List of levels for 76BR

Author: Balraj Singh | Citation: Nucl. Data Sheets 74,63 (1995) | Cutoff date: 22-Dec-1994

Cross sections and yield (of ⁷⁶Br) measurements:

1991He08: ⁸⁰Kr(p,nα) E=th-30 MeV

1989Ro16: ⁷⁶Se(p,n) E=3-9 MeV

1988To08: ⁸⁹Y(p,X) E=800 MeV

1987Mi05: ⁷⁵As(³He,2n) E=2-12 MeV

1986Qa05: ⁷⁶Se(p,n) E=10-25 MeV; ⁷⁵As(³He,2n) E=10-18 MeV

1986Mo20: ⁹⁵Mo(p bar,x); ⁹⁸Mo(p bar,x) E=200 MeV

1986Ma64: ⁷⁵As(³He,2n) E=10-36 MeV

1986Bu24: ⁹³Nb(d,X) E=7.3 GeV

1985Sk04: ⁹³Nb(e,X), (γ,X) E=0.1-1.2 GeV

1985Sa23: ⁷⁹Br(p,3np); ⁸¹Br(p,5np) E=th-52 MeV

1985Ko25: ⁷⁶Se(p,n) E=7-40 MeV

1984Sa36: Rb(γ,X); Sr(γ,X); y(γ,X) E=100, 200 MeV

1982Dm02: Se(p,xn) E=8.5-22.2 MeV; Se(d,xn) E=9-22.1 MeV; Se(α,xnp) E=18.3-43.4 MeV; as(α,xn) E=22-43 MeV

1982Ba33: ⁶³Cu(¹⁶O,X) E=40-85 MeV

1993Ch35: ¹²C(⁶⁴Cu,π^-). Measured π^-meson kinetic energy

1982Al20: ⁷⁵As(³He,xn) E=th-70 MeV; ⁷⁵As(α,xn) E=th-140 MeV

1981Vo04: U(p,X); Iβ normalization(p,X) E=600 MeV

1980Pa11: ⁷⁶Se(p,n) E-16-34 MeV; ⁷⁶Se(d,2n) E=10-43 MeV; ⁷⁵As(³He,2n) E=10-40 MeV; ⁷⁵As(α,3n) E=35-70 MeV

1980Ja08: ⁷⁶Se(p,n) E=10-25 MeV; ⁷⁷Se(p,2n) E=13-25 MeV

1979Di04: ⁷⁹Br(p,3np); ⁸¹Br(p,5np) E=10-85 MeV

1979No07: ⁷⁶Se(p,n); ⁷⁷Se(p,2n); ⁷⁸Se(p,3n); ⁸⁰Se(p,5n); ⁷⁵As(α,2n) E(p)=th-50 MeV, Eα=th-40 MeV

1977Qa02: Branching(d,X)

1973En01: αγ(p,X) E=300 GeV

Structure calculations: 1994Vo09, 1992Ta01, 1989Va16, 1980Kr03, 1979Kr12, 1970Pe22

Q-value: Note: Current evaluation has used the following Q record

E(level): From least-squares fit to Eγ’s

J^π(level): For levels populated in (HI,xnypγ) only, when no Jπ argument is given, the assignment is from possible band assignment which is probably from γ(θ), γγ(θ) data of different authors but details of such measurements are not available except for selected transitions from 1981We07 and 1977Be18. Ascending spins are assumed as the excitation energy increases which is generally supported by the decay pattern of levels

