.0 6 25 1CHECK
1953.1 16 1953.1 16 1953.0 9 26 1
2130.0 10 2130.69 19 2130.59 17 27 1
2149.7 10 2150.1 11 2149.4 7 28 1
2179.7 6 2179.36 21 2179.33 16 29 1
2265.9 7 2265.4 3 2265.58 24 30 1
2331.8 18 2332.0 22 2331.0 8 32 1
2352.5 10 2353.45 18 2353.43 17 33 1
2403.4 24 2401.3 6 2401.0 5 34 1
2462.2 8 2461.25 19 2461.42 17 35 1
2475.7 10 2476.3 12 2476.3 7 36 1
0.0 2508.2 12 2507.5 4 37 1
(1 2570.4 15 1) 2569.9 12 2568.8 5 38 1
2585.7 10 2585.51 18 2585.58 16 39 1
2598.1 10 2598.1 9 2597.7 5 40 1
6052.9 8 (1 6054.1 9 6053.1 5 41 40
6064.5 7 6065.0 4 6065.13 17 41 39
6081.9 12 6082.4 6 6081.9 5 41 38
6142.7 8 6143.6 6 6143.2 4 41 37
6173.3 15 0.0 6174.5 7 41 36
6188.7 7 6188.9 4 6189.29 18 41 35
6247.5 23 (1 6250.5 7 6249.7 5 41 34
6297.7 15 6297.0 7 6297.27 19 41 33
6319.1 17 (1 6322.0 17 6319.7 8 41 32
(1 6352.0 5 1) 6352.4 11 6351.44 17 41 31
6385.0 6 6384.9 6 6385.12 25 41 30
6471.2 5 6471.3 4 6471.37 17 41 29
(1 6503.2 17 1) 6504 3 6501.3 7 41 28
6520.3 5 (1 6520.7 6 6520.11 18 41 27
6697.8 15 0.0 6697.7 9 41 26
6724.8 20 (1 6727.5 7 6726.7 6 41 25
6735.5 25 0.0 6734.78 13 41 24
6759.4 15 6759.4 6 6760.0 4 41 23
6831.4 5 (1 6832.2 5 6831.64 10 41 22
6943.0 7 6943.3 5 6942.98 13 41 21
7180.7 10 7181.0 8 7180.72 11 41 18
7211.8 6 7212.5 6 7212.34 10 41 17
7261.2 6 (1 7262.0 6 7261.32 11 41 16
7345.8 5 7346.0 5 7346.16 10 41 14
7455.3 10 0.0 7454.89 11 41 12
(1 7544.0 10 1) 7544.7 6 7545.10 13 41 11
7623.9 4 7624.1 5 7624.07 11 41 8
7672.2 9 7672.1 6 7672.30 10 41 7
7776.1 20 0.0 7777.66 10 41 6
8093.8 5 8093.7 5 8093.76 10 41 4
8161.5 15 0.0 8162.68 10 41 2
8650.7 7 8650.8 8 8650.52 10 41 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7015 F= 56
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7375 F= 36
CHISQ/F = .5064 (FIT OF 171GAMMAS - 40LEVELS)
ITERATION - 5 CHISQ - 1.348
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 487.89 4
3. 555.59 4
4. 556.82 3
5. 779.90 7
6. 872.95 4
7. 978.32 4
8. 1026.55 6
9. 1032.33 5
10. 1092.08 4
11. 1105.53 10
12. 1195.75 5
13. 1247.16 6
14. 1304.49 4
15. 1309.8 9
16. 1389.34 7
17. 1438.32 4
18. 1469.95 7
19. 1501.32 8
20. 1666.76 9
21. 1707.70 10
22. 1819.06 5
23. 1890.7 4
24. 1915.93 9
25. 1924.0 6
26. 1953.0 9
27. 2130.61 17
28. 2149.4 7
29. 2179.36 16
30. 2265.62 24
31. 2299.29 16
32. 2331.3 8
33. 2353.46 17
34. 2401.1 5
35. 2461.45 17
36. 2476.3 7
37. 2507.6 4
38. 2568.9 5
39. 2585.62 16
40. 2597.7 5
41. 8650.98 10
GAMMA ENERGIES
85RB(N,G) E=TH -85RB(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
53.9 15 0.0 54.01 6 9 7
60.9 15 0.0 59.75 6 10 9
85.9 15 0.0 84.85 8 16 14
89.6 15 0.0 90.22 11 12 11
96.3 15 0.0 96.87 10 24 22
114.1 5 113.75 5 113.76 4 10 7
120.3 5 119.94 5 119.94 4 31 29
165.7 5 0.0 165.46 7 18 14
176.1 15 0.0 176.2 9 37 32
198.8 10 198.4 7 198.96 10 14 11
223.9 10 224.31 6 224.31 6 5 3
232.4 10 232.7 3 232.58 10 11 6
240.4 10 0.0 239.9 4 27 23
284.4 10 283.83 9 283.80 8 16 11
315.9 5 316.13 8 316.13 4 6 4
323.1 5 322.82 5 322.80 4 12 6
361.8 5 0.0 362.27 10 20 14
361.8 12 0.0 362.78 9 16 8
421.6 5 421.49 3 421.50 3 7 4
488.0 5 487.89 5 487.89 4 2 1
514.8 5 514.55 5 514.57 4 22 14
530.0 10 0.0 529.9 9 15 5
536.9 5 536.50 5 536.48 4 10 3
538.9 5 538.66 5 538.66 4 8 2
555.3 5 555.61 5 555.59 4 3 1
557.0 5 556.81 5 556.82 3 4 1
564.9 10 565.34 5 565.37 4 17 6
(1 639.5 5 (1 638.82 10 638.93 5 12 4
(1 639.5 7 1) 639.8 7 640.20 10 20 8
669.1 10 668.76 8 668.76 7 24 13
691.9 10 691.57 5 691.57 5 13 3
727.8 10 727.00 6 726.98 5 22 10
748.6 10 747.66 6 747.67 4 14 4
817.3 15 0.0 816.59 6 14 2
873.2 5 872.93 5 872.94 4 6 1
(1 882.0 5 1) 881.53 6 881.50 4 17 4
913.8 10 913.12 6 913.12 6 18 4
944.7 9 0.0 944.49 9 19 4
0.0 945.72 8 945.72 7 19 3
1026.9 5 (1 1026.35 18 1026.55 6 8 1
1032.8 5 1032.32 5 1032.32 5 9 1
1105.3 7 1105.5 4 1105.52 10 11 1
(1 1177.8 10 1) 0.0 1178.86 10 20 2
(1 1221.0 12 1) 1219.81 9 1219.80 9 21 2
1305.2 9 1304.45 6 1304.48 4 14 1
0.0 1309.3 22 1309.8 9 15 1
1389.6 10 1389.31 7 1389.32 7 16 1
1440.0 17 1438.37 16 1438.31 4 17 1
1667.9 15 1666.78 9 1666.74 9 20 1
1889.3 15 1890.0 10 1890.7 4 23 1
(1 1926.1 21 (1 1926.1 21 1924.0 6 25 1CHECK
1953.1 16 1953.1 16 1953.0 9 26 1
2130.0 10 2130.69 19 2130.59 17 27 1
2149.7 10 2150.1 11 2149.4 7 28 1
2179.7 6 2179.36 21 2179.33 16 29 1
2265.9 7 2265.4 3 2265.58 24 30 1
2331.8 18 2332.0 22 2331.3 8 32 1
2352.5 10 2353.45 18 2353.43 17 33 1
2403.4 24 2401.3 6 2401.0 5 34 1
2462.2 8 2461.25 19 2461.41 17 35 1
