Nuclear data explorer · compound nucleus

²⁸Si

²⁸Si is formed when ²⁷Al + 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 ²⁸Si: entrance pair (rows) and the quantities measured (columns), with the energies covered.

Every EXFOR reaction that forms ²⁸Si: entrance pair (rows) and the quantities measured (columns), with the energies covered.
Reaction	Datasets	σ	S	σ→Eₓ	dσ/dΩ	Ay	Y	ωγ	MACS	other
²⁷Al(p,α)²⁴Mg	120	— (0)	— (0)	32 MeV – 7.1 MeV	107890 keV – 25 MeV	— (0)	11.6 MeV – 2.4 MeV	469 keV – 2.4 MeV	— (0)	5480 keV – 3.9 MeV
²⁷Al(p,γ)²⁸Si	45	5850 keV – 2.5 MeV	1470 keV – 1.1 MeV	62 MeV – 14 MeV	17190 keV – 79 MeV	120 MeV	1480 keV – 2.4 MeV	9200 keV – 3.8 MeV	— (0)	5480 keV – 2.3 MeV
²⁴Mg(α,inl)	115	— (0)	— (0)	17.3 MeV – 34 MeV	807.3 MeV – 1100 MeV	— (0)	— (0)	1	— (0)	3314 MeV – 330 MeV
²⁷Al(p,el)	84	1410 MeV	— (0)	— (0)	61480 keV – 410 MeV	186 MeV – 940 MeV	— (0)	11.1 MeV – 1.2 MeV	— (0)	320 MeV – 35 MeV
²⁴Mg(α,el)	72	— (0)	— (0)	— (0)	702.7 MeV – 330 MeV	— (0)	— (0)	2	— (0)	— (0)
²⁷Al(p,inl)	40	26.4 MeV – 850 MeV	— (0)	52 MeV – 950 MeV	221.4 MeV – 180 MeV	220 MeV – 180 MeV	11.4 MeV – 2.9 MeV	11.1 MeV – 2.1 MeV	— (0)	71.5 MeV – 190 MeV
²⁷Al(p,n)²⁷Si	35	85.4 MeV – 25 MeV	— (0)	25.8 MeV – 13 MeV	93.9 MeV – 48 MeV	220 MeV – 280 MeV	65.6 MeV	— (0)	— (0)	86.7 MeV – 760 MeV
²⁴Mg(α,p)²⁷Al	34	— (0)	— (0)	119 MeV	192.7 MeV – 41 MeV	— (0)	23.4 MeV – 4.7 MeV	— (0)	2	104.8 MeV – 22 MeV
²⁵Mg(³He,d)²⁶Al	23	— (0)	— (0)	— (0)	238.9 MeV – 49 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,d)²⁶Al	21	— (0)	— (0)	— (0)	2121 MeV – 55 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,¹²C)¹⁶O	15	— (0)	— (0)	— (0)	1519 MeV – 77 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,γ)²⁸Si	14	— (0)	— (0)	23.6 MeV – 12 MeV	71 MeV – 9.6 MeV	— (0)	— (0)	4930 keV – 9.3 MeV	— (0)	1
²⁷Al(p,d)²⁶Al	13	— (0)	— (0)	— (0)	1318 MeV – 59 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,n)²⁷Si	10	37.2 MeV – 11 MeV	— (0)	113 MeV – 26 MeV	213 MeV – 41 MeV	— (0)	— (0)	— (0)	1	311 MeV – 14 MeV
²⁵Mg(³He,α)²⁴Mg	7	— (0)	— (0)	— (0)	57.2 MeV – 120 MeV	— (0)	— (0)	— (0)	— (0)	214 MeV
²⁵Mg(³He,p)²⁷Al	4	— (0)	— (0)	— (0)	27.2 MeV – 18 MeV	— (0)	— (0)	— (0)	— (0)	214 MeV
