203PB 203BI EC DECAY 1976RI10 05NDS 200507
203PB H TYP=FUL$AUT=F.G. KONDEV$CIT=NDS 105, 1 (2005)$CUT=1-Mar-2005$
203PB H TYP=UPD$AUT=N.K.Kuzmenko$CUT=10-JAN-2017$
203PB c 2012Wa38: updated Q(g.s.). Recalculated EAV(beta+).
203PB c 1976Ri10: mass-separated source following (p,xn) reaction of
203PB2c 73-MeV protons on natural lead; Detectors: Ge(Li) and Si(Li);
203PB3c Measured: E|g, I|g, |g|g coin, |a(K)exp, |a(L)exp; Deduced: J|p, level
203PBxc scheme.
203PB cG E,RI$From 1976Ri10, unless otherwise specified. The uncertainties are
203PB2cG the upper limits given by 1976Ri10. Others:
203PB3cG 1970CrZY, 1972Hn01. I|g for E|g<250 keV of 1970CrZY are larger by a
203PB4cG factor of 2-10 when compared to these of 1972Hn01 and 1976Ri10.
203PB cG E(a),RI(a)$From 1972Hn01.
203PB cG E(b),RI(b)$From 1970CrZY.
203PB cG E(F)$Placed by evaluator based only on energy fit
203PB cG M$From |a(K)exp of 1976Ri10 and |a(K)exp and sub-shell ratios of
203PB2cG 1958No30 and 1960St21
203PB cG MR$From |a(K)exp in 1976Ri10.
203PB cL E$From a least-squares fit to E|g.
203PB cL J,T$From adopted levels, unless otherwise specified.
203PB cL E(A)$Configuration=((|n p{-1/2}){+-2}{-0+}(|n f{-5/2}){+-2}{-0+}(|n
203PBxcL f{-5/2}){+-1})
203PB cL E(L)$Configuration=((|n p{-1/2}){+-2}{-0+}(|n f{-5/2}){+-2}{-2+}(|n
203PBxcL f{-5/2}){+-1})
203PB cL E(M)$Configuration=((|n p{-1/2}){+-1}(|n f{-5/2}){+-4}{-0+})
203PB cL E(N)$Configuration=((|n p{-3/2}){+-1}(|n p{-1/2}){+-2}{-0+}(|n
203PBxcL f{-5/2}){+-2}{-0+})
203PB cL E(O)$Admixture of configuration=((|n p{-3/2}){+-1}(|n
203PB2cL p{-1/2}){+-2}{-0+}(|n f{-5/2}){+-2}{-2+}) and configuration=((|n
203PBxcL p{-1/2}){+-1}(|n f{-5/2}){+-4}{-2+})
203PB cL E(B)$Configuration=((|n p{-1/2}){+-2}{-0+}(|n f{-5/2}){+-2}{-0+}(|n
203PBxcL i{-13/2}){+-1})
203PB cL E(C)$Configuration=((|n p{-1/2}){+-2}{-0+}(|n f{-5/2}){+-2}{-2+}(|n
203PBxcL i{-13/2}){+-1})
203BI P 0 9/2- 11.76 H 5 3262 14
203PB N 0.30 2 0.30 2 1 1
203PB cN NR$Deduced using |S(I(|g+ce)[g.s. {+203}Pb])=100% and by assuming that
203PB2cN there is no direct feeding to the {+203}Pb g.s.
203PB3cN The total energy realized in {+203}Bi |e decay is calculated using
203PB4cN RADLST as
203PB5cN 3255 keV {I82}. It is in agreement with Q(g.s.)=3262 keV {I16}, thus
203PB6cN suggesting that the decay scheme is complete
203PB G 166.2 10 0.29
203PB G 220.4 10 0.10
203PB G 299.3 10 0.39
203PB G 311.1 10 0.22
203PB G 416.1 10 0.31
203PB G 429.0 10 0.08
203PB G 452.8 10 0.33
203PB G 459.5 10 0.21
203PB G 462.2 10 0.59 M1 0.139
203PB cG M$|a(K)exp=0.095 {I28} (1976Ri10).
203PBS G KC=0.114 4$LC=0.0192 6$MC=0.00449 14$NC+=0.00146 5
203PB G 465.8 10 0.28 M1 0.136
203PB cG M$|a(K)exp=0.095 {I18} (1976Ri10).
203PBS G KC=0.112 4$LC=0.0188 6$MC=0.00440 14$NC+=0.00143 5
203PB G 508.2 10 0.55
203PB G 511.0 10 1.04
203PB cG E,RI$|g{+|+}
203PB G 547.0 10 0.58
203PB G 590.9 10 0.43 M1 0.0729
203PB cG M$|a(K)exp=0.07 {I3} (1976Ri10).
203PBS G KC=0.0596 18$LC=0.0100 3
203PB G 609.3 6 2.4 5 a
203PB G 621.0 10 1.39
203PB G 623.9 10 0.57
203PB G 626.7 10 1.20 E2+M1 0.040 23
203PB cG M$|a(K)exp=0.029 {I8} (1976Ri10).
