List of levels for 46SC

ADOPTED LEVELS, GAMMAS for ⁴⁶Sc

Author: S. -c. Wu | Citation: Nucl. Data Sheets 91, 1 (2000) | Cutoff date: 15-Jul-2000

Full ENSDF file | Adopted Levels (PDF version)

Q(β-)=2366.5 keV 7	S(n)= 8760.64 keV 10	S(p)= 8237.3 keV 8	Q(α)= -9163.4 keV 8
Reference: 2012WA38

References:
A	⁴⁶Sc IT decay	B	⁴³Ca(α,pγ)
C	⁴⁴Ca(³He,p)	D	⁴⁴Ca(α,d)
E	⁴⁵Sc(n,γ) E=THERMAL	F	⁴⁵Sc(d,p)
G	⁴⁵Sc(d,pγ)	H	⁴⁵Sc(t,d)
I	⁴⁶Ca(³He,t)	J	⁴⁶Ti(t,³He)
K	⁴⁷Ti(d,³He)	L	⁴⁸Ti(p,³He)
M	⁴⁸Ti(d,α)	N	⁴⁸Ti(pol d,α)
O	I(γ+ce)(μ^-,xnγ)

Other reactions:

⁴⁶Ti(n,p): 1994Si01, 1993Sa41, 1992Mo12, 1992Be60.

⁴⁷Ti(n,np): 1996Un01.

⁴⁷Ti(α,pα): 1996La07.

⁵¹V(α,n2α): 1995Si11, 1994Ma60, 1994Ha60.

Levels: Information on capture state in (n,γ) not included; see (n,γ).

Gammas: γ’s from capture state in (n,γ) not included; see (n,γ).

Q-value: Note: Current evaluation has used the following Q record $ 2366.7 7 8760.62 11 8235.1 10 1995Au04

