List of levels for 126BA

Authors: H. Iimura, J.Katakura, S. Ohya | Citation: Nucl. Data Sheets 180, 1 (2022) | Cutoff date: 1-Oct-2021

Mass measurement: 1999Am05: Mass excess =-82675 14 keV.

E(level): From a least-squares fit to E(γ’s). Uncertainty of 1 keV is given for each Eγ without uncertainty

J^π(level): From γ(θ) and linear pol. and/or RUL in (HI,xnγ), unless otherwise noted. Band structures in (HI,xnγ) are also considered.

T_1/2(level): From (HI,xnγ), unless otherwise noted.

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
256.02	2+	136 ps 5	256.04 8	E2		0.0758	B(E2)(W.u.)=94 4, α=0.0758
711.10	4+	5.99 ps 12	455.05 6	E2		0.0128	B(E2)(W.u.)=127 3, α=0.0128
873.57	2+		617.45 7	M1+E2	+5 +2-1
1236.24	3+		362.71 9	E2(+M1)		0.028	α=0.028 3
	3+		525.2 1	M1+E2	-1.7 2
	3+		980.2 9	M1+E2	+5.5 +11-9
1295.99	2(+)		1040.0 1	(M1+E2)	+1.9 +11-9
1332.47	6+	0.94 ps 4	621.35 6	E2			B(E2)(W.u.)=173 8
1345.45	4+		471.85 7	E2		0.0116	α=0.0116
1345.45	4+		634.30 7	M1+E2	+1.4 +80-3
1890.20	6(+)		557.89 19	(M1+E2)	+2.8 +24-9
2056.13	4-		313.45 15	M1+E2	-2.0 +9-13	0.0403	α=0.0403 11
2089.67	8+	0.284 ps 21	757.2 1	E2			B(E2)(W.u.)=213 16
2247.61	3-,5-		505.1 2	E2(+M1)		0.0114	α=0.0114 17
2303.43	7-	3.3 ps 11	970.97 1	E1			B(E1)(W.u.)=8.E-5 3
2429.61	6(-)		174.4 1	D(+Q)	+0.03 5
2429.61	6(-)		490.8 1	(M1+E2)	-1.2 4	0.0118	α=0.0118 7
2609.37	7(-)		179.8 1	D+Q	-0.13 5
2786.61	9-	2.8 ps 4	483.2 1	E2		0.0108	B(E2)(W.u.)=100 16, α=0.0108
2786.61	9-	2.8 ps 4	696.8 1	E1			B(E1)(W.u.)=0.000145 25
2813.30	8(-)		204.0 1	D+Q	-0.34 5
2942.07	10+	0.173 ps 21	852.4 1	E2			B(E2)(W.u.)=194 24
3096.48	9(-)		283.2 1	D+Q	-0.37 5
3375.37	11-	1.39 ps 21	433.3 1	D+Q	-0.05 5
3375.37	11-	1.39 ps 21	588.7 1	E2			B(E2)(W.u.)=144 22
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
3419.91	10(-)		323.4 1	D+Q	-0.5 1
3746.84	11(-)		326.7 3	D+Q	-0.5 1
3747.40	12+	0.38 ps +6-4	805.3 1	E2			B(E2)(W.u.)=116 15
4078.89	13-	0.35 ps 14	703.5 1	E2			B(E2)(W.u.)=2.5×10² +16-8
4419.63	14+	0.69 ps 5	532	E2			B(E2)(W.u.)=21 5
4419.63	14+	0.69 ps 5	672.2 1	E2			B(E2)(W.u.)=153 12
4900.27	15-	0.35 ps 14	821.4 1	E2			B(E2)(W.u.)=1.2×10² +8-4
5244.72	16+	0.32 ps 6	825.1 1	E2			B(E2)(W.u.)=123 +29-20
5806.39	17-	0.28 ps 14	906.1 1	E2			B(E2)(W.u.)=9.×10¹ +9-3
6195.2	18+	< 0.5 ps	950.8 5	E2			B(E2)(W.u.)>39

Q(β-)=-7700 keV 90	S(n)= 11072 keV 17	S(p)= 5869 keV 15	Q(α)= 260 keV 17
Reference: 2021WA16

E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
0.0	A B	0+	100 m 2 % ε = 100
256.02 6	A B	2+	136 ps 5	256.04 8	100	E2	0.0	0+
711.10 6	A B	4+	5.99 ps 12	455.05 6	100	E2	256.02	2+
873.57 6	A B	2+		617.45 7 873.50 7	100.0 14 63.3 13	M1+E2 E2	256.02 0.0	2+ 0+
983.45 9	A	0+		727.4 1	100	E2	256.02	2+
1236.24 7	A B	3+		362.71 9 525.2 1 980.2 9	15.2 5 12.0 3 100.0 14	E2(+M1) M1+E2 M1+E2	873.57 711.10 256.02	2+ 4+ 2+
1295.99 7	A	2(+)		312.5 1 422.4 5 584.9 2 1040.0 1 1296.0 1	38 6 20 5 24 6 100 4 57.4 11	(E2) (M1+E2)	983.45 873.57 711.10 256.02 0.0	0+ 2+ 4+ 2+ 0+
1332.47 8	A B	6+	0.94 ps 4	621.35 6	100	E2	711.10	4+
1345.45 7	A B	4+		471.85 7 634.30 7 1089.52 9	81.2 21 100.0 15 41.8 16	E2 M1+E2 Q	873.57 711.10 256.02	2+ 4+ 2+
