List of levels for 42K

ADOPTED LEVELS, GAMMAS for ⁴²K

Authors: Jun Chen and Balraj Singh | Citation: Nucl. Data Sheets 135, 1 (2016) | Cutoff date: 31-May-2016

Full ENSDF file | Adopted Levels (PDF version)

Q(β-)=3525.22 keV 18	S(n)= 7533.80 keV 11	S(p)= 9243.5 keV 4	Q(α)= -7648.86 keV 14
Reference: 2012WA38

References:
A	⁴²Ar β^- decay (32.9 Y)	B	⁹Be(³⁶S,2npγ),(³⁷P,4nγ)
C	²⁶Mg(¹⁸O,NPG)	D	²⁷Al(¹⁸O,N2PG),
E	⁴⁰Ar(α,d)	F	⁴¹K(n,γ) E=THERMAL
G	⁴¹K(n,γ):resonance	H	⁴¹K(d,p),(d,pγ)
I	⁴²Ca(t,³He)	J	⁴³Ca(d,³He)
K	⁴⁴Ca(p,³He)	L	⁴⁴Ca(d,α),(pol d,α)

⁴²K produced and identified by 1950Sa03 using ⁴¹K(d,p) reaction.

2014Pa45, 2014Kr04: E(p)=1.4 GeV incident on UC_x target at ISOLDE-CERN facility. Fragments diffused out of target and surface ionized, then accelerated to 40 kV, followed by mass separation and bunched by gas-filled Paul Trap (ISCOOL). Hyperfine structure was studied by collinear laser spectroscopy using COLLAPS setup at ISOLDE-CERN. Measured hyperfine spectra. Deduced spin, magnetic moment, rms charge radius. Comparison with shell-model calculations. 2014Pa45 present measured hyperfine parameters, hyperfine structure anomalies, spins and magnetic moments, while 2014Kr04 present measured rms radii, isotope shifts and spin determination. Other hyperfine structure measurement: 1982To02

Q-value: S(2n)=17629.17 12, S(2p)=22040 30 (2012Wa38)