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 E F G H I J K L M N O	4+	83.79 d 4 % β^- = 100
52.011 1	C E F G H I J K L M N	6+	9.4 µs 8	52.011 1	100.0	E2	0.0	4+
142.528 7	A B E F G J K L M N O	1-	18.75 s 4 % IT = 100	142.528 8	100.0	E3	0.0	4+
227.767 9	B C E F G H I J K L M N O	3+	< 270 ps	227.767 16	100.0	M1	0.0	4+
280.701 13	C E F G H I J K M N	5+	< 270 ps	228.707 22 280.721 18	100.0 8 6.2 8	M1 M1	52.011 0.0	6+ 4+
289.539 8	B E G J K L M N O	2-	< 380 ps	61.771 1 147.010 7	0.5 1 100.0 1	M1	227.767 142.528	3+ 1-
444.137 13	C E F G H I J K L M N O	2+	< 270 ps	216.367 10 301.75 30	100.00 2 0.09 2	M1	227.767 142.528	3+ 1-
584.782 13	B E F G J K L M N	3-	4 ps 2	295.239 13 357.00 3 442.41 7 584.79 3	100.0 17 0.75 15 2.0 5 47.7 17	M1 E1 E2 E1	289.539 227.767 142.528 0.0	2- 3+ 1- 4+
627.429 24	B E F G J K L M N	4-	< 200 ps	399.70 6 627.48 4	8.9 5 100.0 5	E1 E1	227.767 0.0	3+ 4+
774.021 22	C D E F H I J K L M N	5+		492.9 7 721.86 4 773.92 4	81.8 19 100.0 19	M1 M1 M1	280.701 52.011 0.0	5+ 6+ 4+
835.092 22	E F G H I J K L M N	4+	< 200 ps	554.53 3 835.07 4	100.0 8 19.0 8	M1 M1	280.701 0.0	5+ 4+
978 2	B D F H I J M N	7+
991.33 4	C E F I J K L M N	1+		547.11 4	100.0	M1	444.137	2+
1006 6	F
1088.588 23	E F H I J L N	4+		314.623 20 807.80 6 860.72 4 1088.72 25	8.7 13 100.0 20 63.9 18 4.4 7	M1 M1 M1	774.021 280.701 227.767 0.0	5+ 5+ 3+ 4+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1121 12	N
1124.23 3	B E F J K L M N	4-	1.1 ps 2	496.77 10 539.42 3 843.46 6	2.7 14 100.0 15 18.5 9	M1 M1 E1	627.429 584.782 280.701	4- 3- 5+
1142 4	F J N	3-,4-
1270.46 3	E F J K L M N	4-		643.08 5 685.77 6 1270.43 6	94 3 52.2 25 100 3	M1 M1	627.429 584.782 0.0	4- 3- 4+
1289 12	N
1298 5 ?	K
1321.12 3	E F I J L M N	3+,(4+)		485.994 21 1321.8 2	100.0	M1	835.092 0.0	4+ 4+
1394.18 4	C E F I J L M N	2+		402.72 4 1166.63 6 1251.4 2	26.3 17 100.0 17	M1 M1 E1	991.33 227.767 142.528	1+ 3+ 1-
1427.90 4	E	3+,4+,(2+)		1285.35 4	100.0		142.528	1-
1429 4	J K L M N	2-
1438 4	F	3-,4-
1526.74 5	E F J M N	(2-,3,4+)		899.57 10 941.6 2 1082.54 6	98 4 100 4		627.429 584.782 444.137	4- 3- 2+
1642.68 3	C E F J L M N	4-		517.1 2 1015.22 4 1057.95 4	77.6 16 100.0 16	M1 M1 M1	1124.23 627.429 584.782	4- 4- 3-
1676 4	F N
1692.2 3	E F N	3-		1064.8 3	100.0	M1	627.429	4-
1707.83 5	E F J K L M N	2-		437.49 5 1123.6 3 1707.34 15	11.4 24 100 5 30 5	M1	1270.46 584.782 0.0	4- 3- 4+
1752 4	F J N	2+,4+,6+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1763.24 11	E F M N	2+,3+,4+		1763.28 14	100.0		0.0	4+
1799.44 7	E F I J L M N	2+,3+		476.2 2 711.19 10 1509.3 2 1799.66 17	100 3 49 3	M1 M1 E1	1321.12 1088.588 289.539 0.0	3+,(4+) 4+ 2- 4+
1825 4	F
1852 2	C F I J L M N	1+
1886.06 8	E F M	3+,(2+)		1658.30 11 1885.93 11	100 6 96 6		227.767 0.0	3+ 4+
1919.88 4	E F J L M N	3+		929.8 4 1335.07 4	100.0	E2 E1	991.33 584.782	1+ 3-