203PBS G KC=0.032 19$LC=0.006 3
203PB G 647.0 10 0.50
203PB G 697.4 10 0.54
203PB G 759.0 10 0.9
203PB G 779.9 10 0.39
203PB G 788.2 10 0.31
203PB G 871.0 10 0.79
203PB G 904.1 10 0.72
203PB G 906.7 10 0.84
203PB G 911.7 10 0.75
203PB G 995.1 10 0.51
203PB G 1007.0 10 0.37
203PB G 1024.3 10 0.41
203PB G 1044.0 10 0.82
203PB G 1058.8 10 0.35
203PB G 1096.6 10 0.39
203PB G 1123.9 10 1.02 M1 0.0139
203PB cG M$|a(K)exp=0.014 {I5} (1976Ri10).
203PBS G KC=0.0114 4$LC=0.00188 6
203PB G 1143.8 10 0.35
203PB G 1171.8 6 3.0 7 a
203PB G 1261.9 10 0.39
203PB G 1303.3 10 1.65
203PB G 1307.5 10 0.57
203PB G 1343.4 10 0.57
203PB G 1358.1 10 0.20
203PB G 1374.2 10 0.36
203PB G 1381.3 10 0.95
203PB G 1385.6 10 1.27
203PB G 1395.6 10 1.04
203PB G 1409.9 10 2.40
203PB G 1431.0 10 0.41
203PB G 1546.8 10 2.0 LE a
203PB G 1554.8 10 1.4 LE a
203PB G 1578.5 10 0.13
203PB G 1582.0 10 0.10
203PB G 1589.3 10 0.67
203PB G 1608.4 10 0.41
203PB G 1615.0 8 1.6 LE a
203PB G 1689.9 6 0.62 19 a
203PB G 1716.3 10 1.87
203PB G 1739.0 10 0.86
203PB G 1812.3 10 0.27
203PB G 1930.9 10 0.55
203PB G 1939.3 10 0.43
203PB G 1951.8 10 0.11
203PB G 1968.0 10 0.10
203PB G 1991.0 10 0.40 E2,M1
203PB cG M$|a(K)exp=0.0020 {I13} (1976Ri10).
203PB G 2075.2 10 0.12
203PB G 2078.2 10 1.57
203PB G 2113.2 10 0.39
203PB G 2204.0 5 0.57 19 a
203PB G 2270.2 10 0.11
203PB G 2331.6 10 1.1
203PB G 2362.2 10 0.14
203PB G 2428.9 10 0.87
203PB G 2584.2 10 0.22
203PB G 2651.0 10 0.08
203PB G 2682.8 10 0.03
203PB G 2716.7 10 0.01
203PB G 2884.3 10 0.02
203PB G 2945.4 10 0.07
203PB L 0 5/2- 51.92 H 3 A
203PB E 0.001 LT 0.009 LT 11.2 GT 0.01 LT S
203PBS E EAV=1012.6 62$CK=0.7131 25$CL=0.1296 5$CM+=0.04224 16
203PB cE LOGFT from syst of second-forbidden transitions
203PB L 126.5 3 1/2- 75 NS 3 M
203PB cL T$From 1961Be29. Other: T{-1/2}=55 ns {I5} (1960Be19).
203PB G 126.5 10 4.0 8 E2 2.43
203PB cG M$K/L=0.17 {I2}, L1/L2<0.16, L2/L3=1.41 {I11} (1960St21);
203PB2cG (L1+L2)/L3=1.5 {I6} (1958No30).
203PBS G KC=0.433 13$LC=1.48 5$MC=0.389 12$NC+=0.126 4
203PB L 186.6 3 3/2- N
203PB G 60.13 5 1.1 2 M1 8.05 a
203PB cG M$L1/L2=9.2 {I10}, L3/L2<0.2 (1960St21).
203PBS G LC= 6.14 $MC= 1.438 $NC+= 0.472
203PB G 186.6 5 10.5 5 M1(+E2) 0.4 LT 1.58 8
203PB cG M$|a(K)exp=1.29 {I12}(1976Ri10); K/L=5.8 {I4}, L1/L2=8.7 {I15},
203PB2cG L1/L3>20 (1960Be19); K/L=5.0 {I15} (1958No30).
203PBS G KC=1.27 8$LC=0.235 2$MC=0.0556 10$NC+=0.0182 3
203PB L 595.1 5 3/2- L
203PB G 468.8 10 0.76 15 M1+E2 0.6 3 0.108 19
203PB cG M$|a(K)exp=0.084 {I16} (1976Ri10).
203PBS G KC=0.087 16$LC=0.0157 19$MC=0.0037 5$NC+=0.00121 14
203PB G 595.3 10 1.6 3 E2+M1 2.9 22 0.03 3
203PB cG M$|a(K)exp=0.019 {I3} (1976Ri10).