²⁴Mg(α,³He)²⁵Mg	2	— (0)	— (0)	— (0)	269 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,t)²⁵Al	2	— (0)	— (0)	— (0)	239 MeV – 50 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,²He)²⁶Mg	1	— (0)	— (0)	— (0)	147 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,⁶Li)²²Na	1	— (0)	— (0)	— (0)	139 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,⁷Be)²¹Ne	1	130 MeV – 54 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,t)²⁵Al	1	— (0)	— (0)	— (0)	169 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁵Mg(³He,el)	1	— (0)	— (0)	— (0)	149 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁶Al(d,p)²⁷Al	1	— (0)	— (0)	— (0)	1110 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,³He)²⁵Mg	1	— (0)	— (0)	— (0)	139 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,⁷Be)²¹Ne	1	126 MeV – 30 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)

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

38 more reactions: heavier projectiles, several outgoing particles or inclusive data
Reaction	Datasets	σ	S	σ→Eₓ	dσ/dΩ	Ay	Y	ωγ	MACS	other
²⁷Al(p,x)	862	28896 keV – 99000 MeV	— (0)	1614 MeV – 1100 MeV	311.3 MeV – 2000 MeV	569 MeV – 610 MeV	74390 keV – 2300 MeV	— (0)	6	4423 MeV – 99000 MeV
¹²C(¹⁶O,x)	67	37390 keV – 1900 MeV	— (0)	— (0)	2019 MeV – 69 MeV	— (0)	212 MeV – 41 MeV	— (0)	— (0)	850 MeV – 68 MeV
¹²C(¹⁶O,inl)	55	— (0)	— (0)	— (0)	479.6 MeV – 260 MeV	— (0)	— (0)	— (0)	— (0)	817 MeV – 23 MeV
¹⁶O(¹²C,x)	22	1530 MeV – 240 MeV	— (0)	— (0)	366 MeV – 200 MeV	— (0)	113 MeV – 16 MeV	— (0)	— (0)	366 MeV – 200 MeV
¹²C(¹⁶O,el)	19	— (0)	— (0)	— (0)	197.4 MeV – 260 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,0)	18	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	13	— (0)	5
²⁴Mg(α,x)	18	129 MeV – 36 MeV	— (0)	86.9 MeV – 34 MeV	77.3 MeV – 34 MeV	— (0)	— (0)	— (0)	2	— (0)
²⁷Al(p,non)	18	188.5 MeV – 3100 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,α)²⁴Mg	11	13.9 MeV – 4.8 MeV	— (0)	46.4 MeV – 9.7 MeV	66.8 MeV – 39 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,0)	11	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	9860 keV – 1.9 MeV	— (0)	21.1 MeV – 1.2 MeV