1921.10 5	E F L M			600.22 18 1693.29 5	6.6 10 100.0 10		1321.12 227.767	3+,(4+) 3+
2043.45 4	E	3-,(2-)		1415.7 6 1753.86 6 1900.84 6	3.7 13 56.3 16 100.0 18		627.429 289.539 142.528	4- 2- 1-
2062.25 5	E F I J L M	(4)-		1227.79 5 1285.2 1	100.0	E1	835.092 774.021	4+ 5+
2070.31 9	E F J L M	(3)+		749.11 13 1235.15 16	100 6 85 6		1321.12 835.092	3+,(4+) 4+
2084.47 13	E			1803.66 14	100.0		280.701	5+
2114.13 7	E J L	3,4,(2)		2114.10 7	100.0		0.0	4+
2119.30 6	C D E F I M N	3+,4+		1829.73 6	100.0		289.539	2-
2184.9 10	E F
2203.14 6	E F L M	3-		881.9 3 1618.40 19 1913.22 16 1975.40 10	19 4 100 14 24 4 29 6	M1	1321.12 584.782 289.539 227.767	3+,(4+) 3- 2- 3+
2221.71 11	E F I J L M	2+		1134.7 3 1777.3 3 1932.3 5	100 6 20 6	E2	1088.588 444.137 289.539	4+ 2+ 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2252.80 11	E J L N			2109.92 17	100.0		142.528	1-
2291.84 15	C E F I J L M			1664.47 25 2291.74 19	85 8 100 8		627.429 0.0	4- 4+
2302.58 11	C E F I J L M	2+,3+,(4+)
2330.19 19	E F H J M			2278.28 20	100.0		52.011	6+
2366.75 21	C E F L			1592.7 2	100.0		774.021	5+
2375.28 19	C E L			2094.34 21	100.0		280.701	5+
2395.97 9	E			2106.25 10 2254.3 6	100 6 20 6		289.539 142.528	2- 1-
2410.45 4	C D E F I J L M	3+		1321.87 10 1575.30 5 2129.72 13 2410.38 25	52 3 100 4 22.2 15 41 5	M1	1088.588 835.092 280.701 0.0	4+ 4+ 5+ 4+
2431.17 15	E	(4+,5+)		2203.57 18 2380.3 8	100.0 16 55.0 16		227.767 52.011	3+ 6+
2442.30 4	E J L M	3+		1668.0 5 1814.89 6 1857.42 6 2442.6 3	7.2 16 69.9 20 100.0 24 18 3		774.021 627.429 584.782 0.0	5+ 4- 3- 4+
2451.11 12	E F I J L M			1362.61 15 2170.0 3	100 7 75 7		1088.588 280.701	4+ 5+
2459.64 9	E F I M			1065.18 15 2179.30 21 2317.41 23	97 9 100 9 81 9		1394.18 280.701 142.528	2+ 5+ 1-
2486.3 10	E
2494.48 10	E			1405.70 12	100.0		1088.588	4+
2521.67 13	E F L M			478.08 13	100.0		2043.45	3-,(2-)
2534 4	F
2558.91 14	E I J L M	4+		2331.04 17	100.0		227.767	3+
2568.06 10	E F	3+,4+		1246.7 4 1940.4 5 2287.12 19	37 12 95 24 100 19		1321.12 627.429 280.701	3+,(4+) 4- 5+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2589.99 5	C E F J	3-,4-		1162.15 11 1268.3 4 1963.1 3 2005.19 6 2146.4 8	25.4 19 14.6 17 100 5 14 7	E1	1427.90 1321.12 627.429 584.782 444.137	3+,4+,(2+) 3+,(4+) 4- 3- 2+
2643.05 18	E F I L M	3-,4-,(2-)		2643.5 4	100.0		0.0	4+
2662.72 10	C E F L M			2662.8 3	100.0		0.0	4+
2694.57 13	E			1920.9 3 2551.3 6	79 15 100 15		774.021 142.528	5+ 1-
2705.24 6	E I L M	3+		1870.11 8 2477.35 16	100 4 85 4		835.092 227.767	4+ 3+
2714.09 9	E F			651.3 3 1879.1 8 2270.1 4	91 13 26 9 100 16		2062.25 835.092 444.137	(4)- 4+ 2+
2733 8	F J	2+
2760 8	F
2783.02 10	E F I J L M	3-,4-		2501.87 24	100.0		280.701	5+
2815 6	E J L M	1+
2833.94 22	E F M			391.6 3 2389.7 8	100.0		2442.30 444.137	3+ 2+
2855.98 11	C E J L	2,3,4		2020.8 3 2628.5 2	30 4 100 4		835.092 227.767	4+ 3+