203PBS G KC=0.019 25$LC=0.005 4
203PB L 820.3 3 7/2- L
203PB E 0.09 5 3.1 17 8.43 25 3.2 18
203PBS E EAV=651.7 62$CK=0.7798 12$CL=0.1439 3$CM+=0.04704 10
203PB G 633.8 3 4.6 LE [E2] 0.0172 b ?
203PB cG E$Placement based on |g|g coin of 1970CrZY; data of 1976Ri10,
203PB2cG however, suggest that most of I|g deexcites the 2667 level.
203PBS G KC=0.0128 4$LC=0.00329 10
203PB G 820.2 5 100 5 E2+M1 5.2 20 0.010712
203PB cG M$|a(K)exp=0.0083 {I9} (1976Ri10); K/L=4.5 {I15} (1958No30);
203PB2cG K/(L1+L2)=4.9 {I10} (1960St21).
203PBS G KC=0.0084 10$LC=0.00176 14
203PB L 825.2 3 13/2+ 6.21 S 11 BM1
203PB E 0.052 10 6.9 13 9.41 9 7.0 13 1U
203PBS E EAV=652.4 59$CK=0.7865 2$CL=0.15491 22$CM+=0.05117 9
203PB G 4.9 0.78E-9 [E3] 5.9E+9 4.6 5 S
203PB cG TI$From {+203}Pb IT decay
203PB G 825.2 5 49.3 25 M4 0.301
203PB cG M$K/L=3.4 {I6} (1958No30); K/(L1+L2)=3.7 {I3} (1960St21)
203PBS G KC=0.217 7$LC=0.0631 19
203PB DG CC M4 CC(THEORY)'S MULT. BY 0.975 5 (Cf. 1990Ne01)
203PB L 866.4 5 5/2- L
203PB G 271.1 10 0.48 9 E2+M1 1.7 9 0.27 15
203PB cG M$|a(K)exp=0.18 {I5} (1976Ri10)
203PBS G KC=0.18 14$LC=0.063 9$MC=0.0158 17$NC+=0.0051 6
203PB G 740.1 10 1.3 3 E2 0.0123
203PB cG M$|a(K)exp=0.014 {I7} (1976Ri10)
203PBS G KC=0.0095 3$LC=0.00217 7
203PB G 866.5 10 5.0 10 E2(+M1) 0.018 9
203PB cG M$|a(K)exp=0.0070 {I16} (1976Ri10)
203PBS G KC=0.015 8$LC=0.0026 11
203PB L 896.9 3 9/2- L
203PB E 0.063 25 2.5 10 8.49 17 2.6 10
203PBS E EAV=618.2 62$CK=0.7834 10$CL=0.1449 3$CM+=0.04736 10
203PB G 896.9 5 44.1 22 E2
203PB cG M$|a(K)exp=0.0075 {I9} (1976Ri10)
203PBS G CC=0.0083$KC=0.00656 20$LC=0.00135 4
203PB L 933.1 3 5/2- O
203PB G 746.45 2 3.9 8 M1+E2 0.5 4 0.034 7 *
203PB cG M$|a(K)exp=0.027 {I5} (1976Ri10)
203PBS G KC=0.028 6$LC=0.0048 9
203PB G 933.4 104.9 10 M1 0.0223
203PB cG M$|a(K)exp=0.022 {I3} (1976Ri10).
203PBS G KC=0.0183 6$LC=0.00303 9
203PB L 1033.8 3 7/2-
203PB E 0.01 2 0.6 10 9.1 8 0.6 10
203PBS E EAV=558.3 62$CK=0.7886 8$CL=0.14645 24$CM+=0.04790 9
203PB G 100.5 10 0.19 4 [M1+E2] 8.0 17
203PBS G KC=4 4$LC=2.8 15$MC=0.7 4$NC+=0.24 13
203PB G 136.8 10 0.84 17 M1+E2 1.4 3 2.5 3
203PB cG M$|a(K)exp=1.33 {I23} (1976Ri10)
203PBS G KC=1.3 4$LC=0.88 6$MC=0.225 16$NC+=0.073 6
203PB G 847.2 5 28.7 14 E2
203PB cG M$|a(K)exp=0.0070 {I16} (1976Ri10).
203PBS G CC=0.0094$KC=0.00730 22$LC=0.00154 5
203PB G 1033.7 5 29.8 15 M1+E2 0.6 2 0.014314
203PB cG M$|a(K)exp=0.0114 {I13} (1976Ri10); K/L=5.0 {I10} (1958No30); K/L>4.8
203PBxcG (1960St21).
203PBS G KC=0.0117 12$LC=0.00197 18
203PB L 1161.1 4 7/2-
203PB E 0.018 9 1.6 8 8.59 22 1.6 8
203PBS E EAV=502.7 62$CK=0.7923 6$CL=0.14775 22$CM+=0.04836 8
203PB G 264.2 5 17.7 9 M1+E2 0.4 3 0.57 9
203PB cG M$|a(K)exp=0.44 {I5} (1976Ri10); K/L=5.0 {I15} (1958No30);
203PB2cG K/(L1+L2)=5.2 {I5} (1960St21).
