93RB 93KR B- DECAY 1977BI01 11NDS 201105
93RB H TYP=FUL$AUT=CORAL M. BAGLIN$CIT=NDS 112, 1163 (2011)$CUT=15-Dec-2010$
93RB C Others: 1972Am01, 1972Mc04, 1973Cl02, 1974Ac04, 1975Br03, 1979Bo26,
93RB2C 1986Si20, 1988GrZX.
93RB C 1979Bo26: curved crystal spectrometer; measured EG for three
93RB2C lines.
93RB C 1977Bi01: GELI, low energy photon spectrometer for EG=0-350
93RB2C KEV; measured EG, IG (217 lines), GG coin.
93RB C 1975Br03: GELI; measured EG, IG (47 lines), EB, IB, GG coin,
93RB2C BG coin.
93RB C 1974Ac04: GELI and Si(Li); measured EG, IG (84 lines), GG coin,
93RB2C EKC (relative to 85KR(304G) and 85RB(151G)).
93RB C The adopted decay scheme is that of 1977Bi01; for
93RB2C E(level)<3050, it is supported by extensive coin information. The
93RB3C schemes proposed by 1977Bi01 and 1975Br03 are in excellent agreement;
93RB4C however, of the 25 levels proposed in 1974Ac04, only 13 are common
93RB5C to the scheme of 1977Bi01. Placed G rays whose EG deviates
93RB7C significantly from the least-squares adjusted value are noted.
93RB8C Approximately 5.6% of IG remains unplaced, and IB=-0.36 18 is
93RB9C indicated for 1642 level, so decay scheme must be regarded as
93RBAC incomplete.
93RB cB =2700 210 (1982Al01) cf. 2768 145 calculated using
93RB2CB the ^RADLST code for the decay scheme adopted here.
93RB CB IB FROM INTENSITY BALANCE, EXCEPT AS NOTED. AN INTENSITY OF
93RB2CB OF 0.5IG+-0.5IG IS ASSIGNED FOR THE THREE TRANSITIONS (1596G, 1298G,
93RB3CB 1097G) WHICH FIT THEIR PLACEMENTS POORLY.
93RB CB IB(D) 5.0% 5 (1975Br03), 0% 5 (1974Ac04). The 1975Br03 datum is
93RB4CB based on I(324G, 93RB)/I(590G, 93Y) in source at saturation and
93RB2CB %I(590G) (value unstated), and does not allow for adopted
93RB3CB %B-N(93KR)=2.01 16 (IB(GS) becomes 3.0% 5 after that correction). The
93RB4CB 1974Ac04 datum is based on saturation values for |S(RI to 93RB GS),
93RB5CB |S(RI to 93Y GS) and authors' decay schemes, assuming
93RB6CB IB(GS, 93Y)=0 and %B-N(93KR)=2.6. Compared with decay schemes adopted
93RB7CB from 1977Bi01, the schemes in 1974Ac04 include 93% and 95%,
93RB8CB respectively, of total IG to GS for 93Y and 93RB; consequently,
93RB9CB |S(IB to excited states of 93SR)=97% 5 implied in 1974Ac04 should
93RBACB probably be reduced to 95% 5, resulting in IB(GS)=3% 5. Since the
93RBBCB precision of the 1975Br03 datum (IB(GS)=3.0% 5, after above revision)
93RBCCB appears to be unrealistically high, the evaluator adopts IB(GS)=1.5%
93RBDCB 15. (LOGF1UT>8.5 implies IB(GS)<11%).
93RB CG 1977Bi01 report many more G rays than 1975Br03 or
93RB2CG 1974Ac04 and resolve ten multiplets reported as single lines in
93RB3CG prior studies. The evaluator, therefore, omits G rays reported
93RB4CG in 1974Ac04 alone (EG=427.63, 658.50, 763.9, 802.3, 1077.4, 1209.1,
93RB5CG 1750.1, 2626.3, 3171.0), but retains those G's which
93RB6CG lie outside the energy range of 1977Bi01 (EG=4128.1, 4369.1, 4672.2).
93RB7CG The 507G in 1974Ac04 and 1975Br03 is due to summing (1977Bi01).
93RB CG EKC data are from 1974Ac04.