E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
0	A B C D E F H I J K L	2-	12.355 h 7 % β^- = 100
106.826 5	B C D E F H I J L	3-	0.28 ns 4	106.817 7	100	M1(+E2)	0	2-
258.259 6	B C D F H I J K L	4-	130 ps 9	151.431 3	100	M1(+E2)	106.826	3-
638.726 7	B C F H I J L	3-	< 1.4 ns	380.473 13 531.908 15 638.717 14	44 9 100 16 60 9	(M1+E2) D	258.259 106.826 0	4- 3- 2-
681.942 8	B F H I J K L	(2,3)		575.04 5 681.932 12	0.7 2 100.0 2		106.826 0	3- 2-
699.086 14	B C D E F H I J K L	5-	41 ps 8	440.854 18 592.23 6	100 2 4.6 3	M1+E2 [E2]	258.259 106.826	4- 3-
783.885 11	F H I L	2-		783.903 14	100		0	2-
841.941 7	B F H I L	3-		735.099 14 841.895 13	16 2 100 15		106.826 0	3- 2-
1110.748 9	F H I L	3+		268.793 8 428.71 5 1110.767 16	90 20 10 2 100 15		841.941 681.942 0	3- (2,3) 2-
1143.594 11	B C E F H I K	4+	< 1.4 ns	301.50 14 444.525 19 504.828 16 1036.83 3	4.5 15 38 8 100 8 9.1 15	D D	841.941 699.086 638.726 106.826	3- 5- 3- 3-
1197.903 10	E F H I J K L	4-		559.23 3 939.605 17 1091.088 18 1197.99 3	23 4 100 15 67 11 15 3		638.726 258.259 106.826 0	3- 4- 3- 2-
1254.821 11	B F H I K L	2-		413.16 16 616.118 14 996.511 16 1254.80 3	2.6 7 100 13 62 9 34 6		841.941 638.726 258.259 0	3- 3- 4- 2-
1266.300 9	F H I L	(1,2,3)-		584.40 4 627.551 15 1266.305 15	12.7 22 42 6 100 16		681.942 638.726 0	(2,3) 3- 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1273.537 11	B F I L	2-		431.566 16 634.65 6 1015.233 24 1166.808 25	100 15 3.2 5 21 3 10.3 17		841.941 638.726 258.259 106.826	3- 3- 4- 3-
1376.02 8	B C D F I	6+	1.11 ns 14	232.3 2 676.87 11	12.3 5 100 3	E2(+M3) E1+M2	1143.594 699.086	4+ 5-
1377.116 10	F H I	(2,3)-		695.189 17 1377.065 16	30 5 100 5		681.942 0	(2,3) 2-
1400.01 4	F H I L	(2,3)		289.21 9 761.31 8 1399.78 9	37 9 9.8 17 100 15		1110.748 638.726 0	3+ 3- 2-
1407.911 10	F H I J L	(1-,2,3)		725.96 3 1301.008 20 1407.898 16	5.2 8 17 3 100 17		681.942 106.826 0	(2,3) 3- 2-
1453.07 4	F H J	(2-,3,4-)		198.33 9 1195.02 13	100 27 8.9 16		1254.821 258.259	2- 4-
1463.653 14	F H I J	(1-,2,3)		621.727 16 1463.59 3	100 15 19 3		841.941 0	3- 2-
1489.31 8	F H J	(1-:5-)		851.01 20 1382.2 3	100 17 69 17		638.726 106.826	3- 3-
1513.076 23	E F H	(1-:5-)		671.149 23 830.89 9	100 29 17 3		841.941 681.942	3- (2,3)
1538.74 5	B C E F I L	3+	< 3.5 ps	395.16 7	100	D	1143.594	4+
1691.99 4	F H I J L	(1-:4-)		437.24 18 1585.10 4	37 10 100 10		1254.821 106.826	2- 3-
1723.44 3	F H I	(2,3,4+)		612.65 5 881.33 11 1084.48 12 1616.84 11	100 17 4.7 9 4.8 9 7.4 12		1110.748 841.941 638.726 106.826	3+ 3- 3- 3-
1745.616 16	F H I L	(2+,3+)		602.046 22 903.635 21	88 14 100 14		1143.594 841.941	4+ 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
1816.875 18	F I	(2,3,4-)		550.30 10 562.07 4 1709.983 25	6.3 12 17 3 100 15		1266.300 1254.821 106.826	(1,2,3)- 2- 3-
1842.980 13	F H L	(1-,2,3)		569.475 20 1001.005 16 1842.95 3	40 6 100 15 75 12		1273.537 841.941 0	2- 3- 2-
1861.893 9	F H I L	2-		408.87 15 454.01 3 595.618 17 1179.921 16 1223.29 5 1603.60 5 1754.98 3 1861.855 24	2.0 5 8.2 18 24 4 48 7 2.5 4 5.3 12 14.1 21 100 15		1453.07 1407.911 1266.300 681.942 638.726 258.259 106.826 0	(2-,3,4-) (1-,2,3) (1,2,3)- (2,3) 3- 4- 3- 2-
1913.458 16	F H I L	(2-,3)		1071.509 20 1655.16 3 1913.8 3	100 15 40 6 2.1 6		841.941 258.259 0	3- 4- 2-
1936.12 13	B I L	(3-:6-)		1237.07 16 1677.52 26	100 9 82 18		699.086 258.259	5- 4-
1937.494 15	F H I L	(1,2,3)-		663.2 5 1153.61 3 1255.52 3 1830.42 23 1937.48 3	1.9 4 9.5 15 100 15 8.1 12 75 12		1273.537 783.885 681.942 106.826 0	2- 2- (2,3) 3- 2-
1947.88 9	B C D E L	7+	< 1.1 ps	571.86 4	100	M1+E2	1376.02	6+
1987.975 19	F H I J	(0-:4-)		721.66 16 1204.080 19 1988.00 8	4.4 10 100 15 17 3		1266.300 783.885 0	(1,2,3)- 2- 2-
2049.323 14	F H I L	3+		905.712 19 1207.363 17	42 6 100 15		1143.594 841.941	4+ 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2072.009 13	F H I	(2,3)-		874.088 19 1433.274 19 1965.10 3 2071.95 4	24 4 33 5 22 3 100 10		1197.903 638.726 106.826 0	4- 3- 3- 2-
2113.9 3	B J	(0-:4-)		2113.8 3	100		0	2-
2161.651 22	F H J	(2+,3,4+)		1018.032 21 1319.32 23	100 15 58 10		1143.594 841.941	4+ 3-
2187.23 4	F H I L	3+		1043.78 13 1076.51 12 1403.48 5	76 16 46 9 100 16		1143.594 1110.748 783.885	4+ 3+ 2-
2204.037 24	F H I	(2-,3,4+)		949.60 20 1945.69 3	8.6 22 100 14		1254.821 258.259	2- 4-
2238.586 25	F H I	(1,2,3)-		376.71 5 972.20 4 2131.9 3 2238.56 4	28 7 5.0 8 1.0 3 100 10		1861.893 1266.300 106.826 0	2- (1,2,3)- 3- 2-
2251.081 20	E F H I	(1-,2,3)		977.524 18 1568.99 12	100 15 5.1 9		1273.537 681.942	2- (2,3)
2314 14	E I L	(3,5)+
2359.13 10	B E I	(4+:7-)		422.8 3 983.16 9 1659.91 16	49 6 100 11 38 5		1936.12 1376.02 699.086	(3-:6-) 6+ 5-
2366.173 13	F H I	(2,3)-		378.20 5 958.215 21 989.065 21 1684.19 5 2107.92 15 2259.28 4 2366.13 4	3.8 10 11.0 18 9.7 15 2.8 8 0.95 18 55 5 100 10		1987.975 1407.911 1377.116 681.942 258.259 106.826 0	(0-:4-) (1-,2,3) (2,3)- (2,3) 4- 3- 2-
2388.833 20	F H I K L	3+		450.97 12 571.85 5 1011.62 3 1122.74 5 1707.01 7 2281.90 10 2388.81 5	16 4 29 5 48 7 100 21 30 5 16.7 23 100 11		1937.494 1816.875 1377.116 1266.300 681.942 106.826 0	(1,2,3)- (2,3,4-) (2,3)- (1,2,3)- (2,3) 3- 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2401.800 15	F H K	(2,3)-		678.34 6 912.69 23 993.863 23 1128.20 3 1135.40 7 1147.24 22 2143.43 5 2294.98 3 2401.72 5	4.1 7 0.61 16 9.7 16 4.3 7 2.0 3 13.5 19 21.3 23 100 10 11.0 10		1723.44 1489.31 1407.911 1273.537 1266.300 1254.821 258.259 106.826 0	(2,3,4+) (1-:5-) (1-,2,3) 2- (1,2,3)- 2- 4- 3- 2-