2863.34 7	E F I M	2+,(3+)		2418.7 6 2635.66 9	14 4 100 4		444.137 227.767	2+ 3+
2890.65 18	C E F J L M			2600.3 5	100.0		289.539	2-
2940.19 11	E F J L M	3-,4-		2797.55 12	100.0		142.528	1-
2956.71 11	E J L			2667.01 16	100.0		289.539	2-
2979.67 8	C E F I J M	3+,4+		2351.8 3 2536.81 13	100 11 20 11		627.429 444.137	4- 2+
3002.36 19	E F			2721.41 23	100.0		280.701	5+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3017.06 7	E F J L M	(3+,4+)		2243.08 9 2572.0 9 2789.43 23	100 8 21 8 38 4		774.021 444.137 227.767	5+ 2+ 3+
3032.02 13	E F M			2196.92 21	100.0		835.092	4+
3056.94 17	E F L M			942.43 21 2614.0 11	100 20 54 20		2114.13 444.137	3,4,(2) 2+
3081.65 16	E F L M			2497.4 4	100.0		584.782	3-
3094.66 9	E F J L M	3+,4+,(2+)		1970.48 16 2259.8 5 2805.01 21	100 8 38 10 100 8		1124.23 835.092 289.539	4- 4+ 2-
3116 15	J L	1+
3136.32 9	E F	3-,4-		2300.6 3 2362.1 3 2908.6 4 3136.8 6	30 4 100 10 39 8 17 4		835.092 774.021 227.767 0.0	4+ 5+ 3+ 4+
3176.54 10	E F J	4+		1649.5 6 2547.3 14 2895.3 3	18 8 31 15 100 14		1526.74 627.429 280.701	(2-,3,4+) 4- 5+
3191.81 12	D E L M	(2-,3+)		2200.4 9 2567.7 17 2963.1 4	49 14 40 25 100 19		991.33 627.429 227.767	1+ 4- 3+
3204.94 11	E			1134.57 10 2214.3 3 2759.4 5	100 6 47 6 26 6		2070.31 991.33 444.137	(3)+ 1+ 2+
3229.84 17	E J L	2+,3+,4+		2139.7 12 3002.2 7	7E1 3 1.0E2 3		1088.588 227.767	4+ 3+
3242 5	C F M	0+,1+
3260.40 15	E J L			3117.33 25	100.0		142.528	1-
3278.76 10	E F L	2+,3+		2652.0 5 2693.71 17 2834.4 4	29 6 100 8 63 8		627.429 584.782 444.137	4- 3- 2+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3314.10 7	E F	4+		1251.67 7 3261.0 7	100 7 41 7		2062.25 52.011	(4)- 6+
3338 11	J L
3381.48 12	E J			3328.3 10	100.0		52.011	6+
3396.67 14	C E F L	2+,3+,(4+)		2768.7 8 3396.7 3	20 6 100 6		627.429 0.0	4- 4+
3414.32 10	E	2+,3+,4+		2578.9 5 3125.1 3 3185.9 5	100 16 82 12 40 12		835.092 289.539 227.767	4+ 2- 3+
3424.54 8	E F J	3+,(4+)		929.85 13 2839.8 6 2980.9 10 3280.4 10 3373.5 13	68 12 68 18 35 15 100 32 24 12		2494.48 584.782 444.137 142.528 52.011	3- 2+ 1- 6+
3443.28 14	E F J L	2+,3+,4+		3443.14 24	100.0		0.0	4+
3474.22 8	E F	3+,4+,(2+)		2079.72 13 2153.38 16 2845.5 8	100 13 88 10 56 17		1394.18 1321.12 627.429	2+ 3+,(4+) 4-
3493.24 7	E J L	2+		1966.66 16 2404.91 21 3049.5 3 3265.55 17	41 3 78 6 58 9 100 6		1526.74 1088.588 444.137 227.767	(2-,3,4+) 4+ 2+ 3+
3512 6	F J
3550.31 13	D E F L	2+,3+,4+		2714.98 20 3106.1 5	100 8 61 8		835.092 444.137	4+ 2+
3597.07 10	E F L	2+,3+,4+		1375.4 4 2968.4 7 3153.5 3 3596.97 15	19 6 32 8 38 4 100 6		2221.71 627.429 444.137 0.0	2+ 4- 2+ 4+
3605.26 25	E J L			1519.8 6 3552.0 9 3605.6 6	37 12 56 16 100 18		2084.47 52.011 0.0	6+ 4+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3620.43 20	E F			2529.7 9 3478.3 3	69 21 100 21		1088.588 142.528	4+ 1-