T_1/2(level): Recoil-distance Doppler shift method is abbreviated as RDDS

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
45.47	(2)-	1.13 ns 6	45.48 2	M1		1.07	B(M1)(W.u.)=0.100 5, α=1.07
102.58	(4)+	1.31 s 2 % IT > 99.4 % ε < 0.6	57.11 2	M2		9.71	B(M2)(W.u.)=2.04×10^-4 7, α=9.71
244.8	(5)+	76 ps 14	142.2 2	M1(+E2)	0.2 LT		B(M1)(W.u.)=0.10 2
252.28	(2)+	2.18 ns 9	252.0 2	E1			B(E1)(W.u.)=10.8E-6 5
315.78	1+		63.6 2	M1(+E2)	0.2 LT	0.41	α=0.41
355.33	1+	0.5 ns 2	40.0 5	[M1]		1.6	α=1.6
355.33	1+	0.5 ns 2	103.3 2	M1(+E2)	0.15 LT	0.106	B(E2)(W.u.)<64, B(M1)(W.u.)=0.55 25, α=0.106
356.8	(6)+	118 ps 21	112.0 2	M1+E2			B(M1)(W.u.)=0.11 2
356.8	(6)+	118 ps 21	253.9 5	E2			B(E2)(W.u.)=36 7
446.18	0+,1+		91.1 2	M1(+E2)	0.35 LT	0.15	α=0.15
451.99	1+	0.4 ns 1	96.6 2	M1(+E2)	0.25 LT	0.127	B(E2)(W.u.)<0.9, B(M1)(W.u.)=2.2E-4 6, α=0.127
	1+	0.4 ns 1	134.9 2	(M1)		0.051	B(M1)(W.u.)=2.1×10^-3 5, α=0.051
	1+	0.4 ns 1	136.4 2	(M1)		0.050	B(M1)(W.u.)=8.7×10^-4 22, α=0.050
	1+	0.4 ns 1	199.8 2	M1+E2	0.6 2	0.031	B(E2)(W.u.)=2.6 13, B(M1)(W.u.)=2.3E-4 8, α=0.031 5
	1+	0.4 ns 1	406.5 2	E1			B(E1)(W.u.)=6.3E-6 16
487.4	(0,1)		35.6 2	[M1]		2.2	α=2.2
594.7	(7)+	21 ps 4	237.9 2	M1+E2	-0.20 4		B(E2)(W.u.)=64 16, B(M1)(W.u.)=0.073 15
616.13	1+		299.0 2	(M1,E2)		0.012	α=0.012 5
616.13	1+		300.2 2	(M1,E2)		0.012	α=0.012 5
688.2	(8)+	69 ps 21	331.3 2	E2			B(E2)(W.u.)=52 16
1120.5	(9)+	0.59 ps 6	432.0 2	M1+E2	-0.29 9		B(E2)(W.u.)=240 80, B(M1)(W.u.)=0.38 4
1511.3	(10)+	0.49 ps 6	390.9 3	M1+E2			B(M1)(W.u.)=0.16 2

Q(β-)=-1275 keV 11	S(n)= 9253 keV 11	S(p)= 5409 keV 10	Q(α)= -4484 keV 11
Reference: 2012WA38

References:
A	⁷⁶Br IT decay (1.31 S)	B	⁷⁶Kr ε decay (14.8 H)
C	⁷⁶Se(p,nγ)	D	(HI,xnγ)
E	⁷⁶Se(p,n) IAS