2475.7 10 2476.3 12 2476.2 7 36 1
0.0 2508.2 12 2507.5 4 37 1
(1 2570.4 15 1) 2569.9 12 2568.8 5 38 1
2585.7 10 2585.51 18 2585.58 16 39 1
2598.1 10 2598.1 9 2597.7 5 40 1
6052.9 8 (1 6054.1 9 6053.1 5 41 40
6064.5 7 6065.0 4 6065.13 17 41 39
6081.9 12 6082.4 6 6081.9 5 41 38
6142.7 8 6143.6 6 6143.2 4 41 37
6173.3 15 0.0 6174.5 7 41 36
6188.7 7 6188.9 4 6189.29 18 41 35
6247.5 23 (1 6250.5 7 6249.7 5 41 34
6297.7 15 6297.0 7 6297.27 19 41 33
6319.1 17 (1 6322.0 23 6319.4 8 41 32
(1 6352.0 5 1) 6352.4 11 6351.44 17 41 31
6385.0 6 6384.9 6 6385.11 25 41 30
6471.2 5 6471.3 4 6471.37 17 41 29
(1 6503.2 17 1) 6504 3 6501.3 7 41 28
6520.3 5 (1 6520.7 6 6520.11 18 41 27
6697.8 15 0.0 6697.7 9 41 26
6724.8 20 (1 6727.5 7 6726.7 6 41 25
6735.5 25 0.0 6734.78 13 41 24
6759.4 15 6759.4 6 6760.0 4 41 23
6831.4 5 (1 6832.2 5 6831.64 10 41 22
6943.0 7 6943.3 5 6942.98 13 41 21
7180.7 10 7181.0 8 7180.72 11 41 18
7211.8 6 7212.5 6 7212.34 10 41 17
7261.2 6 (1 7262.0 6 7261.32 11 41 16
7345.8 5 7346.0 5 7346.16 10 41 14
7455.3 10 0.0 7454.88 11 41 12
(1 7544.0 10 1) 7544.7 6 7545.10 13 41 11
7623.9 4 7624.1 5 7624.07 11 41 8
7672.2 9 7672.1 6 7672.30 10 41 7
7776.1 20 0.0 7777.66 10 41 6
8093.8 5 8093.7 5 8093.76 10 41 4
8161.5 15 0.0 8162.68 10 41 2
8650.7 7 8650.8 8 8650.52 10 41 1
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6964 F= 56
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7180 F= 36
CHISQ/F = .4988 (FIT OF 171GAMMAS - 40LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 5 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 7 3 .0000
59.75 6 11 5 .0000
84.85 8 5.7 24 .0000
90.22 11 0.9 5 .0000
96.87 10 2.8 9 .0000
113.76 4 5.87 15 .0103
119.94 4 2.93 10 .0354
165.46 7 9.4 24 .0000
176.2 9 3.3 14 .0000
198.96 10 2.92 10 .0375
224.31 6 1.49 8 1.4775
232.58 10 0.41 10 4.2196
239.9 4 4.7 14 .0000
283.80 8 1.02 7 .3721
316.13 4 1.51 9 .0202
322.80 4 2.78 11 .0996
362.27 10 6.6 24 .0000
362.78 9 6.6 24 .0000
421.50 3 28.4 6 .0218
487.89 4 54.1 13 .0180
514.57 4 7.16 22 .0005
529.9 9 3.3 14 .0000
536.48 4 18.3 5 .2990
538.66 4 18.5 5 .3359
555.59 4 44.6 11 .2599
556.82 3 100 3 .0957
565.37 4 4.19 11 1.0368
638.93 5 11.5 13 .2161
640.20 10 7.4 13 14.4914
668.76 7 2.34 11 .5394
691.57 5 7.98 20 .5272
726.98 5 4.64 16 .2720
747.67 4 2.94 13 .0061
816.59 6 3.3 9 .0000
872.94 4 35.2 6 .0003
881.50 4 5.28 19 .1622
913.12 6 5.49 16 1.1227
944.49 9 3.8 14 .0000
945.72 7 4.28 16 .0000
1026.55 6 24.0 4 .9182
1032.32 5 24.9 4 .0609
1105.52 10 16.6 3 .3164
1178.86 10 4.7 14 .0000
1219.80 9 4.90 23 .0224
1304.48 4 22.4 6 .0059
1309.8 9 0.0 .0000
1389.32 7 8.88 23 .0292
1438.31 4 2.34 17 1.8207
1666.74 9 8.50 25 .0813
1890.7 4 18 4 .0000
1924.0 6 0.0 .0000
1953.0 9 0.0 .0000
2130.59 17 3.3 5 .0000
2149.4 7 2.38 22 7.5823
2179.33 16 1.84 19 .0000
2265.58 24 0.95 16 .0000
2331.3 8 0.0 .0000
2353.43 17 1.34 10 .0134
2401.0 5 0.38 12 .0000
2461.41 17 2.75 19 .0000
2476.2 7 1.4 5 .0000
2507.5 4 0.0 .0000
2568.8 5 1.9 5 .0000
2585.58 16 2.60 18 .1405
2597.7 5 0.94 19 .0000
6053.1 5 0.96 15 .6658
6065.13 17 5.0 3 1.1877
6081.9 5 0.97 15 2.9947
6143.2 4 1.32 17 2.1736
6174.5 7 0.57 19 .0000
6189.29 18 3.9 3 .4530
6249.7 5 0.53 10 1.1046
6297.27 19 0.58 11 .7333
6319.4 8 1.06 17 13.4473
6351.44 17 1.89 16 .0208
6385.11 25 1.72 19 .3233
6471.37 17 5.2 3 3.8493
6501.3 7 1.76 18 .2434
6520.11 18 6.9 4 .7144
6697.7 9 0.90 24 .0000
6726.7 6 0.82 11 .0084
6734.78 13 0.52 19 .0000
6760.0 4 0.71 12 .1214
6831.64 10 6.9 4 1.0737
6942.98 13 1.67 15 4.8459
7180.72 11 0.58 10 .0708
7212.34 10 1.41 16 .0000
7261.32 11 0.98 13 .2317
7346.16 10 6.4 3 .5461
7454.88 11 0.61 19 .0000
7545.10 13 1.10 14 .0110
7624.07 11 12.4 5 1.0404
7672.30 10 0.77 11 .6716
7777.66 10 0.19 9 .0000
8093.76 10 2.25 20 1.5912
8162.68 10 0.38 14 .0000
8650.52 10 2.1 3 .9835
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.85RB(N,G) E=TH 2.85RB(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 1.4 6 1.4 6 0.0 0.006 3 7 3
59.75 6 2.3 10 2.3 10 0.0 0.010 4 11 5
84.85 8 1.2 5 1.2 5 0.0 0.0052 22 5.7 24
90.22 11 0.20 10 0.20 10 0.0 0.0009 4 0.9 5
96.87 10 0.60 20 0.60 20 0.0 0.0026 9 2.8 9
113.76 4 1.3 4 1.24 11 0.00535 14 0.00535 14 5.87 15
119.94 4 0.7 3 0.62 6 0.00267 9 0.00267 9 2.93 10
165.46 7 2.0 5 2.0 5 0.0 0.0086 22 9.4 24
176.2 9 0.7 3 0.7 3 0.0 0.0030 13 3.3 14
198.96 10 0.7 3 0.62 6 0.00266 9 0.00266 9 2.92 10
224.31 6 0.8 3 0.32 3*1* 0.00132 7 0.00136 7 1.49 8
232.58 10 0.20 10 0.086 22*1* 2.1E-04 6 0.00037 9*2* 0.41 10