¹²C(¹⁶O,fus)	9	83.6 MeV – 64 MeV	13.6 MeV – 5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,⁸Be)²⁰Ne	6	— (0)	— (0)	— (0)	610 MeV – 39 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁶O(¹²C,el)	6	— (0)	— (0)	— (0)	612 MeV – 44 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,sct)	4	— (0)	— (0)	— (0)	41.1 MeV – 1.2 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,γ)²⁸Si	3	22.8 MeV – 9 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	16.6 MeV – 9 MeV
¹²C(¹⁶O,n)²⁷Si	3	14 MeV – 4.8 MeV	— (0)	— (0)	211 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,tcc)	3	3390 keV – 660 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁴Mg(α,2α)	3	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	377 MeV
²⁴Mg(α,tot)	3	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	3	— (0)	— (0)
¹²C(¹⁶O,¹²C)¹⁶O	2	— (0)	— (0)	— (0)	234 MeV – 130 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,non)	2	28.5 MeV – 27 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,2p)	2	— (0)	— (0)	28.6 MeV – 48 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,4p)	2	2560 MeV – 5000 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,tot)	2	2200 MeV – 850 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,2p)	1	— (0)	— (0)	— (0)	115 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹²C(¹⁶O,p)²⁷Al	1	13.6 MeV – 5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁴N,¹³C)¹⁵O	1	16.5 MeV – 9.5 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁴N,¹³N)¹⁵N	1	14.7 MeV – 9.7 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁴N(¹⁴N,x)	1	— (0)	— (0)	— (0)	— (0)	— (0)	114 MeV	— (0)	— (0)	— (0)
¹⁶O(¹²C,¹¹B)¹⁷F	1	— (0)	— (0)	— (0)	144 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
¹⁶O(¹²C,α+6-c-12)	1	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	168 MeV
¹⁶O(¹²C,inl)	1	— (0)	— (0)	— (0)	137 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁵Mg(³He,x)	1	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	1	— (0)
²⁷Al(p,2n)	1	125 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,2pip)	1	1760 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,3d)	1	1110 MeV – 2300 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,pi+x)	1	— (0)	— (0)	— (0)	1640 MeV	— (0)	— (0)	— (0)	— (0)	— (0)
²⁷Al(p,pip+p)	1	1650 MeV	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)	— (0)