203PBS G KC=0.46 9$LC=0.085 5$MC=0.0201 9$NC+=0.0065 3
203PB G 974.3 10 0.28 6 [E2] ?
203PBS G CC=0.00709$KC=0.00561 17$LC=0.00111 4
203PB L 1198.6 4 9/2-
203PB E 0.007 5 0.7 5 8.9 4 0.7 5
203PBS E EAV=486.3 97$CK=0.7932 5$CL=0.14811 21$CM+=0.04849 8
203PB G 378.0 10 0.97 19 M1 0.238
203PB cG M$|a(K)exp=0.20 {I4} (1976Ri10)
203PBS G KC=0.195 6$LC=0.0331 10$MC=0.00774 24$NC+=0.00251 8
203PB G 1198.6 10 6.8 14 E2
203PB cG M$|a(K)exp=0.004 {I1} (1976Ri10)
203PBS G CC=0.00475$KC=0.00383 12$LC=0.00070 2
203PB L 1203.1 5 (7/2)-
203PB G 306.1 10 0.10 2 [M1] 0.421
203PBS G KC=0.344 11$LC=0.0588 18$MC=0.0138 5$NC+=0.00446 14
203PB G 1203.1 10 5.2 10 M1(+E2) 0.5 5 0.010321
203PB cG M$|a(K)exp=0.0080 {I16} (1976Ri10)
203PBS G KC=0.0084 18$LC=0.0014 3
203PB L 1536.5 4 (7/2)-
203PB E 0.019 3 8.0 7 7.71 4 8.0 7
203PBS E EAV=337.9 62$CK=0.7970$CL=0.15104 19$CM+=0.04956 7
203PB G 375.1 10 1.20 24 M1+E2 1.7 7 0.11 5
203PB cG M$|a(K)exp=0.078 {I16} (1976Ri10)
203PBS G KC=0.08 4$LC=0.021 4$MC=0.0052 9$NC+=0.0017 3
203PB G 1350.3 10 0.37 7 [E2]
203PBS G CC=0.00380$KC=0.00308 10$LC=0.00054 2
203PB G 1536.5 5 25.5 13 M1
203PB cG M$|a(K)exp=0.0041 {I8} (1976Ri10); K/L=6.0 {I15} (1958No30).
203PBS G CC=0.00517$KC=0.00517 16
203PB L 1547.7 4 9/2+
203PB E 0.0077 15 3.5 5 8.06 7 3.5 5
203PBS E EAV=333.1 62$CK=0.7971$CL=0.15113 19$CM+=0.04960 7
203PB G 349.1 10 0.43 9 [E1] 0.0210
203PBS G KC=0.0172 6$LC=0.00287 9$MC=0.00067 2$NC+=0.00021 1
203PB G 513.5 10 3.37 LT E1
203PB cG M$|a(K)exp=0.014 {I3} (1976Ri10)
203PBS G CC=0.0091$KC=0.00750 23$LC=0.00120 4
203PB G 651.5 10 0.15 3 [E1]
203PBS G CC=0.00563$KC=0.00465 14$LC=0.00073 2
203PB G 722.4 5 16.1 8 E2 0.0130
203PB cG M$K/L=3.3 {I10} (1958No30)
203PBS G KC=0.0099 3$LC=0.00231 7
203PB L 1592.9 6(7/2,9/2)-
203PB E 0.0021 5 1.22 24 8.49 9 1.22 24
203PBS E EAV=312.9 62$CK=0.7971$CL=0.15151 19$CM+=0.04974 7
203PB G 558.9 10 0.55 11 M1 0.084
203PB cG M$|a(K)exp=0.083 {I21} (1976Ri10)
203PBS G KC=0.0689 21$LC=0.0116 4
203PB G 772.7 10 0.71 14 [M1] 0.0363
203PBS G KC=0.0297 9$LC=0.00495 15
203PB G 1592.7 10 3.7 7 M1,E2
203PB cG M$|a(K)exp=0.0031 {I8} (1976Ri10)
203PBS G CC=0.0035 13$KC=0.0035 13
203PB L 1641.6 4 9/2+ C
203PB E 0.0027 7 2.2 5 8.21 10 2.2 5
203PBS E EAV=284.6 99$CK=0.79696 9$CL=0.15192 19$CM+=0.04990 8
203PB G 816.3 5 13.6 7 E2 0.0101
203PB cG M$|a(K)exp=0.0090 {I14} (1976Ri10)
203PBS G KC=0.00784 24$LC=0.00169 5
203PB L 1682.6 5(5/2,7/2)-
203PB E 0.56 19 8.78 15 0.56 19
203PBS E CK=0.7968 2$CL=0.15227 20$CM+=0.05003 8
203PB G 483.8 10 0.90 18 [M1] 0.123
203PBS G KC=0.101 3$LC=0.0170 6$MC=0.00398 12$NC+=0.00130 4
203PB G 1087.8 10 1.3 3 [E2]