3631.97 14	E L	2+,3+,4+,5+		3351.26 20	100.0		280.701	5+
3654.77 16	E F J			2819.6 14 3026.7 8	39 16 100 16		835.092 627.429	4+ 4-
3675.47 8	E L	2+,3+,4+		3623.12 11	100.0		52.011	6+
3707.38 16	E F J	3+,4+,(2+)		3081.3 10 3418.8 6	8E1 3 1.0E2 3		627.429 289.539	4- 2-
3721.42 20	E F			3721.2 3	100.0		0.0	4+
3766.70 9	E F J	3+		2058.85 10 2678.5 3 3323.1 19	100 17 66 13 5E1 3		1707.83 1088.588 444.137	2- 4+ 2+
3785.36 8	D E F J	4+		2697.2 3 3011.9 3 3201.4 7 3502.9 11 3506.0 13 3557.6 4	22 3 100 5 11 3 12 5 8 5 12.7 20		1088.588 774.021 584.782 280.701 280.701 227.767	4+ 5+ 3- 5+ 5+ 3+
3813.81 22	E F			1591.8 3 3525.3 8	89 17 100 17		2221.71 289.539	2+ 2-
3841.11 14	C E F J	3+,4+		3066.8 7 3213.3 9	100 23 92 23		774.021 627.429	5+ 4-
3868.62 12	E			2781.0 8 3241.1 14 3424.7 5 3578.5 9 3641.1 5 3867.5 5	40 16 52 24 96 20 40 12 100 16 72 12		1088.588 627.429 444.137 289.539 227.767 0.0	4+ 4- 2+ 2- 3+ 4+
3876.65 12	E F J	3+,4+		2607.0 10 3102.0 5 3249.3 11 3431.95 22	29 16 79 14 55 21 100 14		1270.46 774.021 627.429 444.137	4- 5+ 4- 2+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3937.29 11	E F			879.4 5 3310.6 10	5 2 100 2		3056.94 627.429	4-
3945.3 4	E			3716.9 7	100.0		227.767	3+
3961 6	F
3983 6	C F J
4008 6	F J
4039.69 9	E F			1818.46 21 2916.6 7 2950.97 17 3750.05 21 3760.6 12	44 5 21 9 100 9 37 4 6 3		2221.71 1124.23 1088.588 289.539 280.701	2+ 4- 4+ 2- 5+
4074.67 25	E F J			3931.9 3	100.0		142.528	1-
4081.12 17	E F			2373.5 3 3090.3 3	100 6 47 6		1707.83 991.33	2- 1+
4103.8 3	E F J			4052.2 5	100.0		52.011	6+
4131.90 13	E F
4142.61 9	E F J			1552.23 22 3017.9 8 3862.3 3	82 11 82 21 100 14		2589.99 1124.23 280.701	3-,4- 4- 5+
4186 7	C F J	0+,1+
4200 7	F
4229 7	C F J
4249 7	F
4261.46 9	E F J			2340.53 17 2990.95 21 3174.5 13	52 7 100 7 11 5		1921.10 1270.46 1088.588	4- 4+
4294.65 14	E F			3205.8 6 3303.4 20 4013.65 24	1.0E2 3 8E1 5 68 20		1088.588 991.33 280.701	4+ 1+ 5+
4319.09 16	C E F			2249.0 4 3543.9 8 4267.1 20	100 20 88 20 54.6 25		2070.31 774.021 52.011	(3)+ 5+ 6+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4330 7	F
4350 7	F
4362 10	F
4383.08 10	E F			2299.0 6 2741.4 14 3938.5 7 4093.54 25	100 19 29 15 29 8 81 12		2084.47 1642.68 444.137 289.539	4- 2+ 2-
4399 7	F
4414 10	F
4432.77 18	E F			2510.9 6 4433.4 13	100 6 11 6		1921.10 0.0	4+
4447.83 21	E F			4166.6 6	100.0		280.701	5+
4467.08 15	E F			2035.7 7 3693.0 4 3839.8 3	48 14 80 9 100 12		2431.17 774.021 627.429	(4+,5+) 5+ 4-
4498 7	F J
4522.75 10	E F			2814.96 22 2995.61 24 3530.2 8 4522.5 4	76 8 100 8 27 8 41 5		1707.83 1526.74 991.33 0.0	2- (2-,3,4+) 1+ 4+
4528.54 14	E F			2887.3 6 3403.2 7 4083.70 22	100 18 67 16 90 16		1642.68 1124.23 444.137	4- 4- 2+
4560 7	F
4575 7	F