239.9 4 1.0 3 1.0 3 0.0 0.0043 13 4.7 14
283.80 8 0.30 10 0.217 23 0.00092 6 0.00093 6 1.02 7
316.13 4 0.30 10 0.32 3 0.00138 8 0.00138 8 1.51 9
322.80 4 0.50 20 0.59 6 0.00254 10 0.00254 10 2.78 11
362.27 10 1.4 5 1.4 5 0.0 0.0060 22 6.6 24
362.78 9 1.4 5 1.4 5 0.0 0.0060 22 6.6 24
421.50 3 5.7 15 6.0 5 0.0259 5 0.0259 5 28.4 6
487.89 4 11 3 11.5 10 0.0494 12 0.0494 12 54.1 13
514.57 4 1.5 5 1.52 14 0.00653 20 0.00653 20 7.16 22
529.9 9 0.7 3 0.7 3 0.0 0.0030 13 3.3 14
536.48 4 3.1 10 3.9 4 0.0167 5 0.0167 5 18.3 5
538.66 4 3.1 10 3.9 4 0.0169 5 0.0169 5 18.5 5
555.59 4 8.0 20 9.4 9 0.0407 10 0.0406 10 44.6 11
556.82 3 19 5 21.2 19 0.0913 24 0.0912 24 100 3
565.37 4 0.60 20 0.89 8*1* 0.00383 10 0.00382 10 4.19 11
638.93 5 2.9 8 2.4 3 0.0101 13 0.0105 12 11.5 13
640.20 10 2.9 8 1.6 3*1* 0.0032 7 0.0068 12*5* 7.4 13
668.76 7 0.8 3 0.49 5*1* 0.00211 10 0.00213 10 2.34 11
691.57 5 2.3 6 1.69 15*1* 0.00725 18 0.00727 18 7.98 20
726.98 5 1.2 3 0.98 9 0.00421 15 0.00423 15 4.64 16
747.67 4 0.60 20 0.62 6 0.00268 12 0.00268 12 2.94 13
816.59 6 0.70 20 0.70 20 0.0 0.0030 9 3.3 9
872.94 4 7.5 20 7.5 7 0.0321 5 0.0321 5 35.2 6
881.50 4 1.4 5 1.12 10 0.00480 17 0.00481 17 5.28 19
913.12 6 1.9 5 1.16 11*1* 0.00497 15 0.00501 15 5.49 16
944.49 9 0.8 3 0.8 3 0.0 0.0034 13 3.8 14
945.72 7 0.0 0.9 3 0.00390 15 0.00390 15 4.28 16
1026.55 6 7.5 18 5.1 5*1* 0.0218 4 0.0219 4 24.0 4
1032.32 5 5.9 18 5.3 5 0.0227 4 0.0227 4 24.9 4
1105.52 10 4.7 15 3.5 3 0.0151 3 0.0151 3 16.6 3
1178.86 10 1.0 3 1.0 3 0.0 0.0043 15 4.7 14
1219.80 9 1.1 3 1.04 10 0.00446 21 0.00447 21 4.90 23
1304.48 4 4.9 15 4.7 4 0.0204 5 0.0204 5 22.4 6
1309.8 9 0.0 0.0 0.0 0.0 0.0
1389.32 7 2.0 5 1.88 17 0.00809 21 0.00810 21 8.88 23
1438.31 4 1.0 3 0.50 6*1* 0.00200 15 0.00214 16 2.34 17
1666.74 9 2.0 5 1.80 16 0.00774 23 0.00775 23 8.50 25
1890.7 4 3.8 8 3.8 8 0.0 0.016 4 18 4
1924.0 6 0.0 0.0 0.0 0.0 0.0
1953.0 9 0.0 0.0 0.0 0.0 0.0
2130.59 17 0.70 10 0.70 10 0.0 0.0030 5 3.3 5
2149.4 7 0.70 10 0.50 5*1* 0.00153 19 0.00217 21*3* 2.38 22
2179.33 16 0.0 0.39 6 0.00168 17 0.00168 17 1.84 19
2265.58 24 0.0 0.20 4 0.00087 15 0.00087 15 0.95 16
2331.3 8 0.0 0.0 0.0 0.0 0.0
2353.43 17 0.30 10 0.28 3 0.00122 9 0.00122 9 1.34 10
2401.0 5 0.0 0.08 3 0.00035 11 0.00035 11 0.38 12
2461.41 17 0.0 0.58 8 0.00251 17 0.00251 17 2.75 19
2476.2 7 0.30 10 0.30 10 0.0 0.0013 4 1.4 5
2507.5 4 0.0 0.0 0.0 0.0 0.0
2568.8 5 0.40 10 0.40 10 0.0 0.0017 4 1.9 5
2585.58 16 0.50 10 0.55 6 0.00240 18 0.00237 17 2.60 18
2597.7 5 0.20 4 0.20 4 0.0 0.00086 18 0.94 19
6053.1 5 0.26 7 0.20 3 0.00076 14 0.00087 13 0.96 15
6065.13 17 0.84 15 1.06 10*1* 0.0047 3 0.0046 3 5.0 3
6081.9 5 0.11 4 0.21 3*2* 0.00097 16 0.00089 13 0.97 15
6143.2 4 0.18 5 0.28 4*1* 0.00132 19 0.00120 16 1.32 17
6174.5 7 0.12 4 0.12 4 0.0 0.00052 18 0.57 19
6189.29 18 0.68 15 0.82 9 0.0036 3 0.0035 3 3.9 3
6249.7 5 0.07 3 0.113 23*1* 0.00053 11 0.00049 9 0.53 10
6297.27 19 0.09 3 0.123 25*1* 0.00060 14 0.00053 10 0.58 11
6319.4 8 0.07 3 0.22 4*5* 0.00107 18 0.00097 15 1.06 17
6351.44 17 0.38 10 0.40 5 0.00173 16 0.00172 15 1.89 16
6385.11 25 0.43 10 0.36 5 0.00148 19 0.00157 18 1.72 19
6471.37 17 0.67 16 1.11 11*2* 0.0049 3 0.0048 3 5.2 3
6501.3 7 0.32 8 0.37 5 0.00165 19 0.00160 17 1.76 18
6520.11 18 1.17 25 1.46 15*1* 0.0064 4 0.0063 4 6.9 4
6697.7 9 0.19 5 0.19 5 0.0 0.00082 22 0.90 24
6726.7 6 0.17 4 0.17 3 0.00076 13 0.00075 11 0.82 11
6734.78 13 0.11 4 0.11 4 0.0 0.00047 18 0.52 19
6760.0 4 0.17 5 0.15 3 0.00061 13 0.00065 11 0.71 12
6831.64 10 1.10 25 1.46 15*1* 0.0064 4 0.0063 4 6.9 4
6942.98 13 0.20 5 0.35 4*3* 0.00161 15 0.00152 13 1.67 15
7180.72 11 0.11 4 0.124 23 0.00055 11 0.00053 9 0.58 10
7212.34 10 0.30 7 0.30 4 0.00129 17 0.00129 15 1.41 16
7261.32 11 0.24 6 0.21 3 0.00084 13 0.00089 12 0.98 13
7346.16 10 1.10 25 1.36 13*1* 0.0059 3 0.0058 3 6.4 3
7454.88 11 0.13 4 0.13 4 0.0 0.00056 17 0.61 19
7545.10 13 0.24 6 0.23 3 0.00099 14 0.00100 12 1.10 14
7624.07 11 2.0 4 2.62 24*1* 0.0114 5 0.0113 5 12.4 5
7672.30 10 0.12 4 0.16 3*1* 0.00075 12 0.00071 10 0.77 11
7777.66 10 0.040 20 0.040 20 0.0 1.7E-04 9 0.19 9
8093.76 10 0.30 10 0.48 6*1* 0.00211 20 0.00205 19 2.25 20
8162.68 10 0.08 3 0.08 3 0.0 0.00034 13 0.38 14
8650.52 10 0.35 8 0.45 7*1* 0.0022 4 0.0019 3 2.1 3
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F 1.1735805 .7670152
SKEW -1.8729535 -4.3245737
NDEGREES 87 67
ITERATION - 2