203PBS G CC=0.00572$KC=0.00457 14$LC=0.00086 3
203PB G 1496.2 10 1.8 4 [E2]
203PBS G CC=0.00314$KC=0.00255 8$LC=0.00044 1
203PB L 1802.4 4 (7/2)+
203PB E 0.3 4 9.0 6 0.3 4
203PBS E CK=0.7959 3$CL=0.15335 22$CM+=0.05045 9
203PB G 120.0 100.19 4 [E1] 0.281
203PBS G KC=0.225 7$LC=0.0431 13$MC=0.0101 3$NC+=0.00324 10
203PB G 768.8 101.4 3 [E1]
203PBS G CC=0.00409$KC=0.00339 11$LC=0.00053 2
203PB G 869.2 101.7 4 E1
203PB cG M$|a(K)exp=0.006 {I4} (1976Ri10)
203PBS G CC=0.00324$KC=0.00269 8$LC=0.00042 1
203PB G 936.0 102.5 5 E1
203PB cG M$|a(K)exp=0.0045 {I21} (1976Ri10)
203PBS G CC=0.00283$KC=0.00235 7$LC=0.00036 1
203PB G 1802.3 103.1 6 [E1]
203PB L 1894.9 8 9/2(+)
203PB E 0.04 4 9.8 5 0.04 4
203PBS E CK=0.7948 3$CL=0.15428 24$CM+=0.05082 10
203PB G 861.2 100.45 9 [E1]
203PBS G CC=0.00330$KC=0.00274 9$LC=0.00042 1
203PB G 1070.1 102.4 5 (E2) ?
203PB cG M$|a(K)exp=0.0053 {I17} (1976Ri10). Value contaminated by 1068.3|g.
203PBS G CC=0.00590$KC=0.00471 15$LC=0.00089 3
203PB L 2034.2 5(7/2)+
203PB G 392.5 101.13 23 M1+E2 0.7 3 0.16 3
203PB cG M$|a(K)exp=0.122 {I23} (1976Ri10)
203PBS G KC=0.13 3$LC=0.025 3$MC=0.0059 7$NC+=0.00191 21
203PB G 486.6 100.39 8 [M1] 0.121
203PBS G KC=0.099 3$LC=0.0167 5$MC=0.00392 12$NC+=0.00128 4
203PB G 1000.3 103.3 7 E1
203PB cG M$|a(K)exp=0.0030 {I16} (1976Ri10)
203PBS G CC=0.00251$KC=0.00208 7$LC=0.00032 1
203PB G 1166.9 100.53 11 [E1] ?
203PBS G CC=0.00191$KC=0.00159 5$LC=0.00024 1
203PB L 2048.7 5 (9/2+,11/2-)
203PB E 0.60 18 8.50 14 0.60 18
203PBS E CK=0.7923 5$CL=0.1561 3$CM+=0.05154 12
203PB G 501.4 10 0.63 13
203PB G 1151.5 10 0.47 9
203PB G 1223.7 10 2.5 5 E2,E1
203PB cG M$|a(K)exp=0.0028 {I12} (1976Ri10)
203PBS G CC=0.0032 14$KC=0.0026 11$LC=0.00044 23
203PB G 1228.4 10 0.74 15 ?
203PB L 2078.9 6(11/2)+
203PB E 0.9 3 8.30 15 0.9 3
203PBS E CK=0.7918 5$CL=0.1565 4$CM+=0.05170 13
203PB G 531.2 10 0.31 6 [M1] 0.096
203PBS G KC=0.0788 24$LC=0.0133 4
203PB G 542.8 10 0.76 8 [M2] 0.256 ?
203PBS G KC=0.200 6$LC=0.0416 13
203PB G 1253.8 10 4.2 8 M1 0.0105
203PB cG M$|a(K)exp=0.0067 {I32} (1976Ri10)
203PBS G KC=0.0086 3$LC=0.00142 5
203PB L 2371.8 4 (7/2)+
203PB G 337.9 10 0.58 12 [M1] 0.322
203PBS G KC=0.263 8$LC=0.0448 14$MC=0.0105 4$NC+=0.00340 11
203PB G 477.0 10 0.29 5 [M1] 0.128
203PBS G KC=0.105 4$LC=0.0177 6$MC=0.00413 13$NC+=0.00135 4
203PB G 569.3 10 4.1 8 M1 0.0803
203PB cG M$|a(K)exp=0.068 {I7} (1976Ri10)
203PBS G KC=0.0657 20$LC=0.0110 4
203PB G 1337.3 10 1.26 25 [E1]
203PBS G CC=0.00151$KC=0.00126 4$LC=0.00019 1
203PB G 1438.1 10 2.2 4 (E1)
203PB cG M$|a(K)exp=0.00036 {I20} (1976Ri10). E2 multipolarity cannot be
203PB2cG unambiguously excluded.