93RB CG E,RI From 1977Bi01. The highest precision EG data are from
93RB2CG 1977Bi01 and 1974Ac04; agreement is excellent for low EG but, for EG
93RB3CG above AP 1700, data from 1974Ac04 tend to be higher than those from
93RB4CG 1977Bi01. RI data from 1977Bi01 and 1975Br03 are, with a few
93RB5CG exceptions, in good agreement; except for EG<1000, those from 1974Ac04
93RB6CG are, typically, low relative to those of 1977Bi01 (some by a factor of
93RB7CG AP 2). The distribution of IG between members of the 253-KEV doublet
93RB8CG varies greatly among authors.
93RB CG E(A),RI(A)$Observed in 1977Bi01 and at least one other decay study.
93RB CG E(B),RI(B)$From 1974Ac04 only.
93RB CG E(S) Other EG: 820.47 2 (1974Ac04).
93RB CG M,MR Based on EKC.
93RB CG E(E) Assigned by 1974Ac04 to deexcite a 3656 level which evaluator
93RB2CG does not adopt; only two G's deexcite this 3656 level, and their energy
93RB3CG consistency is not good.
93RB CG E(F) EG is also correct for a transition connecting the 3494
93RB2CG and 1880 levels.
93RB CG M(G) EKC for doublet consistent only with mult.=M1(+E2) for both
93RB2CG components or with mult.=E2 for one component and mult.=E1 for the
93RB3CG other. Since components connect levels having the same PI (based on
93RB4CG EKC for 182G and 323G), the former alternative is dictated; in this
93RB5CG case, 1974Ac04 deduce (0.0108 LE EKC(252.5) LE 0.0142) and
93RB6CG (0.0108 LE EKC(253.4) LE 0.0137).
93RB CG E(H) EG at least 3|s from least-squares adjusted value.
93RB CG E(I) Probably same G as 2548.0G in 1977Bi01.
93RB CL E From least-squares fit to EG, omitting 1596G
93RB2CL (4|s from expected value), and 1097G, 1238G (3|s from expected EG).
93RB CL J FROM Adopted Levels.
93KR P 0 1/2+ 1.286 S 10 8485 8
93RB N 0.0241 8 0.0241 8 1.0 1.0
93RB CN NR From |S(TI to GS)=96.5% 15, based on IB(GS)=1.5% 15 and
93RB2CN %B-N(93KR)=1.95 11.
93RB PN 3
93RB G 713.3 4 2.3 4
93RB G 716.9 5 2.1 5
93RB G 1543.15 11 14.2 10 A
93RB G 2549.9 6 13 4 B
93RBF G FLAG=I
93RB G 2755.62 25 8.9 9
93RB G 2772.9 3 8.5 9
93RB G 2782.26 20 22.9 18
93RB G 2846.0 5 27 12
93RB G 2972.22 20 18.1 18 A
93RB G 3097.7 5 3.2 8
93RB G 3471.3 5 6.3 14
93RB G 3582.7 3 6.3 6
93RB G 3705.87 16 12.3 8
93RB G 4014.1 11 2.5 10
93RB G 4032.88 20 8.8 7
93RB G 4128.1 10 9 7 B
93RBF G FLAG=E
93RB G 4369.1 7 5 3 B
93RBF G FLAG=E
93RB G 4672.2 6 8 4 B
93RB L 0 5/2- 5.84 S 2
93RB CL T from Adopted Levels.
93RB B 1.5 15 7.1 5 D
93RBS B EAV=3911.6 39
93RB L 253.39 3 3/2-,5/2- 57 US 15
93RB CL T from Adopted Levels. Other: <0.5 NS (1986Si20).
93RB B 6 3 6.43 22
93RBS B EAV=3789.3 39
93RB G 253.42 5 1708 90M1(+E2) 0.44 LE 0.0140 17 AC
93RBF G FLAG=G
93RBS G KC=0.0124 15$LC=0.00139 19$MC=0.00023 3$NC+=2.7E-5 4
93RBS G NC=2.6E-5 4$OC=1.08E-6 12
93RB CG E $others: 253.357 22 and 253.13 3 (1979Bo26), 253.58 25 (1974Ac04).
93RB CG IG=41.1% 16 BASED ON RECOMMENDED DECAY SCHEME NORMALIZATION.
93RB L 266.86 3 1/2-,3/2-,5/2- 2.0 NS 2
93RB CL T from BG coin (1986Si20).