2422.160 22	F H I K	(1-,2,3)		579.30 6 1740.20 3 1783.51 12 2315.19 4 2422.20 11	7.2 12 28 4 27 4 100 10 5.0 6		1842.980 681.942 638.726 106.826 0	(1-,2,3) (2,3) 3- 3- 2-
2482.146 16	F H I	(1,2,3)-		544.68 21 620.244 16 1640.18 4 1800.15 4 2375.35 8 2482.21 20	2.9 8 100 15 9.6 14 22 4 13.1 14 4.2 7		1937.494 1861.893 841.941 681.942 106.826 0	(1,2,3)- 2- 3- (2,3) 3- 2-
2524.9 4	B	(2:4)		986.1 4 1682.9 5	100 27 59 15		1538.74 841.941	3+ 3-
2553.7 2	H I L	(0 TO 3)-
2573.62 5	F H I L	(2,3)		1034.90 7 2466.69 6 2573.54 16	29 5 100 11 54 14		1538.74 106.826 0	3+ 3- 2-
2606.993 24	F H	(1-,2,3)		861.34 6 1229.89 3 1352.02 7 1968.08 9	43 7 100 15 92 14 38 6		1745.616 1377.116 1254.821 638.726	(2+,3+) (2,3)- 2- 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2627.850 21	F H I L	(2-,3)		766.21 9 1361.535 23 1785.95 6 2369.9 3 2520.73 9 2627.74 10	14 3 100 14 60 9 49 5 31 4 26 3		1861.893 1266.300 841.941 258.259 106.826 0	2- (1,2,3)- 3- 4- 3- 2-
2644.288 25	F H	3-		706.98 8 920.81 6 1500.37 13 1962.29 3 2006.0 3 2537.36 7	11.8 20 14.4 24 15 3 100 16 6.6 20 29 3		1937.494 1723.44 1143.594 681.942 638.726 106.826	(1,2,3)- (2,3,4+) 4+ (2,3) 3- 3-
2653.81 6	F H I J L	(2-,3)		2395.53 6 2653.56 10	100 10 26 3		258.259 0	4- 2-
2718.096 13	F H J	(2-,3)		856.20 3 1340.942 23 1451.745 19 1520.28 4 1934.16 3	20 3 47 7 100 15 23 4 38 6		1861.893 1377.116 1266.300 1197.903 783.885	2- (2,3)- (1,2,3)- 4- 2-
2765.961 17	B F H I L	(2+,3)		283.78 12 828.462 16 1622.53 7 2083.94 4 2765.80 4	11 3 76 11 5.2 8 84 9 100 10		2482.146 1937.494 1143.594 681.942 0	(1,2,3)- (1,2,3)- 4+ (2,3) 2-
2802 15	E I L
2844 12	E I L
2862.81 4	E F I L	(2-,3)		1454.53 12 1485.60 8 1596.62 23 1665.14 14 2020.83 6	100 15 6.6 11 21 3 3.1 5 44 4		1407.911 1377.116 1266.300 1197.903 841.941	(1-,2,3) (2,3)- (1,2,3)- 4- 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2878.014 24	F I	3-		806.00 3 964.50 9 1470.09 6 2094.05 11 2179.04 8 2195.95 10 2770.75 13 2878.10 16	100 17 26 5 42 7 38 5 100 11 58 7 20 3 13.3 22		2072.009 1913.458 1407.911 783.885 699.086 681.942 106.826 0	(2,3)- (2-,3) (1-,2,3) 2- 5- (2,3) 3- 2-
2917.12 6	F H I	(1-:4+)		1661.8 4 2810.15 6	45 7 100 10		1254.821 106.826	2- 3-
2926.10 4	F H L	(2,3)-		537.17 14 1473.00 7 1671.20 11 2926.01 5	13 3 20 3 13 3 100 9		2388.833 1453.07 1254.821 0	3+ (2-,3,4-) 2- 2-
2938.61 4	F H I L	(1-,2,3)		1121.70 5 1485.60 8 2096.60 12 2938.38 6	100 14 26 5 28 5 79 12		1816.875 1453.07 841.941 0	(2,3,4-) (2-,3,4-) 3- 2-
2991.70 14	B D	(5+:9+)		632.68 20 1043.79 14	65 7 100 9		2359.13 1947.88	(4+:7-) 7+
3008.33 3	F L	3		846.59 5 1810.51 10 1864.68 5 2166.38 6 3008.28 9	23 4 16 3 29 5 100 10 32.1 19		2161.651 1197.903 1143.594 841.941 0	(2+,3,4+) 4- 4+ 3- 2-
3014.47 5	F H L	(1,2,3)-		612.64 5 1501.85 21 2172.71 25 2332.50 11 2907.35 14	49 7 12 3 6.8 15 18.0 22 100 10		2401.800 1513.076 841.941 681.942 106.826	(2,3)- (1-:5-) 3- (2,3) 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3021.11 3	F H L	(2,3)-		817.05 5 1766.26 3 2762.47 10 3021.07 8	19 3 100 14 12.4 14 63 3		2204.037 1254.821 258.259 0	(2-,3,4+) 2- 4- 2-
3032 10	I	3+
3040.21 6	F H I L	3-		618.20 8 2341.09 19 3039.92 8	31 5 10.8 16 100 8		2422.160 699.086 0	(1-,2,3) 5- 2-
3090 9	I L	1+
3132 15	I
3168.2 4	B	(2+:6+)		1054.3 3 2024.5 6	100 22 61 17		2113.9 1143.594	(0-:4-) 4+
3195.78 5	F H	(2-,3)		1787.5 3 1818.32 23 1998.11 11 2411.9 3 2556.94 7 3195.59 8	67 12 54 8 26 5 26 8 54 6 100 5		1407.911 1377.116 1197.903 783.885 638.726 0	(1-,2,3) (2,3)- 4- 2- 3- 2-
3210.57 7	F H I L	(1+,2,3)		1802.57 11 3210.46 8	40 6 100 5		1407.911 0	(1-,2,3) 2-
3233.91 4	F I	(3,4+)		1391.4 3 1833.88 5 2035.91 10 2089.8 4 3126.83 10	100 17 64 10 72 10 58 7 55 3		1842.980 1400.01 1197.903 1143.594 106.826	(1-,2,3) (2,3) 4- 4+ 3-
3284.42 4	F H	(2,3)-		1080.17 10 2086.53 5 2500.45 5 3177.25 16	8.0 14 80 8 100 10 38.2 22		2204.037 1197.903 783.885 106.826	(2-,3,4+) 4- 2- 3-
3287.14 4	F L	(2-,3,4+)		1909.90 5 2648.38 6 3028.89 7	20 3 44 5 100 5		1377.116 638.726 258.259	(2,3)- 3- 4-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3295.35 8	F L	(2,3)		2184.45 14 3188.9 3 3295.16 11	100 14 20 3 76 6		1110.748 106.826 0	3+ 3- 2-
3304.37 4	F H I L	1+		1558.72 3 2192.79 23 2622.61 16	100 15 22 4 21 4		1745.616 1110.748 681.942	(2+,3+) 3+ (2,3)
3323.77 7	F	3-		2624.65 19 3065.38 19 3216.47 19 3323.69 9	20 3 11.5 14 21 3 100 3		699.086 258.259 106.826 0	5- 4- 3- 2-
3329 10	I	1+
3367.30 4	F H I	(1+)		1990.20 9 2101.26 21 2113.09 23 2685.17 8 3367.20 8	90 14 28 6 34 8 89 10 100 13		1377.116 1266.300 1254.821 681.942 0	(2,3)- (1,2,3)- 2- (2,3) 2-
3418.44 3	F H I L	(2,3)-		811.49 9 1368.70 23 1430.74 16 1574.5 3 2163.29 11 2220.57 5 2307.39 10 2779.63 6 3160.04 8	8.6 16 34 5 4.8 9 21 5 17.2 21 100 10 12.4 14 32 4 60 3		2606.993 2049.323 1987.975 1842.980 1254.821 1197.903 1110.748 638.726 258.259	(1-,2,3) 3+ (0-:4-) (1-,2,3) 2- 4- 3+ 3- 4-
3421.24 4	F I	(0-:3)		1217.32 14 1604.36 5 3421.09 8	11.3 23 34 8 100 6		2204.037 1816.875 0	(2-,3,4+) (2,3,4-) 2-
3497.98 23	B I L	(2+:9-)		1138.78 24	100		2359.13	(4+:7-)
3502.91 4	F H I L	(2+,3,4+)		1565.47 5 2050.02 10 2125.60 13 2359.17 6 2660.49 17 2820.84 20	24 4 28 3 14.8 24 100 9 7.9 12 9.4 12		1937.494 1453.07 1377.116 1143.594 841.941 681.942	(1,2,3)- (2-,3,4-) (2,3)- 4+ 3- (2,3)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3529.04 7	F H L	(0-:3)		2065.16 11 2262.79 16 2745.19 10 3528.78 17	93 13 43 7 71 9 100 20		1463.653 1266.300 783.885 0	(1-,2,3) (1,2,3)- 2- 2-