LEAST-SQUARED FIT AVERAGE INTENSITIES 5 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 7 3 .0000
59.75 6 11 5 .0000
84.85 8 5.7 24 .0000
90.22 11 1.0 5 .0000
96.87 10 2.9 10 .0000
113.76 4 5.87 15 .0157
119.94 4 2.93 10 .0416
165.46 7 9.5 24 .0000
176.2 9 3.3 14 .0000
198.96 10 2.92 10 .0438
224.31 6 1.47 8 .6363
232.58 10 0.7 3 4.2632
239.9 4 4.8 14 .0000
283.80 8 1.02 7 .3930
316.13 4 1.51 9 .0139
322.80 4 2.78 11 .0859
362.27 10 6.7 24 .0000
362.78 9 6.7 24 .0000
421.50 3 28.4 6 .0137
487.89 4 54.1 13 .0110
514.57 4 7.16 22 .0000
529.9 9 3.3 14 .0000
536.48 4 18.3 5 .2676
538.66 4 18.5 5 .3021
555.59 4 44.6 11 .2245
556.82 3 100 3 .0768
565.37 4 4.19 11 .5472
638.93 5 11.6 13 .2377
640.20 10 13 5 2.6652
668.76 7 2.34 11 .5586
691.57 5 7.98 20 .5591
726.98 5 4.64 16 .2988
747.67 4 2.94 13 .0030
816.59 6 3.3 10 .0000
872.94 4 35.2 6 .0020
881.50 4 5.28 19 .1763
913.12 6 5.47 16 .6198
944.49 9 3.8 14 .0000
945.72 7 4.28 16 .0000
1026.55 6 23.9 4 .6173
1032.32 5 24.9 4 .0725
1105.52 10 16.6 3 .3369
1178.86 10 4.8 14 .0000
1219.80 9 4.90 23 .0310
1304.48 4 22.4 6 .0102
1309.8 9 0.0 .0000
1389.32 7 8.88 23 .0399
1438.31 4 2.26 17 .7076
1666.74 9 8.50 25 .0977
1890.7 4 18 4 .0000
1924.0 6 0.0 .0000
1953.0 9 0.0 .0000
2130.59 17 3.3 5 .0000
2149.4 7 2.8 7 1.4918
2179.33 16 1.84 19 .0000
2265.58 24 0.95 16 .0000
2331.3 8 0.0 .0000
2353.43 17 1.34 10 .0188
2401.0 5 0.38 12 .0000
2461.41 17 2.75 19 .0000
2476.2 7 1.4 5 .0000
2507.5 4 0.0 .0000
2568.8 5 1.9 5 .0000
2585.58 16 2.60 18 .1126
2597.7 5 0.95 19 .0000
6053.1 5 0.96 15 .7045
6065.13 17 5.1 3 .6128
6081.9 5 1.04 17 .6545
6143.2 4 1.41 20 .6853
6174.5 7 0.57 19 .0000
6189.29 18 3.9 3 .4026
6249.7 5 0.55 11 .6852
6297.27 19 0.58 11 .6916
6319.4 8 1.17 20 .6388
6351.44 17 1.89 16 .0133
6385.11 25 1.72 19 .3544
6471.37 17 5.4 3 .5307
6501.3 7 1.76 18 .2130
6520.11 18 6.9 4 .6441
6697.7 9 0.91 24 .0000
6726.7 6 0.83 11 .0042
6734.78 13 0.53 19 .0000
6760.0 4 0.72 12 .1362
6831.64 10 6.9 4 .5819
6942.98 13 1.75 16 .6032
7180.72 11 0.58 10 .0604
7212.34 10 1.42 16 .0011
7261.32 11 0.98 13 .2561
7346.16 10 6.4 3 .4879
7454.88 11 0.62 19 .0000
7545.10 13 1.10 14 .0172
7624.07 11 12.4 5 .5591
7672.30 10 0.78 11 .6269
7777.66 10 0.19 10 .0000
8093.76 10 2.29 21 .5293
8162.68 10 0.38 14 .0000
8650.52 10 2.1 3 .9215
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.85RB(N,G) E=TH 2.85RB(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 1.4 6 1.4 6 0.0 0.006 3 7 3
59.75 6 2.3 10 2.3 10 0.0 0.010 4 11 5
84.85 8 1.2 5 1.2 5 0.0 0.0052 22 5.7 24
90.22 11 0.20 10 0.20 10 0.0 0.0009 4 1.0 5
96.87 10 0.60 20 0.60 20 0.0 0.0026 9 2.9 10
113.76 4 1.3 4 1.23 11 0.00535 14 0.00535 14 5.87 15
119.94 4 0.7 3 0.61 6 0.00267 9 0.00267 9 2.93 10
165.46 7 2.0 5 2.0 5 0.0 0.0087 23 9.5 24
176.2 9 0.7 3 0.7 3 0.0 0.0030 13 3.3 14
198.96 10 0.7 3 0.61 6 0.00266 9 0.00266 9 2.92 10
224.31 6 0.8 5 0.31 3*1* 0.00132 7 0.00134 7 1.47 8
232.58 10 0.20 10 0.15 7 2.1E-0416 0.0007 3*2* 0.7 3
239.9 4 1.0 3 1.0 3 0.0 0.0044 13 4.8 14
283.80 8 0.30 10 0.215 23 0.00092 6 0.00093 6 1.02 7
316.13 4 0.30 10 0.32 3 0.00138 8 0.00138 8 1.51 9
322.80 4 0.50 20 0.58 6 0.00254 10 0.00254 10 2.78 11
362.27 10 1.4 5 1.4 5 0.0 0.0061 22 6.7 24
362.78 9 1.4 5 1.4 5 0.0 0.0061 22 6.7 24
421.50 3 5.7 15 5.9 5 0.0259 5 0.0259 5 28.4 6
487.89 4 11 3 11.3 10 0.0494 12 0.0494 12 54.1 13
514.57 4 1.5 5 1.50 14 0.00653 20 0.00653 20 7.16 22
529.9 9 0.7 3 0.7 3 0.0 0.0030 13 3.3 14
536.48 4 3.1 10 3.8 4 0.0167 5 0.0167 5 18.3 5
538.66 4 3.1 10 3.9 4 0.0169 5 0.0169 5 18.5 5
555.59 4 8.0 20 9.3 8 0.0407 10 0.0406 10 44.6 11
556.82 3 19 5 21.0 19 0.0913 24 0.0912 24 100 3
565.37 4 0.6 3 0.88 8*1* 0.00383 10 0.00383 10 4.19 11
638.93 5 2.9 8 2.4 3 0.0101 13 0.0106 12 11.6 13
640.20 10 2.9 12 2.6 10 0.003 4 0.011 5*2* 13 5
668.76 7 0.8 3 0.49 5*1* 0.00211 10 0.00213 10 2.34 11
691.57 5 2.3 6 1.67 15*1* 0.00725 18 0.00727 18 7.98 20
726.98 5 1.2 3 0.97 9 0.00421 15 0.00423 15 4.64 16
747.67 4 0.60 20 0.62 6 0.00268 12 0.00268 12 2.94 13
816.59 6 0.70 20 0.70 20 0.0 0.0030 9 3.3 10
872.94 4 7.5 20 7.4 6 0.0321 5 0.0321 5 35.2 6
881.50 4 1.4 5 1.11 10 0.00480 17 0.00481 17 5.28 19
913.12 6 1.9 7 1.15 10*1* 0.00497 15 0.00499 15 5.47 16
944.49 9 0.8 3 0.8 3 0.0 0.0035 13 3.8 14
945.72 7 0.0 0.9 3 0.00390 15 0.00390 15 4.28 16
1026.55 6 7.5 22 5.0 4*1* 0.0218 4 0.0218 4 23.9 4
1032.32 5 5.9 18 5.2 5 0.0227 4 0.0227 4 24.9 4
1105.52 10 4.7 15 3.5 3 0.0151 3 0.0151 3 16.6 3
1178.86 10 1.0 3 1.0 3 0.0 0.0044 22 4.8 14
