Nuclear data explorer · compound nucleus

²⁴Mg

²⁴Mg is formed when ²³Na + p or ¹²C + ¹²C fuse. Its levels just above each threshold are the resonances that set those reactions' rates.

Channels and what has been measured

Every EXFOR reaction that forms ²⁴Mg: entrance pair (rows) and the quantities measured (columns), with the energies covered.

Every EXFOR reaction that forms ²⁴Mg: entrance pair (rows) and the quantities measured (columns), with the energies covered.
Reaction	Datasets	σ	S	σ→Eₓ	dσ/dΩ	Y	ωγ	MACS	other	Fitted in evaluation
²³Na(p,α)²⁰Ne	30	— (0)	— (0)	3570 keV – 1.6 MeV	14950 keV – 23 MeV	1970 keV – 2.6 MeV	8170 keV – 3.7 MeV	— (0)	4960 keV – 23 MeV
²³Na(p,γ)²⁴Mg	23	— (0)	— (0)	23.7 MeV – 14 MeV	43.8 MeV – 12 MeV	1470 keV – 960 keV	9140 keV – 2 MeV	— (0)	7490 keV – 1.6 MeV
²⁰Ne(α,el)	36	— (0)	— (0)	— (0)	343.2 MeV – 320 MeV	— (0)	1	— (0)	120 MeV
²⁰Ne(α,d)²²Na	34	— (0)	— (0)	— (0)	3418 MeV – 54 MeV	— (0)	— (0)	— (0)	— (0)
²³Na(p,inl)	29	— (0)	— (0)	21.2 MeV – 2.3 MeV	13960 keV – 17 MeV	1810 keV – 2.6 MeV	3950 keV – 2 MeV	— (0)	10960 keV – 4.9 MeV
²⁰Ne(α,inl)	28	— (0)	— (0)	— (0)	214.7 MeV – 320 MeV	— (0)	4	— (0)	320 MeV – 320 MeV
²³Na(p,el)	13	— (0)	— (0)	— (0)	11390 keV – 17 MeV	— (0)	23.7 MeV	— (0)	— (0)	24Mg
²³Na(p,¹²C)¹²C	11	— (0)	— (0)	— (0)	117.6 MeV – 18 MeV	— (0)	— (0)	— (0)	— (0)
²³Na(p,n)²³Mg	8	64.6 MeV – 11 MeV	— (0)	1	— (0)	15.7 MeV – 11 MeV	— (0)	— (0)	— (0)
²⁰Ne(α,γ)²⁴Mg	6	— (0)	— (0)	13.5 MeV – 13 MeV	32.1 MeV – 17 MeV	— (0)	2	— (0)	— (0)
²⁰Ne(α,p)²³Na	5	— (0)	— (0)	122 MeV	422 MeV – 33 MeV	— (0)	— (0)	— (0)	— (0)
²³Na(p,t)²¹Na	2	— (0)	— (0)	— (0)	238 MeV – 50 MeV	— (0)	— (0)	— (0)	— (0)
²⁰Ne(α,¹²C)¹²C	1	— (0)	— (0)	— (0)	111 MeV – 17 MeV	— (0)	— (0)	— (0)	— (0)
²⁰Ne(α,n)²³Mg	1	17.2 MeV – 22 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²³Na(p,³He)²¹Ne	1	— (0)	— (0)	— (0)	138 MeV	— (0)	— (0)	— (0)	— (0)

50 more reactions: heavier projectiles, several outgoing particles or inclusive data