203PBS G CC=0.00133$KC=0.00111 4$LC=0.00017 1
203PB G 2372.3 10 0.14 3 [E1]
203PB L 2388.0 4(9/2)+
203PB E 0.3 LT 8.5 GT 0.3 LT
203PBS E CK=0.7832 9$CL=0.1627 7$CM+=0.0541 3
203PB G 339.7 10 0.55 11 [M1] 0.317
203PBS G KC=0.259 8$LC=0.0442 14$MC=0.0104 4$NC+=0.00335 10
203PB G 746.45 2 3.9 LT M1(+E2) 0.5 4 0.034 7 *
203PB cG M$|a(K)exp=0.027 {I5} (1976Ri10)
203PBS G KC=0.028 6$LC=0.0048 9
203PB G 1184.4 10 1.7 3 [E1] ?
203PB cG M$|a(K)exp=0.007 {I3} (1976Ri10). M1 and E2 multipolarities cannot be
203PB2cG unambiguously excluded.
203PBS G CC=0.00186$KC=0.00155 5$LC=0.00023 1
203PB G 1562.5 10 0.47 9 [E2]
203PBS G CC=0.00236$KC=0.00236 7
203PB L 2472.3 6 (9/2+,11/2-)
203PB E 0.38 7 8.29 9 0.38 7
203PBS E CK=0.7794 12$CL=0.1654 8$CM+=0.0552 4
203PB G 924.5 10 0.68 14
203PB G 1274.2 10 0.32 6
203PB G 1311.0 10 0.42 8
203PB G 1646.8 10 0.35 7
203PB L 2568.8 5 (9/2)+
203PB E 3.6 5 7.19 7 3.6 5
203PBS E CK=0.7739 16$CL=0.1693 11$CM+=0.0568 5
203PB G 490.2 10 0.37 7 [M1] 0.119
203PBS G KC=0.097 3$LC=0.0164 5$MC=0.00384 12$NC+=0.00125 4
203PB G 1365.5 10 0.42 8 [E1]
203PBS G CC=0.00146$KC=0.00122 4$LC=0.00018 1
203PB G 1370.1 10 1.22 24 [E1]
203PBS G CC=0.00145$KC=0.00121 4$LC=0.00018 1
203PB G 1407.9 10 3.2 6 [E1]
203PBS G CC=0.00138$KC=0.00115 4$LC=0.00017 1
203PB G 1743.5 10 0.85 17 [E2]
203PB G 1748.5 10 6.4 13 E1
203PB cG M$|a(K)exp=0.00034 {I17} (1976Ri10).
203PB L 2620.1 7 (7/2,9/2)+
203PB E 1.38 22 7.53 8 1.38 22
203PBS E CK=0.7701 19$CL=0.1720 14$CM+=0.0579 6
203PB G 1417.1 10 0.65 13 [E1]
203PBS G CC=0.00137$KC=0.00114 4$LC=0.00017 1
203PB G 1421.1 10 0.85 17 [E1]
203PBS G CC=0.00136$KC=0.00114 4$LC=0.00017 1
203PB G 1800.1 10 3.1 6 (E1)
203PB cG M$|a(K)exp=0.00066 {I25} (1976Ri10). Value interfered by that for the
203PB2cG 1802.3|g.
203PB L 2667.8 3 (7/2,9/2)+
203PB E 20.3 16 6.28 6 20.3 16
203PBS E CK=0.7659 23$CL=0.1750 16$CM+=0.0591 7
203PB G 295.8 100.28 6 [M1] 0.462
203PBS G KC=0.377 12$LC=0.0646 20$MC=0.0151 5$NC+=0.00490 15
203PB G 633.8 104.5 9 E2+M1 2.0 18 0.03 4
203PB cG M$|a(K)exp=0.020 {I5} (1976Ri10)
203PBS G KC=0.02 3$LC=0.004 4
203PB G 985.0 101.0 2 [E1]
203PBS G CC=0.00258$KC=0.00214 7$LC=0.00033 1
203PB G 1074.8 100.97 19 [E1]
203PBS G CC=0.00220$KC=0.00183 6$LC=0.00028 1
203PB G 1120.2 102.4 5 (M1) 0.0140
203PB cG M$|a(K)exp=0.018 {I8} (1976Ri10)
203PBS G KC=0.0115 4$LC=0.00190 6
203PB G 1464.8 102.1 4 [E1]
203PBS G CC=0.00129$KC=0.00108 4$LC=0.00016 1
203PB G 1469.2 101.5 3 [E1]
203PBS G CC=0.00129$KC=0.00107 4$LC=0.00016 1
203PB G 1506.7 5 12.4 6 E1
203PB cG M$|a(K)exp=0.0011 {I3} (1976Ri10).