1219.80 9 1.1 3 1.03 10 0.00446 21 0.00447 21 4.90 23
1304.48 4 4.9 15 4.7 4 0.0204 5 0.0204 5 22.4 6
1309.8 9 0.0 0.0 0.0 0.0 0.0
1389.32 7 2.0 5 1.86 17 0.00809 21 0.00810 21 8.88 23
1438.31 4 1.0 5 0.47 5*1* 0.00200 15 0.00206 15 2.26 17
1666.74 9 2.0 5 1.78 16 0.00774 23 0.00775 23 8.50 25
1890.7 4 3.8 8 3.8 8 0.0 0.017 4 18 4
1924.0 6 0.0 0.0 0.0 0.0 0.0
1953.0 9 0.0 0.0 0.0 0.0 0.0
2130.59 17 0.70 10 0.70 10 0.0 0.0030 5 3.3 5
2149.4 7 0.70 20 0.59 14 0.0015 6 0.0026 6*1* 2.8 7
2179.33 16 0.0 0.39 10 0.00168 17 0.00168 17 1.84 19
2265.58 24 0.0 0.20 6 0.00087 15 0.00087 15 0.95 16
2331.3 8 0.0 0.0 0.0 0.0 0.0
2353.43 17 0.30 10 0.28 3 0.00122 9 0.00122 9 1.34 10
2401.0 5 0.0 0.08 3 0.00035 11 0.00035 11 0.38 12
2461.41 17 0.0 0.58 7 0.00251 17 0.00251 17 2.75 19
2476.2 7 0.30 10 0.30 10 0.0 0.0013 4 1.4 5
2507.5 4 0.0 0.0 0.0 0.0 0.0
2568.8 5 0.40 10 0.40 10 0.0 0.0017 4 1.9 5
2585.58 16 0.50 10 0.54 6 0.00240 18 0.00237 17 2.60 18
2597.7 5 0.20 4 0.20 4 0.0 0.00087 18 0.95 19
6053.1 5 0.26 7 0.20 3 0.00076 14 0.00088 14 0.96 15
6065.13 17 0.84 21 1.06 11*1* 0.0047 3 0.0046 3 5.1 3
6081.9 5 0.11 10 0.22 4*1* 0.00097 16 0.00095 15 1.04 17
6143.2 4 0.18 10 0.30 5*1* 0.00132 19 0.00129 18 1.41 20
6174.5 7 0.12 4 0.12 4 0.0 0.00052 19 0.57 19
6189.29 18 0.68 15 0.81 9 0.0036 3 0.0035 3 3.9 3
6249.7 5 0.07 4 0.116 24*1* 0.00053 11 0.00050 10 0.55 11
6297.27 19 0.09 3 0.122 24*1* 0.00060 14 0.00053 10 0.58 11
6319.4 8 0.0 0.24 5*1* 0.00107 18 0.00107 18 1.17 20
6351.44 17 0.38 10 0.40 5 0.00173 16 0.00172 15 1.89 16
6385.11 25 0.43 10 0.36 5 0.00148 19 0.00157 18 1.72 19
6471.37 17 0.7 4 1.12 12*1* 0.0049 3 0.0049 3 5.4 3
6501.3 7 0.32 8 0.37 5 0.00165 19 0.00161 17 1.76 18
6520.11 18 1.17 25 1.45 14*1* 0.0064 4 0.0063 4 6.9 4
6697.7 9 0.19 5 0.19 5 0.0 0.00083 22 0.91 24
6726.7 6 0.17 4 0.17 3 0.00076 13 0.00075 11 0.83 11
6734.78 13 0.11 4 0.11 4 0.0 0.00048 19 0.53 19
6760.0 4 0.17 5 0.15 3 0.00061 13 0.00065 11 0.72 12
6831.64 10 1.1 3 1.45 15*1* 0.0064 4 0.0063 4 6.9 4
6942.98 13 0.20 15 0.37 5*1* 0.00161 15 0.00160 15 1.75 16
7180.72 11 0.11 4 0.123 23 0.00055 11 0.00053 9 0.58 10
7212.34 10 0.30 7 0.30 4 0.00129 17 0.00129 15 1.42 16
7261.32 11 0.24 6 0.21 3 0.00084 13 0.00090 12 0.98 13
7346.16 10 1.10 25 1.34 13 0.0059 3 0.0058 3 6.4 3
7454.88 11 0.13 4 0.13 4 0.0 0.00057 18 0.62 19
7545.10 13 0.24 6 0.23 3 0.00099 14 0.00100 12 1.10 14
7624.07 11 2.0 5 2.60 25*1* 0.0114 5 0.0113 5 12.4 5
7672.30 10 0.12 4 0.16 3*1* 0.00075 12 0.00071 10 0.78 11
7777.66 10 0.040 20 0.040 20 0.0 1.7E-04 9 0.19 10
8093.76 10 0.30 18 0.48 6*1* 0.00211 20 0.00209 20 2.29 21
8162.68 10 0.08 3 0.08 3 0.0 0.00035 13 0.38 14
8650.52 10 0.35 8 0.45 7*1* 0.0022 4 0.0019 3 2.1 3
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F .4072750 .2938112
SKEW -.5146493 -3.8980948
NDEGREES 87 67
ITERATION - 3
LEAST-SQUARED FIT AVERAGE INTENSITIES 5 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 7 3 .0000
59.75 6 11 5 .0000
84.85 8 5.7 24 .0000
90.22 11 1.0 5 .0000
96.87 10 2.9 10 .0000
113.76 4 5.87 15 .0155
119.94 4 2.93 10 .0414
165.46 7 9.5 24 .0000
176.2 9 3.3 14 .0000
198.96 10 2.92 10 .0436
224.31 6 1.47 8 .6359
232.58 10 0.9 5 .9250
239.9 4 4.8 14 .0000
283.80 8 1.02 7 .3921
316.13 4 1.51 9 .0142
322.80 4 2.78 11 .0864
362.27 10 6.7 24 .0000
362.78 9 6.7 24 .0000
421.50 3 28.4 6 .0140
487.89 4 54.1 13 .0112
514.57 4 7.16 22 .0000
529.9 9 3.3 14 .0000
536.48 4 18.3 5 .2688
538.66 4 18.5 5 .3034
555.59 4 44.6 11 .2259
556.82 3 100 3 .0775
565.37 4 4.19 11 .5487
638.93 5 11.6 13 .2368
640.20 10 14 6 .6202
668.76 7 2.34 11 .5578
691.57 5 7.98 20 .5578
726.98 5 4.64 16 .2977
747.67 4 2.94 13 .0031
816.59 6 3.3 10 .0000
872.94 4 35.2 6 .0019
881.50 4 5.28 19 .1758
913.12 6 5.47 16 .6190
944.49 9 3.8 14 .0000
945.72 7 4.28 16 .0000
1026.55 6 23.9 4 .6162
1032.32 5 24.9 4 .0720
1105.52 10 16.6 3 .3361
1178.86 10 4.8 14 .0000
1219.80 9 4.90 23 .0306
1304.48 4 22.4 6 .0100
1309.8 9 0.0 .0000
1389.32 7 8.88 23 .0394
1438.31 4 2.26 17 .7070
1666.74 9 8.50 25 .0971
1890.7 4 18 4 .0000
1924.0 6 0.0 .0000
1953.0 9 0.0 .0000
2130.59 17 3.3 5 .0000
2149.4 7 3.1 8 .8026
2179.33 16 1.84 19 .0000
2265.58 24 0.95 16 .0000
2331.3 8 0.0 .0000
2353.43 17 1.34 10 .0185
2401.0 5 0.38 12 .0000
2461.41 17 2.75 19 .0000
2476.2 7 1.4 5 .0000
2507.5 4 0.0 .0000
2568.8 5 1.9 5 .0000
2585.58 16 2.60 18 .1137
2597.7 5 0.95 19 .0000
6053.1 5 0.96 15 .7029
6065.13 17 5.1 3 .6152