1717.61 9	A	2+		1006.6 1 1461.5 1 1717.4 5	34.4 14 100.0 24 55 3		711.10 256.02 0.0	4+ 2+ 0+
1742.57 7	A B	3-		397.0 5 1031.40 9 1486.60 9	<0.24 60.3 10 100.0 17	E1 D	1345.45 711.10 256.02	4+ 4+ 2+
1753.84 14	A	2+,3,4+		408.4 5 457.8 3 517.6 2 880.3 5 1042.8 3	15 7 41 9 21 6 100 12 25.5 9		1345.45 1295.99 1236.24 873.57 711.10	4+ 2(+) 3+ 2+ 4+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1808.01 10	A B	5+		462.5 3 475.4 4 571.78 9 1096.6 3	8.4 14 8.3 10 100 8 61 16	Q D	1345.45 1332.47 1236.24 711.10	4+ 6+ 3+ 4+
1810.16 19	A	2+,3,4+		573.7 5 936.6 5 1099.1 2	100 14 15 3 73 49		1236.24 873.57 711.10	3+ 2+ 4+
1876.71 9	A			640.5 1 1003.1 1 1620.8 2	40.2 15 63.2 17 100 5		1236.24 873.57 256.02	3+ 2+ 2+
1890.20 9	A B	6(+)		544.75 7 557.89 19 1178.0 5	100.0 11 21 3 12.0 22	Q (M1+E2)	1345.45 1332.47 711.10	4+ 6+ 4+
1936.29 9	A	1,3		700.0 3 1062.6 1 1680.4 1	60 18 45 13 100 6		1236.24 873.57 256.02	3+ 2+ 2+
1938.85 7	A B	5-		606.40 10 1227.78 9	20.5 4 100 8	E1 E1	1332.47 711.10	6+ 4+
2018.30 11	A	2+,3,4+		672.8 3 1144.6 3 1307.1 5 1762.3 1	7.6 12 4.8 18 26 5 100 4		1345.45 873.57 711.10 256.02	4+ 2+ 4+ 2+
2029.83 12	A	0(+)		1773.8 1	100	Q	256.02	2+
2056.13 8	A B	4-		117.0 5 313.45 15 820.0 2 1345.00 9	4.1 8 76 6 6.3 3 100.0 17	M1+E2 D	1938.85 1742.57 1236.24 711.10	5- 3- 3+ 4+
2089.67 11	B	8+	0.284 ps 21	757.2 1	100	E2	1332.47	6+
2100.34 20	A			346.5 5 1844.3 2	<22 100 4		1753.84 256.02	2+,3,4+ 2+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2103.48 12	A			757.9 5 1392.4 1	66 15 100 3		1345.45 711.10	4+ 4+
2117.25 19	A			771.8 2 880.8 5 1406.3 5	66.7 21 100 14 45.1 18		1345.45 1236.24 711.10	4+ 3+ 4+
2179.18 9	A	2+,3,4+		1305.5 5 1468.1 1 1923.1 1	31 5 33.2 25 100 4		873.57 711.10 256.02	2+ 4+ 2+
2247.61 10	A	3-,5-		505.1 2 902.1 2 1536.5 1	62 10 8.6 7 100 3	E2(+M1)	1742.57 1345.45 711.10	3- 4+ 4+
2255.26 8	A B	5		316.49 9 909.75 7 922.8 5 1545 1	13.0 11 100 6 6.1 17 5.1 11	D	1938.85 1345.45 1332.47 711.10	5- 4+ 6+ 4+
2303.43 8	A B	7-	3.3 ps 11	213.6 5 364.4 3 970.97 1	2.4 6 5.9 18 100 11	E1	2089.67 1938.85 1332.47	8+ 5- 6+
2378.91 12	A			1667.8 1	100		711.10	4+
2386.02 12	A			1674.9 1	100		711.10	4+
2399.1 4	A	2+,3,4+		1687.9 5 2143.1 5	60 11 100 56		711.10 256.02	4+ 2+
2408.21 11	A B	6(-)		352.06 9 469.2 4 1076.1 3	93 4 100 30 54 13	Q D	2056.13 1938.85 1332.47	4- 5- 6+
2429.61 9	B	6(-)		174.4 1 373.4 1 490.8 1 1097.1 2	81 8 100 11 78 14 94 11	D(+Q) Q (M1+E2)	2255.26 2056.13 1938.85 1332.47	5 4- 5- 6+
2459.17 10	A			520.3 2 1126.5 2 1748.1 1	100 19 9.8 5 81 3		1938.85 1332.47 711.10	5- 6+ 4+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2484.7 3	B	7+		676.7 3 1153	100 9 30 9	Q	1808.01 1332.47	5+ 6+
2499.19 8	A	3-,4+		560.2 3 756.6 3 1203.2 1 1262.9 1 1625.6 3 1788.1 1	10 5 99 20 72 5 100 15 19.8 13 37.2 20		1938.85 1742.57 1295.99 1236.24 873.57 711.10	5- 3- 2(+) 3+ 2+ 4+
2512.32 11	A	4+,5,6+		573.5 5 1166.9 2 1179.8 3 1801.2 1	26 4 12.7 5 5.6 19 100 3		1938.85 1345.45 1332.47 711.10	5- 4+ 6+ 4+
2530.19 13	B	8(+)		440 640.0 1	6.3 21 100 16	Q	2089.67 1890.20	8+ 6(+)