E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
0.0	A B C D	1-	16.2 h 2 % ε = 100
45.47 2	A B C D	(2)-	1.13 ns 6	45.48 2	100 2	M1	0.0	1-
102.58 3	A B C D	(4)+	1.31 s 2 % IT > 99.4 % ε < 0.6	57.11 2 102.6?	100 3 <0.8	M2	45.47 0.0	(2)- 1-
150.52 12	B C	(LE 3)		104.9 2 150.5 2	100 21 <120		45.47 0.0	(2)- 1-
212.1 3	C D	(3-)	111 ps 28	166.7 5 212.2 5			45.47 0.0	(2)- 1-
244.8 2	C D	(5)+	76 ps 14	142.2 2	100 5	M1(+E2)	102.58	(4)+
252.28 10	B C	(2)+	2.18 ns 9	150.5 2 252.0 2	<3 100 12	E1	102.58 0.0	(4)+ 1-
301.6 3	C D	(4-)	0.52 ns 7	89.6 5 199.1 5			212.1 102.58	(3-) (4)+
315.78 10	B C	1+		63.6 2 270.2 2 315.7 2	0.17 4 54 6 100 10	M1(+E2) (E1) E1	252.28 45.47 0.0	(2)+ (2)- 1-
317.11 10	B C	(2+)		166.7 2 214.5 3 271.6 2 317.2 4	3.8 8 7.1 7 100 10 11 4	(E1)	150.52 102.58 45.47 0.0	(LE 3) (4)+ (2)- 1-
355.33 10	B C	1+	0.5 ns 2	40.0 5 103.3 2 309.8 2 355.3 2	1.2 3 71 8 55 6 100 17	[M1] M1(+E2)	315.78 252.28 45.47 0.0	1+ (2)+ (2)- 1-
356.8 2	D	(6)+	118 ps 21	112.0 2 253.9 5	100 5 17 1	M1+E2 E2	244.8 102.58	(5)+ (4)+
363.1 3	C D	(4-)	59 ps 10	150.8 5 317.8 5	100 88		212.1 45.47	(3-) (2)-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
425.7 10	D		45 ps 17	124.1			301.6	(4-)
446.18 14	B C	0+,1+		91.1 2 193.8 4 ? 295.0 3 446.2 3	100 21 26 94 19 <200	M1(+E2)	355.33 252.28 150.52 0.0	1+ (2)+ (LE 3) 1-
451.99 10	B C	1+	0.4 ns 1	96.6 2 134.9 2 136.4 2 199.8 2 406.5 2 451.9 2	0.90 20 21 3 8.7 10 10 1 100 10 81 10	M1(+E2) (M1) (M1) M1+E2 E1	355.33 317.11 315.78 252.28 45.47 0.0	1+ (2+) 1+ (2)+ (2)- 1-
467.3 3	C D	(5-)	242 ps 35	104.2 5 165.8 5 222.5 5 364.6 5			363.1 301.6 244.8 102.58	(4-) (4-) (5)+ (4)+
487.4 2 ?	B C	(0,1)		35.6 2 171.0 3 ? 442.1 5	63 14 100 26	[M1]	451.99 315.78 45.47	1+ 1+ (2)-
495.6 3	C	(0,1,2)		180.0 4 495.4 4	23 100		315.78 0.0	1+ 1-
505.1 3	C	(LE 3)		459.8 4 505.0 4	38 100		45.47 0.0	(2)- 1-
527.8 3	C	(LE 3)		482.6 4 527.5 4	31 100		45.47 0.0	(2)- 1-
548.4 3	B C	(LE 3)		232.5 4 ? 548.5 4	58 100		315.78 0.0	1+ 1-
583.5 4	D	(5-)		220.4 5 371.5 5			363.1 212.1	(4-) (3-)
583.5+X?	D		0.8 ns 2
594.7 2	D	(7)+	21 ps 4	237.9 2 350.1 2	100 6 11 3	M1+E2	356.8 244.8	(6)+ (5)+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
616.13 13	B C	1+		299.0 2 300.2 2 364.0 3 570.8 4 ? 616.3 4 ?	100 14 50 14 68 9 16 5 <50	(M1,E2) (M1,E2)	317.11 315.78 252.28 45.47 0.0	(2+) 1+ (2)+ (2)- 1-
687.7 3	D	(6-)	73 ps 24	104.2 5 220.4 5 331 1 386.1 5 442.5 5			583.5 467.3 356.8 301.6 244.8	(5-) (5-) (6)+ (4-) (5)+
688.2 3	D	(8)+	69 ps 21	93.4 2 331.3 2	100 8 95 8	D(+Q) E2	594.7 356.8	(7)+ (6)+
761.1 3 ?	D			72.9 2	100		688.2	(8)+
815.2 2	B	(0,1)		459.4 5 ? 499.6 3	9 3 100 17		355.33 315.78	1+ 1+
868.2 3	B	1+		552.5 3 822.5 6 868.2 5	100 12 15 2 15 2		315.78 45.47 0.0	1+ (2)- 1-
882.5 10	D		2.4 ps 4	519.4			363.1	(4-)
898.41 15	B	1+		446.2 3 452 1 ? 543.2 4 581.5 3 582.5 3 853.0 5 898.5 5	<33 26 3 45 7 100 10 12 3 15 3		451.99 446.18 355.33 317.11 315.78 45.47 0.0	1+ 0+,1+ 1+ (2+) 1+ (2)- 1-
936.55 18	B	1+		38.0 5 ? 484.5 4 490.2 4 581.8 5 ? 619.5 4 684.3 4 891.0 5 ? 936.0 10 ?	35 9 17 4 47 10 100 10 39 8 31 7 28 6		898.41 451.99 446.18 355.33 317.11 252.28 45.47 0.0	1+ 1+ 0+,1+ 1+ (2+) (2)+ (2)- 1-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
988.3 4	D	J	17 ps 6	300.1 5 404.8 5 521 1			687.7 583.5 467.3	(6-) (5-) (5-)
1025.4 4	D	(7-)	7.6 ps 2	337.6 5 558.3 5			688.2 467.3	(8)+ (5-)
1047.89 21	B	1+		232.7 3 431.6 4 730.8 4 795.8 4 1002.0 10 ?	19 4 27 6 67 14 100 11 41 10		815.2 616.13 317.11 252.28 45.47	(0,1) 1+ (2+) (2)+ (2)-
1120.5 3	D	(9)+	0.59 ps 6	432.0 2 526.0 2	100 7 10 1	M1+E2	688.2 594.7	(8)+ (7)+
1338.3 4	D	(8-)	5.5 ps 14	312.8 5 349.9 5 650.5 5			1025.4 988.3 688.2	(7-) J (8)+
1511.3 4	D	(10)+	0.49 ps 6	390.9 3 823.4 5	27 2 100 10	M1+E2	1120.5 688.2	(9)+ (8)+
1610.5 6 ?	D			922.3 5	100		688.2	(8)+
1747.8 4	D	(J+2)		409.5 5 722.7 5 759.5 5			1338.3 1025.4 988.3	(8-) (7-) J
1825.3 5	D	(9-)	0.76 ps 21	488.2 5 800 1			1338.3 1025.4	(8-) (7-)
1993.3 4	D	(11+)	0.21 ps 4	482.1 5 872.8 3	100 10 47 5		1511.3 1120.5	(10)+ (9)+
2080.1 4 ?	D			959.6 3	100		1120.5	(9)+
2197.8 7 ?	D			1077.3 6	100		1120.5	(9)+
2219.1 5	D	(10-)	0.69 ps 21	472.3 5 879.4 5			1747.8 1338.3	(J+2) (8-)
2577.3 11	D			1066 1	100		1511.3	(10)+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2626.1 5	D	(12+)		632.9 5 1114.9 5	100		1993.3 1511.3	(11+) (10)+
2689.8 5	D	(J+4)		470.2 5 865.6 5 941.1 5			2219.1 1825.3 1747.8	(10-) (9-) (J+2)
2736.5 7	D	(11-)		911.2 5			1825.3	(9-)
3107.6 6	D	(13+)	0.20 ps 2	481.6 5 ? 1114.0 6	100		2626.1 1993.3	(12+) (11+)
3118 1 ?	D			1125 1			1993.3	(11+)
3286.2 7	D	(12-)		596.2 5 1068 1			2689.8 2219.1	(J+4) (10-)
3706.7 8	D	(J+6)		420.5 5 1017 1			3286.2 2689.8	(12-) (J+4)
3835.3 23 ?	D			1258 2	100		2577.3
4000 3	D	(14+)		1374 3	100		2626.1	(12+)
4434 2	D	(15+)	0.11 ps 3	1326 2	100		3107.6	(13+)
4900	E	(0+)
5400	E	(2+)
5550 5	D	(16+)		1550 4	100		4000	(14+)
5930 4	D	(17+)	0.055 ps 28	1496 3	100		4434	(15+)
6100	E	(0+,2+,4+)
6500	E	(2+)
6900	E	(4+)
7200	E	(3-)
7303 6 ?	D	(18+)		1753?			5550	(16+)
7585 6	D	(19+)	< 0.06 ps	1655 4	100		5930	(17+)
9415 8 ?	D	(21+)		1830 5 ?	100		7585	(19+)