Level scheme

Adopted levels of ²⁸Si from ENSDF, with the particle thresholds and the Gamow window of the selected channel drawn across them.

Entrance channelTemperature

Near the thresholdAll 300 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 ²⁷Al(p,α)²⁴Mg threshold (S = 11585 keV) and the top of the Gamow window at T₉ = 0.08 (158 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
11656.9 ± 0.3	71.99	(2+)	Γ = 180 meV	…
11669.7 ± 0.2	84.79	(1-)	Γ = 460 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 ²⁸Si (300)

Levels of ²⁸Si
E (keV)	Jπ	T½ or Γ	γ branches
0	0+	–	–
1779.03	2+	T½ = 475 fs	→ 0 (100 %)
4617.86	4+	T½ = 37 fs	→ 1779 (100 %)
4979.92	0+	T½ = 35 fs	→ 1779 (100 %)
6276.2	3+	T½ = 780 fs	→ 4617.9 (12 %), → 1779 (88 %)
6690.74	0+	T½ = 147 fs	→ 1779 (100 %)
6878.79	3-	T½ = 1.9 ps	→ 4617.9 (2.7 %), → 1779 (27 %), → 0 (70 %)
6887.65	4+	T½ = 33 fs	→ 4617.9 (1.3 %), → 1779 (99 %)
7380.59	2+	T½ = 5 fs	→ 4979.9 (0.3 %), → 1779 (63 %), → 0 (36 %)
7416.26	2+	T½ = 29 fs	→ 1779 (6 %), → 0 (94 %)
7799.01	3+	T½ = 225 fs	→ 6887.6 (0.14 %), → 6276.2 (33 %), → 4617.9 (1.3 %), → 1779 (66 %)
7933.45	2+	T½ = 11 fs	→ 6276.2 (2.4 %), → 4979.9 (4 %), → 4617.9 (4.7 %), → 1779 (5.5 %), → 0 (83 %)
8258.74	2(+)	T½ = 10 fs	→ 4979.9 (17 %), → 4617.9 (4 %), → 1779 (70 %), → 0 (9 %)
8328.38	1+	T½ = 347 fs	→ 6276.2 (16 %), → 1779 (26 %), → 0 (58 %)
8413.33	4-	T½ = 324 fs	→ 6878.8 (80 %), → 4617.9 (2.8 %), → 1779 (17 %)
8543.56	6+	T½ = 11.4 fs	→ 4617.9 (100 %)
8588.71	3+	T½ = 11 fs	→ 7799 (0.52 %), → 6887.6 (0.3 %), → 6276.2 (6.9 %), → 4617.9 (4.3 %), → 1779 (88 %)
8819	–	–	–
8904.8	1-	T½ = 8 fs	→ 1779 (53 %), → 0 (47 %)
8945.2	5+	T½ = 58 fs	→ 6887.6 (39 %), → 4617.9 (61 %)
8953.3	(0+,1,2)	–	→ 1779 (100 %)
9164.68	(4+)	T½ = 28 fs	→ 7416.3 (4.5 %), → 7380.6 (14 %), → 6887.6 (2.9 %), → 6878.8 (1.9 %), → 4617.9 (31 %), → 1779 (46 %)
9315.92	3+	T½ = 1.5 fs	→ 8588.7 (0.57 %), → 7799 (1.7 %), → 6276.2 (26 %), → 1779 (71 %)
9381.55	2+	T½ = 1.1 fs	→ 8258.7 (0.54 %), → 7933.4 (2.8 %), → 7416.3 (0.11 %), → 6276.2 (4 %), → 1779 (89 %), → 0 (3.3 %)
9417.17	4+	T½ = 78 fs	→ 7933.4 (12 %), → 7799 (43 %), → 7416.3 (5.6 %), → 7380.6 (0.52 %), → 6887.6 (8.1 %), → 6276.2 (1.3 %), → 4617.9 (16 %), → 1779 (14 %)