2566.36 12	A	4(+),5,6+		627.7 5 676.3 5 1220.9 1	60 13 43 10 100.0 21		1938.85 1890.20 1345.45	5- 6(+) 4+
2567.0 8	B			137	100		2429.61	6(-)
2576.81 9	A	3,4		520.7 3 834.2 1 1231.3 5 1340.6 1 1865.9 3	16 3 30.2 13 15.1 25 100 13 20.4 13		2056.13 1742.57 1345.45 1236.24 711.10	4- 3- 4+ 3+ 4+
2605.57 9	A			1894.4 1 2349.6 1	78 3 100 3		711.10 256.02	4+ 2+
2609.37 13	B	7(-)		179.8 1	100	D+Q	2429.61	6(-)
2657.44 11	A	2+,3,4+		1946.3 3 2401.4 1	16.7 9 100 5		711.10 256.02	4+ 2+
2684.37 8	A	(4)		628.2 1 745.5 1 876.3 5 941.8 2 1448.1 1 1973.3 1	100 17 14 3 11.7 22 12.4 5 52.4 9 48.9 17		2056.13 1938.85 1808.01 1742.57 1236.24 711.10	4- 5- 5+ 3- 3+ 4+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2716.27 10	A	4+,5,6+		1383.7 1 2005.2 1	23.1 6 100 3		1332.47 711.10	6+ 4+
2732.60 9	A	3-,4,5+		676.4 5 793.7 1 1387.2 5 1496.4 2 2021.5 1	86 16 54 3 57 3 100 5 65 3		2056.13 1938.85 1345.45 1236.24 711.10	4- 5- 4+ 3+ 4+
2748.60 10	A	4(+),5,6+		809.7 1 858.3 3 1403.2 1 2037.6 5	86.9 20 64 3 100 3 35.4 20		1938.85 1890.20 1345.45 711.10	5- 6(+) 4+ 4+
2772.94 15	B	8(-)		364.8 2 469.4 5	100 2	Q	2408.21 2303.43	6(-) 7-
2786.61 11	B	9-	2.8 ps 4	483.2 1 696.8 1	96 7 100 11	E2 E1	2303.43 2089.67	7- 8+
2813.30 14	B	8(-)		204.0 1 246 383.5 2	100 17 33 8 15 3	D+Q D Q	2609.37 2567.0 2429.61	7(-) 6(-)
2872.09 11	A	2,3,4		1129.5 1 1635.9 2	100 3 28.8 16		1742.57 1236.24	3- 3+
2886.5 8	B			1554	100		1332.47	6+
2942.07 13	B	10+	0.173 ps 21	852.4 1	100	E2	2089.67	8+
2953.70 8	A	2+,3,4+		774.6 5 1211.2 1 1657.6 3 2242.6 1 2697.6 1	18.6 7 100 4 18.2 15 65 3 91 3		2179.18 1742.57 1295.99 711.10 256.02	2+,3,4+ 3- 2(+) 4+ 2+
3096.48 16	B	9(-)		283.2 1 487.0 2	100 10 53 10	D+Q Q	2813.30 2609.37	8(-) 7(-)
3108.0 4	A	2+,3,4+		2396.8 5 2852.0 5	100 50 93 7		711.10 256.02	4+ 2+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3185.6 3	A	2+,3,4+		2474.5 3 2929.6 5	90 7 100 7		711.10 256.02	4+ 2+
3236.62 13	B	10(-)		450.0 1 463.7 1	41 6 100 2	Q	2786.61 2772.94	9- 8(-)
3243.8 15	B	(9+)		759.1 14	100		2484.7	7+
3261.48 16	B	10(+)		731.3 1 1172	100 13 15 4	Q	2530.19 2089.67	8(+) 8+
3375.37 13	B	11-	1.39 ps 21	433.3 1 588.7 1	6.5 16 100 5	D+Q E2	2942.07 2786.61	10+ 9-
3389.7 4	B			447.6 3	100		2942.07	10+
3403.0 5	A	2+,3,4+		2691.9 5 3146.8 8	100 8 89 11		711.10 256.02	4+ 2+
3419.91 19	B	10(-)		323.4 1 606.5 5	57 7 100 12	D+Q Q	3096.48 2813.30	9(-) 8(-)
3450.5 5	B	(8)		564 1360.8 6	23 15 100 15	Q	2886.5 2089.67	8+
3484.8 7	A	2+,3,4+		2773.5 10 3228.9 10	100 7 23 4		711.10 256.02	4+ 2+
3588.8 8	B			327 1059	100		3261.48 2530.19	10(+) 8(+)
3703.76 18	A	2+,3,4+		2992.6 3 3447.7 2	44 13 100 3		711.10 256.02	4+ 2+
3746.84 23	B	11(-)		326.7 3 650.5 2	28 8 100 14	D+Q Q	3419.91 3096.48	10(-) 9(-)
3747.40 16	B	12+	0.38 ps +6-4	486 805.3 1	1.6 6 100 3	E2	3261.48 2942.07	10(+) 10+
3758.9 3	A			1702.7 3	100		2056.13	4-
3886.78 24	B	(12-)		511 650.2 2	15 4 100 15		3375.37 3236.62	11- 10(-)
3887.86 16	B	12+		945.8 1	100	E2	2942.07	10+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4074.09 19	B	12(+)		812.6 1 1132	100 14 21 3	Q	3261.48 2942.07	10(+) 10+