3560.10 14	B D L	(5+:9+)		1612.19 11	100		1947.88	7+
3587 15	I
3621.19 4	F H I	(2,3)		1571.82 4 1759.28 6 3514.40 12	100 16 35 5 23.2 16		2049.323 1861.893 106.826	3+ 2- 3-
3658.60 4	F H I	(2-,3)		2119.72 14 2384.99 8 2392.14 6 2403.84 7 2460.9 3 3399.5 3	16.7 24 41 3 100 9 54 6 68 7 30.9 18		1538.74 1273.537 1266.300 1254.821 1197.903 258.259	3+ 2- (1,2,3)- 2- 4- 4-
3674.14 3	F H I	(1-,2,3)		1602.08 4 1812.50 18 2832.13 6 2991.87 10	100 17 16 3 92 9 30 4		2072.009 1861.893 841.941 681.942	(2,3)- 2- 3- (2,3)
3696.55 5	F H I	(3-,4+)		1329.81 16 2243.25 9 2319.70 8 2585.61 20 2997.69 24 3014.6 3 3589.45 9	14 3 44 5 65 7 8.6 23 9.0 18 100 6 98 5		2366.173 1453.07 1377.116 1110.748 699.086 681.942 106.826	(2,3)- (2-,3,4-) (2,3)- 3+ 5- (2,3) 3-
3758 10	I
3770.70 8 ?	F	(0-:3)		2504.34 13 2987.07 17 3088.47 11	40 5 32 4 100 9		1266.300 783.885 681.942	(1,2,3)- 2- (2,3)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3794.61 3	F I	(0-:3)		1881.10 3 3010.54 8 3112.50 9 3794.82 12	100 16 48 3 39 3 10.8 8		1913.458 783.885 681.942 0	(2-,3) 2- (2,3) 2-
3798.15 7	F I	(2-,3,4+)		2397.83 9 2687.54 11 3539.88 13	100 12 68 8 35 3		1400.01 1110.748 258.259	(2,3) 3+ 4-
3831.75 6 ?	F	(1+,2,3)		1644.55 6 3831.32 11	100 15 95 6		2187.23 0	3+ 2-
3862.09 6	F I	(1-:4+)		923.66 19 2116.8 4 2138.42 10 2372.68 11 2485.3 3 3180.00 19 3224.0 3 3755.06 9	15 3 64 13 59 7 39 5 15 3 100 21 8.4 16 73 4		2938.61 1745.616 1723.44 1489.31 1377.116 681.942 638.726 106.826	(1-,2,3) (2+,3+) (2,3,4+) (1-:5-) (2,3)- (2,3) 3- 3-
3876.92 5	F H I	(1-:4+)		2413.34 17 2476.79 6 3034.90 7 3769.86 11	21 4 44 4 100 5 14.3 8		1463.653 1400.01 841.941 106.826	(1-,2,3) (2,3) 3- 3-
3888.32 5	F H I	(2,3)-		1684.17 5 1900.49 9 2480.28 14 3206.66 22	100 27 45 7 56 8 17.3 18		2204.037 1987.975 1407.911 681.942	(2-,3,4+) (0-:4-) (1-,2,3) (2,3)
3890.09 4	F I	(0-:3)		951.11 14 1027.03 16 1976.64 5 3889.93 10	48 10 24 5 100 15 98 6		2938.61 2862.81 1913.458 0	(1-,2,3) (2-,3) (2-,3) 2-
3934.63 7	F H	(2-,3)		275.93 12 2823.40 19 3150.87 11 3827.56 12	100 28 16.1 22 31.7 22 25.0 17		3658.60 1110.748 783.885 106.826	(2-,3) 3+ 2- 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4013.89 4	F H	(0-:3)		2550.12 11 2606.4 3 2740.08 6 2747.66 7 4013.77 9	7.1 10 23.2 23 37 4 16.6 18 100 6		1463.653 1407.911 1273.537 1266.300 0	(1-,2,3) (1-,2,3) 2- (1,2,3)- 2-
4036.83 5	F I	3-		2781.84 5 3338.36 23 4037.2 3	100 12 13.4 12 6.9 9		1254.821 699.086 0	2- 5- 2-
4039.93 4	F H I	(1,2,3)		806.00 3 1673.71 11 2632.03 8 4039.64 15	100 17 29 5 56 6 23.9 22		3233.91 2366.173 1407.911 0	(3,4+) (2,3)- (1-,2,3) 2-
4053.84 6	F H I	(2,3)-		1665.14 14 2787.39 7 3269.86 16 4053.64 12	18 3 100 10 13.3 12 28.5 18		2388.833 1266.300 783.885 0	3+ (1,2,3)- 2- 2-
4092.33 22	B	(3+:9-)		1100.67 18 1732.6 6	100 10 36 11		2991.70 2359.13	(5+:9+) (4+:7-)
4103.51 14	F H I	(0-:4+)		2115.55 18 2189.90 19	94 21 100 17		1987.975 1913.458	(0-:4-) (2-,3)
4105.75 8 ?	F I	(0-:3)		3321.65 9 4105.75 12	100 3 33 3		783.885 0	2- 2-
4128.35 3	F H I	3-		1877.13 6 1941.22 7 2266.55 7 2381.8 3 2720.05 25 2751.5 4 2854.71 10 2862.02 8 2984.32 12 3285.6 4 3489.45 8 4127.93 14	44 6 12.9 20 30 3 36 4 60 6 37 4 10.9 12 46 6 12.3 14 8.7 12 100 5 9.1 6		2251.081 2187.23 1861.893 1745.616 1407.911 1377.116 1273.537 1266.300 1143.594 841.941 638.726 0	(1-,2,3) 3+ 2- (2+,3+) (1-,2,3) (2,3)- 2- (1,2,3)- 4+ 3- 3- 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4152.35 5	F H I	(2-,3,4+)		1213.51 13 1763.39 7 3310.40 8 3893.97 9	12.1 23 20 3 100 5 45.1 23		2938.61 2388.833 841.941 258.259	(1-,2,3) 3+ 3- 4-
4154.75 6	F I	(1-,2,3)		2691.07 7 3312.74 10 4154.22 12	100 10 60 4 36.5 22		1463.653 841.941 0	(1-,2,3) 3- 2-
4179.40 10	F H	(2-,3,4+)		2666.13 11 2981.69 19	100 14 36 6		1513.076 1197.903	(1-:5-) 4-
4259.05 6	F	(1-,2,3)		2566.86 9 3417.07 16 3576.98 11 4258.95 13	100 11 45 5 69 6 47 3		1691.99 841.941 681.942 0	(1-:4-) 3- (2,3) 2-
4389.94 7	F H	(2-,3,4+)		2023.76 11 2981.69 19 3278.85 23 3707.96 12 4131.35 23	100 12 36 5 43 7 52 4 28 3		2366.173 1407.911 1110.748 681.942 258.259	(2,3)- (1-,2,3) 3+ (2,3) 4-
4416.58 4	F H	(2,3)-		2014.36 19 2027.35 19 2554.93 12 2599.42 8 2952.86 6 3161.66 8 3574.58 20 3777.70 9 4158.8 3 4309.58 12 4416.31 10	62 7 16 3 29 4 46 5 77 8 100 14 12.7 18 30 3 4.1 9 22.3 14 99 5		2401.800 2388.833 1861.893 1816.875 1463.653 1254.821 841.941 638.726 258.259 106.826 0	(2,3)- 3+ 2- (2,3,4-) (1-,2,3) 2- 3- 3- 4- 3- 2-
4428.30 4	F H	(1+,2,3)		925.71 24 1565.47 5 2490.65 7 2964.63 6 3161.82 8 3317.11 19	59 9 36 6 78 8 76 8 100 14 8.6 9		3502.91 2862.81 1937.494 1463.653 1266.300 1110.748	(2+,3,4+) (2-,3) (1,2,3)- (1-,2,3) (1,2,3)- 3+
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4443.13 5	F H	(0-:4+)		1155.99 8 2076.90 5 2455.04 12	66 11 100 16 56 7		3287.14 2366.173 1987.975	(2-,3,4+) (2,3)- (0-:4-)
4481.09 5	F H	(2,3)-		2493.18 14 2664.15 12 3370.05 8 3638.65 16 3842.41 12 4374.04 10 4481.16 18	21 3 33 4 100 14 11.4 10 20.5 14 71 4 19.0 19		1987.975 1816.875 1110.748 841.941 638.726 106.826 0	(0-:4-) (2,3,4-) 3+ 3- 3- 3- 2-
4556.71 7	F H	(1-,2,3)		3092.86 9 3283.44 18 3290.62 23 3714.28 17 3874.7 4	57 4 38 3 10.0 15 7.9 8 100 13		1463.653 1273.537 1266.300 841.941 681.942	(1-,2,3) 2- (1,2,3)- 3- (2,3)
4576.23 5	F H	(2,3)-		1658.94 9 2094.05 11 2325.11 12 2504.34 13 3112.50 9 3465.26 10	34 6 48 6 37 5 26 4 100 6 56 4		2917.12 2482.146 2251.081 2072.009 1463.653 1110.748	(1-:4+) (1,2,3)- (1-,2,3) (2,3)- (1-,2,3) 3+