50 more reactions: heavier projectiles, several outgoing particles or inclusive data
Reaction	Datasets	σ	S	σ→Eₓ	dσ/dΩ	Y	ωγ	MACS	other
¹²C(¹²C,p)²³Na	25	14.4 MeV – 6.5 MeV	22.1 MeV – 5.3 MeV	202.2 MeV – 6 MeV	12.5 MeV – 4.3 MeV	12 MeV – 4 MeV	— (0)	— (0)	— (0)
¹²C(¹²C,α)²⁰Ne	15	14.4 MeV – 6.5 MeV	22.1 MeV – 5.3 MeV	72.2 MeV – 6 MeV	42.9 MeV – 36 MeV	— (0)	— (0)	— (0)	14.9 MeV – 7.5 MeV
¹²C(¹²C,n)²³Mg	3	14.4 MeV – 6.5 MeV	13.1 MeV – 6.5 MeV	13.7 MeV – 6 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,x)	137	21200 keV – 16000 MeV	— (0)	217 MeV – 25 MeV	6131 MeV – 200 MeV	611 MeV – 200 MeV	— (0)	— (0)	471000 keV – 180 MeV
¹²C(¹²C,inl)	57	160 MeV	— (0)	1517 MeV – 60 MeV	369.6 MeV – 510 MeV	— (0)	— (0)	— (0)	59.8 MeV – 45 MeV
²³Na(p,x)	39	319.6 MeV – 4900 MeV	— (0)	— (0)	— (0)	51.2 MeV – 21 MeV	— (0)	— (0)	33 MeV – 750 MeV
²³Na(p,0)	27	— (0)	— (0)	— (0)	— (0)	— (0)	223.7 MeV	— (0)	53.7 MeV
¹²C(¹²C,el)	25	— (0)	— (0)	— (0)	235.2 MeV – 500 MeV	— (0)	— (0)	— (0)	25.2 MeV – 45 MeV
²⁰Ne(α,0)	13	— (0)	— (0)	— (0)	— (0)	— (0)	10	— (0)	3
¹²C(¹²C,fus)	8	52.6 MeV – 20 MeV	22.7 MeV – 18 MeV	— (0)	— (0)	— (0)	— (0)	1	— (0)
¹²C(¹²C,non)	6	6430 keV – 1100 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,el)	4	— (0)	— (0)	— (0)	416 MeV – 39 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,⁸Be)¹⁶O	4	— (0)	— (0)	— (0)	35.9 MeV – 35 MeV	— (0)	— (0)	— (0)	141 MeV – 60 MeV
²⁰Ne(α,2α)	4	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	4320 MeV
⁹Be(¹⁵O,x)	4	221 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	221 MeV
¹⁰B(¹⁴N,¹¹B)¹³N	3	13.7 MeV – 6.5 MeV	— (0)	— (0)	131 MeV – 39 MeV	13.7 MeV – 7.1 MeV	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,¹¹C)¹³C	3	13.8 MeV – 6.5 MeV	— (0)	— (0)	131 MeV – 39 MeV	13.7 MeV – 7.1 MeV	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,¹²C)¹²C	3	— (0)	— (0)	— (0)	36 MeV – 39 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,tcc)	3	319 MeV – 770 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁰B,¹¹B)¹³N	3	15.3 MeV – 9.6 MeV	— (0)	— (0)	258 MeV	— (0)	— (0)	— (0)	— (0)
⁹Be(¹⁵O,p+x)	3	— (0)	— (0)	320 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,α)²⁰Ne	2	13.2 MeV – 7.5 MeV	— (0)	— (0)	15.2 MeV – 7.4 MeV	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,x)	2	22.9 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,¹⁰Be)¹⁴O	2	— (0)	— (0)	— (0)	2110 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,¹²B)¹²N	2	— (0)	— (0)	— (0)	267 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,γ)²⁴Mg	2	22.2 MeV – 7.9 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁰B,¹¹C)¹³C	2	— (0)	— (0)	— (0)	258 MeV	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,2α)	1	12.9 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,2p)	1	13.2 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,⁷Be)¹⁷O	1	— (0)	— (0)	— (0)	131 MeV	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,⁹Be)¹⁵O	1	— (0)	— (0)	— (0)	131 MeV	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,inl)	1	— (0)	— (0)	— (0)	131 MeV – 39 MeV	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,n)²³Mg	1	13.3 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,n+α)	1	13.6 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,p)²³Na	1	12.9 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁰B(¹⁴N,p+α)	1	12.9 MeV – 7.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,¹¹C)¹³C	1	— (0)	— (0)	— (0)	1120 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,⁶He)¹⁸Ne	1	— (0)	— (0)	— (0)	140 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,⁹C)¹⁵C	1	— (0)	— (0)	— (0)	1120 MeV	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,abs)	1	1200 MeV – 490 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹²C,tot)	1	1430 keV – 1 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁰B,3α)	1	112 MeV – 52 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁰B,⁹Be)¹⁵O	1	— (0)	— (0)	— (0)	158 MeV	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁰B,el)	1	— (0)	— (0)	— (0)	158 MeV	— (0)	— (0)	— (0)	— (0)
²⁰Ne(α,tot)	1	— (0)	— (0)	— (0)	— (0)	— (0)	1	— (0)	— (0)
²⁰Ne(α,x)	1	— (0)	— (0)	14.2 MeV – 22 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²³Na(p,non)	1	1220 MeV – 540 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²³Na(p,pip)	1	1380 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²³Na(p,tot)	1	— (0)	— (0)	— (0)	— (0)	— (0)	13.7 MeV	— (0)	— (0)
⁹Be(¹⁵O,abs)	1	1270 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)

Level scheme

Adopted levels of ²⁴Mg from ENSDF, with the particle thresholds and the Gamow window of the selected channel drawn across them.

Entrance channelTemperature

Near the thresholdAll 351 levels

level in the window with a measured ωγ
level in the window with no ωγ in EXFOR
Jπ in parentheses or in italics is tentative.

Resonances in the window

Levels between the ²³Na(p,α)²⁰Ne threshold (S = 11693 keV) and the top of the Gamow window at T₉ = 0.08 (143 keV above it), with the resonance strengths ωγ EXFOR holds for them.

Looking for measured strengths…

Resonances in the window
E (keV)	E_r (keV, c.m.)	Jπ	T½ or Γ	ωγ measured
11698.2 ± 1.3	5.504	4+	Γ = 1.6 eV	…
11730 ± 2	37.3	0+	Γ = 10 keV	…
11830 ± 2	137.3	–	–	…

A strength is matched to a level when its resonance energy plus the threshold lies within max(3 keV, 3σ) of the level energy.

