Nuclear data explorer · compound nucleus
22Na
22Na is formed when 21Ne + 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 22Na: entrance pair (rows) and the quantities measured (columns), with the energies covered.
| Reaction | Datasets | σ | σ→Eₓ | dσ/dΩ | Ay | Y | ωγ | MACS | other | Fitted in evaluation |
|---|---|---|---|---|---|---|---|---|---|---|
| 21Ne(p,γ)22Na | 3 | — (0) | — (0) | — (0) | — (0) | — (0) | 3250 keV – 1.9 MeV | — (0) | — (0) | |
| 20Ne(d,p)21Ne | 29 | — (0) | — (0) | 21450 keV – 9.1 MeV | 89.1 MeV | — (0) | — (0) | — (0) | — (0) | |
| 20Ne(d,n)21Na | 15 | 1450 keV – 8.5 MeV | — (0) | 1423 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 20Ne(d,α)18F | 10 | 22.5 MeV – 11 MeV | 113 MeV | 61.8 MeV – 13 MeV | — (0) | — (0) | — (0) | 1 | — (0) | |
| 20Ne(d,el) | 6 | — (0) | — (0) | 49.1 MeV – 47 MeV | 29.1 MeV – 11 MeV | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,α)18F | 4 | 21.9 MeV – 8.1 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | 2280 keV – 1.3 MeV | |
| 19F(3He,p)21Ne | 4 | — (0) | 12.2 MeV – 3.6 MeV | 12.2 MeV – 3.6 MeV | — (0) | — (0) | — (0) | — (0) | 2280 keV – 1.3 MeV | |
| 19F(3He,d)20Ne | 3 | — (0) | — (0) | 38.6 MeV – 22 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,t)19Ne | 3 | — (0) | — (0) | 322 MeV – 170 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 21Ne(p,inl) | 3 | — (0) | — (0) | 129 MeV | — (0) | — (0) | 2780 keV – 1.9 MeV | — (0) | — (0) | |
| 19F(3He,el) | 2 | — (0) | — (0) | 29.5 MeV – 14 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 20Ne(d,3He)19F | 2 | — (0) | — (0) | 247 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 21Ne(p,α)18F | 2 | 12.4 MeV – 3.4 MeV | — (0) | — (0) | — (0) | 12.4 MeV – 3.4 MeV | — (0) | — (0) | — (0) | |
| 18F(α,p)21Ne | 1 | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | 1 | |
| 19F(3He,6Li)16O | 1 | — (0) | — (0) | 124 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,7Be)15N | 1 | — (0) | — (0) | 126 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,inl) | 1 | — (0) | — (0) | 114 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 20Ne(d,inl) | 1 | — (0) | — (0) | 19.9 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 21Ne(p,3He)19F | 1 | — (0) | — (0) | 138 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 21Ne(p,t)19Ne | 1 | — (0) | — (0) | 138 MeV | — (0) | — (0) | — (0) | — (0) | — (0) |
25 more reactions: heavier projectiles, several outgoing particles or inclusive data
