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Jakub Skowronski

Nuclear data explorer · compound nucleus

26Mg

26Mg is formed when 22Ne + α or 25Mg + n 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 26Mg: entrance pair (rows) and the quantities measured (columns), with the energies covered.

Every EXFOR reaction that forms ²⁶Mg: entrance pair (rows) and the quantities measured (columns), with the energies covered.
ReactionDatasetsσSσ→Eₓdσ/dΩωγMACSotherFitted in evaluation
25Mg(n,γ)26Mg23124 meV— (0)— (0)— (0)5135 keV – 100 keV424 meV – 960 keV
22Ne(α,n)25Mg165480 keV – 4.3 MeV1480 keV – 2 MeV3620 keV – 1.8 MeV— (0)4540 keV – 2.5 MeV— (0)3
22Ne(α,γ)26Mg7— (0)— (0)2680 keV – 10 MeV13.7 MeV – 13 MeV3280 keV – 710 keV— (0)1
22Ne(α,d)24Na30— (0)— (0)— (0)3018 MeV – 54 MeV— (0)— (0)— (0)
25Mg(n,p)25Na221412 MeV – 20 MeV— (0)— (0)213 MeV— (0)21.3 MeV414 MeV
22Ne(α,el)8— (0)— (0)— (0)63.2 MeV – 88 MeV1— (0)120 MeV
25Mg(n,el)8124 meV— (0)— (0)— (0)520 keV – 100 keV— (0)224 meV
22Ne(α,inl)6— (0)— (0)— (0)55.1 MeV – 88 MeV— (0)— (0)120 MeV
25Mg(n,α)22Ne623.8 MeV – 6.7 MeV— (0)23.8 MeV – 14 MeV212 MeV – 15 MeV— (0)— (0)— (0)
25Mg(n,inl)4— (0)— (0)1960 keV – 1.2 MeV32.5 MeV – 3.9 MeV— (0)— (0)— (0)
22Ne(α,2He)24Ne1— (0)— (0)— (0)155 MeV— (0)— (0)— (0)
23Na(t,α)22Ne1— (0)— (0)— (0)— (0)— (0)— (0)11.8 MeV
23Na(t,p)25Na1— (0)— (0)— (0)— (0)— (0)— (0)11.8 MeV
29 more reactions: heavier projectiles, several outgoing particles or inclusive data
29 more reactions: heavier projectiles, several outgoing particles or inclusive data
ReactionDatasetsσSσ→Eₓdσ/dΩωγMACSotherFitted in evaluation
25Mg(n,0)11— (0)— (0)— (0)— (0)1120 keV – 100 keV— (0)— (0)
13C(13C,x)663.3 MeV – 8 MeV— (0)— (0)— (0)— (0)— (0)— (0)
14C(12C,α)22Ne515 MeV – 8 MeV— (0)15 MeV – 8 MeV35.3 MeV – 8.2 MeV— (0)— (0)— (0)
25Mg(n,tot)5224 meV – 350 keV— (0)— (0)— (0)2— (0)19.6 eV – 280 keV
25Mg(n,x)4313 MeV – 37 MeV— (0)— (0)— (0)— (0)— (0)113 MeV – 17 MeV
11B(15N,inl)3— (0)— (0)— (0)336 MeV— (0)— (0)— (0)
12C(14C,x)3238 MeV – 430 MeV— (0)— (0)— (0)— (0)— (0)138 MeV
13C(13C,α)22Ne3— (0)— (0)16.2 MeV – 13 MeV26.3 MeV – 9.3 MeV— (0)— (0)— (0)
13C(13C,fus)323 MeV – 8 MeV13.3 MeV – 8 MeV— (0)— (0)— (0)— (0)— (0)
12C(14C,fus)2— (0)19.5 MeV – 17 MeV— (0)— (0)— (0)1— (0)
12C(14C,non)2210 MeV – 38 MeV— (0)— (0)— (0)— (0)— (0)— (0)
14C(12C,2n)215 MeV – 8 MeV— (0)15 MeV – 8 MeV— (0)— (0)— (0)— (0)