93RB B 8.3 11 6.29 6
93RBS B EAV=3782.8 39
93RB G 266.83 5 854 40E2(+M1) 2.0 GE 0.0256 17 AC
93RB3 G EKC=0.0233 23
93RBS G KC=0.0225 15$LC=0.00267 19$MC=0.00044 3$NC+=5.0E-5 4
93RBS G NC=4.8E-5 4$OC=1.86E-6 12
93RB CG E others: 266.87 3 (1979Bo26), 266.78 2 (1974Ac04).
93RB CG IG=20.6% 10 BASED ON RECOMMENDED DECAY SCHEME NORMALIZATION.
93RB L 323.95 33/2-,5/2- 0.7 NS LT
93RB CL T from 1986Si20.
93RB B 10.0 15 6.19 7
93RBS B EAV=3755.3 39
93RB G 57.11 5 10.70 5 (M1) 0.700 AC
93RBS G KC=0.616 9$LC=0.0706 10$MC=0.01168 17$NC+=0.001369 20
93RBS G NC=0.001314 19$OC=5.52E-5 8
93RB G 70.57 5 64 3 (M1) 0.383 AC
93RBS G KC=0.338 5$LC=0.0385 6$MC=0.00637 9$NC+=0.000748 11
93RBS G NC=0.000718 11$OC=3.02E-5 5
93RB G 323.89 5 1000 50M1 AC
93RB3 G EKC=0.0051 9
93RBS G CC=0.00671 10$KC=0.00594 9$LC=0.000650 9$MC=0.0001073 15$NC+=1.269E-5 1
93RBS G NC=1.216E-5 17$OC=5.25E-7 8
93RB CG E others: 323.92 2 (1974Ac04), 323.28 3 (1979Bo26; presumed
93RB2CG misprint).
93RB CG IG=24.1% 11 BASED ON RECOMMENDED DECAY SCHEME NORMALIZATION.
93RB L 506.02 4 1/2-,3/2- 0.7 NS LT
93RB CL T from 1986Si20.
93RB B 12.3 12 6.06 5
93RBS B EAV=3667.5 39
93RB G 182.02 5 223 12M1+E2 0.75 15 0.057 8 AC
93RB3 G EKC=0.050 6
93RBS G KC=0.050 7$LC=0.0061 9$MC=0.00101 15$NC+=0.000114 16
93RBS G NC=0.000110 16$OC=4.1E-6 5
93RB CG E other: 181.99 2 (1974Ac04).
93RB G 252.51 6 811 40M1(+E2) 0.46 LE 0.0143 19 AC
93RBF G FLAG=G
93RBS G KC=0.0126 16$LC=0.00141 20$MC=0.00023 4$NC+=2.7E-5 4
93RBS G NC=2.6E-5 4$OC=1.10E-6 13
93RB L 820.53 3
93RB B 0.6 3 7.29 22 ?
93RBS B EAV=3515.7 39
93RB G 496.56 5 75 4 AC
93RB G 553.53 20 3.2 5
93RB G 567.05 116.9 5 A
93RB G 820.45 5 154 8 AC
93RBF G FLAG=S
93RB L 1350.18 3
93RB G 529.59 5 20.4 11 A
93RB G 844.12 6 23.3 12 C
93RB G 1026.19 5 90 5 AC
93RB G 1083.42 6 33.8 18 AC
93RB G 1097.14 9 5.3 10 H
93RBF G FL=253.39
93RB G 1350.24 6 31.0 17 A
93RB L 1557.40 9
93RB G 737.24 232.2 3
93RB G 1051.7 3 3.1 5
93RB G 1290.54 239.9 14
93RB L 1563.03 4
93RB B 2.5 6 6.46 11
93RBS B EAV=3157.1 39
93RB G 1238.76 6 46.0 25 AC
93RBF G FL=323.95
93RBF G FLAG=H
93RB G 1296.08 6 78 4 AC
93RB G 1309.51 214.3 5
93RB G 1563.09 6 39.2 21
93RB L 1641.07 4
93RB B 0.25 22 7.4 4 ?
93RBS B EAV=3119.4 39
93RB G 1387.92 9 56 4 C
93RB G 1641.08 6 60 3 A
93RB L 1642.08 8
93RB CL IB=-0.36 18 from intensity balance.
93RB G 1136.1 3 3.2 6
93RB G 1318.38 14 38 3 AC
93RB L 1688.72 4
93RB B 0.20 13 7.5 3 ?