4078.89 16	B	13-	0.35 ps 14	703.5 1	100	E2	3375.37	11-
4093.3 17	B	(11+)		849.5 8	100		3243.8	(9+)
4110.2 3	B	12(-)		363.6 5 690.3 2	16 8 100 12	Q	3746.84 3419.91	11(-) 10(-)
4121.4 4	B	(10)		671 860 1179.4 4	19 10 26 10 100 14	Q	3450.5 3261.48 2942.07	(8) 10(+) 10+
4419.63 19	B	14+	0.69 ps 5	532 672.2 1	4.2 9 100 8	E2 E2	3887.86 3747.40	12+ 12+
4456.9 6	B	13(-)		347 710	24 8 100 12	Q	4110.2 3746.84	12(-) 11(-)
4670.6 4	B	14(+)		783.0 4 922.9 4	100 15 42 6	Q	3887.86 3747.40	12+ 12+
4713.9 3	B	(14-)		827.1 2	100	Q	3886.78	(12-)
4764.3 8	B	(12)		1017	100		3747.40	12+
4845.7 5	B	14(-)		389 735.4 4	45 18 100 18	Q	4456.9 4110.2	13(-) 12(-)
4851.6 7	B	14(+)		777.7 9 1104	100 20 70 7	Q	4074.09 3747.40	12(+) 12+
4856.3 20	B	(13+)		763	100	Q	4093.3	(11+)
4896.4 11	B	(12)		775	100		4121.4	(10)
4900.27 19	B	15-	0.35 ps 14	821.4 1	100	E2	4078.89	13-
4905.2 7	B	(13)		141 784 1017	100 29 36 14 43	D	4764.3 4121.4 3887.86	(12) (10) 12+
5086.7 11	B			241	100		4845.7	14(-)
5122.2 12	B	(14)		217	100	D	4905.2	(13)
5199.8 4	B	15		780.2 3	100	D	4419.63	14+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5244.72 21	B	16+	0.32 ps 6	825.1 1	100	E2	4419.63	14+
5255.8 8	B	(15-)		410 799	35 12 100 24		4845.7 4456.9	14(-) 13(-)
5398.2 15	B	(15)		276	100	D	5122.2	(14)
5509.6 5	B	16(+)		839.0 3	100	Q	4670.6	14(+)
5650.6 13	B	(16+)		799	100		4851.6	14(+)
5662.5 6	B	(16-)		948.6 5	100		4713.9	(14-)
5707.7 9	B	16(-)		452 862	38 15 100 15	Q	5255.8 4845.7	(15-) 14(-)
5725.2 15	B	(16)		327 603	100 29 57 29	D	5398.2 5122.2	(15) (14)
5806.39 22	B	17-	0.28 ps 14	906.1 1	100	E2	4900.27	15-
6042.5 4	B	17		797.5 4 842.9 4	50 20 100 20	Q	5244.72 5199.8	16+ 15
6098.2 16	B	(17)		373 700	100 50 75 25		5725.2 5398.2	(16) (15)
6182.8 11	B	(17-)		475 927	62 18 100 50		5707.7 5255.8	16(-) (15-)
6195.2 6	B	18+	< 0.5 ps	950.8 5	100	E2	5244.72	16+
6415.6 11	B	(18+)		906	100		5509.6	16(+)
6513.2 16	B	(18)		415 788	83 17 100 33		6098.2 5725.2	(17) (16)
6530.6 16	B	(18+)		880	100		5650.6	(16+)
6585.5 12	B	(18-)		923	100	Q	5662.5	(16-)
6700.7 14	B	(18-)		993	100		5707.7	16(-)
6721.6 3	B	19(-)		915.2 2	100	Q	5806.39	17-
6968.2 17	B	(19)		455 870	100 50		6513.2 6098.2	(18) (17)
6995.9 8	B	(19)		802 952	100 40 1.2E2 20		6195.2 6042.5	18+ 17
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
7183.2 12	B	20(+)		988	100	Q	6195.2	18+
7387.6 15	B	(20+)		972	100		6415.6	(18+)
7461.2 19	B	(20)		948	100		6513.2	(18)
7636.8 4	B	21(-)		915.2 2	100	Q	6721.6	19(-)
8145.2 15	B	22(+)		962	100	Q	7183.2	20(+)
8388.6 18	B	(22+)		1001	100		7387.6	(20+)
8621.8 11	B	23(-)		985	100	Q	7636.8	21(-)
9202.2 18	B	(24+)		1057	100		8145.2	22(+)
9700.8 15	B	(25-)		1079	100		8621.8	23(-)
10308.2 21	B	(26+)		1106	100		9202.2	(24+)
10872.8 18	B	(27-)		1172	100		9700.8	(25-)
11475.2 23	B	(28+)		1167	100		10308.2	(26+)
12132.8 21	B	(29-)		1260	100		10872.8	(27-)
12718 3	B	(30+)		1243	100		11475.2	(28+)
13469.8 23	B	(31-)		1337	100		12132.8	(29-)
14041 3	B	(32+)		1323	100		12718	(30+)
14878.8 25	B	(33-)		1409	100		13469.8	(31-)
15434 3	B	(34+)		1393	100		14041	(32+)
16895 3	B	(36+)		1461	100		15434	(34+)