14C(12C,d)24Na2— (0)— (0)— (0)25.1 MeV – 8 MeV— (0)— (0)— (0)
14C(12C,n)25Mg215.3 MeV – 8 MeV— (0)15.3 MeV – 8 MeV— (0)— (0)— (0)— (0)
14C(12C,n+α)215.6 MeV – 8 MeV— (0)15.6 MeV – 8 MeV— (0)— (0)— (0)— (0)
14C(12C,n+p)216.9 MeV – 8 MeV— (0)16.9 MeV – 8 MeV— (0)— (0)— (0)— (0)
14C(12C,p)25Na215.6 MeV – 8 MeV— (0)15.3 MeV – 8 MeV— (0)— (0)— (0)— (0)
14C(12C,t)23Na2— (0)— (0)— (0)25.4 MeV – 8.1 MeV— (0)— (0)— (0)
11B(15N,el)1— (0)— (0)— (0)136 MeV— (0)— (0)— (0)
12C(14C,9Li)17F1— (0)— (0)— (0)1160 MeV— (0)— (0)— (0)
12C(14C,el)1— (0)— (0)— (0)19.2 MeV – 19 MeV— (0)— (0)— (0)
12C(14C,tcc)1121 MeV— (0)— (0)— (0)— (0)— (0)— (0)
13C(13C,2n)113.2 MeV – 6.9 MeV— (0)— (0)— (0)— (0)— (0)— (0)
13C(13C,el)1— (0)— (0)— (0)13.4 MeV – 8.5 MeV— (0)— (0)— (0)
14C(12C,10Be)16O1— (0)— (0)— (0)122 MeV – 25 MeV— (0)— (0)— (0)
14C(12C,9C)17C1— (0)— (0)— (0)1120 MeV— (0)— (0)— (0)
22Ne(α,0)1— (0)— (0)— (0)— (0)1— (0)— (0)
22Ne(α,tot)1— (0)— (0)— (0)— (0)11.7 MeV – 4.3 MeV— (0)— (0)
23Na(t,x)1— (0)— (0)— (0)— (0)— (0)— (0)11.8 MeV

Level scheme

Adopted levels of 26Mg from ENSDF, with the particle thresholds and the Gamow window of the selected channel drawn across them.

Level scheme
10.2210.2310.272+10.321+10.3310.3410.35(0+ TO 4+)10.36(2+ TO 4+)10.3810.4010.414+10.4910.492+10.52(2+)10.5310.5710.571-10.5810.60(1+ TO 4+)10.651+10.65(4- TO 7-)10.6810.6910.7110.7210.7310.7510.7710.81(0+ TO 4+)10.82(2+)10.8810.8910.9110.93+10.9510.951-10.9811.0011.0111.0511.0811.11(2+)11.1411.151+11.162+11.17(3+)11.1711.18(1-)11.193+11.1911.2011.24(2-)11.27(2)+11.284(-)11.291-11.29(2+)11.29(2-)11.2911.30(2-)11.31(1-)11.33(1-)11.33(1-)11.3311.34(1-)11.344(-)11.36(2+)11.39(5+)11.444+11.4611.47(5-)11.50(1-)11.53(3-)11.57Gamow window, T₉ = 0.27S(n) = 11.093 MeVS(α) = 10.615 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 22Ne(α,n)25Mg threshold (S = 10615 keV) and the top of the Gamow window at T9 = 0.27 (710 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
10647.3 ± 0.832.561+T½ = 0.097 fs…
10650 ± 135.26(4- TO 7-)T½ = 21 fs…
10681.9 ± 0.367.16––…
10693 ± 378.26––…
10707 ± 392.26––…
10718.8 ± 0.09104––…
10726 ± 3111.3––…
10746 ± 0.12131.2––…
10767 ± 2152.3––…
10805.9 ± 0.4191.2(0+ TO 4+)–…
10824 ± 3209.3(2+)–…
10881 ± 3266.3––…
10893 ± 3278.3––…
10915 ± 3300.3––…
10927 ± 3312.3+–…
10945 ± 3330.3––…
10949.1 ± 0.8334.41-Γ = 1.87 eV…
10978 ± 3363.3––…
10998 ± 3383.3––…
11012 ± 3397.3––…
11048 ± 3433.3––…
11084 ± 3469.3––…
11114 ± 3499.3(2+)–…