9479.49	(2+)	T½ = 6 fs	→ 7416.3 (0.5 %), → 7380.6 (0.61 %), → 4979.9 (4.5 %), → 4617.9 (6.4 %), → 1779 (2.6 %), → 0 (85 %)
9496.04	(1+)	T½ = 5 fs	→ 1779 (15 %), → 0 (85 %)
9702.34	(5-)	T½ = 4 ps	→ 8413.3 (45 %), → 6887.6 (7 %), → 6878.8 (23 %), → 4617.9 (15 %), → 1779 (10 %)
9764.52	(3-)	T½ = < 2 fs	→ 6878.8 (0.55 %), → 6276.2 (2.5 %), → 1779 (97 %)
9795.95	(2+)	–	→ 6690.7, → 4979.9 (3.9 %), → 1779 (42 %), → 0 (54 %)
9929.2	1-	–	→ 0 (100 %)
10181.6	(3-)	T½ = 7 fs	→ 9164.7 (22 %), → 6276.2 (7.1 %), → 4617.9 (71 %)
10189.6	(5-,3-)	T½ = < 21 fs	→ 6878.8 (100 %)
10209	(3+)	T½ = 10 fs	→ 7416.3 (3.5 %), → 4617.9 (22 %), → 1779 (75 %)
10272.3	0+	T½ = < 42 fs	→ 8328.4 (41 %), → 1779 (59 %)
10310.9	(4+)	T½ = 11 fs	→ 6276.2 (10 %), → 4617.9 (50 %), → 1779 (40 %)
10376.2	(3+,4+)	–	→ 8588.7 (22 %), → 6887.6 (6.1 %), → 6276.2 (29 %), → 4617.9 (23 %), → 1779 (20 %)
10418.3	(5+)	T½ = 18 fs	→ 7799 (4.5 %), → 6887.6 (8.3 %), → 6276.2 (73 %), → 4617.9 (14 %)
10514.1	(2+)	–	→ 4979.9 (4.6 %), → 1779 (63 %), → 0 (32 %)
10541	(3-)	–	→ 6878.8 (34 %), → 1779 (66 %)
10596.2	(1+)	T½ = 0.388 fs	→ 8328.4 (4.2 %), → 7416.3 (5.2 %), → 4979.9 (17 %), Eγ 10592 (74 %)
10668	(2,3)+	T½ = 15 fs	→ 9315.9 (49 %), → 7933.4 (1.1 %), → 7416.3 (11 %), → 7380.6 (2.1 %), → 6887.6 (6.8 %), → 6276.2 (5.4 %), → 1779 (24 %)
10668.3	4+	T½ = 18 fs	→ 9417.2 (0.34 %), → 9381.5 (0.3 %), → 9315.9 (39 %), → 8945.2 (0.74 %), → 8588.7 (5.2 %), → 8543.6 (0.34 %), → 8258.7 (0.68 %), → 7933.4 (5.5 %), → 7799 (1.5 %), → 7416.3 (12 %), → 7380.6 (0.39 %), → 6887.6 (1.4 %), → 6276.2 (19 %), → 4617.9 (7.2 %), → 1779 (6 %)
10724.7	(1+)	T½ = 0.624 fs	Eγ 10720 (100 %)
10778	1+ TO 5+	–	→ 6276.2 (100 %)
10805.5	(2+)	–	–
10883.5	(2,3+)	–	→ 7416.3 (5.4 %), → 1779 (95 %)
10900.4	(1+)	T½ = 0.083 fs	→ 1779 (32 %), Eγ 10896 (68 %)
10915.6	(3-)	–	→ 9315.9 (12 %), → 4617.9 (14 %), → 1779 (74 %)
10944	(4+)	T½ = 15 fs	→ 8258.7 (14 %), → 7416.3 (22 %), → 7380.6 (11 %), → 1779 (53 %)
10952.8	1 TO 4	–	→ 1779 (100 %)
10994	(1,2+)	–	→ 1779 (100 %)
11078.5	(3-)	–	→ 9381.5 (7 %), → 9315.9 (12 %), → 7416.3 (17 %), → 6276.2 (29 %), → 1779 (35 %)
11100	(6+)	T½ = 11 fs	→ 4617.9 (100 %)
11142	(2+)	–	→ 7416.3 (14 %), → 7380.6 (32 %), → 4617.9 (10 %), → 1779 (44 %)