Levels of ²⁴Mg (351)

Levels of ²⁴Mg
E (keV)	Jπ	T½ or Γ	γ branches
0	0+	–	–
1368.67	2+	T½ = 1.36 ps	→ 0 (100 %)
4122.85	4+	T½ = 24.3 fs	→ 1368.7 (100 %)
4238.35	2+	T½ = 45.7 fs	→ 1368.7 (22 %), → 0 (78 %)
5235.16	3+	T½ = 68 fs	→ 4238.4 (2.3 %), → 1368.7 (89 %), → 0 (8.9 %)
6010.34	4+	T½ = 53 fs	→ 5235.2 (1.4 %), → 4238.4 (9.9 %), → 4122.9 (1.4 %), → 1368.7 (87 %)
6432.2	0+	T½ = 69 fs	→ 4238.4 (17 %), → 1368.7 (83 %), → 0
7000	–	–	–
7348.6	2+	T½ = 6.5 fs	→ 1368.7 (38 %), → 0 (62 %)
7555.3	1-	T½ = 270 fs	→ 4238.4 (23 %), → 1368.7 (30 %), → 0 (47 %)
7616.41	3-	T½ = 1.01 ps	→ 5235.2 (4.4 %), → 4238.4 (5 %), → 4122.9 (4.5 %), → 1368.7 (62 %), → 0 (24 %)
7747.7	1+	T½ = 12.5 fs	→ 4238.4 (8.5 %), → 1368.7 (66 %), → 0 (26 %)
7812.4	(4-,5+)	T½ = 21 fs	→ 6010.3 (7.4 %), → 5235.2 (61 %), → 4122.9 (31 %)
8113.2	6+	T½ = 3.6 fs	→ 4122.9 (100 %)
8358.1	3-	T½ = 63 fs	→ 6010.3 (13 %), → 5235.2 (20 %), → 1368.7 (61 %), → 0 (5.3 %)
8438.4	1-	T½ = 9 fs	→ 1368.7 (20 %), → 0 (80 %)
8439.29	4+	T½ = 3.2 fs	→ 7616.4 (0.033 %), → 7348.6 (0.21 %), → 6010.3 (1.2 %), → 5235.2 (4.7 %), → 4238.4 (6.3 %), → 4122.9 (22 %), → 1368.7 (66 %)
8654.9	2+	T½ = 14 fs	→ 6432.2 (5 %), → 4238.4 (14 %), → 1368.7 (81 %)
8864.5	2-	T½ = 5.5 fs	→ 5235.2 (1.9 %), → 4238.4 (7.9 %), → 1368.7 (89 %), → 0 (0.92 %)
9003.5	2+	T½ = 8.4 fs	→ 7348.6 (7.5 %), → 6432.2 (8.7 %), → 4122.9 (22 %), → 0 (62 %)
9146.2	1-	–	→ 4238.4 (25 %), → 1368.7 (28 %), → 0 (47 %)
9160	[5-]	–	–
9284.4	2+,4+	T½ = 11 fs	→ 4122.9 (21 %), → 1368.7 (79 %)
9299.8	–	–	→ 7616.4 (100 %)
9301.07	(4+)	T½ = 7 fs	→ 7348.6 (3.9 %), → 4238.4 (1.5 %), → 4122.9 (41 %), → 1368.7 (54 %)
9305.39	0+	T½ = 173 fs	→ 1368.7 (100 %)
9450	[5-,6+]	–	–
9457.81	(3)+	T½ = 4.3 fs	→ 7747.7 (1.4 %), → 7348.6 (0.99 %), → 6010.3 (1.4 %), → 5235.2 (7.9 %), → 4238.4 (3.7 %), → 4122.9 (19 %), → 1368.7 (66 %)
9516.18	4+	T½ = 12 fs	→ 8439.3 (41 %), → 7812.4 (0.043 %), → 7616.4 (2.3 %), → 6010.3 (5.5 %), → 5235.2 (1.8 %), → 4238.4 (0.96 %), → 4122.9 (48 %), → 1368.7 (0.077 %)
9527.6	(6+)	T½ = 8 fs	→ 6010.3 (78 %), → 4122.9 (22 %)
9532.7	(2,3)+	T½ = 14 fs	→ 7616.4 (3.2 %), → 5235.2 (17 %), → 4238.4 (36 %), → 1368.7 (43 %)
9828	1+	T½ = 0.3 fs	→ 6432.2 (1.6 %), → 1368.7 (23 %), → 0 (76 %)
9940	[5-]	–	–
9965.3	1+	T½ = 0.071 fs	→ 1368.7 (28 %), → 0 (72 %)
10028	5-	T½ = 62 fs	→ 8358.1 (18 %), → 7812.4 (3 %), → 7616.4 (3.6 %), → 6010.3 (9.4 %), → 4122.9 (41 %), → 1368.7 (25 %)
10059.1	(1,2)+	T½ = < 3 fs	→ 4238.4 (14 %), → 1368.7 (86 %)
10110.9	(0+)	Γ = < 5 keV	→ 1368.7 (100 %)
10161	(0+)	–	–
10250	[4+,5-]	–	–
10333.6	3-	Γ = < 7 keV	→ 4238.4 (38 %), → 1368.7 (62 %)
10360.7	2+	T½ = 1 fs	→ 6432.2 (0.68 %), → 5235.2 (1.7 %), → 1368.7 (57 %), → 0 (41 %)
10575.9	(4)+	T½ = 9 fs	→ 9516.2 (42 %), → 9301.1 (16 %), → 8439.3 (25 %), → 5235.2 (17 %)
10581.3	(2+,3+,4+)	T½ = < 2 fs	→ 6010.3 (8 %), → 5235.2 (21 %), → 4238.4 (39 %), → 4122.9 (15 %), → 1368.7 (18 %)
10659.8	(1,2+)	–	→ 1368.7 (30 %), → 0 (70 %)
10660.2	(3+,4+)	T½ = < 2 fs	→ 5235.2 (8.2 %), → 4122.9 (24 %), → 1368.7 (68 %)
10679.7	0+	Γ = 2.1 eV	→ 7555.3 (0.51 %), → 7348.6 (2 %), → 4238.4 (12 %), → 1368.7 (85 %)
10712.2	1+	T½ = 0.023 fs	→ 0 (100 %)
10731.1	2+	T½ = 7 fs	→ 5235.2 (7.3 %), → 4238.4 (20 %), → 1368.7 (73 %)
10820.8	3+,4+	Γ = 7.5 eV	→ 1368.7 (100 %)
10917.2	2+	T½ = 0.8 fs	→ 6432.2 (0.4 %), → 6010.3 (0.8 %), → 5235.2 (1.3 %), → 4238.4 (0.5 %), → 4122.9 (16 %), → 1368.7 (47 %), → 0 (34 %)
11012	3,5+	–	→ 8439.3 (68 %), → 6010.3 (32 %)
11018	2+	Γ = < 3 keV	→ 9965.3 (2 %), → 7747.7 (0.5 %), → 7555.3 (0.3 %), → 6010.3 (0.7 %), → 5235.2 (1.2 %), → 4238.4 (1.9 %), → 4122.9 (0.81 %), → 1368.7 (81 %), → 0 (12 %)
11133	–	T½ = 26 fs	→ 7616.4 (100 %)
11150	[6+,7-]	–	–
11165	3-	Γ = < 3 keV	→ 8438.4 (4.2 %), → 7555.3 (4.5 %), → 6010.3 (9.5 %), → 5235.2 (8.2 %), → 4122.9 (1.3 %), → 1368.7 (72 %)
11181	–	–	–
11187.3	–	–	→ 1368.7 (100 %)
11207	–	Γ = 2.2 meV	→ 1368.7 (100 %)
11216.7	3+,4+	Γ = 780 meV	→ 9516.2 (1.2 %), → 8654.9 (0.7 %), → 7348.6 (0.3 %), → 5235.2 (0.8 %), → 4122.9 (11 %), → 1368.7 (86 %)
11293	–	T½ = 20 fs	–
11314.4	(3,4)+	–	→ 1368.7 (100 %)
11330	–	–	→ 1368.7 (100 %)
11390	0+	–	–
11391	1-	Γ = 500 eV	→ 10059 (1.3 %), → 9965.3 (0.7 %), → 8438.4 (0.7 %), → 7747.7 (1 %), → 6432.2 (0.8 %), → 4238.4 (1.5 %), → 1368.7 (69 %), → 0 (25 %)
11394	–	–	–
11452.8	2+	Γ = < 2 keV	→ 10731 (1.5 %), → 10059 (0.5 %), → 9965.3 (5.6 %), → 7747.7 (1.4 %), → 7616.4 (0.4 %), → 7348.6 (0.6 %), → 5235.2 (1.8 %), → 4238.4 (21 %), → 4122.9 (0.8 %), → 1368.7 (44 %), → 0 (22 %)
11457	(0+)	–	–
11522	2+	Γ = 500 eV	→ 10731 (1 %), → 10059 (1.3 %), → 9965.3 (0.7 %), → 8358.1 (0.2 %), → 7747.7 (0.7 %), → 7616.4 (0.9 %), → 6432.2 (7.7 %), → 4238.4 (5.1 %), → 4122.9 (4.4 %), → 1368.7 (15 %), → 0 (63 %)
11527	(2+)	–	–
11568	(2+)	–	–
11600	3-	T½ = 15 fs	→ 9516.2 (9.6 %), → 9301.1 (33 %), → 9299.8 (2.6 %), → 9284.4 (5.5 %), → 8358.1 (3.6 %), → 7616.4 (44 %), → 4122.9 (1.7 %)
11618	–	–	–
11698.2	4+	Γ = 1.6 eV	→ 11012 (0.8 %), → 9301.1 (44 %), → 9299.8 (0.48 %), → 8654.9 (1.1 %), → 8439.3 (1.6 %), → 7812.4 (0.62 %), → 7348.6 (2.6 %), → 6010.3 (2.2 %), → 5235.2 (3 %), → 4238.4 (8.7 %), → 4122.9 (6.9 %), → 1368.7 (28 %)
11730	0+	Γ = 10 keV	→ 9965.3 (3.2 %), → 7555.3 (1.5 %), → 4238.4 (3.3 %), → 1368.7 (92 %)
11830	–	–	–
11860	(8+)	T½ = 63 fs	→ 8113.2 (100 %)
11862.8	1-	Γ = 7 keV	→ 7555.3 (2.5 %), → 7348.6 (1 %), → 4238.4 (2.5 %), → 1368.7 (37 %), → 0 (57 %)
11909	–	Γ = 5.5 keV	–
11932.9	(3)+	Γ = < 20 eV	→ 9301.1 (0.14 %), → 8864.5 (0.25 %), → 7812.4 (1.1 %), → 7348.6 (1.2 %), → 6010.3 (3.2 %), → 5235.2 (0.95 %), → 4238.4 (0.38 %), → 4122.9 (18 %), → 1368.7 (75 %)