6081.9 5 1.04 17 .6556
6143.2 4 1.42 20 .5267
6174.5 7 0.57 19 .0000
6189.29 18 3.9 3 .4045
6249.7 5 0.55 11 .6866
6297.27 19 0.58 11 .6933
6319.4 8 1.17 20 1.2641
6351.44 17 1.89 16 .0136
6385.11 25 1.72 19 .3531
6471.37 17 5.4 3 .5318
6501.3 7 1.76 18 .2142
6520.11 18 6.9 4 .6469
6697.7 9 0.91 24 .0000
6726.7 6 0.83 11 .0043
6734.78 13 0.52 19 .0000
6760.0 4 0.72 12 .1356
6831.64 10 6.9 4 .5839
6942.98 13 1.75 16 .6043
7180.72 11 0.58 10 .0608
7212.34 10 1.42 16 .0010
7261.32 11 0.98 13 .2551
7346.16 10 6.4 3 .4902
7454.88 11 0.62 19 .0000
7545.10 13 1.10 14 .0169
7624.07 11 12.4 5 .5614
7672.30 10 0.78 11 .6287
7777.66 10 0.19 10 .0000
8093.76 10 2.29 21 .5306
8162.68 10 0.38 14 .0000
8650.52 10 2.2 3 .7748
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.85RB(N,G) E=TH 2.85RB(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 1.4 6 1.4 6 0.0 0.006 3 7 3
59.75 6 2.3 10 2.3 10 0.0 0.010 4 11 5
84.85 8 1.2 5 1.2 5 0.0 0.0052 22 5.7 24
90.22 11 0.20 10 0.20 10 0.0 0.0009 4 1.0 5
96.87 10 0.60 20 0.60 20 0.0 0.0026 9 2.9 10
113.76 4 1.3 4 1.23 11 0.00535 14 0.00535 14 5.87 15
119.94 4 0.7 3 0.61 6 0.00267 9 0.00267 9 2.93 10
165.46 7 2.0 5 2.0 5 0.0 0.0087 23 9.5 24
176.2 9 0.7 3 0.7 3 0.0 0.0030 13 3.3 14
198.96 10 0.7 3 0.61 6 0.00266 9 0.00266 9 2.92 10
224.31 6 0.8 5 0.31 3*1* 0.00132 7 0.00134 7 1.47 8
232.58 10 0.20 10 0.19 9 0.0 0.0008 4*1* 0.9 5
239.9 4 1.0 3 1.0 3 0.0 0.0044 13 4.8 14
283.80 8 0.30 10 0.215 23 0.00092 6 0.00093 6 1.02 7
316.13 4 0.30 10 0.32 3 0.00138 8 0.00138 8 1.51 9
322.80 4 0.50 20 0.58 6 0.00254 10 0.00254 10 2.78 11
362.27 10 1.4 5 1.4 5 0.0 0.0061 22 6.7 24
362.78 9 1.4 5 1.4 5 0.0 0.0061 22 6.7 24
421.50 3 5.7 15 6.0 5 0.0259 5 0.0259 5 28.4 6
487.89 4 11 3 11.3 10 0.0494 12 0.0494 12 54.1 13
514.57 4 1.5 5 1.50 14 0.00653 20 0.00653 20 7.16 22
529.9 9 0.7 3 0.7 3 0.0 0.0030 13 3.3 14
536.48 4 3.1 10 3.8 4 0.0167 5 0.0167 5 18.3 5
538.66 4 3.1 10 3.9 4 0.0169 5 0.0169 5 18.5 5
555.59 4 8.0 20 9.3 8 0.0407 10 0.0406 10 44.6 11
556.82 3 19 5 21.0 19 0.0913 24 0.0912 24 100 3
565.37 4 0.6 3 0.88 8*1* 0.00383 10 0.00383 10 4.19 11
638.93 5 2.9 8 2.4 3 0.0101 13 0.0106 12 11.6 13
640.20 10 2.9 12 2.8 12 0.0 0.012 5*1* 14 6
668.76 7 0.8 3 0.49 5*1* 0.00211 10 0.00213 10 2.34 11
691.57 5 2.3 6 1.67 15*1* 0.00725 18 0.00727 18 7.98 20
726.98 5 1.2 3 0.97 9 0.00421 15 0.00423 15 4.64 16
747.67 4 0.60 20 0.62 6 0.00268 12 0.00268 12 2.94 13
816.59 6 0.70 20 0.70 20 0.0 0.0030 9 3.3 10
872.94 4 7.5 20 7.4 7 0.0321 5 0.0321 5 35.2 6
881.50 4 1.4 5 1.11 10 0.00480 17 0.00481 17 5.28 19
913.12 6 1.9 7 1.15 10*1* 0.00497 15 0.00499 15 5.47 16
944.49 9 0.8 3 0.8 3 0.0 0.0035 13 3.8 14
945.72 7 0.0 0.9 3 0.00390 15 0.00390 15 4.28 16
1026.55 6 7.5 22 5.0 4*1* 0.0218 4 0.0218 4 23.9 4
1032.32 5 5.9 18 5.2 5 0.0227 4 0.0227 4 24.9 4
1105.52 10 4.7 15 3.5 3 0.0151 3 0.0151 3 16.6 3
1178.86 10 1.0 3 1.0 3 0.0 0.0044 23 4.8 14
1219.80 9 1.1 3 1.03 10 0.00446 21 0.00447 21 4.90 23
1304.48 4 4.9 15 4.7 4 0.0204 5 0.0204 5 22.4 6
1309.8 9 0.0 0.0 0.0 0.0 0.0
1389.32 7 2.0 5 1.86 17 0.00809 21 0.00810 21 8.88 23
1438.31 4 1.0 5 0.47 5*1* 0.00200 15 0.00206 15 2.26 17
1666.74 9 2.0 5 1.78 16 0.00774 23 0.00775 23 8.50 25
1890.7 4 3.8 8 3.8 8 0.0 0.017 4 18 4
1924.0 6 0.0 0.0 0.0 0.0 0.0
1953.0 9 0.0 0.0 0.0 0.0 0.0
2130.59 17 0.70 10 0.70 10 0.0 0.0030 5 3.3 5
2149.4 7 0.70 20 0.65 17 0.0015 10 0.0028 8*1* 3.1 8
2179.33 16 0.0 0.39 11 0.00168 17 0.00168 17 1.84 19
2265.58 24 0.0 0.20 6 0.00087 15 0.00087 15 0.95 16
2331.3 8 0.0 0.0 0.0 0.0 0.0
2353.43 17 0.30 10 0.28 3 0.00122 9 0.00122 9 1.34 10
2401.0 5 0.0 0.08 3 0.00035 11 0.00035 11 0.38 12
2461.41 17 0.0 0.58 7 0.00251 17 0.00251 17 2.75 19
2476.2 7 0.30 10 0.30 10 0.0 0.0013 4 1.4 5
2507.5 4 0.0 0.0 0.0 0.0 0.0
2568.8 5 0.40 10 0.40 10 0.0 0.0017 4 1.9 5
2585.58 16 0.50 10 0.55 6 0.00240 18 0.00237 17 2.60 18
2597.7 5 0.20 4 0.20 4 0.0 0.00087 18 0.95 19
6053.1 5 0.26 7 0.20 3 0.00076 14 0.00088 14 0.96 15
6065.13 17 0.84 21 1.06 11*1* 0.0047 3 0.0046 3 5.1 3
6081.9 5 0.11 10 0.22 4*1* 0.00097 16 0.00095 15 1.04 17
6143.2 4 0.18 12 0.30 5*1* 0.00132 19 0.00129 18 1.42 20
6174.5 7 0.12 4 0.12 4 0.0 0.00052 19 0.57 19
6189.29 18 0.68 15 0.81 9 0.0036 3 0.0035 3 3.9 3
6249.7 5 0.07 4 0.116 24*1* 0.00053 11 0.00050 10 0.55 11
6297.27 19 0.09 3 0.122 24*1* 0.00060 14 0.00053 10 0.58 11
6319.4 8 0.0 0.25 6*1* 0.00107 18 0.00107 18 1.17 20
6351.44 17 0.38 10 0.40 5 0.00173 16 0.00172 15 1.89 16