93RBS B EAV=3096.4 39
93RB G 1364.77 9 28.3 20 A
93RB G 1421.79 6 40.0 21 AC
93RB G 1435.35 13 42 3 A
93RB L 1850.20 7
93RB G 292.88 8 3.75 25 A
93RB G 1525.89 208.9 10
93RB G 1596.20 6 57 3 H
93RBL G FL=253.39
93RB G 1850.1 3 4.0 6
93RB L 1880.39 6
93RB B 2.48 15 6.38 3
93RBS B EAV=3003.8 39
93RB G 239.26 226.6 12
93RB G 1613.33 8 14.3 25 F
93RB G 1627.10 6 82 4 AC
93RB L 1964.64 5
93RB B 1.05 12 6.72 5
93RBS B EAV=2963.1 39
93RB G 401.5 3 1.9 3
93RB G 1458.50 9 16.4 11 A
93RB G 1697.84 6 58 3 C
93RB G 1710.78 1820.8 22 A
93RB L 2009.33 7
93RB B 1.89 12 6.45 3
93RBS B EAV=2941.5 39
93RB G 1685.07 2022.7 20 C
93RB G 1742.49 8 53 3 AC
93RB G 1755.88 19 13.1 13 A
93RB L 2083.88 6
93RB B 0.13 7 7.59 24
93RBS B EAV=2905.5 39
93RB G 733.72 5 36.4 19 AC
93RB L 2169.14 8
93RB G 480.44 203.6 5
93RB G 1662.74 1317.0 13
93RB L 2210.60 6
93RB B 0.45 12 7.02 12
93RBS B EAV=2844.3 39
93RB G 1704.45 1810.5 10
93RB G 1886.79 8 29.0 17 A
93RB G 1943.54 1119.7 13
93RB G 1957.10 1814.5 14
93RB L 2264.84 12
93RB G 623.64 16 2.14 23
93RB G 2011.68 19 9.5 9 A
93RB L 2285.76 4
93RB B 1.50 17 6.47 5
93RBS B EAV=2808.0 39
93RB G 643.18 233.8 9
93RB G 722.68 8 11.3 7 A
93RB G 1779.68 8 23.8 14 C
93RB G 1961.83 6 74 4 AC
93RB G 2018.87 7 58 3 AC
93RB L 2609.47 6
93RB G 399.01 124.9 4
93RB G 644.78 9 11.2 12 A
93RB G 1046.57 145.0 5
93RB G 1788.96 1713.0 12
93RB G 2342.4 8 7.3 25
93RB L 2664.84 6
93RB B 0.41 16 6.91 17
93RBS B EAV=2624.9 39
93RB G 976.08 6 29.4 16 AC
93RB G 2411.44 1512.8 9 A
93RB L 2745.28 12
93RB G 895.05 137.2 6
93RB G 2239.2 3 7.4 10
93RB L 2814.99 8 1/2,3/2
93RB B 2.17 15 6.13 3
93RBS B EAV=2552.4 39
93RB G 965.01 11 9.0 7 A
93RB G 1126.3 3 2.8 5
93RB G 1994.41 2110.8 11
93RB G 2491.2 3 19 3
93RB G 2548.02 1725.8 20 A
93RB G 2561.33 12 41.4 24
93RB L 2855.94 4 (3/2)+
93RB B 21.3 9 5.127 19
93RBS B EAV=2532.7 39
93RB G 191.06 8 3.2 3
93RB G 570.16 5 49.4 25 AC
93RB G 686.51 115.6 4
93RB G 891.5 6 1.3 4
93RB G 1005.65 9 6.8 5
93RB G 1214.98 5 73 4 AC
93RB G 1505.76 6 93 5 AC
93RB G 2035.26 7 75 4 AC
93RB G 2349.96 10 306 16 C
93RB G 2531.9 3 5.4 6 A
93RB G 2589.18 15 21.2 14 A
93RB G 2602.61 11 174 9 AC
93RB G 2855.95 11 90 5
93RB L 3002.12 6 1/2+,3/2+
93RB B 4.26 23 5.774 24
93RBS B EAV=2462.1 39
93RB G 1313.44 1412.2 10
93RB G 1360.26 119.4 7 A
93RB G 1651.87 8 28.7 17 A
93RB G 2181.54 12 48 4 AC