11195.2	(4+)	–	→ 9796 (5.1 %), → 9315.9 (8.2 %), → 7380.6 (8.9 %), → 6276.2 (10 %), → 4617.9 (29 %), → 1779 (39 %)
11242	–	–	–
11265	(3-)	–	→ 10182 (3.7 %), → 1779 (85 %), Eγ 11260 (11 %)
11295.6	(1-)	Γ = < 150 eV	→ 6878.8 (3 %), → 6690.7 (2.2 %), → 4979.9 (2.5 %), → 1779 (19 %), Eγ 11291 (73 %)
11331.9	6+	T½ = < 21 fs	→ 8945.2 (13 %), → 6887.6 (6 %), → 4617.9 (81 %)
11388	–	–	–
11432.6	(2+)	T½ = < 21 fs	→ 8588.7 (28 %), → 8258.7 (2.6 %), → 7933.4 (4.7 %), → 7799 (4.4 %), → 7416.3 (2.6 %), → 7380.6 (3 %), → 1779 (46 %), Eγ 11428 (8.9 %)
11434.5	(4-)	T½ = 14 fs	→ 9315.9 (43 %), → 8413.3 (5.6 %), → 6887.6 (22 %), → 6276.2 (30 %)
11446	(1+)	T½ = 0.0176 fs	Eγ 11441 (100 %)
11510.4	(6+)	T½ = 9 fs	→ 9164.7 (21 %), → 6887.6 (58 %), → 4617.9 (21 %)
11515.5	(2+)	Γ = < 200 eV	–
11572	(4,5+)	–	→ 6887.6 (85 %), → 4617.9 (15 %)
11576	(6-)	T½ = 235 fs	→ 9702.3 (93 %), → 8543.6 (7 %)
11584.6	(3-)	Γ = < 200 eV	→ 1779 (100 %)
11656.9	(2+)	Γ = 180 meV	–
11669.7	(1-)	Γ = 460 meV	–
11778.7	(2+)	Γ = < 5 eV	–
11778.9	(5+)	–	→ 4617.9 (100 %)
11780.7	(0+ TO 4+)	–	–
11799.8	(2,3)-	Γ = < 35 eV	–
11867.2	(4+)	Γ = 59 eV	–
11899.9	4+	Γ = < 40 eV	–
11933.5	5	–	→ 6887.6 (5.7 %), → 4617.9 (94 %)
11975.7	(3-,4+)	Γ = < 40 eV	–
11986	(1 TO 3)	–	→ 1779 (100 %)
12015.8	(2+,3)	–	–
12022.7	(5-)	Γ = < 250 eV	–
12071.1	(2+)	Γ = 1.4 eV	–
12073.3	(2-)	Γ = < 80 eV	–
12152	(6+)	T½ = < 7 fs	→ 6887.6 (100 %)
12174.6	(5+,3-,4)	T½ = 9 fs	–
12182	(1-)	Γ = < 250 eV	–
12194.7	(3-)	Γ = 6.7 eV	–
12204	(6-,4-)	T½ = < 21 fs	→ 10190 (9 %), → 8413.3 (91 %)
12216.3	(2-)	Γ = < 30 eV	–
12240.1	(3+)	Γ = < 80 eV	–
12240.9	(4+)	Γ = < 250 eV	–
12265.8	(0,1)+	–	–
12289.5	(2+)	Γ = 13 eV	–
12295.2	(2,3)+	Γ = < 60 eV	–
12301.4	(0+,1-,2+)	Γ = < 80 eV	–
12318.3	(2-)	Γ = < 40 eV	–
12324.8	(4+)	Γ = < 50 eV	–
12331	(1+)	Γ = < 80 eV	–
12441.1	(2+)	Γ = 18 eV	–
12475	(4+)	Γ = < 80 eV	–
12488.8	(3-)	Γ = 100 eV	–
12541.5	(3+)	Γ = 70 eV	–
12551.2	(4+)	Γ = 1.4 eV	–
12573.7	(2+)	Γ = 110 eV	–
12635.8	(2,3)+	Γ = < 60 eV	–
12643.1	(5-)	Γ = < 80 eV	–
12663.7	(4-)	Γ = 700 eV	–
12715	(0+,1+)	Γ = < 100 eV	–
12726.2	(2+)	Γ = 250 eV	–
12742.5	(3-)	Γ = 5.4 keV	–
12754.8	(1,2)+	Γ = < 100 eV	–
12802.7	(3-)	Γ = 100 eV	–
12805.3	(1-,2+)	Γ = < 350 eV	–
12815.4	(1-)	Γ = 3.5 keV	–