6385.11 25 0.43 10 0.36 5 0.00148 19 0.00157 18 1.72 19
6471.37 17 0.7 4 1.12 12*1* 0.0049 3 0.0049 3 5.4 3
6501.3 7 0.32 8 0.37 5 0.00165 19 0.00160 17 1.76 18
6520.11 18 1.17 25 1.45 14*1* 0.0064 4 0.0063 4 6.9 4
6697.7 9 0.19 5 0.19 5 0.0 0.00083 22 0.91 24
6726.7 6 0.17 4 0.17 3 0.00076 13 0.00075 11 0.83 11
6734.78 13 0.11 4 0.11 4 0.0 0.00048 19 0.52 19
6760.0 4 0.17 5 0.15 3 0.00061 13 0.00065 11 0.72 12
6831.64 10 1.1 3 1.46 15*1* 0.0064 4 0.0063 4 6.9 4
6942.98 13 0.20 15 0.37 5*1* 0.00161 15 0.00160 15 1.75 16
7180.72 11 0.11 4 0.123 23 0.00055 11 0.00053 9 0.58 10
7212.34 10 0.30 7 0.30 4 0.00129 17 0.00129 15 1.42 16
7261.32 11 0.24 6 0.21 3 0.00084 13 0.00090 12 0.98 13
7346.16 10 1.10 25 1.34 13 0.0059 3 0.0058 3 6.4 3
7454.88 11 0.13 4 0.13 4 0.0 0.00057 18 0.62 19
7545.10 13 0.24 6 0.23 3 0.00099 14 0.00100 12 1.10 14
7624.07 11 2.0 5 2.60 25*1* 0.0114 5 0.0113 5 12.4 5
7672.30 10 0.12 4 0.16 3*1* 0.00075 12 0.00071 10 0.78 11
7777.66 10 0.040 20 0.040 20 0.0 1.7E-04 9 0.19 10
8093.76 10 0.30 18 0.48 6*1* 0.00211 20 0.00209 20 2.29 21
8162.68 10 0.08 3 0.08 3 0.0 0.00035 13 0.38 14
8650.52 10 0.35 10 0.46 7*1* 0.0022 4 0.0020 3 2.2 3
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F .4114397 .1145646
SKEW -.6045710 -2.4948053
NDEGREES 87 67
ITERATION - 4
LEAST-SQUARED FIT AVERAGE INTENSITIES 5 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 7 3 .0000
59.75 6 11 5 .0000
84.85 8 5.8 24 .0000
90.22 11 1.0 5 .0000
96.87 10 2.9 10 .0000
113.76 4 5.87 15 .0182
119.94 4 2.93 10 .0442
165.46 7 9.6 24 .0000
176.2 9 3.4 14 .0000
198.96 10 2.92 10 .0465
224.31 6 1.47 8 .6400
232.58 10 1.0 5 1.7887
239.9 4 4.8 14 .0000
283.80 8 1.02 7 .4014
316.13 4 1.51 9 .0118
322.80 4 2.78 11 .0807
362.27 10 6.7 24 .0000
362.78 9 6.7 24 .0000
421.50 3 28.4 6 .0110
487.89 4 54.1 13 .0087
514.57 4 7.16 22 .0001
529.9 9 3.4 14 .0000
536.48 4 18.3 5 .2555
538.66 4 18.5 5 .2891
555.59 4 44.6 11 .2111
556.82 3 100 3 .0698
565.37 4 4.19 11 .5322
638.93 5 11.6 14 .2466
640.20 10 14 6 1.1839
668.76 7 2.34 11 .5663
691.57 5 7.98 20 .5721
726.98 5 4.64 16 .3098
747.67 4 2.94 13 .0020
816.59 6 3.4 10 .0000
872.94 4 35.2 6 .0032
881.50 4 5.28 19 .1821
913.12 6 5.47 16 .6281
944.49 9 3.8 14 .0000
945.72 7 4.28 16 .0000
1026.55 6 23.9 4 .6282
1032.32 5 24.9 4 .0774
1105.52 10 16.6 3 .3453
1178.86 10 4.8 14 .0000
1219.80 9 4.90 23 .0348
1304.48 4 22.4 6 .0122
1309.8 9 0.0 .0000
1389.32 7 8.88 23 .0446
1438.31 4 2.26 17 .7135
1666.74 9 8.50 25 .1047
1890.7 4 18 4 .0000
1924.0 6 0.0 .0000
1953.0 9 0.0 .0000
2130.59 17 3.4 5 .0000
2149.4 7 3.2 9 .5809
2179.33 16 1.84 19 .0000
2265.58 24 0.95 16 .0000
2331.3 8 0.0 .0000
2353.43 17 1.34 10 .0212
2401.0 5 0.38 12 .0000
2461.41 17 2.75 19 .0000
2476.2 7 1.4 5 .0000
2507.5 4 0.0 .0000
2568.8 5 1.9 5 .0000
2585.58 16 2.60 18 .1024
2597.7 5 0.96 19 .0000
6053.1 5 0.96 15 .7203
6065.13 17 5.1 3 .5890
6081.9 5 1.04 17 .6433
6143.2 4 1.42 20 .5144
6174.5 7 0.58 19 .0000
6189.29 18 3.9 3 .3833
6249.7 5 0.55 11 .6714
6297.27 19 0.58 11 .6753
6319.4 8 1.17 20 1.2519
6351.44 17 1.89 16 .0108
6385.11 25 1.72 19 .3673
6471.37 17 5.4 3 .5193
6501.3 7 1.76 18 .2014
6520.11 18 6.9 4 .6171
6697.7 9 0.91 24 .0000
6726.7 6 0.83 11 .0029
6734.78 13 0.53 19 .0000
6760.0 4 0.72 12 .1424
6831.64 10 6.9 4 .5619
6942.98 13 1.75 16 .5918
7180.72 11 0.59 10 .0564
7212.34 10 1.42 16 .0019
7261.32 11 0.98 13 .2663
7346.16 10 6.4 3 .4657
7454.88 11 0.62 19 .0000
7545.10 13 1.10 14 .0201
7624.07 11 12.4 5 .5369
7672.30 10 0.78 11 .6095
7777.66 10 0.19 10 .0000
8093.76 10 2.29 21 .5173
8162.68 10 0.38 14 .0000
8650.52 10 2.2 3 .7520
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.85RB(N,G) E=TH 2.85RB(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
54.01 6 1.4 6 1.4 6 0.0 0.006 3 7 3
59.75 6 2.3 10 2.3 10 0.0 0.010 4 11 5
84.85 8 1.2 5 1.2 5 0.0 0.0052 22 5.8 24
90.22 11 0.20 10 0.20 10 0.0 0.0009 4 1.0 5
96.87 10 0.60 20 0.60 20 0.0 0.0026 9 2.9 10
113.76 4 1.3 4 1.22 11 0.00535 14 0.00535 14 5.87 15
119.94 4 0.7 3 0.61 6 0.00267 9 0.00267 9 2.93 10
165.46 7 2.0 5 2.0 5 0.0 0.0087 23 9.6 24
176.2 9 0.7 3 0.7 3 0.0 0.0031 13 3.4 14
198.96 10 0.7 3 0.61 6 0.00266 9 0.00266 9 2.92 10
224.31 6 0.8 5 0.31 3*1* 0.00132 7 0.00134 7 1.47 8
232.58 10 0.20 10 0.20 10 0.0 0.0009 4*1* 1.0 5
239.9 4 1.0 3 1.0 3 0.0 0.0044 13 4.8 14
283.80 8 0.30 10 0.214 22 0.00092 6 0.00093 6 1.02 7
316.13 4 0.30 10 0.32 3 0.00138 8 0.00138 8 1.51 9