203PBS G CC=0.00103$KC=0.00103 3
203PB G 1634.0 102.2 4 [E1]
203PB G 1770.7 101.7 4 [E1]
203PB G 1847.3 5 38.6 19 E1
203PB cG M$|a(K)exp=0.00053 {I9} (1976Ri10); |a(K)exp=0.00074 {I21} (1958No30)
203PB G 2668.3 100.20 4 [E1,M2]
203PB L 2713.4 3 9/2+
203PB E 21.5 17 6.17 6 21.5 17
203PBS E CK=0.761 3$CL=0.1785 20$CM+=0.0605 8
203PB G 325.5 10 0.22 4 [M1] 0.356
203PBS G KC=0.291 9$LC=0.0497 15$MC=0.0116 4$NC+=0.00377 12
203PB G 665.0 10 0.36 7 [M1] 0.0535
203PBS G KC=0.0438 14$LC=0.00733 22
203PB G 1177.0 10 0.37 7 [E1]
203PBS G CC=0.00188$KC=0.00157 5$LC=0.00024 1
203PB G 1510.4 10 1.19 24 [E1]
203PBS G CC=0.00102$KC=0.00102 3
203PB G 1552.6 10 5.0 10 (E1)
203PB cG M$|a(K)exp=0.00074 {I5} (1976Ri10). Value interfered by that for the
203PB2cG 1550.6|g.
203PBS G CC=0.00098$KC=0.00098 3
203PB G 1679.6 5 29.6 15 E1
203PB cG M$|a(K)exp=0.00073 {I12} (1976Ri10)
203PB G 1779.1 10 0.14 3 [M2,E3]
203PB G 1816.4 10 1.4 3 [E1]
203PB G 1888.0 10 6.5 13 E2
203PB cG M$|a(K)exp=0.0015 {I2} (1976Ri10)
203PB G 1893.0 5 27.6 14 (E1)
203PB cG M$|a(K)exp=0.00056 {I9} (1976Ri10).
203PB G 2118.2 10 0.59 12 [E3] ?
203PB G 2527.2 10 0.10 2 [E3] ?
203PB G 2713.0 10 0.08 2 [M2]
203PB L 2748.511 (11/2-)
203PB E 1.1 3 7.40 13 1.1 3
203PBS E CK=0.757 4$CL=0.1817 23$CM+=0.0617 10
203PB G 1928.2 103.8 8 (E2)
203PB cG M$|a(K)exp=0.0013 {I4} (1976Ri10)
203PB L 2753.6 4 9/2+
203PB E 7.9 7 6.53 6 7.9 7
203PBS E CK=0.756 4$CL=0.1822 24$CM+=0.0619 10
203PB G 381.7 10 4.3 9 M1(+E2) 0.7 7 0.17 6
203PB cG M$|a(K)exp=0.15 {I3} (1976Ri10); K/L=5.0 {I15} (1958No30)
203PBS G KC=0.14 5$LC=0.027 6$MC=0.0064 12$NC+=0.0021 4
203PB G 674.8 10 0.34 7 [M1] 0.0515
203PBS G KC=0.0422 13$LC=0.00705 22
203PB G 704.4 10 0.48 10 [M1] 0.0461
203PBS G KC=0.0377 12$LC=0.00630 19
203PB G 719.0 10 1.3 3 M1+E2 0.7 3 0.034 6
203PB cG M$|a(K)exp=0.026 {I8} (1976Ri10)
203PBS G KC=0.027 5$LC=0.0048 7
203PB G 951.6 10 0.77 15 [M1] 0.0212
203PBS G KC=0.0174 6$LC=0.00289 9
203PB G 1112.0 10 2.4 5 M1(+E2) 0.8 LT 0.012517
203PB cG M$|a(K)exp=0.010 {I3} (1976Ri10)
203PBS G KC=0.0103 15$LC=0.00172 22
203PB G 1206.2 10 0.50 10 [M1] 0.0116
203PBS G KC=0.0095 3$LC=0.00157 5
203PB G 1550.6 10 2.6 5 (E1)
203PB cG M$|a(K)exp=0.00074 {I5} (1976Ri10). Value interfered by that for the
203PB2cG 1552.6|g.
203PBS G CC=0.00098$KC=0.00098 3
203PB G 1719.7 5 11.5 5 E1
203PB cG M$|a(K)exp=0.00068 {I24} (1976Ri10)
203PB G 1856.5 10 0.98 20 [E1]
203PB G 2158.9 10 0.13 3 [E3]
203PB G 2567.4 10 0.10 2 [E3] F
203PB L 2774.6 6(7/2,9/2-)
203PB E 1.13 15 7.33 8 1.13 15
203PBS E CK=0.753 4$CL=0.184 3$CM+=0.0629 11
203PB G 880.0 10 0.30 6 ?