4590.56 5	F H	(2-,3,4+)		2188.20 18 2774.0 3 3077.33 10 3126.83 10 3479.73 8 4331.5 4 4483.7 3	33 6 21.2 23 23.8 16 31.8 19 100 5 7.1 7 11.3 13		2401.800 1816.875 1513.076 1463.653 1110.748 258.259 106.826	(2,3)- (2,3,4-) (1-:5-) (1-,2,3) 3+ 4- 3-
4603.7 6	D			1043.6 5			3560.10	(5+:9+)
4612.81 6	F	(2+,3)		1985.20 12 2408.82 11 2450.82 14 3346.01 23 3468.99 9 4612.3 6	23 4 35 5 50 9 12.6 17 100 6 3.8 11		2627.850 2204.037 2161.651 1266.300 1143.594 0	(2-,3) (2-,3,4+) (2+,3,4+) (1,2,3)- 4+ 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4660.72 6	F	(2-,3)		986.45 8 3252.93 13 3394.24 12 4402.48 21	100 17 75 7 69 5 88 10		3674.14 1407.911 1266.300 258.259	(1-,2,3) (1-,2,3) (1,2,3)- 4-
4715.33 10	F	(2-,3)		2898.28 11 4033.4 4 4457.3 3 4714.7 5	100 13 56 6 19 3 11 3		1816.875 681.942 258.259 0	(2,3,4-) (2,3) 4- 2-
4746.1 3	B	(3+:10)		1248.00 27 1754.4 3	100 14 88 15		3497.98 2991.70	(2+:9-) (5+:9+)
4748.53 7	F H	3-		2030.27 8 2561.53 12 4048.9 3 4747.9 4	100 11 23 3 39 3 8.6 19		2718.096 2187.23 699.086 0	(2-,3) 3+ 5- 2-
4778.05 6	F H	(1-:4+)		2012.09 9 2706.03 12 2961.11 9 3935.39 19 4095.81 18	100 11 25 4 49 6 12.0 14 13.4 14		2765.961 2072.009 1816.875 841.941 681.942	(2+,3) (2,3)- (2,3,4-) 3- (2,3)
4806.84 5	F H	(1:3)-		1572.9 3 2179.04 8 2199.61 13 2602.76 10 2945.07 14 3342.50 20 3551.83 10 4022.8 4 4124.2 3	40 10 59 7 21 3 19.6 23 22 3 6.3 7 23.3 13 100 5 4.7 7		3233.91 2627.850 2606.993 2204.037 1861.893 1463.653 1254.821 783.885 681.942	(3,4+) (2-,3) (1-,2,3) (2-,3,4+) 2- (1-,2,3) 2- 2- (2,3)
4853.65 6	F H	(0:3)-		2487.42 7 4853.29 11	75 8 100 5		2366.173 0	(2,3)- 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4877.21 5	F H	(0:4+)		1509.92 4 3185.09 9 3468.99 9	55 9 53 3 100 6		3367.30 1691.99 1407.911	(1+) (1-:4-) (1-,2,3)
4903.53 8	F H	(3-,4+)		3450.39 13 4203.80 23 4645.03 11	100 13 11.3 14 54 3		1453.07 699.086 258.259	(2-,3,4-) 5- 4-
4938.98 6	F	(1-,2,3)		2060.99 18 2700.18 10 3025.54 9 4938.54 13	29 6 50 6 100 6 41 3		2878.014 2238.586 1913.458 0	3- (1,2,3)- (2-,3) 2-
4942.99 5	F H	(1-:4-)		1052.88 3 1921.61 15 4101.15 17	100 16 16 3 13.0 12		3890.09 3021.11 841.941	(0-:3) (2,3)- 3-
4959.72 8	F H	(0-:4+)		2887.15 22 3446.56 10 3582.50 15	24 5 100 6 39 3		2072.009 1513.076 1377.116	(2,3)- (1-:5-) (2,3)-
5003.01 5	F H	(1-,2,3)		2076.86 5 2580.79 9 3280.8 7 4218.71 25 4895.7 3	100 12 37 5 9.5 25 6.0 10 6.0 10		2926.10 2422.160 1723.44 783.885 106.826	(2,3)- (1-,2,3) (2,3,4+) 2- 3-
5064.08 6	F H	(1-:4+)		3220.89 9 3790.36 9 4425.20 10	84 4 100 6 86 5		1842.980 1273.537 638.726	(1-,2,3) 2- 3-
5081.15 8	F H	(1-,2,3)		3814.8 3 4399.00 18 4442.06 11 5080.94 13	34 8 36 3 100 5 78 4		1266.300 681.942 638.726 0	(1,2,3)- (2,3) 3- 2-
5097.00 5	F H	(0-:3)		1812.50 18 2523.30 8 2695.13 8 2730.74 11 5096.55 15	28 5 100 11 70 8 33 4 22.0 15		3284.42 2573.62 2401.800 2366.173 0	(2,3)- (2,3) (2,3)- (2,3)- 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5142	H
5179.10 6	F H	(0-:4+)		1891.92 5 3265.39 16	100 16 34 3		3287.14 1913.458	(2-,3,4+) (2-,3)
5246.62 7	F H	(1-:4+)		3258.0 3 3501.7 3 3869.12 10 4404.62 11	15 3 9.0 15 61 4 100 7		1987.975 1745.616 1377.116 841.941	(0-:4-) (2+,3+) (2,3)- 3-
5318.97 6	F H	(2-,3)		1900.49 9 2441.02 13 3080.1 3 4120.72 11 4534.97 13 4636.57 20	54 9 45 7 21 3 100 6 49 3 17.6 22		3418.44 2878.014 2238.586 1197.903 783.885 681.942	(2,3)- 3- (1,2,3)- 4- 2- (2,3)
5363.5 4	H
5380.1 15	H
5476.93 14	F H	(1+,2,3)		2710.0 4 3659.96 16 4366.0 4 4693.1 4	27 9 100 9 21 6 27 6		2765.961 1816.875 1110.748 783.885	(2+,3) (2,3,4-) 3+ 2-
5484.0 6	H
5555.7 6	H
5622.5 3	H
5630.13 13	F H	(4+)		2334.63 17 4140.4 3 4254.09 20	100 15 23 4 38 4		3295.35 1489.31 1376.02	(2,3) (1-:5-) 6+
5654.6 3	H
5682.7 3	H
5697.21 8	F H	(1-:4+)		3624.83 14 4233.87 22 4319.91 10 5057.6 3	13.2 11 9.5 11 100 5 6.8 11		2072.009 1463.653 1377.116 638.726	(2,3)- (1-,2,3) (2,3)- 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5710.68 8	F H	(2-,3,4+)		1606.95 6 1673.71 11 3459.36 11 5452.25 16	100 16 63 11 72 5 33.7 24		4103.51 4036.83 2251.081 258.259	(0-:4+) 3- (1-,2,3) 4-
5723.5 6	H
5737.5 4	H
5747.7 8	H
5759.69 6	F H	(1-,2,3+)		2338.49 8 2341.09 19 2455.04 12 2881.44 24 2896.2 3 4270.35 16	100 11 27 4 46 6 14 3 20 5 17.1 16		3421.24 3418.44 3304.37 2878.014 2862.81 1489.31	(0-:3) (2,3)- 1+ 3- (2-,3) (1-:5-)
5772.4 6	H
5789.58 6	F H	(0:4+)		1749.63 5 3801.25 17	100 16 12.2 14		4039.93 1987.975	(1,2,3) (0-:4-)
5809.3 3	H
5819.4 3	H
5846.42 12	F H	(1+,2,3+)		2542.11 13 3080.1 3 4734.5 4	100 13 42 7 18 5		3304.37 2765.961 1110.748	1+ (2+,3) 3+
5896.4 4	H
5927.2 5	H
5953.67 7	F H	(1:3)		2332.50 11 2450.82 14 3346.01 23 3881.34 20 4698.54 11	50 6 61 12 15.5 20 10.8 14 100 6		3621.19 3502.91 2606.993 2072.009 1254.821	(2,3) (2+,3,4+) (1-,2,3) (2,3)- 2-
5968.7 5	H
5978.43 8	F H	(4+)		3350.64 14 3816.80 14 4465.4 3 4601.31 21 5339.22 14	100 12 52 5 7.8 17 14.8 17 43 3		2627.850 2161.651 1513.076 1376.02 638.726	(2-,3) (2+,3,4+) (1-:5-) 6+ 3-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
6012.6 5	H
6450	K	(0+)