4587.16 9	E F			2943.5 11 3158.7 3 3193.18 18 3812.62 18 4141.8 18 4534.3 3 4589.6 12	19 12 59 7 100 12 97 8 19 12 76 7 16 7		1642.68 1427.90 1394.18 774.021 444.137 52.011 0.0	4- 3+,4+,(2+) 2+ 5+ 2+ 6+ 4+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4606.43 9	C E F			3615.5 5 4021.47 10 4607.9 9	27 5 100 6 16 5		991.33 584.782 0.0	1+ 3- 4+
4649 7	F J
4666 7	F
4694.59 11	C E F			2772.8 8 3569.6 9 4109.7 3 4551.6 9	25 9 18 7 100 9 21 7		1921.10 1124.23 584.782 142.528	4- 3- 1-
4701.03 8	E J			1422.13 20 1509.03 16 2901.22 23 3274.1 17 3379.1 7 4701.4 5	39 7 55 10 100 17 5E1 4 42 10 32 10		3278.76 3191.81 1799.44 1427.90 1321.12 0.0	2+,3+ (2-,3+) 2+,3+ 3+,4+,(2+) 3+,(4+) 4+
4719.64 17	E F			4136.6 9 4667.8 10	100 18 79 18		584.782 52.011	3- 6+
4732 7	F
4754.3 1	E F			3359.84 26 4526.7 3	100 7 64 7		1394.18 227.767	2+ 3+
4761.07 12	E F			3335.6 17 3636.24 24 3768.5 7	6E1 3 100 25 14 7		1427.90 1124.23 991.33	3+,4+,(2+) 4- 1+
4776 7	C D F	1+
4787.27 12	E F			2584.5 4 3516.6 5 4788.6 9	100 10 55 10 12 4		2203.14 1270.46 0.0	3- 4- 4+
4794 7	F	3-,4-
4818 7	F
4846 7	C F
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4873.4 5	E F			3166.1 5 4582.4 16 4870.2 12	100 15 29 13 32 12		1707.83 289.539 0.0	2- 2- 4+
4882.57 11	C E F			2098.5 9 2506.5 4	72 21 100 21		2783.02 2375.28	3-,4-
4896 7	C F
4927 7	F
4961.45 10	C E F			2708.2 8 2737.8 17 3073.8 8 3317.1 16 4124.8 9	46 19 32 25 46 19 1.0E2 5 46 17		2252.80 2221.71 1886.06 1642.68 835.092	2+ 3+,(2+) 4- 4+
4972 7	F
5010 7	F
5022 5	C F L	0+
5049.44 17	E F			2929.1 5 3924.5 4	100 12 72 12		2119.30 1124.23	3+,4+ 4-
5061 8	F
5092.96 12	E F			3822.44 16 5092.5 9	100 2 10 2		1270.46 0.0	4- 4+
5113 8	F
5135 8	F
5149 8	F	3-,4-
5165 8	F
5192 8	F
5207 8	F
5235 8	F
5250 8	F
5272 8	F
5301.83 11	E F			1681.46 23 2871.3 3 2973.5 14 3905.5 13 4176.8 10 4672.7 10 5024.9 17	31 5 100 12 17 8 10 4 45 17 29 8 6 4		3620.43 2431.17 2330.19 1394.18 1124.23 627.429 280.701	(4+,5+) 2+ 4- 4- 5+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5327 8	F
5346.16 13	E F	3-,4-		4075.5 3 4354.76 16 4575.5 21 5118.2 11 5203.2 10	59 7 100 9 11 7 25 9 32 9		1270.46 991.33 774.021 227.767 142.528	4- 1+ 5+ 3+ 1-
5364 8	F
5376 8	F
5388 8	F
5404 8	F
5427 12	F
5445 8	F
5465 8	F
5491 12	D F
5514 8	D F
5541.5 4	E F			4270.8 7	100.0		1270.46	4-
5563 8	F	3-,4-
5595 8	F
5620 8	F
5644 12	F
5659 8	F
5694 8	F
5727 8	F
5753 8	F
5772 8	F
5796 8	F
5814 8	F
5837 8	F
5878 8	F
5908 8	F
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5928 8	F
5955 8	F
5979 8	F
6004 12	F
6037 14	F
6061 14	F
6083 14	F
6110 14	F
6134 14	F
6145 14	F
6159 14	F
6191 14	F
6230 30	D
6253 14	F
6276 14	F
6295 14	F
6327 14	F
6362 14	F
6380 14	F
6405 14	F
6429 14	F
6454 14	F
6469 14	F
6482 14	F
6497 14	F
6525 14	F
6549 14	F
6568 14	F
6593 14	F
6612 14	F
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
6650 14	F
6682 14	F
6698 14	F
6728 14	F
6762 14	F
6810 14	F
6853 14	F
6874 14	F

