List of levels for 172HF

Author: Balraj Singh | Citation: Nucl. Data Sheets 75,199 (1995) | Cutoff date: 31-May-1995

Cross section data for ¹⁷⁶Yb(α,xnγ): 1992Ro24 (E=threshold-84.3 MeV), 1983Ma32 (E=50-120 MeV)

Nuclear structure calculations: 1994Ze07, 1994Ze06, 1994Sa13, 1994Ja03, 1992Wu05, 1992Sa16, 1991Su08, 1991Ha11, 1991Ha09, 1991Ch49, 1989Hu05, 1988Ku21, 1987Ku24, 1987Ba82, 1984El04, 1981Mi07, 1980Xu01, 1980Ku01, 1980Du05, 1980An13, 1979Li04, 1979Ha44, 1978Ab07, 1977Mo03, 1976Ra04, 1976Mo31, 1974St06, 1972Wa14, 1972Sk04, 1972Pr17, 1971Gu20, 1971Fr02, 1964Ha44

Levels: g factor=+0.14 4 (1975Sk01) for levels above 8⁺, 1037 and T_1/2≈0.5 ps. Technique: IMPAC

Levels: While the triaxiality in SD bands is not ruled out, it remains unclear whether the SD bands observed in ¹⁷²Hf should be associated with a triaxial SD minimum as suggested by UC (ultimate cranker code) calculations or with a near-prolate SD minimum suggested by the CRMF calculations in ¹⁷⁵Hf

Gammas: No linking transitions between SD bands were found, thus no indication of wobbling mode in these bands.

Q-value: S(2n)=16290 40, S(2p)=10215 25 (2012Wa38)

E(level): From least-squares fit to Eγ data, 0.2 or 1 keV uncertainty on Eγ values when not given

J^π(level): For levels populated in (HI,xnγ) and/or (α,xnγ), ascending spins are assumed as the excitation energy increases. When no γ(θ) or γγ(θ) data are available, Jπ’s are tentative and are based on probable band assignments to levels observed in a cascade of γ-ray transitions. In such cases no Jπ arguments are given

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
95.22	2+	1.55 ns 10	95.23 4	E2		4.34	B(E2)(W.u.)=154 11, α=4.34
309.24	4+		214.02 4	E2		0.232	α=0.232
628.33	6+		319.09 4	E2		0.067	α=0.067
952.43	2+		857.21 10	E0+M1+E2		0.058	α=0.058 3
1129.52	4+		820.44 13	E0+M1+E2		0.062	α=0.062 3
1335.66	0+		260.6 10	[E2]		0.123	α=0.123
1397.48	2+		445.0 4	E0+M1+E2		0.20	α=0.20 3
1397.48	2+		1302.25 5	E0+M1+E2		0.098	α=0.098 3
1418.55	(4-)	≈ 1 ns	113.9 7	[E1]		0.26	B(E1)(W.u.)≈1.74E-6, α=0.26
	(4-)	≈ 1 ns	237.63 11	E1		0.038	B(E1)(W.u.)≈1.71E-6, α=0.038
	(4-)	≈ 1 ns	289.29 15	[E1]			B(E1)(W.u.)≈8.06E-7
	(4-)	≈ 1 ns	790.8 6	[M2]			B(M2)(W.u.)≈0.015
	(4-)	≈ 1 ns	1109.27 9	(E1)			B(E1)(W.u.)≈1.25E-7
1534.3	(4+)		1225.1 4	(E0+M1+E2)		0.09	α0.09 LE
1597.62	(6-)		179.16 10	[E2]		0.42	α=0.42
1600.63	4+		1291.39 6	E0+M1+E2		0.049	α=0.049 18
1639.69	(3-)		221.13 15	M1+E2	0.6 3	0.38	α=0.38 4
1684.73	(6+)	4.8 ns 4	63.2	[M1]		2.62	B(M1)(W.u.)≈2.5×10^-5, α=2.62
	(6+)	4.8 ns 4	87.5	[E1]		0.51	B(E1)(W.u.)=3.0E-6 11, α=0.51
	(6+)	4.8 ns 4	180.9	[E1]		0.077	B(E1)(W.u.)=3.5E-7 7, α=0.077
	(6+)	4.8 ns 4	221.6	[M1]		0.44	B(M1)(W.u.)=8.0×10^-6 23, α=0.44
	(6+)	4.8 ns 4	380.0	[E2]		0.040	B(E2)(W.u.)=0.0071 17, α=0.040
	(6+)	4.8 ns 4	647.4				B(E2)(W.u.)=0.00073 18
	(6+)	4.8 ns 4	1375.5 3				B(E2)(W.u.)=0.00023 3
1852.48	(8-)		124.98 10	[M1]		2.17	α=2.17
1852.48	(8-)		254.86 10	[E2]		0.132	α=0.132
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
1856.78	(6-)	< 16 ns	171.92 20	[E1]		0.087	B(E1)(W.u.)>6.5E-7, α=0.087
1856.78	(6-)	< 16 ns	353.32 15	[M1]		0.123	B(M1)(W.u.)>2.0×10^-5, α=0.123
1878.16	(7+,8+,9+)		193.41 10	[M1]		0.63	α=0.63
1968.09	(9-)		242.0 10	[E2]		0.156	α=0.156
1968.09	(9-)		930.65 15	D(+Q)	0.14 LT
2005.84	(8-)	163 ns 3	127.67 10	(E1)		0.19	B(E1)(W.u.)=4.9E-7 1, α=0.19
	(8-)	163 ns 3	149.4	[E2]		0.80	B(E2)(W.u.)=0.0038 19, α=0.80
	(8-)	163 ns 3	278.2	[M1]		0.23	B(M1)(W.u.)=9.6×10^-8 24, α=0.23
	(8-)	163 ns 3	321.0	[M2]		0.61	B(M2)(W.u.)=0.032 9, α=0.61
	(8-)	163 ns 3	408.4	[E2]		0.033	B(E2)(W.u.)=0.00014 5, α=0.033
	(8-)	163 ns 3	968.2	[E1]			B(E1)(W.u.)=1.5E-11 5
2186.28	(10-)		333.79 10	[E2]		0.058	α=0.058
2336.94	(11-)		368.7 2	(E2)		0.044	α=0.044
2336.94	(11-)		815.76 9	D(+Q)	-0.07 AP
2777.50	(13-)		712.68 25	D(+Q)	0.14 LT