93RB G 2496.05 10 95 5 AC
93RB G 2678.0 4 10.9 19
93RB L 3063.35 5 1/2,3/2
93RB B 2.60 14 5.967 24
93RBS B EAV=2432.5 39
93RB G 777.57 10 8.3 6 A
93RB G 852.66 123.9 3
93RB G 1374.78 9 17.6 12 A
93RB G 1713.4 3 12.8 20
93RB G 2557.26 1624.3 17
93RB G 2739.14 1221.1 12
93RB G 2796.56 1615.0 10
93RB G 2809.92 12 18.3 10 A
93RB L 3245.15 9
93RB B 0.20 8 7.01 18
93RBS B EAV=2344.8 39
93RB G 1235.5 3 5.5 9
93RB G 1556.32 1210.3 8
93RB G 1681.9 7 4.0 10
93RB G 1687.4 5 6.0 20
93RB G 2424.26 257.2 8
93RB L 3265.18 13
93RB B 0.2719 6.9 3
93RBS B EAV=2335.1 39
93RB G 519.78 194.0 5
93RB G 1000.5 3 1.9 4
93RB G 1054.55 234.4 5
93RB G 1576.6 6 3.7 10
93RB G 2998.5 3 26 6
93RB L 3280.04 15 1/2,3/2
93RB B 0.86 8 6.37 4
93RBS B EAV=2328.0 39
93RB G 1638.04 19 20.9 19 C
93RB G 1929.7 3 13.2 20
93RB G 3026.5 3 7.2 10
93RB L 3308.32 14 1/2,3/2
93RB B 0.69 6 6.45 4
93RBS B EAV=2314.3 39
93RB G 1139.17 188.0 7 A
93RB G 1666.3 6 3.4 9
93RB G 1745.28 2017.2 18
93RB L 3358.76 14
93RB B 0.22LE 6.9 GE ?
93RBS B EAV=2290.0 39
93RB G 1508.41 239.0 13
93RB G 2852.6 5 7.9 18
93RB G 3105.40 2012.2 10
93RB G 3358.8 105.0 25
93RB L 3464.7 4 1/2(-),3/2
93RB B 0.7323 6.37 14
93RBS B EAV=2238.9 39
93RB G 1822.3 127 6
93RBL G FL=1642.08
93RB G 1823.8 8 14 6
93RBL G FL=1641.07
93RB G 3464.4 1213 4
93RB L 3493.73 12 1/2,3/2
93RB B 1.08 10 6.19 4
93RBS B EAV=2224.9 39
93RB G 491.93 22 3.3 5
93RB G 1528.9 3 6.0 9
93RB G 3226.70 15 41 3 A
93RB L 3551.55 7 1/2,3/2
93RB B 1.73 12 5.96 3
93RBS B EAV=2197.0 39
93RB G 1382.7 3 7.8 16
93RB G 1586.89 7 35.1 20 A
93RB G 1862.68 1211.0 8
93RB G 3298.31 19 26.6 21 A
93RB L 3631.4 3 1/2,3/2
93RB B 0.38 5 6.59 6
93RBS B EAV=2158.5 39
93RB G 1989.3 3 11.7 14
93RB G 3307.2 7 4.2 14
93RB L 3733.98 15
93RB B 0.2313 6.76 25
93RBS B EAV=2109.1 39
93RB G 2913.5 3 8.6 10
93RB G 3467.2 1011 5
93RB L 3777.16 8
93RB B 0.40 8 6.50 9
93RBS B EAV=2088.3 39
93RB G 921.19 10 9.4 7 AC
93RB G 2088.24 1911.3 10
93RB G 2956.68 16 24.8 17 AC
93RB G 3453.3 3 8.4 10
93RB L 3800.90 9
93RB B 0.23 7 6.74 14
93RBS B EAV=2076.9 39
93RB G 555.41 154.3 5
93RB G 1191.49 9 9.6 6 A
93RB G 2160.0 5 2.8 6
93RB G 3294.8 8 8.6 15
93RB L 4050.69 14 1/2,3/2
93RB B 0.4611 6.33 11
93RBS B EAV=1956.6 39
93RB G 316.72 9 10.0 8 A
93RB G 770.7 4 5.7 10
93RB G 1785.8 4 5.1 10
93RB G 1840.1 3 11 3
93RB G 2700.5 3 9.1 11