X+0.0	B	(13)
180.0+X 10	B	(14)		180	100		X+0.0	(13)
425.0+X 13	B	(15)		245	100		180.0+X	(14)
693.0+X 13	B	(16)		268 513	100 33 50 17	D	425.0+X 180.0+X	(15) (14)
1012.0+X 14	B	(17)		319 587	100 23 38 23	D	693.0+X 425.0+X	(16) (15)
1377.0+X 15	B	(18)		365 684	100 50 50 13		1012.0+X 693.0+X	(17) (16)
1773.0+X 16	B	(19)		396 761	100 40 80 40		1377.0+X 1012.0+X	(18) (17)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2206.0+X 16	B	(20)		433 829	100 50 50 25		1773.0+X 1377.0+X	(19) (18)

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 1 - GROUND STATE band
0.0	0+	100 m 2 % ε = 100
256.02 6	2+	136 ps 5	256.04 8	100	E2	0.0	0+
711.10 6	4+	5.99 ps 12	455.05 6	100	E2	256.02	2+
1332.47 8	6+	0.94 ps 4	621.35 6	100	E2	711.10	4+
2089.67 11	8+	0.284 ps 21	757.2 1	100	E2	1332.47	6+
2942.07 13	10+	0.173 ps 21	852.4 1	100	E2	2089.67	8+
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 2 - band 1, γ-vibrational band BELOW CROSSING,
873.57 6	2+
1345.45 7	4+		471.85 7 634.30 7 1089.52 9	81.2 21 100.0 15 41.8 16	E2 M1+E2 Q	873.57 711.10 256.02	2+ 4+ 2+
1890.20 9	6(+)		544.75 7 557.89 19 1178.0 5	100.0 11 21 3 12.0 22	Q (M1+E2)	1345.45 1332.47 711.10	4+ 6+ 4+
2530.19 13	8(+)		440 640.0 1	6.3 21 100 16	Q	2089.67 1890.20	8+ 6(+)
3261.48 16	10(+)		731.3 1 1172	100 13 15 4	Q	2530.19 2089.67	8(+) 8+
4074.09 19	12(+)		812.6 1 1132	100 14 21 3	Q	3261.48 2942.07	10(+) 10+
4851.6 7	14(+)		777.7 9 1104	100 20 70 7	Q	4074.09 3747.40	12(+) 12+
5650.6 13	(16+)		799	100		4851.6	14(+)
6530.6 16	(18+)		880	100		5650.6	(16+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 3 - band 2, γ-vibrational band BELOW CROSSING,
1236.24 7	3+
1808.01 10	5+		462.5 3 475.4 4 571.78 9 1096.6 3	8.4 14 8.3 10 100 8 61 16	Q D	1345.45 1332.47 1236.24 711.10	4+ 6+ 3+ 4+
2484.7 3	7+		676.7 3 1153	100 9 30 9	Q	1808.01 1332.47	5+ 6+
3243.8 15	(9+)		759.1 14	100		2484.7	7+
4093.3 17	(11+)		849.5 8	100		3243.8	(9+)
4856.3 20	(13+)		763	100	Q	4093.3	(11+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 4 - band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)²
3887.86 16	12+
4670.6 4	14(+)		783.0 4 922.9 4	100 15 42 6	Q	3887.86 3747.40	12+ 12+
5509.6 5	16(+)		839.0 3	100	Q	4670.6	14(+)
6415.6 11	(18+)		906	100		5509.6	16(+)
7387.6 15	(20+)		972	100		6415.6	(18+)
8388.6 18	(22+)		1001	100		7387.6	(20+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 5 - band 5, GROUND STATE band BELOW 1st CROSSING,
3747.40 16	12+	0.38 ps +6-4
4419.63 19	14+	0.69 ps 5	532 672.2 1	4.2 9 100 8	E2 E2	3887.86 3747.40	12+ 12+
5244.72 21	16+	0.32 ps 6	825.1 1	100	E2	4419.63	14+
6195.2 6	18+	< 0.5 ps	950.8 5	100	E2	5244.72	16+
7183.2 12	20(+)		988	100	Q	6195.2	18+
8145.2 15	22(+)		962	100	Q	7183.2	20(+)
9202.2 18	(24+)		1057	100		8145.2	22(+)
10308.2 21	(26+)		1106	100		9202.2	(24+)
11475.2 23	(28+)		1167	100		10308.2	(26+)
12718 3	(30+)		1243	100		11475.2	(28+)
14041 3	(32+)		1323	100		12718	(30+)
15434 3	(34+)		1393	100		14041	(32+)
16895 3	(36+)		1461	100		15434	(34+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 6 - band 6, COULD BE α CONTINUATION OF band 1.