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 1 - K=(4)+ band, EVEN J.
102.58 3	(4)+	1.31 s 2 % IT > 99.4 % ε < 0.6
356.8 2	(6)+	118 ps 21	112.0 2 253.9 5	100 5 17 1	M1+E2 E2	244.8 102.58	(5)+ (4)+
688.2 3	(8)+	69 ps 21	93.4 2 331.3 2	100 8 95 8	D(+Q) E2	594.7 356.8	(7)+ (6)+
1511.3 4	(10)+	0.49 ps 6	390.9 3 823.4 5	27 2 100 10	M1+E2	1120.5 688.2	(9)+ (8)+
2626.1 5	(12+)		632.9 5 1114.9 5	100		1993.3 1511.3	(11+) (10)+
4000 3	(14+)		1374 3	100		2626.1	(12+)
5550 5	(16+)		1550 4	100		4000	(14+)
7303 6	(18+)		1753?			5550	(16+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 2 - K=(4)+ band, ODD J
244.8 2	(5)+	76 ps 14
594.7 2	(7)+	21 ps 4	237.9 2 350.1 2	100 6 11 3	M1+E2	356.8 244.8	(6)+ (5)+
1120.5 3	(9)+	0.59 ps 6	432.0 2 526.0 2	100 7 10 1	M1+E2	688.2 594.7	(8)+ (7)+
1993.3 4	(11+)	0.21 ps 4	482.1 5 872.8 3	100 10 47 5		1511.3 1120.5	(10)+ (9)+
3107.6 6	(13+)	0.20 ps 2	481.6 5 ? 1114.0 6	100		2626.1 1993.3	(12+) (11+)
4434 2	(15+)	0.11 ps 3	1326 2	100		3107.6	(13+)
5930 4	(17+)	0.055 ps 28	1496 3	100		4434	(15+)
7585 6	(19+)	< 0.06 ps	1655 4	100		5930	(17+)
9415 8	(21+)		1830 5 ?	100		7585	(19+)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 3 - K=1- band
0.0	1-	16.2 h 2 % ε = 100
45.47 2	(2)-	1.13 ns 6	45.48 2	100 2	M1	0.0	1-
212.1 3	(3-)	111 ps 28	166.7 5 212.2 5			45.47 0.0	(2)- 1-
363.1 3	(4-)	59 ps 10	150.8 5 317.8 5	100 88		212.1 45.47	(3-) (2)-
583.5 4	(5-)		220.4 5 371.5 5			363.1 212.1	(4-) (3-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 4 - K=(4)- band, EVEN J
301.6 3	(4-)	0.52 ns 7
687.7 3	(6-)	73 ps 24	104.2 5 220.4 5 331 1 386.1 5 442.5 5			583.5 467.3 356.8 301.6 244.8	(5-) (5-) (6)+ (4-) (5)+
1338.3 4	(8-)	5.5 ps 14	312.8 5 349.9 5 650.5 5			1025.4 988.3 688.2	(7-) J (8)+
2219.1 5	(10-)	0.69 ps 21	472.3 5 879.4 5			1747.8 1338.3	(J+2) (8-)
3286.2 7	(12-)		596.2 5 1068 1			2689.8 2219.1	(J+4) (10-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 5 - K=(4)- band, ODD J
467.3 3	(5-)	242 ps 35
1025.4 4	(7-)	7.6 ps 2	337.6 5 558.3 5			688.2 467.3	(8)+ (5-)
1825.3 5	(9-)	0.76 ps 21	488.2 5 800 1			1338.3 1025.4	(8-) (7-)
2736.5 7	(11-)		911.2 5			1825.3	(9-)
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ)	I(γ)	M(γ)	Final Levels
Band 6 - ΔJ=(2) band.
988.3 4	J	17 ps 6
1747.8 4	(J+2)		409.5 5 722.7 5 759.5 5			1338.3 1025.4 988.3	(8-) (7-) J
2689.8 5	(J+4)		470.2 5 865.6 5 941.1 5			2219.1 1825.3 1747.8	(10-) (9-) (J+2)
3706.7 8	(J+6)		420.5 5 1017 1			3286.2 2689.8	(12-) (J+4)