11142 ± 6527.3––…
11153.5 ± 1538.81+–…
11162.9 ± 0.07548.22+Γ = 5.08 keV…
11169.3 ± 0.07554.6(3+)Γ = 1.56 keV…
11171 ± 3556.3––…
11183.1 ± 0.06568.3(1-)Γ = 600 meV…
11189.2 ± 0.06574.53+Γ = 5.24 keV…
11191 ± 2576.3––…
11196.5 ± 0.06581.8–Γ = 2 eV…
11243.4 ± 0.06628.6(2-)Γ = 5.52 keV…
11274.1 ± 0.05659.4(2)+Γ = 590 eV…
11280 ± 0.05665.34(-)Γ = 1.73 keV…
11285.5 ± 0.07670.81-Γ = 1.41 keV…
11286.2 ± 0.05671.5(2+)Γ = 700 meV…
11289.1 ± 0.04674.3(2-)Γ = 2 eV…
11293.3 ± 0.05678.5–Γ = 230 meV…
11296 ± 0.09681.3(2-)Γ = 12.4 keV…
11310.6 ± 0.04695.8(1-)Γ = 400 meV…

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 26Mg (215)
Levels of ²⁶Mg
E (keV)JπT½ or Γγ branches
00+––
1808.742+T½ = 476 fs→ 0 (100 %)
2938.332+T½ = 141 fs→ 1808.7 (90 %), → 0 (9.7 %)
3082.9––→ 1808.7 (100 %)
3420.2––→ 1808.7 (100 %)
3564.9––→ 1808.7 (100 %)
3588.560+T½ = 6.45 ps→ 1808.7 (100 %)
3941.573+T½ = 830 fs→ 2938.3 (62 %), → 1808.7 (38 %)
4318.894+T½ = 272 fs→ 2938.3 (1.8 %), → 1808.7 (98 %)
4332.522+T½ = 20 fs→ 2938.3 (15 %), → 1808.7 (79 %), → 0 (6 %)
4350.093+T½ = 105 fs→ 3941.6 (0.021 %), → 2938.3 (48 %), → 1808.7 (52 %)
4644.9––→ 1808.7 (100 %)
4835.132+T½ = 28 fs→ 4350.1 (2.3 %), → 4332.5 (2.2 %), → 3941.6 (0.22 %), → 2938.3 (83 %), → 1808.7 (3.5 %), → 0 (8.9 %)
4901.444+T½ = 29 fs→ 4350.1 (1.5 %), → 4332.5 (0.61 %), → 4318.9 (0.81 %), → 3941.6 (3.6 %), → 2938.3 (1.7 %), → 1808.7 (92 %)
4972.30+T½ = 446 fs→ 2938.3 (93 %), → 1808.7 (7.4 %)
5180.5––→ 3941.6 (100 %)
5291.742+T½ = < 10 fs→ 4835.1 (1.6 %), → 3941.6 (2.9 %), → 2938.3 (86 %), → 1808.7 (5.7 %), → 0 (3.4 %)
5476.054+T½ = 21 fs→ 4835.1 (9.7 %), → 4318.9 (51 %), → 3941.6 (26 %), → 1808.7 (13 %)
5691.08(1+)T½ = < 8 fs→ 4332.5 (3.7 %), → 2938.3 (28 %), → 1808.7 (61 %), → 0 (6.7 %)
5711.2(1+,2+)–→ 3588.6 (100 %)
5715.914+T½ = 53 fs→ 5476.1 (0.84 %), → 5291.7 (0.15 %), → 4350.1 (37 %), → 4332.5 (1.7 %), → 3941.6 (39 %), → 2938.3 (20 %), → 1808.7 (1.3 %)
6125.473+T½ = 14 fs→ 5715.9 (0.071 %), → 5291.7 (2.4 %), → 4901.4 (0.92 %), → 4835.1 (3.7 %), → 4350.1 (71 %), → 4332.5 (4.6 %), → 3941.6 (9.7 %), → 2938.3 (4.1 %), → 1808.7 (3.4 %)
6256.20+T½ = 53 fs→ 5691.1 (7.4 %), → 1808.7 (93 %)
6483.2––→ 5180.5
6622.94(4+)T½ = 19 fs→ 5476.1 (8.2 %), → 4901.4 (43 %), → 4350.1 (19 %), → 4332.5 (11 %), → 4318.9 (16 %), → 1808.7 (1.6 %)
6634.2–T½ = 7 fs→ 2938.3 (94 %), → 1808.7 (5.7 %)
6745.132+T½ = 16 fs→ 5291.7 (11 %), → 2938.3 (44 %), → 1808.7 (44 %), → 0 (0.84 %)
6876.423-T½ = 83 fs→ 4835.1 (3.2 %), → 4332.5 (4.2 %), → 4318.9 (3 %), → 3941.6 (2.9 %), → 2938.3 (18 %), → 1808.7 (69 %)
6951.7––→ 5180.5 (100 %)
6971.8(4+)–→ 3941.6 (100 %)
6978.3(5+)T½ = 14 fs→ 5715.9 (4 %), → 5476.1 (50 %), → 4901.4 (11 %), → 4350.1 (4.5 %), → 4318.9 (17 %), → 3941.6 (14 %)
7061.91-T½ = 7 fs→ 3588.6 (34 %), → 2938.3 (10 %), → 1808.7 (20 %), → 0 (36 %)
7099.682+T½ = 14 fs→ 4835.1 (20 %), → 3941.6 (9 %), → 2938.3 (50 %), → 1808.7 (16 %), → 0 (5 %)
7200(0,1)+––
7246.493+T½ = 7 fs→ 5291.7 (2.9 %), → 4835.1 (26 %), → 4350.1 (25 %), → 4332.5 (15 %), → 4318.9 (5.7 %), → 3941.6 (13 %), → 2938.3 (11 %), → 1808.7 (0.93 %)
7261.4–T½ = 7 fs→ 4835.1 (12 %), → 4350.1 (3.9 %), → 4332.5 (4.6 %), → 3941.6 (23 %), → 2938.3 (7.4 %), → 1808.7 (49 %)
7282.82(4-)T½ = 24 fs→ 5715.9 (4.6 %), → 4901.4 (5.1 %), → 4350.1 (9.1 %), → 4318.9 (31 %), → 3941.6 (50 %)
7348.863-–→ 5476.1 (0.79 %), → 4835.1 (22 %), → 4332.5 (6.3 %), → 4318.9 (1.7 %), → 2938.3 (53 %), → 1808.7 (17 %)
7371.362+–→ 6125.5 (15 %), → 5291.7 (2 %), → 4350.1 (10 %), → 4332.5 (2.4 %), → 3941.6 (39 %), → 1808.7 (10 %), → 0 (21 %)
7396(5+)T½ = 14 fs→ 5715.9 (50 %), → 4901.4 (18 %), → 4350.1 (13 %), → 4318.9 (7 %), → 3941.6 (12 %)
7428(0,1)+––
7541.71(2-)T½ = 7 fs→ 4350.1 (3.2 %), → 4332.5 (37 %), → 3941.6 (14 %), → 2938.3 (31 %), → 1808.7 (14 %)
7677(4+)T½ = 11 fs→ 6125.5 (17 %), → 5715.9 (48 %), → 4901.4 (21 %), → 4318.9 (14 %)
7696.81(-)–→ 2938.3 (24 %), → 1808.7 (11 %), → 0 (65 %)
7725.83+–→ 4318.9 (72 %), → 3941.6 (14 %), → 1808.7 (14 %)
7773.7(4+)T½ = 7 fs→ 5476.1 (15 %), → 4835.1 (15 %), → 4318.9 (10 %), → 3941.6 (50 %), → 2938.3 (10 %)
7817.8(2,3)+–→ 4332.5 (60 %), → 1808.7 (40 %)
78243-–→ 3941.6 (40 %), → 2938.3 (40 %), → 1808.7 (20 %)
78402+–→ 4318.9 (20 %), → 3588.6 (43 %), → 2938.3 (27 %), → 1808.7 (9.9 %)
7851–––
79505-T½ = 14 fs→ 5715.9 (32 %), → 4318.9 (68 %)
8034––→ 2938.3 (100 %)
8052.42(+)–→ 1808.7 (100 %)
8184.933-–→ 2938.3 (22 %), → 1808.7 (78 %)
8201.1(6+)T½ = 14 fs→ 6978.3 (20 %), → 4901.4 (35 %), → 4318.9 (45 %)
8227.311-T½ = 1 fs→ 1808.7 (46 %), → 0 (54 %)
8250.58(3+)–→ 2938.3 (96 %), → 1808.7 (3.8 %)
8399–––
8458.93+–→ 4318.9 (35 %), → 1808.7 (65 %)
8464––→ 4318.9 (100 %)
8472.3(6+)T½ = 14 fs→ 6978.3 (24 %), → 4901.4 (63 %), → 4318.9 (13 %)
8503.71-–→ 1808.7 (28 %), → 0 (72 %)
8532.1(2+)–→ 4350.1 (31 %), → 2938.3 (47 %), → 1808.7 (22 %)
8576–––
86255-T½ = 29 fs→ 6622.9 (85 %), → 4318.9 (15 %)
8670(3,5)T½ = 7 fs→ 5476.1 (35 %), → 4318.9 (65 %)
8705.6(2 TO 4)+–→ 5476.1 (12 %), → 4350.1 (5.1 %), → 4318.9 (43 %), → 3941.6 (27 %), → 2938.3 (12 %)
8863.82+–→ 2938.3 (41 %), → 1808.7 (59 %)
8903.52(2+)–→ 7348.9 (2.3 %), → 7282.8 (6.1 %), → 7261.4 (6.4 %), → 5291.7 (8.7 %), → 4901.4 (8.7 %), → 4350.1 (29 %), → 3941.6 (28 %), → 2938.3 (10 %)
8930––→ 6622.9 (18 %), → 5715.9 (36 %), → 5476.1 (27 %), → 3941.6 (19 %)
8959.41-–→ 1808.7 (39 %), → 0 (61 %)
9020––→ 4318.9 (100 %)
9043.43(+)–→ 2938.3 (100 %)
90645+T½ = 7 fs→ 7396 (17 %), → 4901.4 (17 %), → 4318.9 (66 %)
9111.26+T½ = 11 fs→ 7396 (8 %), → 6622.9 (8 %), → 5476.1 (50 %), → 4901.4 (16 %), → 4318.9 (18 %)
9139.51–→ 0 (100 %)
9169(6-)T½ = 26 fs→ 7950 (54 %), → 7396 (21 %), → 7282.8 (13 %), → 6978.3 (12 %)
9206––→ 4318.9 (100 %)
9238.91(+)T½ = 0.314 fs→ 3588.6 (19 %), → 0 (81 %)
9261(4+)–→ 3941.6 (100 %)
9281(2+)––
9291––→ 1808.7 (100 %)
9304––→ 4318.9 (100 %)
9316––→ 4332.5 (100 %)
9325.57(2+ TO 4+)–→ 4901.4 (11 %), → 4835.1 (11 %), → 4350.1 (13 %), → 4332.5 (19 %), → 3941.6 (6.4 %), → 2938.3 (40 %)
93714+–→ 3941.6 (100 %)
93836+T½ = 7 fs→ 8201.1 (5.9 %), → 6978.3 (29 %), → 6622.9 (15 %), → 5715.9 (39 %), → 4318.9 (11 %)
9427.83+–→ 4350.1 (15 %), → 2938.3 (64 %), → 1808.7 (21 %)
9471(1 TO 5)+–→ 3941.6 (100 %)
9540.35+T½ = 14 fs→ 6978.3 (3.3 %), → 5715.9 (14 %), → 4901.4 (21 %), → 4318.9 (62 %)
9563.51+T½ = 0.563 fs→ 1808.7 (33 %), → 0 (67 %)
9574.06(2- TO 4)–→ 7282.8 (8.1 %), → 6876.4 (14 %), → 6125.5 (12 %), → 4350.1 (58 %), → 3941.6 (8.4 %)
95794+––
9590––→ 2938.3 (60 %), → 1808.7 (40 %)
9617(1 TO 3)-–→ 1808.7 (100 %)
9681(0 TO 5)+–→ 1808.7 (100 %)
9714–––
9770.81(-)–→ 1808.7 (41 %), → 0 (59 %)
9771––→ 4901.4 (50 %), → 4318.9 (50 %)
97791+––
9814––→ 4318.9 (100 %)
9829.5(5,7)+T½ = 37 fs→ 8472.3 (6 %), → 8201.1 (89 %), → 7396 (5 %)
9856.82+–→ 4835.1 (26 %), → 4332.5 (42 %), → 3941.6 (13 %), → 0 (18 %)
9883–––
9900.33+–→ 2938.3 (100 %)
9927––→ 4901.4 (100 %)
9939––→ 4318.9 (100 %)
99672+–→ 4901.4 (60 %), → 2938.3 (40 %)
9982––→ 3941.6 (100 %)
9989(6+)T½ = 7 fs→ 8472.3 (17 %), → 6978.3 (69 %), → 4318.9 (14 %)
100405-–→ 5715.9 (45 %), → 4901.4 (23 %), → 4318.9 (32 %)
10069––→ 4901.4 (100 %)
10102.51-–→ 2938.3 (26 %), → 0 (74 %)
10126.74+–→ 2938.3 (34 %), → 1808.7 (66 %)
10136–––
10147.11+T½ = 0.112 fs→ 1808.7 (30 %), → 0 (70 %)
101590+––
10184––→ 4901.4 (100 %)
10219.9––→ 1808.7 (100 %)
10234––→ 4901.4 (100 %)
102712+––
10319.51+T½ = 0.345 fs→ 2938.3 (40 %), → 0 (60 %)
10328–––
10341–––
10349.4(0+ TO 4+)–→ 1808.7 (100 %)
10362.3(2+ TO 4+)–→ 7099.7 (24 %), → 5476.1 (18 %), → 4350.1 (19 %), → 1808.7 (39 %)
10377––→ 5715.9 (100 %)
10400–––
104144+––
10487–––
104932+––
10516(2+)––
10529––→ 5715.9 (60 %), → 4332.5 (40 %)
10567–––
10573.31-Γ = 200 meV→ 4972.3 (53 %), → 0 (47 %)
10576––→ 8532.1 (46 %), → 6978.3 (54 %)
10600.1(1+ TO 4+)–→ 7099.7 (0.023 %), → 4350.1 (12 %), → 4332.5 (39 %), → 3941.6 (34 %), → 2938.3 (15 %)
10647.31+T½ = 0.097 fs→ 7099.7 (1.2 %), → 5291.7 (1.6 %), → 4972.3 (1.6 %), → 2938.3 (6.4 %), → 1808.7 (1.5 %), → 0 (88 %)
10650(4- TO 7-)T½ = 21 fs→ 9169 (36 %), → 7396 (64 %)
10681.9–––
10693––→ 7396 (100 %)
10707––→ 5715.9 (100 %)
10718.8–––
10726–––
10746–––
10767––→ 4350.1 (69 %), → 2938.3 (31 %)
10805.9(0+ TO 4+)–→ 1808.7 (78 %), → 0 (22 %)
10824(2+)––
10881–––
10893–––
10915–––
10927+––
10945––→ 9383 (9.8 %), → 9169 (61 %), → 8625 (29 %)
10949.11-Γ = 1.87 eV→ 4332.5 (11 %), → 3588.6 (4.7 %), → 2938.3 (14 %), → 1808.7 (57 %), → 0 (14 %)
10978–––
10998–––
11012––→ 4901.4 (38 %), → 4318.9 (62 %)
11048–––
11084–––
11114(2+)––
11142–––
11153.51+–→ 4972.3 (9.6 %), → 4332.5 (7.7 %), → 3588.6 (11 %), → 1808.7 (2.9 %), → 0 (69 %)
11162.92+Γ = 5.08 keV–
11169.3(3+)Γ = 1.56 keV–
11171–––
11183.1(1-)Γ = 600 meV–
11189.23+Γ = 5.24 keV–
11191––→ 7950 (42 %), → 5715.9 (58 %)
11196.5–Γ = 2 eV–
11243.4(2-)Γ = 5.52 keV–
11274.1(2)+Γ = 590 eV–
112804(-)Γ = 1.73 keV–
11285.51-Γ = 1.41 keV–
11286.2(2+)Γ = 700 meV–
11289.1(2-)Γ = 2 eV–
11293.3–Γ = 230 meV–
11296(2-)Γ = 12.4 keV–
11310.6(1-)Γ = 400 meV–
11326.1(1-)Γ = 300 meV–
11328.2(1-)Γ = 50 eV–
11329.1––→ 7396 (64 %), → 6978.3 (36 %)
11336.9(1-)Γ = 100 meV–
11344.84(-)Γ = 3.49 keV–
11361.8(2+)Γ = 3.29 keV–
11392.6(5+)Γ = 240 eV–
11441.14+Γ = 2.02 keV–
11457––→ 4901.4 (100 %)
11465.6(5-)Γ = 8.91 keV–
11500.1(1-)Γ = 25 eV–
11526.8(3-)Γ = 3 keV–
11570––→ 8472.3 (55 %), → 7396 (45 %)
11588(2-)Γ = 1.8 keV–
11608.3(4-)Γ = 840 eV–
11611–––
11630–––
11646–Γ = < 3 keV–
11749–––
11795–Γ = < 3 keV–
11827–Γ = < 3 keV–
11890–Γ = < 3 keV–
11909–Γ = 6 keV–
11945(6-)––
12049–Γ = 6 keV–
12088––→ 7396 (44 %), → 6978.3 (56 %)
12110–Γ = 25 keV–
12141–Γ = 15 keV–
12196––→ 8472.3 (31 %), → 8201.1 (69 %)
123450Γ = 40 keV–
12479(6-)–→ 9829.5 (61 %), → 8201.1 (39 %)
12865(6-)––
12958–––
13958–––
14542(6-)––
16580(6-)––
18050(6-)––