203PB G 1091.7 10 0.57 11
203PB G 1576.0 10 0.46 10
203PB G 1841.9 10 1.6 3
203PB G 1908.2 10 1.15 23
203PB L 2794.2 5 (9/2)+
203PB E 1.47 22 7.17 9 1.47 22
203PBS E CK=0.749 5$CL=0.187 3$CM+=0.0638 12
203PB G 322.0 10 0.51 10
203PB G 406.3 10 1.25 25 M1(+E2) 0.5 5 0.17 5
203PB cG M$|a(K)exp=0.13 {I4} (1976Ri10)
203PBS G KC=0.13 4$LC=0.024 5$MC=0.0057 10$NC+=0.0019 3
203PB G 421.8 10 1.3 3 E2+M1 2.4 6 0.065 12
203PB cG M$|a(K)exp=0.046 {I5} (1976Ri10)
203PBS G KC=0.047 11$LC=0.0133 12$MC=0.0033 3$NC+=0.00106 9
203PB G 1153.5 10 0.66 13
203PB G 1246.1 10 1.8 4 M1 0.0107
203PB cG M$|a(K)exp=0.0072 {I10} (1976Ri10)
203PBS G KC=0.0088 3$LC=0.00144 5
203PB L 2821.1 5 (7/2,9/2)+
203PB E 1.38 21 7.14 9 1.38 21
203PBS E CK=0.744 5$CL=0.190 4$CM+=0.0653 14
203PB G 252.2 100.35 7 E2+M1 1.4 4 0.37 9
203PB cG M$|a(K)exp=0.26 {I5} (1976Ri10)
203PBS G KC=0.26 8$LC=0.084 4$MC=0.0209 7$NC+=0.0067 2
203PB G 432.5 100.45 9 [M1] 0.166
203PBS G KC=0.136 4$LC=0.0230 7$MC=0.00537 17$NC+=0.00175 6
203PB G 449.9 100.13 3 [M1] 0.149
203PBS G KC=0.122 4$LC=0.0207 7$MC=0.00483 15$NC+=0.00157 5
203PB G 1787.6 100.64 13 [E1]
203PB cG M$|a(K)exp=0.0053 {I20} (1976Ri10) requires M1 or E2 mult
203PB G 2000.7 102.8 6 E1
203PB cG M$|a(K)exp=0.00046 {I21} (1976Ri10)
203PB L 2870.5 5 (7/2,9/2)+
203PB E 1.64 22 6.93 9 1.64 22
203PBS E CK=0.732 7$CL=0.199 5$CM+=0.0687 20
203PB G 157.3 100.20 4
203PB G 202.2 100.25 5 E2+M1 1.4 3 0.72 11
203PB cG M$|a(K)exp=0.46 {I8} (1976Ri10)
203PBS G KC=0.47 11$LC=0.187$MC=0.0470 6$NC+=0.0152 2
203PB G 498.5 102.2 4 M1+E2 0.5 2 0.097 11
203PB cG M$|a(K)exp=0.077 {I8} (1976Ri10)
203PBS G KC=0.079 10$LC=0.0139 12$MC=0.0033 3$NC+=0.00107 9
203PB G 1068.3 102.0 4 E2+M1 3.5 19
203PB cG M$|a(K)exp=0.0053 {I17} (1976Ri10). Value interfered by that for the
203PB2cG 1070.1|g.
203PBS G CC=0.0067 21$KC=0.0053 17$LC=0.0010 3
203PB G 1188.2 100.43 9
203PB L 2964.511 (7/2,9/2,11/2-) ?
203PB E 0.24 5 7.45 14 0.24 5
203PBS E CK=0.694 15$CL=0.226 11$CM+=0.080 5
203PB G 2144.2 10 0.79 16
203PB L 3006.7 6 (9/2+,11/2)
203PB E 0.98 12 6.64 13 0.98 12
203PBS E CK=0.661 25$CL=0.249 18$CM+=0.090 8
203PB G 212.5 10 0.92 18
203PB G 618.7 10 1.21 24
203PB G 927.7 10 0.67 13
203PB G 2181.6 10 0.46 9
203PB L 3016.8 5 (7/2-,9/2-)
203PB E 1.39 21 6.44 15 1.39 21
203PBS E CK=0.65 3$CL=0.257 20$CM+=0.093 9
203PB G 196.1 10 0.29 6 [E1] 0.0825 ?
203PBS G KC=0.0669 20$LC=0.0119 4$MC=0.00278 9$NC+=0.00088 3
203PB G 982.3 10 0.61 12 [E1]
203PBS G CC=0.00259$KC=0.00215 7$LC=0.00033 1
203PB G 1214.3 10 0.75 15 [E1]
203PBS G CC=0.00178$KC=0.00148 5$LC=0.00022 1
203PB G 1983.1 10 3.0 6 M1+E2 4 3
203PB cG M$|a(K)exp=0.0016 {I7} (1976Ri10)
203PB G 2084.0 10 0.20 4 [M1,E2]
203PB G 2196.3 10 0.08 2 [M1] F
203PB L 3045.0 7(7/2,9/2)+
203PB E 2.2 4 6.07 18 2.2 4
203PBS E CK=0.61 5$CL=0.28 3$CM+=0.104 14
203PB G 331.3 10 0.70 14
203PB G 657.9 10 0.75 15 ?
203PB G 2011.4 10 6.0 12 E1
203PB cG M$|a(K)exp=0.00052 {I14} (1976Ri10)
203PB G 2224.8 10 0.56 11