E(level)	J^π(level)	T_1/2(level)	Comments
0.0	1-	16.2 h 2 % ε = 100	μ=0.54821 2 (1960Li11,1989Ra17), Q=0.270 3 (1960Li11,1989Ra17) Configuration=(π 3/2[_312])(n,5/2[422])1- favors negative μ (1980Ek02). Signs of μ and Q are opposite (1989Ra17). E(level): K=1- band.
45.47	(2)-	1.13 ns 6	E(level): K=1- band.
102.58	(4)+	1.31 s 2 % IT > 99.4 % ε < 0.6	Possible configuration=((π 3/2[_431])(ν 5/2[_422])) (1982Do11). E(level): K=(4)+ band, EVEN J.
212.1	(3-)	111 ps 28	E(level): K=1- band.
244.8	(5)+	76 ps 14	E(level): K=(4)+ band, ODD J.
301.6	(4-)	0.52 ns 7	Possible configuration=((π g9/2)(ν p3/2 or f5/2)) (1982Do11). E(level): K=(4)- band, EVEN J.
356.8	(6)+	118 ps 21	E(level): K=(4)+ band, EVEN J.
363.1	(4-)	59 ps 10	E(level): K=1- band.
467.3	(5-)	242 ps 35	E(level): K=(4)- band, ODD J.
583.5	(5-)		E(level): K=1- band.
594.7	(7)+	21 ps 4	E(level): K=(4)+ band, ODD J.
687.7	(6-)	73 ps 24	E(level): K=(4)- band, EVEN J.
688.2	(8)+	69 ps 21	E(level): K=(4)+ band, EVEN J.
988.3	J	17 ps 6	E(level): ΔJ=(2) band.
1025.4	(7-)	7.6 ps 2	E(level): K=(4)- band, ODD J.
1120.5	(9)+	0.59 ps 6	E(level): K=(4)+ band, ODD J.
1338.3	(8-)	5.5 ps 14	E(level): K=(4)- band, EVEN J.
1511.3	(10)+	0.49 ps 6	E(level): K=(4)+ band, EVEN J.
1747.8	(J+2)		E(level): ΔJ=(2) band.
1825.3	(9-)	0.76 ps 21	E(level): K=(4)- band, ODD J.
1993.3	(11+)	0.21 ps 4	E(level): K=(4)+ band, ODD J.
2219.1	(10-)	0.69 ps 21	E(level): K=(4)- band, EVEN J.
2626.1	(12+)		E(level): K=(4)+ band, EVEN J.
2689.8	(J+4)		E(level): ΔJ=(2) band.
2736.5	(11-)		E(level): K=(4)- band, ODD J.
E(level)	J^π(level)	T_1/2(level)	Comments
3107.6	(13+)	0.20 ps 2	E(level): K=(4)+ band, ODD J.
3286.2	(12-)		E(level): K=(4)- band, EVEN J.
3706.7	(J+6)		E(level): ΔJ=(2) band.
4000	(14+)		E(level): K=(4)+ band, EVEN J.
4434	(15+)	0.11 ps 3	E(level): K=(4)+ band, ODD J.
4900	(0+)		E(level): Uncertainty≈100 keV (evaluator). J^π(level): Analog of level in ⁷⁶Se.
5400	(2+)		E(level): Uncertainty≈100 keV (evaluator). J^π(level): Analog of level in ⁷⁶Se.
5550	(16+)		E(level): K=(4)+ band, EVEN J.
5930	(17+)	0.055 ps 28	E(level): K=(4)+ band, ODD J.
6100	(0+,2+,4+)		E(level): Uncertainty≈100 keV (evaluator). J^π(level): Analog of level in ⁷⁶Se.
6500	(2+)		E(level): Uncertainty≈100 keV (evaluator). J^π(level): Analog of level in ⁷⁶Se.
6900	(4+)		E(level): Uncertainty≈100 keV (evaluator). J^π(level): Analog of level in ⁷⁶Se.
7200	(3-)		E(level): Uncertainty≈100 keV (evaluator). J^π(level): Analog of level in ⁷⁶Se.
7303	(18+)		E(level): K=(4)+ band, EVEN J.
7585	(19+)	< 0.06 ps	E(level): K=(4)+ band, ODD J.
9415	(21+)		E(level): K=(4)+ band, ODD J.