7533.80 15 S	F	1+,2+		1555.50 4 1580.32 3 1687.08 10 1744.03 4 1774.09 5 1823.18 3 1836.55 4 1903.41 9 2056.85 12 2215.11 20 2287.12 5 2354.55 8 2436.65 5 2452.36 8 2469.81 6 2530.77 6 2574.57 20 2590.81 6 2594.9 4 2629.79 10 2656.43 7 2680.15 4 2726.90 4 2755.7 5 2784.8 3 2817.7 3 2873.6 4 2919.9 6 2943.15 5 2957.39 5 2977.04 5 3052.69 7 3090.55 9 3105.49 7 3117.04 7 3144.36 11 3274.47 9 3354.22 9 3379.07 8 3381.31 8 3405.34 7 3427.93 8 3429.87 8 3479.73 8 3493.77 9 3496.67 8 3519.73 8 3599.03 8 3643.46 8 3645.26 10 3656.63 8 3671.70 8 3701.91 9 3735.52 9 3738.94 8 3763.03 10 3837.27 8 3859.48 9 3875.05 9 3912.28 9 4005.79 23 4030.70 9 4112.20 9 4115.15 9 4166.20 10 4209.94 10 4229.38 11 4238.31 11 4246.39 12 4249.24 10 4299.71 9 4322.90 9 4337.71 9 4493.41 10 4512.50 9 4519.11 10 4525.18 10 4594.98 10 4607.48 10 4616.58 10 4655.62 10 4670.93 10 4767.57 10 4815.35 10 4880.6 4 4889.17 10 4905.67 10 4926.46 10 4959.88 10 5051.32 10 5111.39 10 5131.64 10 5144.68 11 5167.28 10 5282.38 11 5294.82 11 5328.2 3 5346.34 13 5371.91 11 5461.44 11 5484.12 11 5595.93 11 5619.90 15 5671.50 12 5690.44 12 5716.54 12 5787.79 13 5810.00 12 6069.65 13 6125.37 13 6133.19 16 6156.15 13 6259.76 13 6267.03 13 6278.49 13 6389.70 14 6422.57 13 6691.34 14 6851.29 14 6894.52 14 7426.34 15 7533.16 15	1.80 27 4.5 8 0.64 11 2.2 3 2.3 4 5.2 8 2.1 3 0.77 12 0.95 14 2.7 5 7.0 8 2.0 2 5.0 5 3.5 5 4.5 5 5.0 6 1.8 6 3.0 3 1.95 23 1.89 21 1.94 20 9.4 9 16.8 17 2.33 24 1.73 18 1.48 15 3.5 4 3.8 11 6.5 6 5.5 6 8.2 8 12.1 6 3.23 18 13.0 6 19.1 9 4.27 21 1.82 11 2.52 14 3.26 18 9.8 5 31.4 15 3.52 21 3.79 23 4.71 24 2.42 14 7.2 4 22 1 5.14 26 5.09 29 2.29 18 11.1 6 13.2 6 1.77 9 3.05 17 11.7 6 1.55 8 14.5 8 7.9 5 12.1 8 5.30 27 1.58 9 3.91 20 8.9 5 26.1 14 4.86 24 3.42 18 3.18 17 3.32 17 1.82 11 13.8 8 7.4 4 7.0 4 12.6 6 6.6 3 19.1 9 9.7 5 13.5 8 7.9 5 6.7 3 4.15 21 8.8 5 7.0 4 62 3 22.1 11 0.94 6 14.2 8 8.9 5 8.9 5 5.58 29 30.5 15 30.5 15 55.9 27 15.6 8 100 5 8.2 5 40.2 20 1.89 9 0.88 5 5.80 29 38.2 20 27.6 14 20.8 11 9.2 5 56.2 29 34.2 17 2.83 15 2.35 12 9.5 5 4.70 24 5.61 29 6.1 3 13.6 8 5.59 29 12.0 6 23.3 12 3.12 15 9.7 5 12.0 6 85 5 18.9 9 48.6 24 28.2 14		5978.43 5953.67 5846.42 5789.58 5759.69 5710.68 5697.21 5630.13 5476.93 5318.97 5246.62 5179.10 5097.00 5081.15 5064.08 5003.01 4959.72 4942.99 4938.98 4903.53 4877.21 4853.65 4806.84 4778.05 4748.53 4715.33 4660.72 4612.81 4590.56 4576.23 4556.71 4481.09 4443.13 4428.30 4416.58 4389.94 4259.05 4179.40 4154.75 4152.35 4128.35 4105.75 4103.51 4053.84 4039.93 4036.83 4013.89 3934.63 3890.09 3888.32 3876.92 3862.09 3831.75 3798.15 3794.61 3770.70 3696.55 3674.14 3658.60 3621.19 3529.04 3502.91 3421.24 3418.44 3367.30 3323.77 3304.37 3295.35 3287.14 3284.42 3233.91 3210.57 3195.78 3040.21 3021.11 3014.47 3008.33 2938.61 2926.10 2917.12 2878.014 2862.81 2765.961 2718.096 2653.81 2644.288 2627.850 2606.993 2573.62 2482.146 2422.160 2401.800 2388.833 2366.173 2251.081 2238.586 2204.037 2187.23 2161.651 2072.009 2049.323 1937.494 1913.458 1861.893 1842.980 1816.875 1745.616 1723.44 1463.653 1407.911 1400.01 1377.116 1273.537 1266.300 1254.821 1143.594 1110.748 841.941 681.942 638.726 106.826 0	(4+) (1:3) (1+,2,3+) (0:4+) (1-,2,3+) (2-,3,4+) (1-:4+) (4+) (1+,2,3) (2-,3) (1-:4+) (0-:4+) (0-:3) (1-,2,3) (1-:4+) (1-,2,3) (0-:4+) (1-:4-) (1-,2,3) (3-,4+) (0:4+) (0:3)- (1:3)- (1-:4+) 3- (2-,3) (2-,3) (2+,3) (2-,3,4+) (2,3)- (1-,2,3) (2,3)- (0-:4+) (1+,2,3) (2,3)- (2-,3,4+) (1-,2,3) (2-,3,4+) (1-,2,3) (2-,3,4+) 3- (0-:3) (0-:4+) (2,3)- (1,2,3) 3- (0-:3) (2-,3) (0-:3) (2,3)- (1-:4+) (1-:4+) (1+,2,3) (2-,3,4+) (0-:3) (0-:3) (3-,4+) (1-,2,3) (2-,3) (2,3) (0-:3) (2+,3,4+) (0-:3) (2,3)- (1+) 3- 1+ (2,3) (2-,3,4+) (2,3)- (3,4+) (1+,2,3) (2-,3) 3- (2,3)- (1,2,3)- 3 (1-,2,3) (2,3)- (1-:4+) 3- (2-,3) (2+,3) (2-,3) (2-,3) 3- (2-,3) (1-,2,3) (2,3) (1,2,3)- (1-,2,3) (2,3)- 3+ (2,3)- (1-,2,3) (1,2,3)- (2-,3,4+) 3+ (2+,3,4+) (2,3)- 3+ (1,2,3)- (2-,3) 2- (1-,2,3) (2,3,4-) (2+,3+) (2,3,4+) (1-,2,3) (1-,2,3) (2,3) (2,3)- 2- (1,2,3)- 2- 4+ 3+ 3- (2,3) 3- 3- 2-
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
7534.67 11	G
7535.78 11	G	1+,2+
7536.93 11	G	(0:3)-
7537.72 11	G
7539.18 11	G	1+,2+
7539.67 11	G
7540.32 11	G
7541.60 11	G
7542.07 11	G
7544.48 11	G	(0:3)-
7544.76 11	G
7546.82 11	G	(0:3)-
7548.46 11	G	(0:3)-
7548.86 11	G
7549.04 11	G
7550.11 11	G	1+,2+
7551.36 11	G
7552.04 11	G
7553.24 11	G
7553.61 11	G	(0:3)-
7558.31 11	G	(1+,2+)
7560.18 11	G
7560.27 11	G	(0:3)-
7561.43 11	G
7566.12 11	G
7566.20 11	G
7566.85 11	G
7568.49 12	G
7571.43 12	G	1+,2+
7572.33 12	G
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
7575.13 12	G	(1+,2+)
7575.72 12	G
7577.05 12	G
7577.14 12	G
7580.12 12	G
7580.35 12	G
7580.97 12	G
7582.01 12	G
7582.80 12	G
7583.95 12	G
7585.39 12	G
7585.69 12	G
7586.46 12	G
7587.90 12	G	(0:3)-
7589.67 12	G
7590.60 12	G	(1+,2+)
7591.51 12	G
7594.76 13	G
7595.23 13	G
7595.50 13	G	(0:3)-
7597.89 13	G
7599.27 13	G	(0:3)-
7599.94 13	G
7600.41 13	G
7602.56 13	G	(0:3)-
7602.89 13	G
7603.90 13	G
7607.14 13	G
7607.49 13	G	(0:3)-
7609.18 13	G
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
7610.95 13	G
7611.51 13	G
7611.71 13	G	(0:3)-
7614.19 14	G
7614.93 14	G
7615.21 14	G	(0:3)-
7617.95 14	G
7620.11 14	G
7622.15 14	G	(0:3)-
7622.98 14	G
7625.14 14	G
7626.42 14	G
7628.19 15	G
7628.48 15	G
7628.72 15	G
7630.24 15	G
7631.99 15	G	(0:3)-
7632.67 15	G
7634.80 15	G
7636.71 15	G
7637.84 15	G
7639.84 15	G
7641.06 15	G
7641.55 15	G
7643.89 15	G
7645.35 15	G
7647.11 15	G
7647.4 3	G	(0:3)-
7651.89 16	G
7652.48 15	G
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
7653.16 16	G
7654.72 16	G
7657.16 16	G
7657.46 17	G
7658.82 17	G
7660.09 17	G
7662.53 17	G
7663.70 17	G
7664.38 17	G
7664.87 17	G
7666.24 18	G
7669.26 18	G
7671.31 18	G
7674.53 18	G
7675.71 18	G
7676.49 18	G
7680.10 18	G
7680.59 18	G

E(level): From least-squares adjustment to measured Eγ data when such data are available. Otherwise weighted averages of available level energies are taken. Uncertainties for neutron resonances include only uncertainty for S(n) and statistical uncertainties for neutron energies.

J^π(level): When L-transfer arguments are used, the target spin-parity is Jπ=3/2⁺ for ⁴¹K(d,p); Jπ=0⁺ for ⁴²K(t,³He), ⁴⁴Ca(p,³He) and ⁴⁴Ca(d,α); Jπ=7/2- for ⁴³Ca(d,³He). When levels are only seen in (n,γ):Resonance, Jπ values are from s-wave or p-wave assignment in the analysis of neutron-resonance data (2006MuZX). When assigning Jπ to a level based on γ transitions from this level to a level of known Jπ, evaluators consider transitions to be E1, M1 or E2.

T_1/2(level): From recoil-distance method. Values are from (¹⁸O,npγ) (1977Ek01), unless otherwise stated

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Additional Data
106.826	3-	0.28 ns 4	106.817 7	M1(+E2)	+0.01 3	B(E2)(W.u.)<12, B(M1)(W.u.)=0.065 10
258.259	4-	130 ps 9	151.431 3	M1(+E2)	-0.008 16	B(E2)(W.u.)<2.1, B(M1)(W.u.)=0.049 4
699.086	5-	41 ps 8	440.854 18	M1+E2	+0.102 8	B(E2)(W.u.)=0.94 24, B(M1)(W.u.)=0.0059 12
699.086	5-	41 ps 8	592.23 6	[E2]		B(E2)(W.u.)=0.96 20
1376.02	6+	1.11 ns 14	232.3 2	E2(+M3)	-0.04 3	B(E2)(W.u.)=9.5 13
1376.02	6+	1.11 ns 14	676.87 11	E1+M2	+0.025 11	B(E1)(W.u.)=1.45E-6 20, B(M2)(W.u.)=0.009 8
1947.88	7+	< 1.1 ps	571.86 4	M1+E2	-0.035 19	B(M1)(W.u.)>0.11