12816.7	(5+)	Γ = < 100 eV	–
12855.1	(4+)	Γ = 30 eV	–
12862	(6+)	Γ = < 350 eV	→ 10944, → 9164.7, → 6887.6, → 4617.9
12866.5	(2+,3+)	Γ = 35 eV	–
12900.4	(4+)	Γ = 550 eV	–
12902	(2+)	Γ = < 200 eV	–
12917.3	(2,3)+	Γ = 780 eV	–
12923.8	(3+)	Γ = 600 eV	–
12924	(2+)	Γ = 200 eV	–
12974.2	(1-)	Γ = 250 eV	–
12976	(0+)	Γ = 5.2 keV	–
12990	(3,4)-	Γ = 2.3 keV	–
12994	(5,6,7)+	T½ = 16 fs	→ 8543.6 (100 %)
13014	–	–	–
13033.5	(3+)	Γ = 550 eV	–
13039.8	(0+)	Γ = 3.2 keV	–
13050.4	(2-)	Γ = 3.7 keV	–
13094.1	(4+)	Γ = 20 eV	–
13103.9	–	–	–
13104.4	–	Γ = 2.4 keV	–
13105.9	–	Γ = 130 eV	–
13114.9	(3,4+)	Γ = < 200 eV	–
13116.8	–	–	–
13121	–	Γ = < 350 eV	–
13173.3	(3-)	Γ = 340 eV	–
13188.6	(2+)	Γ = 1.9 keV	–
13190	(1+)	Γ = 450 eV	–
13204.6	(2,3)+	Γ = 210 eV	–
13208.5	2	Γ = < 200 eV	–
13229.7	(2+)	Γ = 1.1 keV	–
13230.7	(6+)	–	–
13234	(0+)	Γ = 3 keV	–
13246.9	(5-)	Γ = 200 eV	–
13247.7	(3-)	Γ = 9.6 keV	–
13271.6	(2-)	Γ = 6.6 keV	–
13318.2	(3,4)-	Γ = 1.2 keV	–
13320.5	(1+)	Γ = 450 eV	–
13360.8	(4+)	Γ = 550 eV	–
13415.3	(4+)	Γ = 140 eV	–
13423.3	(1-)	Γ = 20 keV	–
13425.4	(5+)	Γ = 80 eV	–
13467	–	–	–
13478.6	(2-)	Γ = 4 keV	–
13483.7	(2+)	Γ = 1.5 keV	–
13491.8	(3-)	Γ = 31 keV	–
13500	–	–	–
13510	–	–	–
13546.7	(2+)	Γ = 8.5 keV	–
13557.1	(5+,4+)	Γ = 150 eV	–
13560.3	(3+)	Γ = 1.8 keV	–
13569	(5-,4+)	–	–
13582.3	(6+)	T½ = < 28 fs	–
13604	–	–	–
13611.6	(4+,5-)	–	–
13616.1	(2-)	Γ = 11 keV	–
13626	–	–	–
13636.3	(3+)	Γ = 570 eV	–
13639.9	(2+)	Γ = 5.7 keV	–
13640.4	(1-,2+)	Γ = 120 eV	–
13663.2	(3,4)-	Γ = 450 eV	–
13668.1	(4+)	Γ = 250 eV	–
13678.7	(2+)	Γ = 1.3 keV	–
13686.4	(2+ TO 4+)	–	–
13706.6	(2,3)+	Γ = 500 eV	–
13708.6	(4+)	Γ = 190 eV	–
13710.2	7+	–	→ 8543.6 (100 %)
13711.8	(3-)	Γ = 20 keV	–
13734.7	(1-)	Γ = 35 keV	–
13744	(4- TO 7-)	T½ = < 21 fs	→ 11576 (17 %), → 10190 (26 %), → 9702.3 (57 %)
13789.4	(3-)	Γ = 2.7 keV	–
13798	–	–	–
13805.9	(4+)	Γ = 150 eV	–
13812.9	(1-)	Γ = 3.7 keV	–
13814.4	(3+)	Γ = 320 eV	–
13821	–	–	–
13830.4	(3,4)	Γ = 2.2 keV	–
13860.6	(3-)	Γ = 3.9 keV	–
13874	(3-)	Γ = 7.1 keV	–
13889.3	(3 TO 6)-	Γ = 35 eV	–
13901.7	(1-)	Γ = 2.7 keV	–
13941	(2+)	Γ = 5.2 keV	–
13968.2	(4+)	Γ = 250 eV	–
13972.4	(2+)	Γ = 2.5 keV	–
13979.9	(4+)	Γ = 2.6 keV	–
13982.6	(6-)	Γ = 300 eV	–
13984.1	(2+)	Γ = 380 eV	–