E(level)	E(gamma)	Comments
45.47	45.48	M(γ): from ce data in ⁷⁶Br IT decay and ⁷⁶Kr ε decay
102.58	57.11	M(γ): from ce data in ⁷⁶Br IT decay and ⁷⁶Kr ε decay
150.52	150.5	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity
244.8	142.2	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
252.28	150.5	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity
252.28	252.0	M(γ): From ce data in ⁷⁷Kr ε decay
315.78	63.6	M(γ): From ce data in ⁷⁷Kr ε decay
	270.2	M(γ): From ce data in ⁷⁷Kr ε decay
	315.7	M(γ): From ce data in ⁷⁷Kr ε decay
317.11	271.6	M(γ): From ce data in ⁷⁷Kr ε decay
355.33	103.3	M(γ): From ce data in ⁷⁷Kr ε decay
356.8	112.0	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
356.8	253.9	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
446.18	91.1	M(γ): From ce data in ⁷⁷Kr ε decay
446.18	446.2	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity
451.99	96.6	M(γ): From ce data in ⁷⁷Kr ε decay
	134.9	M(γ): From ce data in ⁷⁷Kr ε decay
	136.4	M(γ): From ce data in ⁷⁷Kr ε decay
	199.8	M(γ): From ce data in ⁷⁷Kr ε decay
	406.5	M(γ): From ce data in ⁷⁷Kr ε decay
594.7	237.9	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
616.13	299.0	M(γ): From ce data in ⁷⁷Kr ε decay
616.13	300.2	M(γ): From ce data in ⁷⁷Kr ε decay
688.2	93.4	M(γ): M1(+E2) from adopted level parities. δ(E2/M1)<0.12 for RUL(E2) <300
688.2	331.3	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
E(level)	E(gamma)	Comments
898.41	446.2	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity
1120.5	432.0	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
1511.3	390.9	E(γ): Uncertainty≈100 keV (evaluator) M(γ): From γ(θ,pol) data in (HI,xnypγ)
2626.1	1114.9	E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity