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Jakub Skowronski

Nuclear data explorer · compound nucleus

27Al

27Al is formed when 26Mg + p 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 27Al: entrance pair (rows) and the quantities measured (columns), with the energies covered.

Every EXFOR reaction that forms ²⁷Al: entrance pair (rows) and the quantities measured (columns), with the energies covered.
ReactionDatasetsσσ→Eₓdσ/dΩAyYωγMACSotherFitted in evaluation
26Mg(p,γ)27Al24— (0)— (0)71.9 MeV – 2.9 MeV— (0)— (0)11310 keV – 2.4 MeV— (0)6310 keV – 2.4 MeV
24Mg(t,p)26Mg88— (0)51.5 MeV – 3 MeV831.3 MeV – 3.1 MeV— (0)— (0)— (0)— (0)— (0)
25Mg(d,p)26Mg34— (0)31.5 MeV – 7.4 MeV271.4 MeV – 52 MeV— (0)— (0)— (0)— (0)41.1 MeV – 52 MeV
26Mg(p,n)26Al2734.8 MeV – 9.1 MeV45 MeV – 14 MeV125.3 MeV – 130 MeV— (0)35 MeV – 21 MeV41— (0)
26Mg(p,el)26— (0)— (0)201.2 MeV – 760 MeV64.5 MeV – 760 MeV— (0)— (0)— (0)— (0)
26Al(n,p)26Mg23124 meV615 meV – 300 keV— (0)— (0)— (0)25.7 keV – 130 keV1040 meV – 71 keV4300 keV
26Mg(p,inl)17— (0)151 MeV – 58 MeV12960 keV – 760 MeV420 MeV – 760 MeV— (0)— (0)— (0)— (0)
26Al(n,α)23Na15324 meV – 150 keV216 meV – 8.5 keV— (0)— (0)— (0)75.7 keV – 130 keV3640 eV – 70 keV— (0)
26Mg(p,d)25Mg14— (0)— (0)1434 MeV— (0)— (0)— (0)— (0)— (0)
23Na(α,p)26Mg1312.1 MeV – 2.4 MeV51.7 MeV – 19 MeV51.8 MeV – 19 MeV— (0)— (0)— (0)— (0)23 MeV – 8.5 MeV
25Mg(d,α)23Na12— (0)51.4 MeV – 11 MeV5920 keV – 11 MeV— (0)— (0)— (0)— (0)22.3 MeV – 11 MeV
23Na(α,n)26Al1043 MeV – 13 MeV53.2 MeV – 50 MeV— (0)— (0)— (0)— (0)— (0)16.6 MeV – 8.5 MeV
23Na(α,el)7— (0)— (0)71.7 MeV – 36 MeV— (0)— (0)— (0)— (0)— (0)
24Mg(t,3He)24Na5— (0)— (0)529 MeV – 300 MeV— (0)— (0)— (0)— (0)— (0)
25Mg(d,el)5— (0)— (0)51.9 MeV – 17 MeV— (0)— (0)— (0)— (0)— (0)
23Na(α,inl)4— (0)— (0)316 MeV – 36 MeV— (0)— (0)— (0)— (0)13 MeV
25Mg(d,t)24Mg3— (0)— (0)319 MeV— (0)— (0)— (0)— (0)— (0)
24Mg(t,α)23Na2— (0)— (0)229 MeV— (0)— (0)— (0)— (0)— (0)
24Mg(t,d)25Mg2— (0)— (0)24.9 MeV – 29 MeV— (0)— (0)— (0)— (0)— (0)
24Mg(t,el)2— (0)— (0)229 MeV— (0)— (0)— (0)— (0)— (0)
25Mg(d,n)26Al2— (0)— (0)25.6 MeV— (0)— (0)— (0)— (0)— (0)
26Mg(p,α)23Na2— (0)151 MeV – 59 MeV15.8 MeV – 8.7 MeV— (0)— (0)— (0)— (0)— (0)
23Na(α,t)24Mg1— (0)— (0)134 MeV— (0)— (0)— (0)— (0)— (0)
24Mg(t,inl)1— (0)— (0)129 MeV— (0)— (0)— (0)— (0)— (0)
25Mg(d,6Li)21Ne1— (0)— (0)151 MeV— (0)— (0)— (0)— (0)— (0)
26Al(n,γ)27Al1— (0)— (0)— (0)— (0)— (0)— (0)130 keV— (0)
26Mg(p,t)24Mg1— (0)— (0)150 MeV— (0)— (0)— (0)— (0)— (0)
33 more reactions: heavier projectiles, several outgoing particles or inclusive data
33 more reactions: heavier projectiles, several outgoing particles or inclusive data
ReactionDatasetsσσ→Eₓdσ/dΩAyYωγMACSotherFitted in evaluation
26Mg(p,0)15— (0)— (0)— (0)— (0)— (0)11440 keV – 2.4 MeV— (0)42.2 MeV – 2.4 MeV
26Mg(p,x)972.9 MeV – 940 MeV— (0)— (0)— (0)— (0)— (0)— (0)2
16O(11B,12C)15N8— (0)— (0)624 MeV224 MeV— (0)— (0)— (0)— (0)
11B(16O,el)5— (0)— (0)55.9 MeV – 26 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,2α)5114 MeV – 31 MeV413 MeV – 31 MeV— (0)— (0)— (0)— (0)— (0)— (0)
12C(15N,n+α)5113 MeV – 31 MeV413 MeV – 31 MeV— (0)— (0)— (0)— (0)— (0)— (0)
10B(17O,fus)318.6 MeV – 25 MeV— (0)216 MeV – 24 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,12C)15N3— (0)— (0)36.5 MeV – 24 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,α)23Na3113 MeV – 30 MeV213 MeV – 31 MeV— (0)— (0)— (0)— (0)— (0)— (0)
26Al(n,0)3— (0)— (0)— (0)— (0)— (0)3— (0)— (0)
11B(16O,11B)16O2— (0)— (0)224 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,fus)218.5 MeV – 24 MeV— (0)117 MeV – 26 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,14C)13N2— (0)— (0)236 MeV— (0)— (0)— (0)— (0)— (0)
16O(11B,el)2— (0)— (0)224 MeV— (0)— (0)— (0)— (0)— (0)
23Na(α,x)2— (0)— (0)— (0)— (0)22 MeV – 7.5 MeV— (0)— (0)— (0)
26Al(n,tot)21— (0)— (0)— (0)— (0)1— (0)— (0)
10B(17O,el)1— (0)— (0)124 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,10B)17O1— (0)— (0)19 MeV – 10 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,13C)14N1— (0)— (0)17.3 MeV – 11 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,7Li)20Ne1— (0)— (0)17.3 MeV – 11 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,8Be)19F1— (0)— (0)124 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,9Be)18F1— (0)— (0)110 MeV – 11 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,n)26Al1— (0)— (0)17.7 MeV— (0)— (0)— (0)— (0)— (0)
11B(16O,p)26Mg1— (0)— (0)17.7 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,13C)14N1— (0)— (0)136 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,el)1— (0)— (0)136 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,inl)1— (0)— (0)136 MeV— (0)— (0)— (0)— (0)— (0)
12C(15N,non)1111 MeV— (0)— (0)— (0)— (0)— (0)— (0)— (0)
12C(15N,x)1142 MeV— (0)— (0)— (0)— (0)— (0)— (0)— (0)
20Ne(7Li,α)23Na1— (0)— (0)116 MeV— (0)— (0)— (0)— (0)— (0)
20Ne(7Li,t)24Mg1— (0)— (0)122 MeV— (0)— (0)— (0)— (0)— (0)
23Na(α,2α)1— (0)— (0)— (0)— (0)— (0)— (0)— (0)1590 MeV
26Mg(p,tot)1— (0)— (0)— (0)— (0)— (0)1— (0)— (0)

Level scheme

Adopted levels of 27Al from ENSDF, with the particle thresholds and the Gamow window of the selected channel drawn across them.

Level scheme
7.900(5/2-,7/2-)7.9357.948(9/2+,11/2+)7.9979/28.0377/28.043(5/2+ TO 9/2+)8.065(3/2+,5/2+)8.0975/28.1301/2+8.1365/28.1823/2-8.287(5/2,9/2)8.324(3/2,5/2)+8.3618.376(3/2,5/2)+8.396(11/2)8.4088.421(3/2,5/2)+8.442(7/2)8.4905/2+8.521(1/2,3/2,5/2,7/2+)8.537(5/2)8.553(3/2)8.586(7/2)8.598(1/2,3/2)-8.675(7/2,9/2+)8.693(9/2,11/2,13/2)8.7098.7171/2+8.732(5/2,7/2)-8.754(5/2)Gamow window, T₉ = 0.08S(p) = 8.271 MeVE (MeV)
  • 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 26Mg(p,γ)27Al threshold (S = 8271.3 keV) and the top of the Gamow window at T9 = 0.08 (150 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.)JπT½ or Γωγ measured
8287 ± 115.71(5/2,9/2)–…
8324 ± 152.71(3/2,5/2)+–…
8361 ± 389.71––…
8376 ± 1104.7(3/2,5/2)+–…
8396 ± 1124.7(11/2)–…
8408 ± 3136.7––…
8420.7 ± 1149.4(3/2,5/2)+–…

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 27Al (246)
Levels of ²⁷Al
E (keV)JπT½ or Γγ branches
05/2+––
843.761/2+T½ = 35 ps→ 0 (100 %)
1014.563/2+T½ = 1.49 ps→ 843.76 (3 %), → 0 (97 %)
2212.01(7/2+)T½ = 26.6 fs→ 0 (100 %)
2734.95/2+T½ = 8.9 fs→ 2212 (0.4 %), → 1014.6 (76 %), → 843.76 (1.8 %), → 0 (22 %)
29823/2+T½ = 3.9 fs→ 2212, → 1014.6 (1.6 %), → 843.76 (0.97 %), → 0 (97 %)
3004.2(9/2+)T½ = 59 fs→ 2212 (12 %), → 1014.6, → 843.76, → 0 (88 %)
3680.41/2+T½ = 5.4 fs→ 3004.2, → 2982, → 2734.9, → 2212, → 1014.6 (37 %), → 843.76 (62 %), → 0 (1.2 %)
3956.83/2+T½ = 2.5 fs→ 3680.4, → 3004.2, → 2982, → 2734.9 (5.7 %), → 2212, → 1014.6 (3.7 %), → 843.76 (4.6 %), → 0 (86 %)
4054.61/2-T½ = 7.3 fs→ 3680.4, → 3004.2, → 2982, → 2734.9, → 2212, → 1014.6 (14 %), → 843.76 (86 %), → 0
4410.25/2+T½ = 1.2 fs→ 3956.8, → 3680.4, → 3004.2, → 2982, → 2734.9 (3 %), → 2212 (5 %), → 1014.6 (35 %), → 843.76, → 0 (57 %)
4510.3(11/2+)T½ = 222 fs→ 3956.8, → 3680.4, → 3004.2 (23 %), → 2982, → 2734.9, → 2212 (77 %), → 1014.6, → 843.76, → 0
4580(7/2+)T½ = 5.3 fs→ 3956.8, → 3680.4, → 3004.2, → 2982, → 2734.9 (7.5 %), → 2212 (17 %), → 1014.6 (4.5 %), → 843.76, → 0 (71 %)
4811.65/2+T½ = 1.5 fs→ 3956.8, → 3680.4, → 3004.2, → 2982 (5.9 %), → 2734.9, → 2212 (17 %), → 1014.6 (45 %), → 843.76, → 0 (32 %)
5155.63/2-T½ = 2.4 fs→ 3956.8, → 3680.4, → 3004.2, → 2982, → 2734.9, → 2212, → 1014.6 (20 %), → 843.76, → 0 (80 %)
52485/2+T½ = < 4 fs→ 3956.8 (3.4 %), → 3680.4, → 3004.2, → 2982 (1.8 %), → 2734.9 (4.1 %), → 2212 (16 %), → 1014.6 (73 %), → 843.76, → 0 (1.4 %)
5419.9(9/2+)T½ = < 14 fs→ 3680.4, → 3004.2, → 2982, → 2734.9 (7.9 %), → 2212 (86 %), → 0 (5.9 %)
5432.87/2T½ = 7 fs→ 3004.2 (32 %), → 2734.9, → 2212 (22 %), → 0 (46 %)
5438.45/2-T½ = 6 fs→ 3004.2, → 2982 (4 %), → 2734.9 (13 %), → 2212, → 1014.6, → 843.76, → 0 (83 %)
5499.811/2+T½ = < 7 fs→ 4510.3 (4 %), → 3956.8, → 3680.4, → 3004.2 (76 %), → 2982, → 2734.9, → 2212 (20 %), → 1014.6, → 843.76, → 0
5550.95/2T½ = 2.6 fs→ 3956.8, → 3680.4, → 3004.2, → 2982 (5.5 %), → 2734.9 (3.4 %), → 2212 (6.1 %), → 1014.6 (9.9 %), → 843.76, → 0 (75 %)
5667.39/2+T½ = 11 fs→ 4510.3 (11 %), → 3004.2 (55 %), → 0 (34 %)
5751.61/2+T½ = < 10 fs→ 3956.8 (5.9 %), → 3680.4 (13 %), → 3004.2, → 2982 (29 %), → 2734.9, → 2212, → 1014.6 (17 %), → 843.76 (35 %), → 0
58273/2-T½ = < 21 fs→ 3956.8 (2 %), → 3680.4 (8.2 %), → 3004.2, → 2982, → 2734.9, → 2212, → 1014.6 (75 %), → 843.76, → 0 (15 %)
5960.3(7/2)T½ = 1.7 fs→ 4811.6 (3.1 %), → 4410.2 (2 %), → 2982 (5.1 %), → 2734.9 (31 %), → 2212 (39 %), → 0 (19 %)
6080.83/2T½ = 3.3 fs→ 3956.8 (6.3 %), → 3680.4, → 3004.2, → 2982, → 1014.6 (24 %), → 843.76, → 0 (70 %)
6115.85/2–→ 5155.6 (6.1 %), → 3956.8, → 3004.2, → 2982 (11 %), → 2734.9, → 2212 (22 %), → 1014.6 (61 %), → 843.76
6158.43/2-T½ = < 14 fs→ 3680.4, → 3004.2, → 2982 (1.5 %), → 2734.9 (5.1 %), → 2212, → 1014.6 (11 %), → 843.76 (75 %), → 0 (7.1 %)
6284.7(7/2+)T½ = 4.9 fs→ 5419.9 (2 %), → 4410.2 (4.2 %), → 3004.2 (8.4 %), → 2212 (25 %), → 0 (60 %)
6462.85/2T½ = 0.78 fs→ 2982 (6 %), → 1014.6 (10 %), → 0 (84 %)
6477.3(7/2)-T½ = 1.8 fs→ 4410.2 (3 %), → 2734.9 (20 %), → 2212 (12 %), → 0 (65 %)
6512.29/2T½ = 9.7 fs→ 4510.3 (47 %), → 3004.2 (31 %), → 2212 (22 %)
65337/2+T½ = 2.1 fs→ 5432.8 (3.1 %), → 4580 (14 %), → 3004.2 (15 %), → 2734.9 (15 %), → 2212 (35 %), → 0 (18 %)
6605.13/2-T½ = < 10 fs→ 3680.4 (33 %), → 2982, → 843.76 (50 %), → 0 (17 %)
6651.35/2-T½ = 0.55 fs→ 3680.4, → 3004.2, → 2982 (2 %), → 2734.9, → 2212, → 1014.6 (9.7 %), → 843.76, → 0 (88 %)
67139/2+T½ = < 7 fs→ 4580 (10 %), → 3004.2 (71 %), → 2734.9 (5 %), → 2212 (14 %)
67655/2T½ = < 14 fs→ 4580 (8.8 %), → 3956.8 (8.8 %), → 3004.2, → 2982 (35 %), → 2734.9 (22 %), → 1014.6 (19 %), → 843.76, → 0 (6.7 %)
6776.3(3/2)T½ = < 10 fs→ 4410.2 (8.2 %), → 3680.4 (15 %), → 2982 (20 %), → 843.76 (43 %), → 0 (14 %)
6813.81/2+T½ = < 10 fs→ 3680.4 (8 %), → 2982, → 2734.9, → 2212, → 1014.6 (72 %), → 843.76 (20 %)
6820.7(3/2+,7/2+)–→ 0 (100 %)
6947.911/2+T½ = < 14 fs→ 5499.8 (11 %), → 5419.9 (2 %), → 3004.2 (66 %), → 2212 (21 %), → 0
6992.9(5/2 TO 9/2)–→ 2212 (59 %), → 0 (41 %)
6996(1/2,3/2)-–→ 6605.1 (3.8 %), → 5155.6 (6.9 %), → 3956.8 (12 %), → 843.76 (77 %)
7071.31/2+–→ 1014.6 (80 %), → 843.76 (20 %)
7173.69/2+T½ = < 7 fs→ 5432.8 (17 %), → 4580 (31 %), → 4510.3 (16 %), → 3004.2 (28 %), → 2212 (8.9 %)
7227.29/2-T½ = < 14 fs→ 5419.9 (2 %), → 4580 (5 %), → 3004.2 (20 %), → 2212 (73 %), → 0
7280(1/2+ TO 5/2+)–→ 0 (100 %)
7289(9/2,11/2,13/2)+T½ = < 14 fs→ 4510.3 (100 %)
740011/2+T½ = 24 fs→ 6713 (5 %), → 5499.8 (13 %), → 4580 (35 %), → 4510.3 (11 %), → 3004.2 (36 %)
74137/2+T½ = 0.5 fs→ 2212 (24 %), → 0 (76 %)
7443(9/2+,13/2+)T½ = < 7 fs→ 5499.8 (26 %), → 4510.3 (7.9 %), → 3004.2 (66 %), → 2982, → 2212, → 0
7477.17/2-T½ = 0.68 fs→ 3004.2 (9 %), → 2212 (41 %), → 0 (50 %)
7550(3/2+,5/2+)–→ 0 (100 %)
75785/2+T½ = 0.35 fs→ 5827 (6.9 %), → 4410.2 (4.1 %), → 2982 (20 %), → 1014.6 (23 %), → 0 (46 %)
7660(7/2+ TO 11/2+)T½ = 13 fs→ 5499.8 (4.9 %), → 4580 (15 %), → 4510.3 (23 %), → 3004.2 (28 %), → 2212 (29 %)
7676.5(3/2+,5/2+)–→ 1014.6 (17 %), → 0 (83 %)
7679(7/2,9/2+)–→ 3004.2 (15 %), → 2734.9 (21 %), → 2212 (20 %), → 0 (44 %)
77215/2–→ 2982 (89 %), → 2212 (11 %)
7798(3/2,5/2,7/2)–→ 5438.4 (78 %), → 0 (22 %)
7806(7/2+,9/2+)T½ = 18 fs→ 4580 (25 %), → 4510.3 (15 %), → 2212 (60 %)
78583/2+–→ 6996 (5.9 %), → 5751.6 (11 %), → 4811.6 (15 %), → 3680.4 (11 %), → 3004.2, → 2982, → 2734.9 (19 %), → 2212, → 1014.6, → 843.76 (16 %), → 0 (22 %)
7900(5/2-,7/2-)–→ 2734.9 (66 %), → 0 (34 %)
7935–––
7948(9/2+,11/2+)–→ 5499.8 (3 %), → 5419.9 (8.1 %), → 4510.3 (45 %), → 3004.2 (44 %)
79979/2–→ 3004.2 (37 %), → 2212 (63 %)
80377/2T½ = 0.43 fs→ 4580 (7.3 %), → 2212 (12 %), → 0 (81 %)
8043(5/2+ TO 9/2+)–→ 5432.8 (24 %), → 3004.2 (37 %), → 0 (39 %)
8065(3/2+,5/2+)T½ = 0.02 fs→ 0 (100 %)
80975/2–→ 5751.6 (7.3 %), → 4580 (13 %), → 2982 (56 %), → 1014.6 (24 %)
81301/2+––
81365/2–→ 1014.6 (43 %), → 0 (57 %)
8182.13/2-–→ 843.76 (60 %), → 0 (40 %)
8287(5/2,9/2)–→ 5667.3 (6.1 %), → 5438.4 (16 %), → 5419.9 (20 %), → 3004.2 (34 %), → 2212 (24 %)
8324(3/2,5/2)+–→ 1014.6 (100 %)
8361–––
8376(3/2,5/2)+––
8396(11/2)–→ 6512.2 (7.9 %), → 5499.8 (14 %), → 4510.3 (56 %), → 3004.2 (22 %)
8408–––
8420.7(3/2,5/2)+––
8442(7/2)T½ = 0.5 fs→ 3004.2 (47 %), → 0 (53 %)
8490.35/2+––
8521(1/2,3/2,5/2,7/2+)–→ 1014.6 (100 %)
8537(5/2)–→ 2734.9 (100 %)
8553(3/2)––
8586(7/2)–→ 2212 (82 %), → 0 (18 %)
8597.6(1/2,3/2)-Γ = 560 meV–
8675(7/2,9/2+)–→ 4580 (21 %), → 2212 (61 %), → 0 (18 %)
8693(9/2,11/2,13/2)–→ 6947.9 (16 %), → 4510.3 (84 %)
8708.7–Γ = 7.6 eV–
8716.61/2+––
8732.2(5/2,7/2)-Γ = 190 meV–
8753.6(5/2)Γ = 1.05 eV–
8774.2(5/2+)Γ = 3.7 eV–
8804–––
8825–––
8861–––
8897.2(5/2+)Γ = 860 meV–
8905–––
8909.2(1/2,3/2)-––
8952(5/2,9/2+)–→ 0 (100 %)
8963.4(3/2-)––
9001–––
9050.9(7/2-)––
9051.6(5/2+)––
9058–––
9080.41/2+Γ = 240 eV–
9190.2(3/2)––
9216.3(3/2-)––
9236(1/2+)Γ = 13 eV–
9239.5(5/2)––
9271.6(1/2+,3/2)––
9274.3(5/2-,7/2)––
9276.9(3/2-)Γ = 100 eV–
9299–––
9308.2(5/2+)––
9322–––
9359.3–––
9371–––
9390(3/2+)––
9400.8(1/2+)Γ = 110 eV–
9427–––
9474.4(7/2)––
9488–––
9501.7–––
9511.5(5/2)––
9530–––
9552–––
9598.8–Γ = 2.5 keV–
9600.7(3/2-)Γ = 12 eV–
9619–––
9628.5(1/2-)Γ = 2.76 keV–
9634.5(5/2+)Γ = 18 eV–
9658–––
9664.7(5/2+)Γ = 24 eV–
9664.8(1/2-)Γ = 5.82 keV–
9692–––
9715.9(3/2+)––
9742–––
9762.8(5/2+)Γ = 18 eV–
9796.3(7/2+)Γ = 4 eV–
9821.6(3/2+)Γ = 18 eV–
9834.4(1/2-)Γ = 3 keV–
9839.7(5/2)Γ = 1 eV–
9846.6(1/2+)Γ = 210 eV–
9867–––
9883–––
9893–––
9921.9(3/2-)Γ = 1.8 keV–
9930.4(1/2-)Γ = 1.35 keV–
9941.3(7/2)––
9953–––
9955.5(3/2)––
9960.3(5/2-)Γ = 8 eV–
9962.8(5/2+)Γ = 12 eV–
9976.8(5/2,7/2)+––
9990.8(7/2-)Γ = 10 eV–
9999.9(5/2)––
10008–––
10024.3(5/2+)Γ = 35 eV–
10075–––
10089.6(3/2-)Γ = 2.7 keV–
10092.9(3/2+,5/2+)Γ = 470 eV–
10112(5/2-,7/2-)Γ = 15 eV–
10112.5(1/2-)Γ = 40 eV–
10121.2(7/2+)––
10135.1(3/2-,5/2)––
10148–––
10164.8(5/2+)Γ = 14 eV–
10209–––
10218(3/2-)Γ = 40.9 keV–
10243.9(3/2+)Γ = 130 eV–
10244(1/2+)Γ = 70.4 keV–
10244.8(7/2-)Γ = 75 eV–
10258.5(5/2)––
10281–––
10287(3/2)––
10307(7/2)––
10318(1/2+)––
10333(3/2+)Γ = 1.1 keV–
10334(1/2-)Γ = 5.6 keV–
10338(1/2+)Γ = 1.3 keV–
10340–––
10348(3/2)––
10360–––
10365(9/2+)––
10370(5/2+)Γ = 45 eV–
10372(3/2+)Γ = 450 eV–
10409(5/2+)Γ = 37 eV–
10422–––
10448–––
10459(1/2-)Γ = 70 eV–
10478–––
10480(7/2-)Γ = 650 eV–
10509(7/2-)Γ = 120 eV–
10519–––
10528(3/2-)Γ = 300 eV–
10555(5/2)––
10558(1/2-)Γ = 30 keV–
10566(3/2+)Γ = 140 eV–
10588(3/2+)Γ = 1.4 keV–
10593(5/2-,7/2-)Γ = 10 eV–
10599(3/2+)Γ = 490 eV–
10612(1/2-)Γ = 10.2 keV–
10626(7/2-)Γ = 65 eV–
10630–––
10634(1/2+)Γ = 900 eV–
10648(3/2+)Γ = 135 eV–
10675(5/2+)Γ = 110 eV–
10676–––
10692(5/2-,7/2-)Γ = 15 eV–
10716(3/2+)Γ = 180 eV–
10723–Γ = 70 eV–
10737(3/2-)Γ = 2.1 keV–
10751(9/2)––
10768–––
10778–––
10781–––
10783–––
10791–––
10804(1/2+)Γ = 800 eV–
10833(3/2+,5/2+)Γ = 340 eV–
10835(3/2+,5/2+)Γ = 800 eV–
10836(5/2-,7/2-)Γ = 600 eV–
10838(3/2-)Γ = 8 keV–
10864(5/2-,7/2-)Γ = 40 eV–
10871–––
10900–––
10911(1/2-)Γ = 2.9 keV–
10922(3/2+,5/2+)Γ = 16 eV–
10922–Γ = 2.8 keV–
10931(5/2+)Γ = 1.2 keV–
10939–––
10970–––
10973(5/2+)Γ = 330 eV–
10994–––
11003(5/2-,7/2-)Γ = 8 eV–
11012–Γ = 35 eV–
11072(3/2+,5/2+)Γ = 260 eV–
11075–––
11077–––
11096(5/2-)Γ = 1.4 keV–
11101(3/2-)Γ = 5.5 keV–
11126(3/2+,5/2+)Γ = 15 eV–
11138–––
11188–––
11702–––