E(level)	J^π(level)	T_1/2(level)	Comments
0	2-	12.355 h 7 % β^- = 100	μ=-1.1388 57 (2014Pa45) δ<r²>(⁴⁷K,⁴²K)=+0.034 fm² 6(stat) 89(syst); δ<r²>(⁴⁷K,⁴²K)=+0.026 fm² 23(stat) 88(syst) for δν(³⁹K,⁴²K)=+351.7 MHz 19 from literature; δν(⁴⁷K,⁴²K)=-506.7 MHz 7(stat) 19(syst) (2014Kr04). E(level): δ<r²>(⁴⁷K,⁴²K)=+0.034 fm² 6(stat) 89(syst); δ<r²>(⁴⁷K,⁴²K)=+0.026 fm² 23(stat) 88(syst) for δν(³⁹K,⁴²K)=+351.7 MHz 19 from literature; δν(⁴⁷K,⁴²K)=-506.7 MHz 7(stat) 19(syst) (2014Kr04).
1254.821	2-		XREF: L(1268).
1266.300	(1,2,3)-		XREF: L(1268).
1273.537	2-		XREF: L(1268).
1691.99	(1-:4-)		XREF: J(1630).
2844			XREF: I(2824)L(2858).
2862.81	(2-,3)		XREF: I(2862)L(2858).
3040.21	3-		XREF: I(3056).
3304.37	1+		XREF: I(3297).
3367.30	(1+)		XREF: I(3377).

E(level)	E(gamma)	Comments
699.086	592.23	E(γ): From (³⁶S,2npγ) only I(γ): From (³⁶S,2npγ) only
1376.02	676.87	I(γ): from (¹⁸O,npγ) and (³⁶S,2npγ)
1936.12	1237.07	E(γ): From (³⁶S,2npγ) only I(γ): From (³⁶S,2npγ) only
1936.12	1677.52	E(γ): From (³⁶S,2npγ) only I(γ): From (³⁶S,2npγ) only
2113.9	2113.8	E(γ): from (³⁶S,2npγ)