5199.8 4	15
6042.5 4	17		797.5 4 842.9 4	50 20 100 20	Q	5244.72 5199.8	16+ 15
6995.9 8	(19)		802 952	100 40 1.2E2 20		6195.2 6042.5	18+ 17
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 7 - band 7, π(h_11/2,g_7/2) BELOW CROSSING,
1938.85 7	5-
2303.43 8	7-	3.3 ps 11	213.6 5 364.4 3 970.97 1	2.4 6 5.9 18 100 11	E1	2089.67 1938.85 1332.47	8+ 5- 6+
2786.61 11	9-	2.8 ps 4	483.2 1 696.8 1	96 7 100 11	E2 E1	2303.43 2089.67	7- 8+
3375.37 13	11-	1.39 ps 21	433.3 1 588.7 1	6.5 16 100 5	D+Q E2	2942.07 2786.61	10+ 9-
4078.89 16	13-	0.35 ps 14	703.5 1	100	E2	3375.37	11-
4900.27 19	15-	0.35 ps 14	821.4 1	100	E2	4078.89	13-
5806.39 22	17-	0.28 ps 14	906.1 1	100	E2	4900.27	15-
6721.6 3	19(-)		915.2 2	100	Q	5806.39	17-
7636.8 4	21(-)		915.2 2	100	Q	6721.6	19(-)
8621.8 11	23(-)		985	100	Q	7636.8	21(-)
9700.8 15	(25-)		1079	100		8621.8	23(-)
10872.8 18	(27-)		1172	100		9700.8	(25-)
12132.8 21	(29-)		1260	100		10872.8	(27-)
13469.8 23	(31-)		1337	100		12132.8	(29-)
14878.8 25	(33-)		1409	100		13469.8	(31-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 8 - band 8, π(h_11/2,g_7/2) BELOW CROSSING,
1742.57 7	3-
2056.13 8	4-		117.0 5 313.45 15 820.0 2 1345.00 9	4.1 8 76 6 6.3 3 100.0 17	M1+E2 D	1938.85 1742.57 1236.24 711.10	5- 3- 3+ 4+
2408.21 11	6(-)		352.06 9 469.2 4 1076.1 3	93 4 100 30 54 13	Q D	2056.13 1938.85 1332.47	4- 5- 6+
2772.94 15	8(-)		364.8 2 469.4 5	100 2	Q	2408.21 2303.43	6(-) 7-
3236.62 13	10(-)		450.0 1 463.7 1	41 6 100 2	Q	2786.61 2772.94	9- 8(-)
3886.78 24	(12-)		511 650.2 2	15 4 100 15		3375.37 3236.62	11- 10(-)
4713.9 3	(14-)		827.1 2	100	Q	3886.78	(12-)
5662.5 6	(16-)		948.6 5	100		4713.9	(14-)
6585.5 12	(18-)		923	100	Q	5662.5	(16-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 9 - band 9, ν(h_11/2,g_7/2) BELOW CROSSING,
2429.61 9	6(-)
2813.30 14	8(-)		204.0 1 246 383.5 2	100 17 33 8 15 3	D+Q D Q	2609.37 2567.0 2429.61	7(-) 6(-)
3419.91 19	10(-)		323.4 1 606.5 5	57 7 100 12	D+Q Q	3096.48 2813.30	9(-) 8(-)
4110.2 3	12(-)		363.6 5 690.3 2	16 8 100 12	Q	3746.84 3419.91	11(-) 10(-)
4845.7 5	14(-)		389 735.4 4	45 18 100 18	Q	4456.9 4110.2	13(-) 12(-)
5707.7 9	16(-)		452 862	38 15 100 15	Q	5255.8 4845.7	(15-) 14(-)
6700.7 14	(18-)		993	100		5707.7	16(-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 10 - band 10, ν(h_11/2,g_7/2) BELOW CROSSING,
2255.26 8	5
2609.37 13	7(-)		179.8 1	100	D+Q	2429.61	6(-)
3096.48 16	9(-)		283.2 1 487.0 2	100 10 53 10	D+Q Q	2813.30 2609.37	8(-) 7(-)
3746.84 23	11(-)		326.7 3 650.5 2	28 8 100 14	D+Q Q	3419.91 3096.48	10(-) 9(-)
4456.9 6	13(-)		347 710	24 8 100 12	Q	4110.2 3746.84	12(-) 11(-)
5255.8 8	(15-)		410 799	35 12 100 24		4845.7 4456.9	14(-) 13(-)
6182.8 11	(17-)		475 927	62 18 100 50		5707.7 5255.8	16(-) (15-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 11 - band 11, BASED ON THE 2887-KEV LEVEL
2886.5 8
3450.5 5	(8)		564 1360.8 6	23 15 100 15	Q	2886.5 2089.67	8+
4121.4 4	(10)		671 860 1179.4 4	19 10 26 10 100 14	Q	3450.5 3261.48 2942.07	(8) 10(+) 10+
4896.4 11	(12)		775	100		4121.4	(10)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 12 - band 12, ν(h_11/2)² π(h_11/2,g_7/2)
4764.3 8	(12)
5122.2 12	(14)		217	100	D	4905.2	(13)
5725.2 15	(16)		327 603	100 29 57 29	D	5398.2 5122.2	(15) (14)
6513.2 16	(18)		415 788	83 17 100 33		6098.2 5725.2	(17) (16)
7461.2 19	(20)		948	100		6513.2	(18)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 13 - band 13, ν(h_11/2)² π(h_11/2,g_7/2)
4905.2 7	(13)
5398.2 15	(15)		276	100	D	5122.2	(14)
6098.2 16	(17)		373 700	100 50 75 25		5725.2 5398.2	(16) (15)
6968.2 17	(19)		455 870	100 50		6513.2 6098.2	(18) (17)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 14 - band 14, ν(h_11/2)² π(h_11/2,d_5/2)
180.0+X 10	(14)
693.0+X 13	(16)		268 513	100 33 50 17	D	425.0+X 180.0+X	(15) (14)
1377.0+X 15	(18)		365 684	100 50 50 13		1012.0+X 693.0+X	(17) (16)