| Reaction | Datasets | σ | σ→Eₓ | dσ/dΩ | Ay | Y | ωγ | MACS | other | Fitted in evaluation |
|---|---|---|---|---|---|---|---|---|---|---|
| 16O(6Li,el) | 6 | — (0) | — (0) | 61.2 MeV – 26 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,α)18F | 5 | 13 MeV – 9.1 MeV | 22.9 MeV – 9.1 MeV | 219 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,p)21Ne | 5 | 13 MeV – 9.1 MeV | 43 MeV – 9.1 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,0) | 4 | — (0) | — (0) | — (0) | — (0) | — (0) | 2280 keV – 1.3 MeV | — (0) | 2280 keV – 1.3 MeV | |
| 21Ne(p,0) | 4 | — (0) | — (0) | — (0) | — (0) | — (0) | 4670 keV – 1.9 MeV | — (0) | — (0) | |
| 16O(6Li,n)21Na | 3 | 13 MeV – 9.1 MeV | 23 MeV – 9.1 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 12C(10B,11B)11C | 2 | — (0) | — (0) | 254 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 12C(10B,el) | 2 | — (0) | — (0) | 223 MeV – 54 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,0) | 2 | — (0) | — (0) | — (0) | — (0) | — (0) | 2 | — (0) | — (0) | |
| 16O(6Li,d)20Ne | 2 | — (0) | — (0) | 119 MeV | — (0) | — (0) | — (0) | — (0) | 119 MeV | |
| 16O(6Li,n+α) | 2 | 17.3 MeV – 8.7 MeV | 17.3 MeV – 8.7 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,n+p) | 2 | 13.6 MeV – 8.7 MeV | 13.6 MeV – 8.7 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,x) | 2 | 26.9 MeV – 26 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 20Ne(d,x) | 2 | 21.2 MeV – 69 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 12C(10B,3α) | 1 | 122 MeV – 49 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 12C(10B,9Be)13N | 1 | — (0) | — (0) | 123 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 12C(10B,tcc) | 1 | 1500 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,7Li)15O | 1 | — (0) | — (0) | 126 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,p+α) | 1 | — (0) | 13.6 MeV – 8.7 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 16O(6Li,tot) | 1 | — (0) | — (0) | — (0) | — (0) | — (0) | 1 | — (0) | — (0) | |
| 19F(3He,n+α) | 1 | 13.2 MeV – 8.1 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,p+t) | 1 | — (0) | — (0) | 122 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 19F(3He,t+α) | 1 | — (0) | — (0) | 122 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 6Li(16O,d)20Ne | 1 | — (0) | — (0) | 13.4 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | |
| 9Be(13N,abs) | 1 | 1300 MeV | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) | — (0) |
Level scheme
Adopted levels of 22Na from ENSDF, with the particle thresholds and the Gamow window of the selected channel drawn across them.
- 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 21Ne(p,γ)22Na threshold (S = 6738.6 keV) and the top of the Gamow window at T9 = 0.08 (135 keV above it), with the resonance strengths ωγ EXFOR holds for them.
Looking for measured strengths…
| E (keV) | E_r (keV, c.m.) | Jπ | T½ or Γ | ωγ measured |
|---|---|---|---|---|
| 6756 ± 6 | 17.42 | – | – | … |
| 6834 ± 7 | 95.42 | (0+,1+) | – | … |
| 6859.3 ± 0.6 | 120.7 | 1,2+ | Γ = < 12 eV | … |
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 22Na (154)
| E (keV) | Jπ | T½ or Γ | γ branches |
|---|---|---|---|
| 0 | 3+ | T½ = 8.21e+7 s | – |
| 583.05 | 1+ | T½ = 243 ns | → 0 (100 %) |
| 657 | 0+ | T½ = 19.6 ps | → 583.05 (100 %) |
| 890.89 | 4+ | T½ = 10 ps | → 0 (100 %) |
| 1528.1 | 5+ | T½ = 3.42 ps | → 890.89 (4.5 %), → 0 (96 %) |
| 1936.9 | 1+ | T½ = 13 fs | → 657 (99 %), → 583.05 (0.28 %), → 0 (0.58 %) |
| 1951.8 | 2+ | T½ = 8 fs | → 657 (0.29 %), → 583.05 (100 %) |
| 1983.5 | 3+ | T½ = 1.47 ps | → 890.89 (1.3 %), → 583.05 (97 %), → 0 (1.8 %) |
| 2211.4 | 1- | T½ = 14.9 ps | → 657 (99 %), → 0 (1.5 %) |
| 2571.5 | 2- | T½ = 5 ps | → 2211.4 (1.2 %), → 657 (2 %), → 583.05 (22 %), → 0 (75 %) |
| 2968.6 | 3+ | T½ = 32 fs | → 1951.8 (100 %) |
| 3059.4 | 2+ | T½ = 23 fs | → 1951.8 (97 %), → 583.05 (2.9 %) |
| 3519.1 | (3-) | T½ = 465 fs | → 2571.5 (5.7 %), → 2211.4 (23 %), → 1951.8 (50 %), → 890.89 (7 %), → 0 (14 %) |
| 3706.7 | 6+ | T½ = 59 fs | → 1528.1 (28 %), → 890.89 (72 %) |
| 3941.9 | 1+ | T½ = < 0.7 fs | → 1951.8 (6.5 %), → 657 (93 %) |
| 4071.4 | 4+ | T½ = < 0.7 fs | → 1983.5 (86 %), → 1528.1 (11 %), → 0 (3.2 %) |
| 4296.2 | (0-) | T½ = 3.5 ps | → 2571.5 (40 %), → 1936.9 (60 %) |
| 4319 | 1+ | T½ = 17 fs | → 657 (100 %) |
| 4360 | 2+ | T½ = 5 fs | → 1951.8 (76 %), → 583.05 (6.1 %), → 0 (18 %) |
| 4468.7 | (4-) | T½ = 100 fs | → 2571.5 (66 %), → 1983.5 (9.2 %), → 1528.1 (14 %), → 890.89 (11 %) |
| 4523.9 | (5+) | T½ = 71 fs | → 1528.1 (100 %) |
| 4583 | 2- | T½ = < 69 ps | → 1951.8 (70 %), → 0 (30 %) |
| 4622 | 1 | T½ = < 69 ps | → 1951.8 (60 %), → 657 (40 %) |
| 4710 | (5+) | T½ = 37 fs | → 4071.4 (43 %), → 2968.6 (5.2 %), → 1983.5 (52 %) |
| 4770 | 3+ | T½ = 5.9 ps | → 1951.8 (100 %) |
| 5062.5 | (2+) | T½ = < 14 fs | → 1951.8 (100 %) |
| 5100.4 | 4+ | T½ = 38 fs | → 4071.4 (37 %), → 3059.4 (18 %), → 1528.1 (12 %), → 890.89 (15 %), → 0 (18 %) |
| 5130 | – | T½ = < 69 ps | – |
| 5174 | 1+,2+ | T½ = < 1 fs | → 1983.5 (17 %), → 583.05 (83 %) |
| 5318 | (3+) | T½ = < 0.7 fs | – |
| 5442 | – | – | – |
| 5603 | (1,2)+ | T½ = < 3 fs | → 1951.8 (100 %) |
| 5700 | – | – | → 1951.8 (100 %) |
| 5725 | – | – | – |
| 5739 | 1+ | – | – |
| 5832 | – | – | – |
| 5863 | (1,2)+ | – | – |
| 5922 | – | – | – |
| 5959 | 2- | T½ = 2.9 fs | → 4360 (5.9 %), → 3059.4 (7.6 %), → 583.05 (28 %), → 0 (59 %) |
| 5988 | – | – | → 583.05 (100 %) |
| 5995 | (1,2)+ | – | → 583.05 (100 %) |
| 6090 | (1,2)+ | – | – |
| 6189 | (0 TO 4)+ | – | – |
| 6242 | – | – | – |
| 6329 | (0 TO 3)- | – | – |
| 6433 | – | – | – |
| 6523 | – | – | – |
| 6551 | (1,2)+ | – | – |
| 6580 | – | – | – |
| 6636 | – | – | – |
| 6668 | – | – | – |
| 6714 | – | – | – |
| 6756 | – | – | – |
| 6834 | (0+,1+) | – | – |
| 6859.3 | 1,2+ | Γ = < 12 eV | → 1951.8 (80 %), → 657 (20 %) |
| 6957 | – | – | – |
| 6981 | – | – | – |
| 6997.1 | – | Γ = < 5 eV | → 4710 (16 %), → 1983.5 (49 %), → 1528.1 (4.9 %), → 0 (30 %) |
| 6998.1 | – | Γ = < 3 eV | → 5174 (0.96 %), → 2968.6 (4.5 %), → 1983.5 (6.3 %), → 1951.8 (31 %), → 1936.9 (2 %), → 583.05 (1.9 %), → 0 (53 %) |
| 7016.4 | – | Γ = < 11 eV | → 5959 (12 %), → 5174 (4.3 %), → 4360 (0.42 %), → 4071.4 (9.4 %), → 2968.6 (1.3 %), → 1983.5 (2.8 %), → 1951.8 (42 %), → 1528.1 (0.8 %), → 890.89 (12 %), → 0 (15 %) |
| 7049 | – | – | – |
| 7074.9 | – | Γ = < 100 eV | → 5995 (3.6 %), → 5959 (9.7 %), → 5739 (0.61 %), → 5725 (0.36 %), → 5700 (15 %), → 5174 (3.6 %), → 5062.5 (0.53 %), → 4622 (0.53 %), → 4583 (0.61 %), → 4360 (0.61 %), → 4296.2 (0.69 %), → 3941.9 (0.69 %), → 3519.1 (1.3 %), → 3059.4 (2.2 %), → 1951.8 (5.8 %), → 657 (28 %), → 583.05 (26 %), → 0 (0.53 %) |
| 7152 | 3+,4+ | Γ = < 500 eV | → 4071.4 (13 %), → 3059.4 (3 %), → 1983.5 (18 %), → 1528.1 (38 %), → 890.89 (9.1 %), → 0 (19 %) |
| 7220 | 1+,2,3+ | Γ = < 400 eV | → 4360 (19 %), → 3941.9 (11 %), → 3059.4 (12 %), → 1951.8 (31 %), → 1936.9 (9.9 %), → 583.05 (14 %), → 0 (3.1 %) |
| 7240 | 2+,3,4+ | Γ = < 300 eV | → 3059.4 (2 %), → 1983.5 (41 %), → 890.89 (37 %), → 0 (20 %) |
| 7278 | 1,2+ | Γ = < 500 eV | → 5174 (2.8 %), → 5062.5 (1.8 %), → 4622 (2 %), → 3941.9 (3 %), → 3059.4 (10 %), → 1951.8 (39 %), → 1936.9 (7 %), → 657 (3.4 %), → 583.05 (31 %) |
| 7279 | – | Γ = < 1.5 keV | → 3706.7 (13 %), → 1528.1 (87 %) |
| 7360 | 3+,4 | Γ = < 1 keV | → 4770 (4 %), → 4710 (3 %), → 3519.1 (7 %), → 2968.6 (6 %), → 1528.1 (58 %), → 890.89 (11 %), → 0 (11 %) |
| 7372 | 2 | Γ = < 500 eV | → 5174 (8 %), → 3519.1 (5 %), → 2571.5 (31 %), → 2211.4 (5.9 %), → 1983.5 (20 %), → 1951.8 (16 %), → 583.05 (5 %), → 0 (9 %) |
| 7378 | 2+,3+ | Γ = < 500 eV | → 5174 (9.9 %), → 4071.4 (30 %), → 1983.5 (3.9 %), → 1951.8 (2 %), → 583.05 (26 %), → 0 (28 %) |
| 7401 | 1+,2+ | Γ = < 1.5 keV | → 4622 (9.9 %), → 4360 (4.9 %), → 3941.9 (3 %), → 3059.4 (13 %), → 2571.5 (55 %), → 1983.5 (0.99 %), → 1951.8 (3 %), → 1936.9 (6 %), → 657 (2 %), → 583.05 (2 %) |
| 7408.6 | 1+ | Γ = 3.5 keV | → 4360 (31 %), → 3941.9 (18 %), → 3059.4 (28 %), → 1936.9 (15 %), → 583.05 (8.1 %) |
| 7423 | 2 | Γ = 2.5 keV | → 5174 (16 %), → 2571.5 (13 %), → 2211.4 (5.8 %), → 1983.5 (58 %), → 1936.9 (7 %) |
| 7471.7 | (2+) | Γ = 3.5 keV | → 4770 (2 %), → 4319 (2 %), → 3059.4 (4 %), → 1983.5 (2 %), → 1936.9 (10 %), → 583.05 (2 %), → 0 (78 %) |
| 7515.2 | (3+) | Γ = < 500 eV | → 5174 (3 %), → 4071.4 (47 %), → 1983.5 (4 %), → 1951.8 (3 %), → 890.89 (28 %), → 0 (15 %) |
| 7547 | – | Γ = < 600 eV | → 3941.9 (35 %), → 1936.9 (55 %), → 583.05 (9.9 %) |
| 7573.5 | 3+,4,5+ | Γ = < 500 eV | → 4071.4 (78 %), → 1528.1 (9 %), → 890.89 (6 %), → 0 (7 %) |
| 7599 | (2-) | Γ = 1.9 keV | → 4360 (6.1 %), → 3941.9 (8 %), → 3059.4 (11 %), → 1983.5 (23 %), → 1951.8 (9.9 %), → 583.05 (9.9 %), → 0 (32 %) |
| 7605 | 1+,2+ | Γ = < 600 eV | → 5174 (9.9 %), → 2211.4 (3 %), → 1983.5 (5.3 %), → 1951.8 (66 %), → 657 (13 %), → 583.05 (2 %), → 0 (0.99 %) |
| 7636 | 2+,3,4+ | Γ = < 500 eV | → 5174 (56 %), → 890.89 (25 %), → 0 (19 %) |
| 7683 | 2+,3,4+ | Γ = < 500 eV | → 5174 (17 %), → 4071.4 (50 %), → 3519.1 (6 %), → 3059.4 (6 %), → 890.89 (16 %), → 0 (5 %) |
| 7778.2 | (1 TO 3)- | Γ = 2.8 keV | → 3059.4 (16 %), → 2211.4 (59 %), → 1951.8 (25 %) |
| 7800.6 | (1,2)+ | Γ = 2.4 keV | → 5174 (16 %), → 1951.8 (69 %), → 0 (15 %) |
| 7821.1 | 1+,2+ | Γ = < 500 eV | → 5174 (38 %), → 1951.8 (9.8 %), → 657 (49 %), → 0 (2.9 %) |
| 7883.7 | – | Γ = < 2.6 keV | – |
| 7889.1 | 4+ | Γ = < 500 eV | → 2968.6 (2 %), → 1983.5 (14 %), → 1528.1 (48 %), → 890.89 (34 %), → 0 (2 %) |
| 7919 | 2- | Γ = 17 keV | → 4360 (13 %), → 2571.5 (5 %), → 2211.4 (5.9 %), → 1983.5 (19 %), → 1936.9 (26 %), → 0 (31 %) |
| 7943 | – | – | – |
| 7965 | 0,1,2,3+ | Γ = < 500 eV | → 4319 (9.1 %), → 3941.9 (18 %), → 1936.9 (61 %), → 583.05 (12 %) |
| 7977 | (1 TO 3)- | Γ = 10 keV | → 2571.5 (17 %), → 2211.4 (23 %), → 1951.8 (5.1 %), → 1936.9 (5.1 %), → 657 (9.8 %), → 583.05 (34 %), → 0 (6.1 %) |
| 8018 | 4+,5+ | Γ = < 1 keV | → 4071.4 (21 %), → 3706.7 (18 %), → 890.89 (43 %), → 0 (18 %) |
| 8041 | 2+,3,4+ | Γ = < 500 eV | → 4770 (4 %), → 4360 (4 %), → 3519.1 (5 %), → 2968.6 (2 %), → 890.89 (1 %), → 0 (84 %) |
| 8101 | 1+,2+ | Γ = 3.8 keV | → 4360 (2 %), → 3059.4 (4 %), → 1951.8 (32 %), → 657 (56 %), → 583.05 (4 %), → 0 (2 %) |
| 8108 | 3+,4 | Γ = < 1.5 keV | → 5442 (23 %), → 3519.1 (27 %), → 1528.1 (39 %), → 890.89 (2 %), → 0 (9 %) |
| 8114 | 3- | Γ = 3.5 keV | → 3059.4 (46 %), → 1951.8 (6.9 %), → 890.89 (26 %), → 0 (21 %) |
| 8128 | – | – | – |
| 8165 | 3- | Γ = 35 keV | → 4360 (15 %), → 3059.4 (7 %), → 1951.8 (15 %), → 890.89 (44 %), → 0 (19 %) |
| 8197 | 2+,3+ | Γ = < 600 eV | → 4071.4 (18 %), → 1951.8 (24 %), → 1936.9 (7.1 %), → 0 (51 %) |
| 8211 | 1+,2+ | Γ = 10 keV | → 5174 (27 %), → 1951.8 (37 %), → 0 (37 %) |
| 8221 | 4+,5,6+ | T½ = < 21 fs | → 3706.7 (16 %), → 1528.1 (33 %), → 890.89 (51 %) |
| 8234 | 1+,2+ | Γ = 13 keV | → 4583 (4.2 %), → 4360 (6.3 %), → 3059.4 (10 %), → 1951.8 (9.2 %), → 583.05 (13 %), → 0 (57 %) |
| 8288 | (1 TO 3)- | Γ = 4.5 keV | – |
| 8328 | 1-,2- | Γ = 2.7 keV | – |
| 8371 | – | – | – |
| 8404 | – | – | – |
| 8436 | (1 TO 3)- | Γ = 5.4 keV | → 4360 (4.1 %), → 3519.1 (19 %), → 3059.4 (6 %), → 2211.4 (16 %), → 1936.9 (1.1 %), → 583.05 (37 %), → 0 (17 %) |
| 8496 | 1+,2+ | Γ = 44 keV | → 4360 (0.98 %), → 3059.4 (0.98 %), → 0 (98 %) |
| 8538 | (1 TO 3)- | Γ = 13.2 keV | – |
| 8562 | – | – | – |
| 8567 | (0 TO 4)+ | – | – |
| 8572 | – | T½ = < 16 fs | → 4523.9 (30 %), → 3706.7 (70 %) |
| 8602 | (1 TO 3)- | Γ = 11.2 keV | – |
| 8613 | – | T½ = 21 fs | → 7049 (51 %), → 4710 (49 %) |
| 8636 | (1 TO 3)- | – | – |
| 8675 | – | Γ = 5.3 keV | → 4071.4 (4.7 %), → 3059.4 (1 %), → 2211.4 (52 %), → 890.89 (20 %), → 583.05 (12 %), → 0 (9.9 %) |
| 8724 | – | T½ = < 32 fs | → 5832 (100 %) |
| 8740 | – | – | – |
| 8792 | – | – | – |
| 8845 | – | – | – |
| 8875 | – | – | – |
| 8950 | – | – | – |
| 9008 | – | – | – |
| 9060 | – | T½ = < 17 fs | → 7049 (5 %), → 5318 (20 %), → 3706.7 (50 %), → 1528.1 (25 %) |
| 9122 | – | – | – |
| 9150 | – | – | – |
| 9195 | – | – | – |
| 9240 | – | – | – |
| 9312 | – | – | – |
| 9360 | – | – | – |
| 9438 | – | – | – |
| 9527 | – | – | – |
| 9582 | – | – | – |
| 9647 | – | – | – |
| 9682 | – | – | – |
| 9715 | – | – | – |
| 9756 | – | – | – |
| 9794 | – | – | – |
| 9813 | – | – | → 4523.9 (100 %) |
| 9859 | – | – | – |
| 9908 | – | – | – |
| 9957 | – | – | – |
| 10009 | – | – | – |
| 10051 | – | – | – |
| 10118 | – | – | – |
| 10167 | – | – | – |
| 10220 | – | – | – |
| 10990 | – | – | – |
| 11540 | – | – | – |
| 11770 | – | – | – |
| 12200 | – | – | – |
| 12520 | – | – | – |
| 12620 | – | – | – |
| 13370 | – | – | – |
| 13750 | – | – | – |