14012.4	(4+)	Γ = 100 eV	–
14024	(1-)	Γ = 16 keV	–
14037	(3-,2-)	Γ = 45 keV	–
14048	(5,4)+	Γ = 1.2 keV	–
14049	(2+)	Γ = 2.4 keV	–
14065	(2+)	Γ = 6.1 keV	–
14075	(2-)	Γ = 47 keV	–
14089	(3-)	Γ = 4.3 keV	–
14094	(1+)	Γ = 12 keV	–
14095	(4+)	Γ = 830 eV	–
14102.8	(5-)	Γ = 240 eV	–
14159	(4,3)-	Γ = 13 keV	–
14163.7	(5+)	–	–
14198.6	(3+)	Γ = 1.1 keV	–
14207.5	(4+)	Γ = 1 keV	–
14210	(2-)	Γ = 20 keV	–
14212.1	(5+)	Γ = 600 eV	–
14227	(3+)	Γ = 2.1 keV	–
14245	(3-)	Γ = 41 keV	–
14245.4	(7+)	–	–
14247	(2+)	Γ = 26 keV	–
14272	–	–	–
14287.6	–	–	–
14294	(2+)	Γ = 2 keV	–
14298	(4+)	Γ = 1.4 keV	–
14306	(1-)	Γ = 74 keV	–
14308	(2+)	–	–
14318	–	–	–
14328	(4+)	Γ = 620 eV	–
14331.7	(5+)	Γ = 70 eV	–
14338	–	–	–
14346.2	(4-)	Γ = 2.3 keV	–
14356	(6-)	Γ = 4 keV	–
14358	(4+)	Γ = 3.5 keV	–
14358	(2-)	Γ = 43 keV	–
14375	(2+)	Γ = 27 keV	–
14391	(0+)	Γ = 9 keV	–
14392.9	(3+)	Γ = 560 eV	–
14402	(4-)	Γ = 430 eV	–
14417.3	–	–	–
14434	(3+)	Γ = 19 keV	–
14471.2	(6-)	Γ = 180 eV	–
14478	–	–	–
14493	(2+)	Γ = 23 keV	–
14493	(3+)	Γ = 5.9 keV	–
14515	(3-)	Γ = 950 eV	–
14523	(3-)	Γ = 11 keV	–
14535	–	Γ = < 2 keV	–
14542	–	Γ = 4 keV	–
14550.5	(3+,4)	Γ = < 2 keV	–
14554.5	(2+)	Γ = 6 keV	–
14561	–	–	–
14572	5	Γ = < 2 keV	–
14577.4	(2+)	Γ = < 2 keV	–
14625	–	–	–
14633.3	(5+)	Γ = < 2 keV	–
14643	8+	–	→ 8543.6 (100 %)
14650	–	Γ = 10 keV	–
14687	–	Γ = 4 keV	–
14709	–	–	–
14722	(4+,5)	Γ = < 2 keV	–
14728	–	Γ = 13 keV	–
14741.6	(3+ TO 5+)	Γ = < 2 keV	–
14762	–	Γ = 6 keV	–
14766	–	Γ = < 2 keV	–
14785	–	–	–
14799	–	Γ = < 2 keV	–
14802.6	(4+)	Γ = < 2 keV	–
14854	–	Γ = 5 keV	–
14860	–	Γ = 4 keV	–
14864	–	Γ = 4 keV	–
14897	–	Γ = < 2 keV	–
14904	–	Γ = < 2 keV	–
14926	–	Γ = 10 keV	–
14954.2	(3,4+)	Γ = 10 keV	–
15006	–	Γ = < 3 keV	–
15021	–	Γ = < 2 keV	–
15027.1	(5)	Γ = < 5 keV	–
15034	–	Γ = 5 keV	–
15051	(0 TO 6)-	Γ = < 2 keV	–
15076	–	Γ = 4 keV	–
15085	–	Γ = < 3 keV	–
15113	–	Γ = 5 keV	–
15127	(5-)	Γ = < 2 keV	–
15153	–	Γ = 5 keV	–
15182.7	6	Γ = < 2 keV	–
15227	(0+)	Γ = 90 eV	–
15239.5	(4)	Γ = < 2 keV	–
15243	–	Γ = < 2 keV	–
15250	–	Γ = < 3 keV	–
15264	–	Γ = 4 keV	–
15267	–	Γ = 4 keV	–
15272	–	Γ = < 2 keV	–
15292	–	Γ = < 2 keV	–
15357	–	Γ = < 3 keV	–
15386	–	Γ = < 2 keV	–
15402.5	(5)	Γ = < 2 keV	–
15494	(0 TO 6)-	–	–
15914.8	(6+)	–	–