11966.6	2+	Γ = 2 keV	→ 11207 (0.31 %), → 10731 (1.3 %), → 10059 (4.2 %), → 9965.3 (1.7 %), → 6432.2 (3.3 %), → 5235.2 (21 %), → 4238.4 (16 %), → 4122.9 (1.2 %), → 1368.7 (35 %), → 0 (16 %)
11988.5	2+	Γ = < 20 eV	→ 10731 (0.41 %), → 10059 (0.69 %), → 9284.4 (0.92 %), → 9003.5 (0.6 %), → 8864.5 (5.1 %), → 8438.4 (2.9 %), → 7747.7 (5.1 %), → 7555.3 (1.5 %), → 5235.2 (7.8 %), → 4238.4 (46 %), → 1368.7 (28 %), → 0 (0.78 %)
12003	–	Γ = < 1 keV	→ 11012 (12 %), → 8439.3 (6 %), → 6010.3 (19 %), → 4122.9 (63 %)
12017.2	3-	Γ = 700 eV	–
12051.3	4+	Γ = < 20 eV	→ 6010.3 (5 %), → 5235.2 (22 %), → 4122.9 (72 %), → 1368.7 (1 %)
12119	4+	Γ = 1.9 keV	→ 9516.2 (37 %), → 6010.3 (10 %), → 4238.4 (34 %), → 4122.9 (14 %), → 1368.7 (5.2 %)
12128	–	–	→ 7812.4 (100 %)
12162	4+	Γ = 900 eV	→ 9516.2 (9 %), → 9003.5 (2 %), → 5235.2 (3 %), → 4238.4 (6 %), → 4122.9 (51 %), → 1368.7 (29 %)
12183.3	–	Γ = < 46 eV	→ 11217 (1.5 %), → 10731 (1.4 %), → 10361 (3.6 %), → 9965.3 (1 %), → 8654.9 (3.4 %), → 7747.7 (2.6 %), → 6432.2 (1.3 %), → 4238.4 (9.1 %), → 1368.7 (71 %), → 0 (5 %)
12244	–	–	–
12259.3	2-	Γ = < 60 eV	→ 11217 (1.5 %), → 9965.3 (0.49 %), → 9828 (0.99 %), → 9003.5 (2 %), → 8864.5 (4 %), → 8439.3 (2.5 %), → 7348.6 (4 %), → 5235.2 (11 %), → 4238.4 (45 %), → 4122.9 (0.49 %), → 1368.7 (27 %), → 0 (0.99 %)
12259.8	3-	Γ = 1.8 keV	–
12273	(3-)	–	–
12340	[7+]	–	–
12340.2	3+	Γ = < 70 eV	→ 10660 (0.49 %), → 9003.5 (2.3 %), → 8654.9 (1.1 %), → 7616.4 (4 %), → 7348.6 (13 %), → 5235.2 (21 %), → 4238.4 (45 %), → 4122.9 (2.2 %), → 1368.7 (11 %)
12342	–	T½ = 3.5 fs	→ 7812.4 (100 %)
12385	0-	Γ = 7 keV	–
12400.3	3+	Γ = < 90 eV	→ 10059 (1.5 %), → 9516.2 (7 %), → 9457.8 (1.1 %), → 9003.5 (1.9 %), → 7616.4 (3.9 %), → 7348.6 (12 %), → 5235.2 (17 %), → 4238.4 (39 %), → 4122.9 (2.3 %), → 1368.7 (14 %)
12404.9	2+	Γ = < 100 eV	→ 9301.1 (1.5 %), → 9003.5 (2.8 %), → 8864.5 (1.6 %), → 8654.9 (12 %), → 8438.4 (2.6 %), → 8358.1 (1 %), → 7616.4 (7.6 %), → 7348.6 (1.9 %), → 5235.2 (1.2 %), → 4238.4 (63 %), → 4122.9 (0.88 %), → 1368.7 (2.1 %), → 0 (1.9 %)
12443	6+,7-	T½ = 11 fs	→ 10028 (100 %)
12450	1-	Γ = 5.7 keV	–
12467	2+	Γ = 5.1 keV	–
12478	2+	Γ = 3.8 keV	–
12507	4+	Γ = 2.3 keV	→ 7348.6 (3 %), → 5235.2 (8 %), → 4238.4 (24 %), → 4122.9 (13 %), → 1368.7 (52 %)
12527.6	1+	Γ = 7.5 keV	→ 10731 (0.8 %), → 10059 (2.5 %), → 9828 (1.1 %), → 8864.5 (2.9 %), → 8654.9 (5.5 %), → 8438.4 (2.9 %), → 7747.7 (6.7 %), → 6432.2 (14 %), → 4238.4 (15 %), → 1368.7 (6.3 %), → 0 (42 %)
12581	2+	Γ = 5.5 keV	–
12638.7	4+	Γ = 30 eV	→ 9457.8 (0.68 %), → 7812.4 (2.7 %), → 6010.3 (12 %), → 5235.2 (6.6 %), → 4238.4 (0.53 %), → 4122.9 (76 %), → 1368.7 (1.5 %)
12659.1	–	Γ = 80 eV	–
12660.8	3-	Γ = 900 eV	→ 10731 (1.9 %), → 10059 (5.9 %), → 9516.2 (8.2 %), → 8864.5 (10 %), → 7747.7 (1.9 %), → 7348.6 (7.1 %), → 5235.2 (3 %), → 4238.4 (37 %), → 4122.9 (5.9 %), → 1368.7 (19 %)
12670	2-	Γ = 4 keV	→ 11989 (0.21 %), → 11453 (0.1 %), → 11207 (0.12 %), → 11187 (0.11 %), → 10917 (0.066 %), → 10821 (0.042 %), → 10731 (0.48 %), → 10712 (0.25 %), → 10660 (0.1 %), → 10361 (0.024 %), → 10334 (0.17 %), → 10059 (0.15 %), → 9965.3 (0.17 %), → 9828 (0.61 %), → 9532.7 (1.2 %), → 9284.4 (0.67 %), → 9146.2 (0.27 %), → 9003.5 (0.4 %), → 8864.5 (14 %), → 8654.9 (0.28 %), → 8438.4 (3 %), → 8358.1 (1.4 %), → 7747.7 (4.1 %), → 7616.4 (0.03 %), → 7555.3 (1.5 %), → 7348.6 (0.042 %), → 5235.2 (0.06 %), → 4238.4 (60 %), → 1368.7 (10 %), → 0 (0.25 %)
12733.3	–	Γ = < 600 eV	–
12739	2+	Γ = 8 keV	–
12744	(2+)	Γ = 11 keV	–
12747	(4+)	Γ = 2 keV	–
12778	2+	Γ = 30 keV	–
12784	(1-)	Γ = 28 keV	–
12807.8	2+	Γ = 1.8 keV	→ 6432.2 (0.99 %), → 5235.2 (2 %), → 4238.4 (5 %), → 1368.7 (26 %), Eγ 12802 (66 %)
12818.1	1+	Γ = 2.3 keV	→ 10361 (1 %), → 9828 (1.5 %), → 8864.5 (2.3 %), → 8654.9 (6.6 %), → 8438.4 (3.5 %), → 7747.7 (7 %), → 6432.2 (7 %), → 5235.2 (1 %), → 4238.4 (21 %), → 1368.7 (10 %), → 0 (39 %)
12846.9	(3-,4+)	Γ = 200 eV	→ 6010.3 (3 %), → 5235.2 (2 %), → 4238.4 (49 %), → 4122.9 (36 %), → 1368.7 (9.8 %)
12852.3	–	Γ = 300 eV	–
12854	(1+,2+,3+)	Γ = 400 eV	→ 5235.2 (29 %), → 4238.4 (56 %), → 1368.7 (10 %), → 0 (5 %)
12861	2+,3-	Γ = < 1 keV	→ 9301.1 (25 %), → 8438.4 (19 %), → 6010.3 (47 %), → 4122.9 (9 %)
12895.1	1+	Γ = 300 eV	→ 8654.9 (3 %), → 7747.7 (5 %), → 5235.2 (12 %), → 4238.4 (7.9 %), → 1368.7 (72 %)
12921.6	(2+,3-,4+)	Γ = 6.5 keV	→ 9284.4 (7 %), → 8654.9 (4.1 %), → 8358.1 (17 %), → 5235.2 (29 %), → 4238.4 (21 %), → 4122.9 (15 %), → 1368.7 (7 %)
12955.5	1+	Γ = 1.9 keV	→ 11453 (0.051 %), → 10712 (0.014 %), → 10680 (0.018 %), → 10361 (1.2 %), → 10111 (0.11 %), → 10059 (0.13 %), → 9965.3 (0.025 %), → 9828 (0.76 %), → 9305.4 (0.69 %), → 9146.2 (0.56 %), → 9003.5 (0.026 %), → 8864.5 (0.27 %), → 8654.9 (0.17 %), → 8438.4 (0.055 %), → 7747.7 (0.012 %), → 7348.6 (0.14 %), → 6432.2 (1 %), → 4238.4 (0.96 %), → 1368.7 (86 %), → 0 (8.2 %)
12963.9	2-	Γ = 3.5 keV	→ 10059 (3 %), → 5235.2 (15 %), → 4238.4 (3 %), → 1368.7 (73 %), → 0 (6 %)
12967.9	–	Γ = < 1.5 keV	–
12975	4+	Γ = 3.3 keV	–
12997.9	–	Γ = 300 eV	–
13029.8	2+,3-	Γ = 700 eV	→ 10361 (0.49 %), → 9457.8 (2 %), → 9299.8 (1.5 %), → 9003.5 (3.9 %), → 8654.9 (2 %), → 8438.4 (1.5 %), → 7616.4 (11 %), → 5235.2 (49 %), → 4238.4 (24 %), → 4122.9 (3 %), → 1368.7 (1.7 %)
13048	0+	Γ = 3 keV	→ 9965.3 (30 %), → 9828 (42 %), → 8438.4 (13 %), → 7747.7 (9.7 %), → 7555.3 (5.9 %)
13050	4+	Γ = 90 eV	→ 12128 (0.036 %), → 11330 (0.019 %), → 11217 (0.29 %), → 10821 (0.047 %), → 10660 (0.27 %), → 10581 (2.1 %), → 10028 (0.47 %), → 9457.8 (2.3 %), → 9301.1 (0.082 %), → 9299.8 (0.32 %), → 9284.4 (0.13 %), → 7812.4 (0.18 %), → 7616.4 (0.012 %), → 6010.3 (1.7 %), → 5235.2 (1.4 %), → 4122.9 (91 %), → 1368.7 (0.082 %)
13057	5-	Γ = < 1 keV	→ 10334 (11 %), → 8358.1 (10 %), → 7616.4 (11 %), → 4122.9 (68 %)
13088.8	2+	Γ = 9 keV	→ 9284.4 (8.1 %), → 8654.9 (1.8 %), → 8358.1 (20 %), → 6010.3 (3 %), → 5235.2 (30 %), → 4238.4 (12 %), → 4122.9 (19 %), → 1368.7 (6 %), → 0 (0.21 %)
13095	(2+)	Γ = 14 keV	–
13133	0+	Γ = 7 keV	–
13138	–	Γ = 5.4 keV	–
13146	–	Γ = 3.2 keV	–
13160.5	–	Γ = 1.7 keV	–
13178	–	–	–
13184.6	–	Γ = 5.6 keV	–
13196	0+	Γ = 2.7 keV	–
13206	(4+)	Γ = 14 keV	–
13212.8	–	T½ = 2.3 fs	→ 8113.2 (100 %)
13260	1-	Γ = 36 keV	–
13268.7	(1)+	Γ = 8 keV	–
13275.5	–	Γ = 2 keV	–
13335	1-	Γ = 33 keV	–
13345.7	3-	Γ = 600 eV	→ 11522 (0.69 %), → 10660 (6.9 %), → 9457.8 (6.9 %), → 9299.8 (10 %), → 9003.5 (1 %), → 8439.3 (36 %), → 7616.4 (12 %), → 7348.6 (2.2 %), → 5235.2 (1 %), → 4238.4 (9 %), → 4122.9 (11 %), → 1368.7 (2.9 %), → 0 (0.29 %)
13352	–	–	–
13355	2-	Γ = 15.2 keV	–
13366.9	(2)	Γ = 1.6 keV	→ 10581 (65 %), → 7812.4 (23 %), → 1368.7 (5.9 %), → 0 (5.9 %)
13370	0+	–	–
13390	[7-]	–	–
13413	–	Γ = 2.8 keV	–
13419.3	–	Γ = 3.2 keV	–
13424.7	–	Γ = 3.2 keV	–
13437	3-	Γ = 15 keV	–
13446.8	(1,2)	Γ = < 400 eV	→ 11391 (31 %), → 8438.4 (10 %), → 4122.9, → 1368.7 (48 %), → 0 (11 %)
13450	6+	Γ = < 15 keV	–
13452.4	2+,(1+)	Γ = 3.2 keV	–
13474.9	2+,3,4+	Γ = < 1 keV	→ 6010.3 (33 %), → 5235.2 (55 %), → 4122.9 (8.2 %), → 1368.7 (3.8 %)
13482.9	–	Γ = 1.2 keV	–
13542.3	–	Γ = 6.9 keV	–
13585	(1)-	Γ = 21 keV	–
13587.1	1-	Γ = 8 keV	–
13632.6	–	Γ = 2.1 keV	–
13677.4	–	Γ = 6.5 keV	–
13686	2-	Γ = 23 keV	–
13708	(3-)	Γ = 130 keV	–
13722	2+	Γ = 4.3 keV	–
13738	(2+)	Γ = 13 keV	–
13771	5-	Γ = 5.5 keV	→ 8358.1 (58 %), → 4122.9 (42 %)
13788	(4+)	Γ = 21 keV	–
13800	0+	Γ = 4.5 keV	–
13813	1-	Γ = 24 keV	–
13819	2-	Γ = 39 keV	–
13841	–	Γ = 2.5 keV	–
13850	–	Γ = < 1 keV	–
13882	1+	Γ = 2 keV	–
13886	2+	Γ = 38 keV	–
13893	0+	Γ = 13 keV	–
13910	4+	Γ = 18 keV	–
13933	(1,2,3)+	Γ = 3 keV	–
13948	1+	Γ = 4 keV	–
13984	(1,2,3)+	Γ = 4.9 keV	–
14019	3-	–	–
14026	2+	Γ = 5.1 keV	–
14037	(1-)	Γ = 21 keV	–
14060	–	Γ = < 4 keV	–
14079	–	Γ = 24 keV	–
14081	1+	Γ = 6 keV	→ 11012 (18 %), → 9301.1 (0.99 %), → 6010.3 (36 %), → 4122.9 (45 %)
14101	–	Γ = 1.4 keV	–
14150	8+	Γ = 1.8 keV	→ 9527.6 (75 %), → 8113.2 (25 %)
14152	–	Γ = 6.2 keV	–
14157	–	–	–
14165	(4+)	Γ = 11.1 keV	–
14245	–	Γ = 11.3 keV	–
14264	(4+)	Γ = 16 keV	–
14329	4+	Γ = < 1 keV	–
14355	(3-)	Γ = 112 keV	–
14397	4+	Γ = 12 keV	–
14461	–	Γ = 46 keV	–
14500	–	–	–
14568	(3-,5-)	Γ = < 13 keV	–
14582	–	Γ = 61 keV	–
14648	–	Γ = 11 keV	–
14696	(5-)	Γ = 9 keV	–
14745	(4+)	Γ = 13 keV	–
14793	–	–	–
14928	(0+,1-)	Γ = 10 keV	–
14995	(4+,5-)	Γ = 20 keV	–
15045	(6-)	–	–
15093	–	–	–
15117	(4+)	Γ = 15 keV	–
15141	–	Γ = 15 keV	–
15179	(4+)	Γ = 57 keV	–
15214	(5-)	Γ = 36 keV	–
15233	(4+)	Γ = 27 keV	–
15266	(1-,3-)	Γ = 8 keV	–
15330	0+	–	–
15354	(4+)	Γ = 21 keV	–
15385	(4+)	Γ = 31 keV	–
15437.5	0+	Γ = 700 eV	–
15443	(2+)	Γ = 13 keV	–
15484	(2+)	Γ = 15 keV	–
15533	(6+)	Γ = 18 keV	–
15570	–	–	–
15611	(2+)	Γ = 31 keV	–
15640	(6+)	–	–
15691	(0+)	Γ = 15 keV	–
15716	(4+)	–	–
15750	[7-,8+]	–	–
15790	0+	–	–
15793	(4+)	Γ = 13 keV	–
15828	–	Γ = 87 keV	–
15853	–	Γ = < 13 keV	–
15886	(4+)	Γ = 42 keV	–
15978	(1-,3-)	Γ = 35 keV	–
16070	6+	–	–
16136	(3-)	Γ = 19 keV	–
16170	(4+,6+)	Γ = < 8 keV	–
16203	(6+)	Γ = 8 keV	–
16278	(4+)	Γ = 30 keV	–
16309	–	Γ = 10 keV	–
16333	(4+,6+)	–	–
16343	(4+)	Γ = 13 keV	–
16395	(2+)	Γ = 37 keV	–
16440	(7-)	Γ = 10 keV	–
16477	(6+)	Γ = 8 keV	–
16529	(6+)	Γ = 31 keV	–
16564	8+	–	–
16602	6+	Γ = 30 keV	–
16611	(5-)	Γ = 8 keV	–
16674	6+	Γ = 30 keV	–
16782	(4+,6+)	Γ = 30 keV	–
16844	(6+)	Γ = 22 keV	–
16874	(5-)	Γ = 73 keV	–
16904	–	T½ = < 7 fs	→ 11860 (100 %)
16929	(6+)	Γ = 44 keV	–
17017	(7-)	Γ = 15 keV	–
17088	(6+)	Γ = 44 keV	–
17140	(5-)	Γ = 26 keV	–
17190	8+	–	–
17227	(4+)	Γ = 17 keV	–
17290	–	Γ = 46 keV	–
17407	(6+)	Γ = 20 keV	–
17444	(6+)	Γ = 20 keV	–
17465	–	–	–
17520	–	–	–
17623	(5-)	Γ = 23 keV	–
17740	(4+)	Γ = 25 keV	–
17748	–	Γ = 20 keV	–
17782	–	Γ = 42 keV	–
17840	–	Γ = 42 keV	–
17900	(8+)	–	–
17948	(4+)	Γ = 56 keV	–
17990	(6+)	Γ = 17 keV	–
18038	(5-)	Γ = 50 keV	–
18075	–	–	–
18097	–	Γ = 20 keV	–
18157	(5-)	Γ = 20 keV	–
18160	8+	–	–
18169	(7-)	Γ = < 8 keV	–
18203	–	Γ = 25 keV	–
18273	(7-)	Γ = 21 keV	–
18332	–	Γ = 17 keV	–
18423	(6+)	Γ = 17 keV	–
18465	–	Γ = 13 keV	–
18740	–	–	–
18970	(8+)	–	–
19000	–	–	–
19110	(10+)	–	→ 13260 (100 %)
19200	–	–	–
19210	(9-)	–	–
19400	–	–	–
19690	–	–	–
19890	–	–	–
19990	(7-)	Γ = 59 keV	–
20030	–	Γ = 28 keV	–
20090	(9-)	Γ = 35 keV	–
20210	[10+]	Γ = 35 keV	–
20260	(8+)	Γ = 64 keV	–
20280	(2+)	–	–
20420	(9-)	–	–
20460	–	Γ = < 15 keV	–
20530	(6+)	Γ = 43 keV	–
20680	–	–	–
20830	–	Γ = < 15 keV	–
20910	–	Γ = < 15 keV	–
20940	–	–	–
21200	(4+)	–	–
21290	–	Γ = < 15 keV	–
21390	(6+)	–	–
21460	–	–	–
21660	–	–	–
21800	–	Γ = < 15 keV	–
22300	(4+)	–	–
22400	(8)	–	–
22790	–	–	–
22870	–	Γ = < 15 keV	–
22930	–	Γ = 73 keV	–
23000	–	–	–
23100	–	–	–
23190	–	Γ = < 15 keV	–
23260	–	Γ = < 15 keV	–
23770	(6+,(8+))	–	–
24370	(9)	Γ = 27 keV	–
24530	–	–	–
24600	(8+)	–	–
24980	(9)	–	–
25180	(6+)	Γ = 163 keV	–
25400	–	–	–
25800	(9,10)	–	–
26200	(10)	–	–
26280	(12+)	–	–
26450	(8+)	Γ = 115 keV	–
26670	(12+)	–	–
26800	(10)	–	–
27400	–	–	–
28000	(10)	–	–
28500	–	–	–
29300	(10,12)	–	–
29700	–	–	–
30100	(12)	–	–
31200	(12)	–	–
31800	–	–	–
32600	(10)	–	–
33100	–	–	–
37500	–	–	–
43000	–	–	–
46400	(14+,16+)	–	–