Q(β-)=-5070 keV 40	S(n)= 9040 keV 40	S(p)= 5861 keV 25	Q(α)= 2754 keV 25
Reference: 2012WA38

References:
A	¹⁷²Hf IT decay (163 NS)	B	¹⁷²Ta ε decay (36.8 M)
C	¹²⁸Te(⁴⁸Ca,4nγ):SD	D	¹⁸¹Ta(π^-,⁹NG)
E	YB(α,xnγ)	F	(HI,xnγ)

E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
0.0	A B D E F	0+	1.87 y 3 % ε = 100
95.22 4	A B D E F	2+	1.55 ns 10	95.23 4	100	E2	0.0	0+
309.24 5	A B D E F	4+		214.02 4	100	E2	95.22	2+
628.33 7	A B D E F	6+		319.09 4	100	E2	309.24	4+
871.30 12	B	0+		776.08 11 871.5 10	100 2	(E2) E0	95.22 0.0	2+ 0+
952.43 8	B	2+		643.26 13 857.21 10 952.25 17	52 2 100 3 44 2	E0+M1+E2	309.24 95.22 0.0	4+ 2+ 0+
1031.06 18	B	(4+,5,6+)		402.0 8 721.90 20	63 9 100 12		628.33 309.24	6+ 4+
1037.47 8	A D E F	8+		409.16 4	100	E2	628.33	6+
1075.29 8	B	(2)+		980.01 10 1075.30 12	100.0 14 94.2 23	M1,E2	95.22 0.0	2+ 0+
1129.52 10	B E	4+		500.7 10 820.44 13 1034.39 21	24 4 100 4 64 3	E0+M1+E2	628.33 309.24 95.22	6+ 4+ 2+
1180.87 8	B	(3+)		872.1 7 1085.58 9	18 7 100 3	(E2)	309.24 95.22	4+ 2+
1295.6 4	B	0+		424.7 5 1199.8 5 1296.2 10	100 15	E0 E0	871.30 95.22 0.0	0+ 2+ 0+
1304.66 9	A B F	(4+)		995.50 15 1209.9 5	100 6 73 30		309.24 95.22	4+ 2+
1335.66 11	B	0+		260.6 10 ? 382.6 4 464.1 5 1240.49 10 1334.5 12	7 7 19 2 100 5	[E2] E0 E0	1075.29 952.43 871.30 95.22 0.0	(2)+ 2+ 0+ 2+ 0+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1359.33 14	B	(2+,3,4+)		1050.06 14 1264.2 4	100 3 89 6		309.24 95.22	4+ 2+
1372.85 7 ?	B			1277.62 5 ?	100		95.22	2+
1394.0 3	E			765.7	100		628.33	6+
1397.48 7	B	2+		445.0 4 1302.25 5 1398.0 5 ?	23 4 100 3 3 3	E0+M1+E2 E0+M1+E2	952.43 95.22 0.0	2+ 2+ 0+
1418.55 7	B E F	(4-)	≈ 1 ns	113.9 7 ? 237.63 11 289.29 15 790.8 6 ? 1109.27 9	1.5 15 13.4 3 11.4 3 0.6 6 100 4	[E1] E1 [E1] [M2] (E1)	1304.66 1180.87 1129.52 628.33 309.24	(4+) (3+) 4+ 6+ 4+
1462.88 13	A B F	(5+)		834.3 2 1153.67 18	62 25 100 7		628.33 309.24	6+ 4+
1471.73 8	B	(4+,5)		843.8 3 1162.47 6	84 6 100 11		628.33 309.24	6+ 4+
1482.27 7	B	(2+,3,4+)		1172.8 4 1387.04 5	21 3 100 6		309.24 95.22	4+ 2+
1495.78 7	B	(2 TO 5)		366.1 4 419.7 9 1186.54 5	12.1 8 ≤5 100 4		1129.52 1075.29 309.24	4+ (2)+ 4+
1503.51 7	A B E F	(5-)		875.5 3 1194.25 5 1408.9 10 ?	85 11 100 7 4 4	D	628.33 309.24 95.22	6+ 4+ 2+
1521.22 10	D E F	10+		483.79 7	100	E2	1037.47	8+
1534.3 4 ?	B	(4+)		1225.1 4 ?	100	(E0+M1+E2)	309.24	4+
1574.9 2	B	(2+,3,4+)		1266.0 5 1479.57 25	100 6 92 5		309.24 95.22	4+ 2+
1597.62 9	A E F	(6-)		94.15 10 179.16 10	24 12 100 60	[M1] [E2]	1503.51 1418.55	(5-) (4-)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1600.63 8	B	4+		1291.39 6	100	E0+M1+E2	309.24	4+
1621.5 2	A F	(6+)		993.1	100		628.33	6+
1639.69 7	B	(3-)		221.13 15 280.0 6 ? 335.2 4 458.7 3 564.19 24 1330.41 6 1544.60 10	16.5 7 2 2 8.6 7 6.9 5 7.8 5 100 4 81 4	M1+E2	1418.55 1359.33 1304.66 1180.87 1075.29 309.24 95.22	(4-) (2+,3,4+) (4+) (3+) (2)+ 4+ 2+
1677.0 3	E	(6,7,8+)		1048.4	100		628.33	6+
1684.46 7	B	(2 TO 5)		379.79 20 503.0 5 653.6 6 ? 1375.22 5	43 3 64 6 24 24 100 6		1304.66 1180.87 1031.06 309.24	(4+) (3+) (4+,5,6+) 4+