322.80 4 0.50 20 0.58 5 0.00254 10 0.00254 10 2.78 11
362.27 10 1.4 5 1.4 5 0.0 0.0061 22 6.7 24
362.78 9 1.4 5 1.4 5 0.0 0.0061 22 6.7 24
421.50 3 5.7 15 5.9 5 0.0259 5 0.0259 5 28.4 6
487.89 4 11 3 11.3 10 0.0494 12 0.0494 12 54.1 13
514.57 4 1.5 5 1.49 13 0.00653 20 0.00653 20 7.16 22
529.9 9 0.7 3 0.7 3 0.0 0.0031 13 3.4 14
536.48 4 3.1 10 3.8 3 0.0167 5 0.0167 5 18.3 5
538.66 4 3.1 10 3.9 4 0.0169 5 0.0169 5 18.5 5
555.59 4 8.0 20 9.3 8 0.0407 10 0.0406 10 44.6 11
556.82 3 19 5 20.9 18 0.0913 24 0.0912 24 100 3
565.37 4 0.6 3 0.87 8*1* 0.00383 10 0.00383 10 4.19 11
638.93 5 2.9 8 2.4 3 0.0101 13 0.0106 12 11.6 14
640.20 10 2.9 12 2.9 12 0.0 0.013 5*1* 14 6
668.76 7 0.8 3 0.49 5*1* 0.00211 10 0.00213 10 2.34 11
691.57 5 2.3 6 1.66 15*1* 0.00725 18 0.00728 18 7.98 20
726.98 5 1.2 3 0.97 9 0.00421 15 0.00423 15 4.64 16
747.67 4 0.60 20 0.61 6 0.00268 12 0.00268 12 2.94 13
816.59 6 0.70 20 0.70 20 0.0 0.0031 9 3.4 10
872.94 4 7.5 20 7.3 6 0.0321 5 0.0321 5 35.2 6
881.50 4 1.4 5 1.10 10 0.00480 17 0.00481 17 5.28 19
913.12 6 1.9 7 1.14 10*1* 0.00497 15 0.00499 15 5.47 16
944.49 9 0.8 3 0.8 3 0.0 0.0035 13 3.8 14
945.72 7 0.0 0.9 3 0.00390 15 0.00390 15 4.28 16
1026.55 6 7.5 22 5.0 4*1* 0.0218 4 0.0218 4 23.9 4
1032.32 5 5.9 18 5.2 5 0.0227 4 0.0227 4 24.9 4
1105.52 10 4.7 15 3.5 3 0.0151 3 0.0151 3 16.6 3
1178.86 10 1.0 3 1.0 3 0.0 0.0044 13 4.8 14
1219.80 9 1.1 3 1.02 10 0.00446 21 0.00447 21 4.90 23
1304.48 4 4.9 15 4.7 4 0.0204 5 0.0204 5 22.4 6
1309.8 9 0.0 0.0 0.0 0.0 0.0
1389.32 7 2.0 5 1.85 16 0.00809 21 0.00810 21 8.88 23
1438.31 4 1.0 5 0.47 5*1* 0.00200 15 0.00206 15 2.26 17
1666.74 9 2.0 5 1.77 16 0.00774 23 0.00775 23 8.50 25
1890.7 4 3.8 8 3.8 8 0.0 0.017 4 18 4
1924.0 6 0.0 0.0 0.0 0.0 0.0
1953.0 9 0.0 0.0 0.0 0.0 0.0
2130.59 17 0.70 10 0.70 10 0.0 0.0031 5 3.4 5
2149.4 7 0.70 20 0.67 18 0.0015 13 0.0029 8*1* 3.2 9
2179.33 16 0.0 0.38 11 0.00168 17 0.00168 17 1.84 19
2265.58 24 0.0 0.20 6 0.00087 15 0.00087 15 0.95 16
2331.3 8 0.0 0.0 0.0 0.0 0.0
2353.43 17 0.30 10 0.28 3 0.00122 9 0.00122 9 1.34 10
2401.0 5 0.0 0.08 3 0.00035 11 0.00035 11 0.38 12
2461.41 17 0.0 0.57 7 0.00251 17 0.00251 17 2.75 19
2476.2 7 0.30 10 0.30 10 0.0 0.0013 4 1.4 5
2507.5 4 0.0 0.0 0.0 0.0 0.0
2568.8 5 0.40 10 0.40 10 0.0 0.0017 4 1.9 5
2585.58 16 0.50 10 0.54 6 0.00240 18 0.00237 17 2.60 18
2597.7 5 0.20 4 0.20 4 0.0 0.00087 19 0.96 19
6053.1 5 0.26 7 0.20 3 0.00076 14 0.00088 14 0.96 15
6065.13 17 0.84 21 1.06 11*1* 0.0047 3 0.0046 3 5.1 3
6081.9 5 0.11 10 0.22 4*1* 0.00097 16 0.00095 15 1.04 17
6143.2 4 0.18 12 0.30 5*1* 0.00132 19 0.00129 18 1.42 20
6174.5 7 0.12 4 0.12 4 0.0 0.00052 19 0.58 19
6189.29 18 0.68 15 0.81 9 0.0036 3 0.0035 3 3.9 3
6249.7 5 0.07 4 0.115 24*1* 0.00053 11 0.00050 10 0.55 11
6297.27 19 0.09 3 0.122 24*1* 0.00060 14 0.00053 10 0.58 11
6319.4 8 0.0 0.24 6*1* 0.00107 18 0.00107 18 1.17 20
6351.44 17 0.38 10 0.39 5 0.00173 16 0.00172 15 1.89 16
6385.11 25 0.43 10 0.36 5 0.00148 19 0.00157 18 1.72 19
6471.37 17 0.7 4 1.12 12*1* 0.0049 3 0.0049 3 5.4 3
6501.3 7 0.32 8 0.37 5 0.00165 19 0.00161 17 1.76 18
6520.11 18 1.17 25 1.44 14*1* 0.0064 4 0.0063 4 6.9 4
6697.7 9 0.19 5 0.19 5 0.0 0.00083 22 0.91 24
6726.7 6 0.17 4 0.17 3 0.00076 13 0.00075 11 0.83 11
6734.78 13 0.11 4 0.11 4 0.0 0.00048 19 0.53 19
6760.0 4 0.17 5 0.15 3 0.00061 13 0.00066 11 0.72 12
6831.64 10 1.1 3 1.45 15*1* 0.0064 4 0.0063 4 6.9 4
6942.98 13 0.20 15 0.37 5*1* 0.00161 15 0.00160 15 1.75 16
7180.72 11 0.11 4 0.122 23 0.00055 11 0.00053 9 0.59 10
7212.34 10 0.30 7 0.30 4 0.00129 17 0.00130 15 1.42 16
7261.32 11 0.24 6 0.21 3 0.00084 13 0.00090 12 0.98 13
7346.16 10 1.10 25 1.34 13 0.0059 3 0.0058 3 6.4 3
7454.88 11 0.13 4 0.13 4 0.0 0.00057 18 0.62 19
7545.10 13 0.24 6 0.23 3 0.00099 14 0.00100 12 1.10 14
7624.07 11 2.0 5 2.59 24*1* 0.0114 5 0.0113 5 12.4 5
7672.30 10 0.12 4 0.16 3*1* 0.00075 12 0.00071 10 0.78 11
7777.66 10 0.040 20 0.040 20 0.0 1.7E-04 9 0.19 10
8093.76 10 0.30 18 0.48 6*1* 0.00211 20 0.00209 20 2.29 21
8162.68 10 0.08 3 0.08 3 0.0 0.00035 14 0.38 14
8650.52 10 0.35 10 0.46 7*1* 0.0022 4 0.0020 3 2.2 3
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F .4054359 .1522560
SKEW -.5526269 -3.1293884
NDEGREES 87 67
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)
86RB G 139.3 10 4.2 16
86RB G 525.2 10 2.1 11
86RB G 5760.7 5 5.1 13
86RB G 5800.4 7 1.7 5
86RB G 5823.2 20 0.16 5
86RB G 5840.8 9 0.8 4
86RB G 5885.7 5 2.1 5
86RB G 5932.3 7 0.63 21
86RB G 5980.2 5 3.8 8