93RB G 3229.9 7 6.1 20
93RB L 4080.58 9 1/2,3/2
93RB B 0.9111 6.02 6
93RBS B EAV=1942.2 39
93RB G 1471.3 3 15.7 17
93RB G 1794.80 8 36.0 20 A
93RB G 2517.4 6 3.2 7
93RB L 4861.52 11 1/2,3/2
93RB B 0.56 8 5.86 7
93RBS B EAV=1567.4 39
93RB G 1060.53 13 15.9 18 A
93RB G 1616.9 8 2.8 10
93RB G 1798.3 3 7.4 10
93RB G 3220.3 3 7.2 8 A
93RB G 3303.9 8 4.4 13
93RB L 5048.98 12 1/2,3/2
93RB B 0.30 4 6.03 6
93RBS B EAV=1477.8 39
93RB G 1803.71 179.2 8
93RB G 2838.5 3 7.5 9
93RB L 5237.65 13 1/2+,3/2+
93RB B 0.52 5 5.68 5
93RBS B EAV=1387.8 39
93RB G 1157.09 1113.1 10
93RB G 2235.4 8 3.0 9
93RB G 3887.1 4 5.3 8
93RB L 5491.78 14 1/2+,3/2+
93RB B 0.72 6 5.39 4
93RBS B EAV=1266.9 38
93RB G 2826.62 248.1 8
93RB G 3281.1 7 3.3 8
93RB G 3408.09 22 18.9 14 A
93RB G 3482.4 5 4.9 8
93RB L 5496.27 17 1/2+,3/2+
93RB B 0.75 7 5.37 4
93RBS B EAV=1264.8 38
93RB G 1445.64 188.4 9
93RB G 3285.3 3 7.3 8
93RB G 3412.7 5 5.8 10
93RB G 3645.9 5 9.7 22
93RB L 5665.51 11 1/2+,3/2+
93RB B 0.4218 5.51 19
93RBS B EAV=1184.6 38
93RB G 616.51 114.2 3
93RB G 2663.49 2021.2 22
93RB G 3000.5 5 14 6
93RB G 3379.7 4 7.0 10
93RB L 5759.7 3 1/2+,3/2+
93RB B 0.5311 5.35 9
93RBS B EAV=1140.1 38
93RB G 898.0 5 1.8 4
93RB G 2944.6 4 7.3 12
93RB G 3014.7 5 13 4
93RB L 5859.84 12 1/2+,3/2+
93RB B 1.11 9 4.96 4
93RBS B EAV=1092.9 38
93RB G 2082.62 1412.3 9
93RB G 2308.3 5 3.1 7
93RB G 2366.0 6 5.3 20
93RB G 3250.3 3 6.5 7
93RB G 3649.2 4 12.7 22
93RB G 3776.0 3 6.1 7
93RB L 5920.34 11 1/2+,3/2+
93RB B 1.47 12 4.79 4
93RBS B EAV=1064.4 38
93RB G 254.83 5 29 3
93RB G 1058.71 1712.8 17
93RB G 2368.5 6 5.7 20
93RB G 3634.7 3 7.9 9
93RB G 3655.5 5 5.7 9
93RB L 5965.48 18 1/2+,3/2+
93RB B 1.38 12 4.79 4
93RBS B EAV=1043.2 38
93RB G 2606.65 1929.5 24
93RB G 2720.2 4 8.3 10
93RB G 3150.8 5 8.7 21 A
93RB G 3356.0 5 9 3 A
93RB G 3795.8 111.6 5
93RB L 6070.51 19 1/2+,3/2+
93RB B 0.30 3 5.37 5
93RBS B EAV=993.9 38
93RB G 578.73 173.5 4
93RB G 3214.5 3 8.9 9
93RB L 6260.1 5 1/2+,3/2+
93RB B 0.31 9 5.21 13
93RBS B EAV=905.4 38
93RB G 2179.3 124 3
93RB G 3196.8 7 6.0 19
93RB G 3445.1 6 2.7 5
93RB L 6572.20 20 1/2+,3/2+
93RB B 0.51 4 4.72 4
93RBS B EAV=761.1 37
93RB G 1080.6 7 1.7 6
93RB G 2521.47 1619.6 12
93RB L 6725.56 19 1/2+,3/2+
93RB B 1.39 14 4.14 5
93RBS B EAV=691.0 37
93RB G 2948.32 1925.1 17
93RB G 3260.7 5 3.6 6
93RB G 3460.7 6 29 5