2206.0+X 16	(20)		433 829	100 50 50 25		1773.0+X 1377.0+X	(19) (18)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 15 - band 15, ν(h_11/2)² π(h_11/2,d_5/2)
X+0.0	(13)
425.0+X 13	(15)		245	100		180.0+X	(14)
1012.0+X 14	(17)		319 587	100 23 38 23	D	693.0+X 425.0+X	(16) (15)
1773.0+X 16	(19)		396 761	100 40 80 40		1377.0+X 1012.0+X	(18) (17)

E(level)	J^π(level)	T_1/2(level)	Comments
0.0	0+	100 m 2 % ε = 100	E(level): GROUND STATE band.
256.02	2+	136 ps 5	E(level): GROUND STATE band.
711.10	4+	5.99 ps 12	E(level): GROUND STATE band.
873.57	2+		E(level): band 1, γ-vibrational band BELOW CROSSING,.
1236.24	3+		E(level): band 2, γ-vibrational band BELOW CROSSING,.
1332.47	6+	0.94 ps 4	E(level): GROUND STATE band.
1345.45	4+		E(level): band 1, γ-vibrational band BELOW CROSSING,.
1742.57	3-		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
1808.01	5+		E(level): band 2, γ-vibrational band BELOW CROSSING,.
1890.20	6(+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
1938.85	5-		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
2056.13	4-		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
2089.67	8+	0.284 ps 21	E(level): GROUND STATE band.
2255.26	5		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
2303.43	7-	3.3 ps 11	E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
2408.21	6(-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
2429.61	6(-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
2484.7	7+		E(level): band 2, γ-vibrational band BELOW CROSSING,.
2530.19	8(+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
2609.37	7(-)		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
2772.94	8(-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
2786.61	9-	2.8 ps 4	E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
2813.30	8(-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
2886.5			E(level): band 11, BASED ON THE 2887-KEV LEVEL.
2942.07	10+	0.173 ps 21	E(level): GROUND STATE band.
E(level)	J^π(level)	T_1/2(level)	Comments
3096.48	9(-)		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
3236.62	10(-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
3243.8	(9+)		E(level): band 2, γ-vibrational band BELOW CROSSING,.
3261.48	10(+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
3375.37	11-	1.39 ps 21	E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
3419.91	10(-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
3450.5	(8)		E(level): band 11, BASED ON THE 2887-KEV LEVEL.
3746.84	11(-)		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
3747.40	12+	0.38 ps +6-4	E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
3886.78	(12-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
3887.86	12+		E(level): band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)².
4074.09	12(+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
4078.89	13-	0.35 ps 14	E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
4093.3	(11+)		E(level): band 2, γ-vibrational band BELOW CROSSING,.
4110.2	12(-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
4121.4	(10)		E(level): band 11, BASED ON THE 2887-KEV LEVEL.
4419.63	14+	0.69 ps 5	E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
4456.9	13(-)		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
4670.6	14(+)		E(level): band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)².
4713.9	(14-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
4764.3	(12)		E(level): band 12, ν(h_11/2)² π(h_11/2,g_7/2).
4845.7	14(-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
4851.6	14(+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
4856.3	(13+)		E(level): band 2, γ-vibrational band BELOW CROSSING,.
4896.4	(12)		E(level): band 11, BASED ON THE 2887-KEV LEVEL.
E(level)	J^π(level)	T_1/2(level)	Comments
4900.27	15-	0.35 ps 14	E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
4905.2	(13)		E(level): band 13, ν(h_11/2)² π(h_11/2,g_7/2).
5122.2	(14)		E(level): band 12, ν(h_11/2)² π(h_11/2,g_7/2).