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Conversion Coefficient	Additional Data
52.011	6+	9.4 µs 8	52.011 1	E2	4.12	α=4.12
142.528	1-	18.75 s 4 % IT = 100	142.528 8	E3	0.612	α=0.612

E(level)	J^π(level)	T_1/2(level)	Comments
227.767	3+	< 270 ps	T_1/2(level): From (d,pγ).
280.701	5+	< 270 ps	T_1/2(level): From (d,pγ).
289.539	2-	< 380 ps	T_1/2(level): From (d,pγ).
444.137	2+	< 270 ps	T_1/2(level): From (d,pγ).
627.429	4-	< 200 ps	T_1/2(level): From (d,pγ).
835.092	4+	< 200 ps	T_1/2(level): From (d,pγ).
978	7+		Reported as yrast 7⁺ level from (α,pγ) (1977DrZY); γ decay modes not reported. E(level): Reported as yrast 7⁺ level from (α,pγ) (1977DrZY); γ decay modes not reported.
1919.88	3+		XREF: F(1923)L(1923)M(1926).
1921.10			XREF: F(1923)L(1923)M(1926).
2184.9			Fed by primary γ in (n,γ), but γ decay not observed. E(level): Fed by primary γ in (n,γ), but γ decay not observed.
2291.84			XREF: C(2300)F(2296)I(2295)J(2287)M(2296).
2302.58	2+,3+,(4+)		XREF: C(2300)F(2296)I(2295)J(2287)M(2296).
2366.75			XREF: C(2370)L(2376).
2375.28			XREF: C(2370)L(2376).
2442.30	3+		XREF: J(2434)L(2440)M(2450).
2451.11			XREF: F(2455)I(2456)J(2434)L(2440)M(2450).
2459.64			XREF: F(2455)I(2456)M(2450).
2486.3			Fed by primary γ in (n,γ), but γ decay not observed. E(level): Fed by primary γ in (n,γ), but γ decay not observed.
2940.19	3-,4-		XREF: J(2950).
2956.71			XREF: J(2950).
3081.65			XREF: F(3090)L(3080)M(3089).
3094.66	3+,4+,(2+)		XREF: F(3090)J(3100)L(3080)M(3089).
3116	1+		XREF: J(3100).
3242	0+,1+		J^π(level): From L(³He,p)=0.
4131.90			Fed by primary γ in (n,γ), but γ decay not observed. E(level): Fed by primary γ in (n,γ), but γ decay not observed.
E(level)	J^π(level)	T_1/2(level)	Comments
4186	0+,1+		J^π(level): From L(³He,p)=0.
4882.57			XREF: C(4890).
4896			XREF: C(4890).
5491			XREF: F(5500).
5514			XREF: F(5500).

E(level)	E(gamma)	Comments
774.021	492.9	E(γ): For relative intensity, see (n,γ).
1321.12	1321.8	E(γ): For relative intensity, see (n,γ).
1394.18	1251.4	E(γ): For relative intensity, see (n,γ).
1526.74	941.6	E(γ): For relative intensity, see (n,γ).
1642.68	517.1	E(γ): For relative intensity, see (n,γ).
1799.44	476.2	E(γ): For relative intensity, see (n,γ).
1799.44	1509.3	E(γ): For relative intensity, see (n,γ).
1919.88	929.8	E(γ): For relative intensity, see (n,γ).
2062.25	1285.2	E(γ): For relative intensity, see (n,γ).
2221.71	1134.7	E(γ): For relative intensity, see (n,γ).
2589.99	1268.3	E(γ): For relative intensity, see (n,γ).
2833.94	391.6	E(γ): For relative intensity, see (n,γ).