1684.73 9	A E F	(6+)	4.8 ns 4	63.2 87.5 180.9 221.6 380.0 647.4 1056.26 16 1375.5 3	≈0.5 4.4 15 4.6 7 1.9 5 2.7 6 4.0 9 100 5 54 4	[M1] [E1] [E1] [M1] [E2] D+Q	1621.5 1597.62 1503.51 1462.88 1304.66 1037.47 628.33 309.24	(6+) (6-) (5-) (5+) (4+) 8+ 6+ 4+
1722.8 3 ?	F	(6,7,8+)		1094.46 25	100		628.33	6+
1727.49 11	A E F	(7-)		690.3 4 1099.05 15	35 8 100 12	D	1037.47 628.33	8+ 6+
1738.9 3	E	(8,9,10+)		701.4	100		1037.47	8+
1791.04 19	B	(2+,3,4+)		839.0 3 1481.6 8 1695.58 24	49 8 41 6 100 13		952.43 309.24 95.22	2+ 4+ 2+
1852.48 11	E F	(8-)		124.98 10 175.4 3 254.86 10	25 7 100 50	[M1] [E2]	1727.49 1677.0 1597.62	(7-) (6,7,8+) (6-)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1856.78 12	A E F	(6-)	< 16 ns	171.92 20 353.32 15	37 10 100 28	[E1] [M1]	1684.73 1503.51	(6+) (5-)
1878.16 12	A E F	(7+,8+,9+)		193.41 10	100	[M1]	1684.73	(6+)
1965.15 15	E F			108.27 10	100		1856.78	(6-)
1968.09 13	E F	(9-)		242.0 10 447.5 4 930.65 15	<28 51 18 100 8	[E2] D(+Q)	1727.49 1521.22 1037.47	(7-) 10+ 8+
2005.84 11	A E F	(8-)	163 ns 3	127.67 10 149.4 278.2 321.0 408.4 968.2	100 0.6 3 2.0 5 2.3 6 3.3 11 1.3 4	(E1) [E2] [M1] [M2] [E2] [E1]	1878.16 1856.78 1727.49 1684.73 1597.62 1037.47	(7+,8+,9+) (6-) (7-) (6+) (6-) 8+
2034.4 3	E	(8,9,10+)		996.9	100		1037.47	8+
2064.67 13	D E F	12+		543.43 9	100	E2	1521.22	10+
2093.68 19	F	(8+)		215.52 15	100		1878.16	(7+,8+,9+)
2095.5 2	E F			128.3? 130.03 15	100 44		1968.09 1965.15	(9-)
2155.5 4	E			634.3	100		1521.22	10+
2186.28 14	E F	(10-)		218.25 20 333.79 10	9 3 100 4	[E2]	1968.09 1852.48	(9-) (8-)
2235.94 14	E F			230.08 10	100		2005.84	(8-)
2246.5 2	F			150.84 14 281.8	100		2095.5 1965.15
2329.83 24	F	(9+)		236.16 15	100		2093.68	(8+)
2336.94 13	E F	(11-)		368.7 2 815.76 9	75 3 100 7	(E2) D(+Q)	1968.09 1521.22	(9-) 10+
2416.40 23	E F			169.90 10	100		2246.5
2426.36 23	E F			391.9 905.20 25	100		2034.4 1521.22	(8,9,10+) 10+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2450.80 22	B	(2+,3,4+)		988.9 10 1147.2 5 1419.8 4 2141.2 8 2355.1 3	42 9 36 9 93 75 49 16 100 14		1462.88 1304.66 1031.06 309.24 95.22	(5+) (4+) (4+,5,6+) 4+ 2+
2488.20 16	E F			252.26 10 482.42 20	100 25 20 10		2235.94 2005.84	(8-)
2584.6 4	F	(10+)		254.8 3	100		2329.83	(9+)
2598.26 17	E F	(12-)		411.98 10	100		2186.28	(10-)
2607.7 10	E			543?	100		2064.67	12+
2611.91 25	E F			195.49 10 365.8 3	100 46 69 15		2416.40 2246.5
2654.11 16	D E F	14+		589.42 9	100	E2	2064.67	12+
2760.25 18	E F			272.04 10 524.26 25	100 25 19 13		2488.20 2235.94
2777.50 20	E F	(13-)		440.65 20 712.68 25	100 5 23 6	D(+Q)	2336.94 2064.67	(11-) 12+
2823.1 3	F			211.23 15 406.5 3	100 50 70 30		2611.91 2416.40
2855.2 5	F	(11+)		270.6 3	100		2584.6	(10+)
2900.4 4	E F			474.1 4 835.8 5	100 22 71 36	(E2)	2426.36 2064.67	12+
3050.23 21	E F			289.87 15 562.13 25	100 27 27 18		2760.25 2488.20
3060.0 3	F			237.02 20 448.0 3	86 43 100 43		2823.1 2611.91
3085.50 23	E F	(14-)		487.24 15	100		2598.26	(12-)
3277.20 19	D E F	(16+)		623.09 10	100	(E2)	2654.11	14+
3285.7 3	E F	(15-)		508.2 2	100		2777.50	(13-)
3305.1 4	F			245.2 3 482.0 3	44 22 100 44		3060.0 2823.1
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3355.75 23	F			305.47 20 595.62 20	100 33 67 22		3050.23 2760.25
3449.0 6	E F			548.9 5 794			2900.4 2654.11	14+
3643.1 3	E F	(16-)		557.6 2	100	(E2)	3085.50	(14-)
3673.0 3	F			317.62 25 622.6 3	100 40 100 40		3355.75 3050.23
3858.1 4	E F	(17-)		572.4 3	100	(E2)	3285.7	(15-)
3919.4 3	E F	(18+)		642.2 2	100	E2	3277.20	(16+)
3997.4 4	F			324.9 4 641.2 4	100 60 80 40		3673.0 3355.75
4061.8 7	F			612.8 4	100		3449.0
4264.2 5	E F	(18-)		621.1 3	100		3643.1	(16-)
4492.3 5	F	(19-)		634.2 2	100	(E2)	3858.1	(17-)
4575.9 6	E F	(20+)		656.5 5	100	(E2)	3919.4	(18+)
4730.8 12	F			669	100		4061.8
4942.1 5	F	(20-)		677.9 2	100		4264.2	(18-)
5183.9 5	F	(21-)		691.6 2	100		4492.3	(19-)
5274.3 6	F	(22+)		698.4 2	100	(E2)	4575.9	(20+)
5670.2 7	F	(22-)		728.1 5	100		4942.1	(20-)
5931.0 7	F	(23-)		747.1 5	100		5183.9	(21-)
6032.3 8	F	(24+)		758.0 4	100		5274.3	(22+)
6445.2 13 ?	F	(24-)		775.0 10	100		5670.2	(22-)
6724.9 9	F	(25-)		793.9 5	100		5931.0	(23-)
6849.0 9	F	(26+)		816.7 5	100		6032.3	(24+)
7275.2 16	F	(26-)		830			6445.2	(24-)
7312.1 10	F	(27-)		587.2			6724.9	(25-)
7724.7 11	F	(28+)		875.7 5	100		6849.0	(26+)
8106.4 10	F	(29-)		794.3			7312.1	(27-)
8149.2 19	F	(28-)		874			7275.2	(26-)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
8642.7 15	F	(30+)		918.0 10	100		7724.7	(28+)
8954.3 10	F	(31-)		847.9			8106.4	(29-)
9070.2 22	F	(30-)		921?			8149.2	(28-)
9600.7 18	F	(32+)		958			8642.7	(30+)
9860.0 11	F	(33-)		905.7			8954.3	(31-)
10594.7 20	F	(34+)		994			9600.7	(32+)
10823.0 15	F	(35-)		963?			9860.0	(33-)
11611.7 23	F	(36+)		1017?			10594.7	(34+)
11841.0 18	F	(37-)		1018?			10823.0	(35-)
12643.7 25	F	(38+)		1032?			11611.7	(36+)
X	A	J
776+X	A	J+2		776			X	J
1589+X	A	J+4		813			776+X	J+2
2447+X	A	J+6		858			1589+X	J+4
3356+X	A	J+8		909			2447+X	J+6
4317+X	A	J+10		961			3356+X	J+8
5335+X	A	J+12		1018			4317+X	J+10
6414+X	A	J+14		1079			5335+X	J+12
7553+X	A	J+16		1139			6414+X	J+14
8756+X	A	J+18		1203			7553+X	J+16
10024+X	A	J+20		1268			8756+X	J+18
11356+X	A	J+22		1332			10024+X	J+20
12753+X	A	J+24		1397			11356+X	J+22
14212+X	A	J+26		1459			12753+X	J+24
Y	A	J1
793+Y	A	J1+2		793			Y	J1
1633+Y	A	J1+4		840			793+Y	J1+2
2519+Y	A	J1+6		886			1633+Y	J1+4
3451+Y	A	J1+8		932			2519+Y	J1+6
4433+Y	A	J1+10		982			3451+Y	J1+8
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5470+Y	A	J1+12		1037			4433+Y	J1+10
6563+Y	A	J1+14		1093			5470+Y	J1+12
7712+Y	A	J1+16		1149			6563+Y	J1+14
8914+Y	A	J1+18		1202			7712+Y	J1+16
10156+Y	A	J1+20		1242?			8914+Y	J1+18
11443+Y	A	J1+22		1287?			10156+Y	J1+20
Z	A	J2
877+Z	A	J2+2		877			Z	J2
1809+Z	A	J2+4		932			877+Z	J2+2
2795+Z	A	J2+6		986			1809+Z	J2+4
3833+Z	A	J2+8		1038			2795+Z	J2+6
4936+Z	A	J2+10		1103			3833+Z	J2+8
6097+Z	A	J2+12		1161			4936+Z	J2+10
7319+Z	A	J2+14		1222			6097+Z	J2+12
8603+Z	A	J2+16		1284			7319+Z	J2+14
9951+Z	A	J2+18		1348			8603+Z	J2+16
11364+Z	A	J2+20		1413			9951+Z	J2+18

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 1 - (π=+,α=0) GS band
0.0	0+	1.87 y 3 % ε = 100
95.22 4	2+	1.55 ns 10	95.23 4	100	E2	0.0	0+
309.24 5	4+		214.02 4	100	E2	95.22	2+
628.33 7	6+		319.09 4	100	E2	309.24	4+
1037.47 8	8+		409.16 4	100	E2	628.33	6+
1521.22 10	10+		483.79 7	100	E2	1037.47	8+
2064.67 13	12+		543.43 9	100	E2	1521.22	10+
2654.11 16	14+		589.42 9	100	E2	2064.67	12+
3277.20 19	(16+)		623.09 10	100	(E2)	2654.11	14+
3919.4 3	(18+)		642.2 2	100	E2	3277.20	(16+)
4575.9 6	(20+)		656.5 5	100	(E2)	3919.4	(18+)
5274.3 6	(22+)		698.4 2	100	(E2)	4575.9	(20+)
6032.3 8	(24+)		758.0 4	100		5274.3	(22+)
6849.0 9	(26+)		816.7 5	100		6032.3	(24+)
7724.7 11	(28+)		875.7 5	100		6849.0	(26+)
8642.7 15	(30+)		918.0 10	100		7724.7	(28+)
9600.7 18	(32+)		958			8642.7	(30+)
10594.7 20	(34+)		994			9600.7	(32+)
11611.7 23	(36+)		1017?			10594.7	(34+)
12643.7 25	(38+)		1032?			11611.7	(36+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 2 - K^π=0⁺ band
871.30 12	0+
952.43 8	2+		643.26 13 857.21 10 952.25 17	52 2 100 3 44 2	E0+M1+E2	309.24 95.22 0.0	4+ 2+ 0+
1129.52 10	4+		500.7 10 820.44 13 1034.39 21	24 4 100 4 64 3	E0+M1+E2	628.33 309.24 95.22	6+ 4+ 2+
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 3 - K^π=2⁺ γ band
1075.29 8	(2)+
1180.87 8	(3+)		872.1 7 1085.58 9	18 7 100 3	(E2)	309.24 95.22	4+ 2+
1304.66 9	(4+)		995.50 15 1209.9 5	100 6 73 30		309.24 95.22	4+ 2+
1462.88 13	(5+)		834.3 2 1153.67 18	62 25 100 7		628.33 309.24	6+ 4+
1621.5 2	(6+)		993.1	100		628.33	6+
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 4 - K^π=0⁺ band
1335.66 11	0+
1397.48 7	2+		445.0 4 1302.25 5 1398.0 5 ?	23 4 100 3 3 3	E0+M1+E2 E0+M1+E2	952.43 95.22 0.0	2+ 2+ 0+
1534.3 4	(4+)		1225.1 4 ?	100	(E0+M1+E2)	309.24	4+
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 5 - (π=-,α=0) band
1418.55 7	(4-)	≈ 1 ns
1597.62 9	(6-)		94.15 10 179.16 10	24 12 100 60	[M1] [E2]	1503.51 1418.55	(5-) (4-)
1852.48 11	(8-)		124.98 10 175.4 3 254.86 10	25 7 100 50	[M1] [E2]	1727.49 1677.0 1597.62	(7-) (6,7,8+) (6-)
2186.28 14	(10-)		218.25 20 333.79 10	9 3 100 4	[E2]	1968.09 1852.48	(9-) (8-)
2598.26 17	(12-)		411.98 10	100		2186.28	(10-)
3085.50 23	(14-)		487.24 15	100		2598.26	(12-)
3643.1 3	(16-)		557.6 2	100	(E2)	3085.50	(14-)
4264.2 5	(18-)		621.1 3	100		3643.1	(16-)
4942.1 5	(20-)		677.9 2	100		4264.2	(18-)
5670.2 7	(22-)		728.1 5	100		4942.1	(20-)
6445.2 13	(24-)		775.0 10	100		5670.2	(22-)
7275.2 16	(26-)		830			6445.2	(24-)
8149.2 19	(28-)		874			7275.2	(26-)
9070.2 22	(30-)		921?			8149.2	(28-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 6 - (π=-,α=1) band
1503.51 7	(5-)
1727.49 11	(7-)		690.3 4 1099.05 15	35 8 100 12	D	1037.47 628.33	8+ 6+
1968.09 13	(9-)		242.0 10 447.5 4 930.65 15	<28 51 18 100 8	[E2] D(+Q)	1727.49 1521.22 1037.47	(7-) 10+ 8+
2336.94 13	(11-)		368.7 2 815.76 9	75 3 100 7	(E2) D(+Q)	1968.09 1521.22	(9-) 10+
2777.50 20	(13-)		440.65 20 712.68 25	100 5 23 6	D(+Q)	2336.94 2064.67	(11-) 12+
3285.7 3	(15-)		508.2 2	100		2777.50	(13-)
3858.1 4	(17-)		572.4 3	100	(E2)	3285.7	(15-)
4492.3 5	(19-)		634.2 2	100	(E2)	3858.1	(17-)
5183.9 5	(21-)		691.6 2	100		4492.3	(19-)
5931.0 7	(23-)		747.1 5	100		5183.9	(21-)
6724.9 9	(25-)		793.9 5	100		5931.0	(23-)
7312.1 10	(27-)		587.2			6724.9	(25-)
8106.4 10	(29-)		794.3			7312.1	(27-)
8954.3 10	(31-)		847.9			8106.4	(29-)
9860.0 11	(33-)		905.7			8954.3	(31-)
10823.0 15	(35-)		963?			9860.0	(33-)
11841.0 18	(37-)		1018?			10823.0	(35-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 7 - ΔJ=(1), K^π=(6⁺) band
1684.73 9	(6+)	4.8 ns 4
1878.16 12	(7+,8+,9+)		193.41 10	100	[M1]	1684.73	(6+)
2093.68 19	(8+)		215.52 15	100		1878.16	(7+,8+,9+)
2329.83 24	(9+)		236.16 15	100		2093.68	(8+)
2584.6 4	(10+)		254.8 3	100		2329.83	(9+)
2855.2 5	(11+)		270.6 3	100		2584.6	(10+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 8 - ΔJ=(1), K^π=(8-) band
2005.84 11	(8-)	163 ns 3
2235.94 14			230.08 10	100		2005.84	(8-)
2488.20 16			252.26 10 482.42 20	100 25 20 10		2235.94 2005.84	(8-)
2760.25 18			272.04 10 524.26 25	100 25 19 13		2488.20 2235.94
3050.23 21			289.87 15 562.13 25	100 27 27 18		2760.25 2488.20
3355.75 23			305.47 20 595.62 20	100 33 67 22		3050.23 2760.25
3673.0 3			317.62 25 622.6 3	100 40 100 40		3355.75 3050.23
3997.4 4			324.9 4 641.2 4	100 60 80 40		3673.0 3355.75
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 9 - band 1, ΔJ=(1)
1856.78 12	(6-)	< 16 ns
1965.15 15			108.27 10	100		1856.78	(6-)
2095.5 2			128.3? 130.03 15	100 44		1968.09 1965.15	(9-)
2246.5 2			150.84 14 281.8	100		2095.5 1965.15
2416.40 23			169.90 10	100		2246.5
2611.91 25			195.49 10 365.8 3	100 46 69 15		2416.40 2246.5
2823.1 3			211.23 15 406.5 3	100 50 70 30		2611.91 2416.40
3060.0 3			237.02 20 448.0 3	86 43 100 43		2823.1 2611.91
3305.1 4			245.2 3 482.0 3	44 22 100 44		3060.0 2823.1
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 10 - band 2, ΔJ=(2)
2034.4 3	(8,9,10+)
2426.36 23			391.9 905.20 25	100		2034.4 1521.22	(8,9,10+) 10+
2900.4 4			474.1 4 835.8 5	100 22 71 36	(E2)	2426.36 2064.67	12+
3449.0 6			548.9 5 794			2900.4 2654.11	14+
4061.8 7			612.8 4	100		3449.0
4730.8 12			669	100		4061.8
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 11 - SD-1 band.
X	J
776+X	J+2		776			X	J
1589+X	J+4		813			776+X	J+2
2447+X	J+6		858			1589+X	J+4
3356+X	J+8		909			2447+X	J+6
4317+X	J+10		961			3356+X	J+8
5335+X	J+12		1018			4317+X	J+10
6414+X	J+14		1079			5335+X	J+12
7553+X	J+16		1139			6414+X	J+14
8756+X	J+18		1203			7553+X	J+16
10024+X	J+20		1268			8756+X	J+18
11356+X	J+22		1332			10024+X	J+20
12753+X	J+24		1397			11356+X	J+22
14212+X	J+26		1459			12753+X	J+24
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 12 - SD-2 band.
Y	J1
793+Y	J1+2		793			Y	J1
1633+Y	J1+4		840			793+Y	J1+2
2519+Y	J1+6		886			1633+Y	J1+4
3451+Y	J1+8		932			2519+Y	J1+6
4433+Y	J1+10		982			3451+Y	J1+8
5470+Y	J1+12		1037			4433+Y	J1+10
6563+Y	J1+14		1093			5470+Y	J1+12
7712+Y	J1+16		1149			6563+Y	J1+14
8914+Y	J1+18		1202			7712+Y	J1+16
10156+Y	J1+20		1242?			8914+Y	J1+18
11443+Y	J1+22		1287?			10156+Y	J1+20
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 13 - SD-3 band.
Z	J2
877+Z	J2+2		877			Z	J2
1809+Z	J2+4		932			877+Z	J2+2
2795+Z	J2+6		986			1809+Z	J2+4
3833+Z	J2+8		1038			2795+Z	J2+6
4936+Z	J2+10		1103			3833+Z	J2+8
6097+Z	J2+12		1161			4936+Z	J2+10
7319+Z	J2+14		1222			6097+Z	J2+12
8603+Z	J2+16		1284			7319+Z	J2+14
9951+Z	J2+18		1348			8603+Z	J2+16
11364+Z	J2+20		1413			9951+Z	J2+18

E(level)	J^π(level)	T_1/2(level)	Comments
0.0	0+	1.87 y 3 % ε = 100	Δ<r²>(¹⁷²Hf-¹⁷⁸Hf)=-0.242 fm² 16 (isotope-shift measurement,1992Ri04). E(level): (π=+,α=0) GS band.
95.22	2+	1.55 ns 10	μ=0.50 10 (2009Be42), G=0.25 5 (2009Be42) E(level): (π=+,α=0) GS band.
309.24	4+		E(level): (π=+,α=0) GS band.
628.33	6+		E(level): (π=+,α=0) GS band.
871.30	0+		E(level): K^π=0⁺ band.
952.43	2+		E(level): K^π=0⁺ band.
1037.47	8+		μ=1.1 3 (1989Ra17) E(level): (π=+,α=0) GS band.
1075.29	(2)+		E(level): K^π=2⁺ γ band.
1129.52	4+		E(level): K^π=0⁺ band.
1180.87	(3+)		E(level): K^π=2⁺ γ band.
1304.66	(4+)		E(level): K^π=2⁺ γ band.
1335.66	0+		E(level): K^π=0⁺ band.
1397.48	2+		E(level): K^π=0⁺ band.
1418.55	(4-)	≈ 1 ns	E(level): (π=-,α=0) band.
1462.88	(5+)		E(level): K^π=2⁺ γ band.
1503.51	(5-)		E(level): (π=-,α=1) band.
1521.22	10+		E(level): (π=+,α=0) GS band.
1534.3	(4+)		E(level): K^π=0⁺ band.
1597.62	(6-)		E(level): (π=-,α=0) band.
1621.5	(6+)		E(level): K^π=2⁺ γ band.
1684.73	(6+)	4.8 ns 4	μ=+5.6 6 (1989Ra17,1980Wa23) The γ-ray branching ratios suggest that there are two separate levels within ≈0.2 keV near this energy, one populated in ¹⁷²Ta ε decay and the other in (HI,xnγ) and (α,xnγ). E(level): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)). ΔJ=(1), K^π=(6⁺) band.
1727.49	(7-)		E(level): (π=-,α=1) band.
1852.48	(8-)		E(level): (π=-,α=0) band.
1856.78	(6-)	< 16 ns	E(level): band 1, ΔJ=(1).
1878.16	(7+,8+,9+)		E(level): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)). ΔJ=(1), K^π=(6⁺) band.
E(level)	J^π(level)	T_1/2(level)	Comments
1965.15			E(level): band 1, ΔJ=(1).
1968.09	(9-)		E(level): (π=-,α=1) band.
2005.84	(8-)	163 ns 3	μ=+7.95 7 (1989Ra17,1980Wa23) E(level): ΔJ=(1), K^π=(8-) band.
2034.4	(8,9,10+)		E(level): band 2, ΔJ=(2).
2064.67	12+		E(level): (π=+,α=0) GS band.
2093.68	(8+)		E(level): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)). ΔJ=(1), K^π=(6⁺) band.
2095.5			E(level): band 1, ΔJ=(1).
2186.28	(10-)		E(level): (π=-,α=0) band.
2235.94			E(level): ΔJ=(1), K^π=(8-) band.
2246.5			E(level): band 1, ΔJ=(1).
2329.83	(9+)		E(level): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)). ΔJ=(1), K^π=(6⁺) band.
2336.94	(11-)		E(level): (π=-,α=1) band.
2416.40			E(level): band 1, ΔJ=(1).
2426.36			E(level): band 2, ΔJ=(2).
2488.20			E(level): ΔJ=(1), K^π=(8-) band.
2584.6	(10+)		E(level): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)). ΔJ=(1), K^π=(6⁺) band.
2598.26	(12-)		E(level): (π=-,α=0) band.
2611.91			E(level): band 1, ΔJ=(1).
2654.11	14+		E(level): (π=+,α=0) GS band.
2760.25			E(level): ΔJ=(1), K^π=(8-) band.
2777.50	(13-)		E(level): (π=-,α=1) band.
2823.1			E(level): band 1, ΔJ=(1).
2855.2	(11+)		E(level): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)). ΔJ=(1), K^π=(6⁺) band.
2900.4			E(level): band 2, ΔJ=(2).
3050.23			E(level): ΔJ=(1), K^π=(8-) band.
E(level)	J^π(level)	T_1/2(level)	Comments
3060.0			E(level): band 1, ΔJ=(1).
3085.50	(14-)		E(level): (π=-,α=0) band.
3277.20	(16+)		E(level): (π=+,α=0) GS band.
3285.7	(15-)		E(level): (π=-,α=1) band.
3305.1			E(level): band 1, ΔJ=(1).
3355.75			E(level): ΔJ=(1), K^π=(8-) band.
3449.0			E(level): band 2, ΔJ=(2).
3643.1	(16-)		E(level): (π=-,α=0) band.
3673.0			E(level): ΔJ=(1), K^π=(8-) band.
3858.1	(17-)		E(level): (π=-,α=1) band.
3919.4	(18+)		E(level): (π=+,α=0) GS band.
3997.4			E(level): ΔJ=(1), K^π=(8-) band.
4061.8			E(level): band 2, ΔJ=(2).
4264.2	(18-)		E(level): (π=-,α=0) band.
4492.3	(19-)		E(level): (π=-,α=1) band.
4575.9	(20+)		E(level): (π=+,α=0) GS band.
4730.8			E(level): band 2, ΔJ=(2).
4942.1	(20-)		E(level): (π=-,α=0) band.
5183.9	(21-)		E(level): (π=-,α=1) band.
5274.3	(22+)		E(level): (π=+,α=0) GS band.
5670.2	(22-)		E(level): (π=-,α=0) band.
5931.0	(23-)		E(level): (π=-,α=1) band.
6032.3	(24+)		E(level): (π=+,α=0) GS band.
6445.2	(24-)		E(level): (π=-,α=0) band.
6724.9	(25-)		E(level): (π=-,α=1) band.
E(level)	J^π(level)	T_1/2(level)	Comments
6849.0	(26+)		E(level): (π=+,α=0) GS band.
7275.2	(26-)		E(level): (π=-,α=0) band.
7312.1	(27-)		E(level): (π=-,α=1) band.
7724.7	(28+)		E(level): (π=+,α=0) GS band.
8106.4	(29-)		E(level): (π=-,α=1) band.
8149.2	(28-)		E(level): (π=-,α=0) band.
8642.7	(30+)		E(level): (π=+,α=0) GS band.
8954.3	(31-)		E(level): (π=-,α=1) band.
9070.2	(30-)		E(level): (π=-,α=0) band.
9600.7	(32+)		E(level): (π=+,α=0) GS band.
9860.0	(33-)		E(level): (π=-,α=1) band.
10594.7	(34+)		E(level): (π=+,α=0) GS band.
10823.0	(35-)		E(level): (π=-,α=1) band.
11611.7	(36+)		E(level): (π=+,α=0) GS band.
11841.0	(37-)		E(level): (π=-,α=1) band.
12643.7	(38+)		E(level): (π=+,α=0) GS band.
X	J		E(level): SD-1 band.
776+X	J+2		E(level): SD-1 band.
1589+X	J+4		E(level): SD-1 band.
2447+X	J+6		E(level): SD-1 band.
3356+X	J+8		E(level): SD-1 band.
4317+X	J+10		E(level): SD-1 band.
5335+X	J+12		E(level): SD-1 band.
6414+X	J+14		E(level): SD-1 band.
7553+X	J+16		E(level): SD-1 band.
E(level)	J^π(level)	T_1/2(level)	Comments
8756+X	J+18		E(level): SD-1 band.
10024+X	J+20		E(level): SD-1 band.
11356+X	J+22		E(level): SD-1 band.
12753+X	J+24		E(level): SD-1 band.
14212+X	J+26		E(level): SD-1 band.
Y	J1		E(level): SD-2 band.
793+Y	J1+2		E(level): SD-2 band.
1633+Y	J1+4		E(level): SD-2 band.
2519+Y	J1+6		E(level): SD-2 band.
3451+Y	J1+8		E(level): SD-2 band.
4433+Y	J1+10		E(level): SD-2 band.
5470+Y	J1+12		E(level): SD-2 band.
6563+Y	J1+14		E(level): SD-2 band.
7712+Y	J1+16		E(level): SD-2 band.
8914+Y	J1+18		E(level): SD-2 band.
10156+Y	J1+20		E(level): SD-2 band.
11443+Y	J1+22		E(level): SD-2 band.
Z	J2		E(level): SD-3 band.
877+Z	J2+2		E(level): SD-3 band.
1809+Z	J2+4		E(level): SD-3 band.
2795+Z	J2+6		E(level): SD-3 band.
3833+Z	J2+8		E(level): SD-3 band.
4936+Z	J2+10		E(level): SD-3 band.
6097+Z	J2+12		E(level): SD-3 band.
7319+Z	J2+14		E(level): SD-3 band.
E(level)	J^π(level)	T_1/2(level)	Comments
8603+Z	J2+16		E(level): SD-3 band.
9951+Z	J2+18		E(level): SD-3 band.
11364+Z	J2+20		E(level): SD-3 band.

E(level)	E(gamma)	Comments
95.22	95.23	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin. From ce data in ¹⁷²Ta ε decay
309.24	214.02	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
628.33	319.09	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin. From ce data in ¹⁷²Ta ε decay
871.30	776.08	M(γ): From ce data in ¹⁷²Ta ε decay
871.30	871.5	M(γ): From ce data in ¹⁷²Ta ε decay
952.43	857.21	M(γ): From ce data in ¹⁷²Ta ε decay
1037.47	409.16	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
1075.29	1075.30	M(γ): From ce data in ¹⁷²Ta ε decay
1129.52	820.44	M(γ): From ce data in ¹⁷²Ta ε decay
1180.87	1085.58	M(γ): From ce data in ¹⁷²Ta ε decay
1295.6	424.7	M(γ): From ce data in ¹⁷²Ta ε decay
1295.6	1296.2	M(γ): From ce data in ¹⁷²Ta ε decay
1335.66	464.1	M(γ): From ce data in ¹⁷²Ta ε decay
1335.66	1334.5	M(γ): From ce data in ¹⁷²Ta ε decay
1397.48	445.0	M(γ): From ce data in ¹⁷²Ta ε decay
1397.48	1302.25	M(γ): From ce data in ¹⁷²Ta ε decay
1418.55	237.63	M(γ): From ce data in ¹⁷²Ta ε decay
1418.55	1109.27	M(γ): From ce data in ¹⁷²Ta ε decay
1503.51	875.5	E(γ): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ)) I(γ): From (HI,xnγ). In ¹⁷²Ta ε decay, the 871.2 γ-ray peak was seen as a wide structure and was interpreted (1973Ca10) as mixed with an impurity. It is possible that the broadening was partly due to 875γ. It is assumed that the 1503 level is the same in the two studies (¹⁷²Ta ε decay and (HI,xnγ))
	1194.25	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
	1408.9	E(γ): from ¹⁷²Ta ε decay only. ΔJπ requires mult=[E3]
1521.22	483.79	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
1534.3	1225.1	M(γ): From ce data in ¹⁷²Ta ε decay
1597.62	179.16	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
1600.63	1291.39	M(γ): From ce data in ¹⁷²Ta ε decay
E(level)	E(gamma)	Comments
1639.69	221.13	M(γ): From ce data in ¹⁷²Ta ε decay
1684.73	1056.26	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
1727.49	1099.05	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
1852.48	175.4	E(γ): from (α,xnγ) only
1852.48	254.86	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
1968.09	242.0	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
1968.09	930.65	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2005.84	127.67	M(γ): from α(exp) deduced from delayed γ-ray intensities in (HI,xnγ). From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2064.67	543.43	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2095.5	128.3	E(γ): from (α,xnγ) only
2186.28	333.79	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
2246.5	281.8	E(γ): from (α,xnγ) only
2336.94	368.7	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2336.94	815.76	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2426.36	391.9	E(γ): from (α,xnγ) only
2654.11	589.42	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2777.50	440.65	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
2777.50	712.68	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
2900.4	474.1	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
3085.50	487.24	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
3277.20	623.09	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
3285.7	508.2	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
3643.1	557.6	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
3858.1	572.4	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
3919.4	642.2	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
E(level)	E(gamma)	Comments
4492.3	634.2	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
4575.9	656.5	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
4942.1	677.9	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
5183.9	691.6	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
5274.3	698.4	M(γ): From γ(θ) and/or γγ(θ) (DCO) in (HI,xnγ). ΔJ=2 transitions are assigned E2 from RUL (for E2 and M2), assuming timing resolution of a few nanoseconds in γγ coin
5931.0	747.1	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
6032.3	758.0	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
6445.2	775.0	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
6849.0	816.7	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition
7724.7	875.7	M(γ): Iγ(30\|’)/Iγ(90\|’) relative to that of 214γ (assumed E2) is consistent with ΔJ=2 transition