5199.8	15		E(level): band 6, COULD BE α CONTINUATION OF band 1.
5244.72	16+	0.32 ps 6	E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
5255.8	(15-)		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
5398.2	(15)		E(level): band 13, ν(h_11/2)² π(h_11/2,g_7/2).
5509.6	16(+)		E(level): band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)².
5650.6	(16+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
5662.5	(16-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
5707.7	16(-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
5725.2	(16)		E(level): band 12, ν(h_11/2)² π(h_11/2,g_7/2).
5806.39	17-	0.28 ps 14	E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
6042.5	17		E(level): band 6, COULD BE α CONTINUATION OF band 1.
6098.2	(17)		E(level): band 13, ν(h_11/2)² π(h_11/2,g_7/2).
6182.8	(17-)		E(level): band 10, ν(h_11/2,g_7/2) BELOW CROSSING,.
6195.2	18+	< 0.5 ps	E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
6415.6	(18+)		E(level): band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)².
6513.2	(18)		E(level): band 12, ν(h_11/2)² π(h_11/2,g_7/2).
6530.6	(18+)		E(level): band 1, γ-vibrational band BELOW CROSSING,.
6585.5	(18-)		E(level): band 8, π(h_11/2,g_7/2) BELOW CROSSING,.
6700.7	(18-)		E(level): band 9, ν(h_11/2,g_7/2) BELOW CROSSING,.
6721.6	19(-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
6968.2	(19)		E(level): band 13, ν(h_11/2)² π(h_11/2,g_7/2).
6995.9	(19)		E(level): band 6, COULD BE α CONTINUATION OF band 1.
E(level)	J^π(level)	T_1/2(level)	Comments
7183.2	20(+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
7387.6	(20+)		E(level): band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)².
7461.2	(20)		E(level): band 12, ν(h_11/2)² π(h_11/2,g_7/2).
7636.8	21(-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
8145.2	22(+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
8388.6	(22+)		E(level): band 3, GROUND STATE band BELOW CROSSING, ν(h_11/2)².
8621.8	23(-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
9202.2	(24+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
9700.8	(25-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
10308.2	(26+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
10872.8	(27-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
11475.2	(28+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
12132.8	(29-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
12718	(30+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
13469.8	(31-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
14041	(32+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
14878.8	(33-)		E(level): band 7, π(h_11/2,g_7/2) BELOW CROSSING,.
15434	(34+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
16895	(36+)		E(level): band 5, GROUND STATE band BELOW 1st CROSSING,.
X+0.0	(13)		E(level): band 15, ν(h_11/2)² π(h_11/2,d_5/2).
180.0+X	(14)		E(level): band 14, ν(h_11/2)² π(h_11/2,d_5/2).
425.0+X	(15)		E(level): band 15, ν(h_11/2)² π(h_11/2,d_5/2).
693.0+X	(16)		E(level): band 14, ν(h_11/2)² π(h_11/2,d_5/2).
1012.0+X	(17)		E(level): band 15, ν(h_11/2)² π(h_11/2,d_5/2).
1377.0+X	(18)		E(level): band 14, ν(h_11/2)² π(h_11/2,d_5/2).
E(level)	J^π(level)	T_1/2(level)	Comments
1773.0+X	(19)		E(level): band 15, ν(h_11/2)² π(h_11/2,d_5/2).
2206.0+X	(20)		E(level): band 14, ν(h_11/2)² π(h_11/2,d_5/2).

E(level)	E(gamma)	Comments
1742.57	397.0	E(γ): not observed in (HI,xnγ)
1890.20	1178.0	E(γ): not observed in ¹²⁶La ε decay
2029.83	1773.8	M(γ): from γγ(θ) in ¹²⁶La ε decay (54 s+50 s)
2056.13	117.0	E(γ): not observed in (HI,xnγ)
2056.13	820.0	E(γ): not observed in (HI,xnγ)
2255.26	922.8	E(γ): not observed in (HI,xnγ)
2255.26	1545	E(γ): not observed in ¹²⁶La ε decay
2303.43	213.6	E(γ): not observed in ¹²⁶La ε decay
2303.43	364.4	E(γ): not observed in ¹²⁶La ε decay
2408.21	469.2	I(γ): Intensity was not given in (HI,xnγ).
2408.21	1076.1	E(γ): not observed in ¹²⁶La ε decay
2772.94	469.4	I(γ): Intensity was not given in (HI,xnγ).
3588.8	1059	I(γ): Intensity was not given in (HI,xnγ).
4093.3	849.5	I(γ): Intensity was not given in (HI,xnγ).
4764.3	1017	E(γ): Multiply placed with intensity suitably divided I(γ): Multiply placed with intensity suitably divided. Uncertainty of intensity was not given in (HI,xnγ).
4905.2	1017	E(γ): Multiply placed with intensity suitably divided I(γ): Multiply placed with intensity suitably divided. Uncertainty of intensity was not given in (HI,xnγ).
6721.6	915.2	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity
6968.2	455	I(γ): Intensity was not given in (HI,xnγ).
6995.9	952	I(γ): ΔIγ=200
7636.8	915.2	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity