ADOPTED LEVELS, GAMMAS for 32S

Authors: Christian Ouellet, Balraj Singh |  Citation: Nucl. Data Sheets 112, 2199 (2011) |  Cutoff date: 24-Aug-2011 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-12680.9 keV 6S(n)= 15044.33 keV 23S(p)= 8864 keV Q(α)= -6948 keV
Reference: 2012WA38

References:
  A  32Cl ε decay (298 MS)  B  4He(28Si,α):Resonances
  C  28Si(α,γ)  D  28Si(α,α):Resonances
  E  28Si(6Li,pnγ)  F  28Si(6Li,d)
  G  28Si(7Li,t)  H  28Si(18O,14C)
  I  29Si(α,nγ)  J  30Si(16O,14C)
  K  31P(p,γ)  L  31P(p,p’)
  M  31P(p,α):Resonances  N  31P(d,n),2H(31P,n)
  O  31P(3He,d)  P  32S(γ,γ’),(pol γ,γ’)
  Q  32S(E,E’)  R  32S(π+,π+’),(π-,π-’)
  S  32S(n,n’γ),(n,n’)  T  32S(p,p’),(pol p,p’)
  U  32S(p,p’γ)  V  33S(p,d)
  W  33S(3He,α)  X  34S(p,t)
  Y  32P β- decay (14.268 d)  Z  33Ar εp decay (173.0 MS)
  a  36K εα decay (342 MS)  b  16O(20Ne,α)
  c  28Si(12C,8Be)  d  28Si(16O,12C)
  e  32S(d,d’),(pol d,d’)  f  32S(α,α’)
  g  Coulomb Excitation 

General Comments:

---------------------------------------------------------------------

Following corrections made by B. Singh (McMaster), Sept 20, 2022: 29Si(α,n) dataset from 1975Ba01 removed as it leads to resonances in 33S from 9699 to 11175 keV, not in 32S. 33S(p,d) dataset from 1974ShZZ (BAPS abstract) added as cited by 1978Ka18 for levels up to 9976. Resulting, mostly minor changes, made in the Adopted Levels (B. Singh, Sept 17, 2022), for example: 1. 7882.9, Jπ=4+, not 4-; added a new level at 7885 4, Jπ=0-,1-,2-. 2. new level added at 8281 keV with Jπ=(0:4)+ from 33S(p,d). 3. Seven levels at 10133, 10182, 10417, 10493, 10678, 10988, 11175 from 29Si(α,n) removed. 4. Widths of the following levels from 29Si(α,n) removed: 9704.8, 9809, 9935, 9997, 10021, 10079, 10310, 10636.4, 10941, 11009.9, 11078. 5. Missing or unknown γ-branchings in 1997Br07 from the 7921, 7975, 8296, 8407 and 8729 levels from the 31P(p,γ) dataset added.

--------------------------------------------------------------------

32S is one of the most extensively studied nuclei in the sd-shell (1998Ka31).

Four lowest states in 32S appear to be vibrational in character (1971In02), first 2+ is one phonon and 0+,2+,4+ make up a spherical vibrational triplet. Quadrupole moment of first 2+ state is negative and interestingly indicates a large prolate deformation (1998Ka31).

Additional evaluations for 32S include 1997Br07 and specific to lifetimes, 1998Ka31. These are in broad agreement with the current evaluation.

E(p)=811 is a common absolute Resonance Strength by which other relative Resonance Strengths are compared to (1978Pa03).

Mass measurements: 2009Sc29, 2009Kw02

Mass deduced by IMME analysis: 2010Ka30

2010Pa18: 12C(20Ne,X),E=145,160 MeV; measured Eγ, Iγ, γγ-coin. Deduced highest spin and high energy excitations from the shapes of giant dipole resonances (GDR), strength functions and parameters using rotating liquid drop model (RLDM) and thermal shape fluctuation model (TSFM). Calculated liquid drop model free energy surfaces, and equilibrium shapes as a function of quadrupole deformation parameters and spin. Possible connection to molecular structure of 16O+16O in a 32S superdeformed band.

Structure calculations: Intruder levels, spins and parities, shell model: 2009Bo30

Levels: Levels populated in datasets with XREF=Y

Levels: 32P β- decay (14.268 d): 0

Levels: 33Ar εp decay (173.0 ms): 0, 2231

Levels: 36K εα decay (342 ms): 0

Levels: 16O(20Ne,α): 11700, 11940, 12760, 13040, 13760, 14000, 14810, 15200

Levels: 28Si(12C,8Be): 0, 2230, 5010

Levels: 28Si(16O,12C): 0, 2230, 3780, 4280, 4460, 4700, 5010, 5800, 6220, 6850, 7000

Levels: 32S(d,d’),(pol d,d’): 0, 2230, 4290, 4470, 5010

Levels: 32S(α,α’): 0, 2230, 3777, 4278, 4458

Levels: Coulomb excitation: 0, 2230

Q-value: Note: Current evaluation has used the following Q record -12680.4 9 15043.8 10 8863.96 1-6947.65 1 2011AuZZ

Q-value: S(2n)=28096 3, S(2p)=16160.51 2 (2011AuZZ)

Q-value: Values in 2003Au03: Q(β-)=-12686 7, S(n)=15042.4 15 S(p)=8863.78 21, Q(α)=-6947.82 14, S(2n)=28096 3, S(2p)=16160.71 14










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
      0A C  FGHIJK  NOP  STUVWXYZa cdefg 0+ STABLE      
   2230.57 15 A C  FGHI K  NOPQ STUVWX Z  cdefg 2+ 169 fs 11     2230.49 15 
   100
E2
      0
0+
   3778.4 10 A C EFG I K  NO Q STUVWX     d f  0+ 0.89 ps 9     1548.8 15 
   3778
   100
 
[E2]
[E0]
   2230.57
      0
2+
0+
   4281.8 3 A C E  HI K  NOPQ STUVWX     def  2+ 42 fs 4      503.7
   2052.6 15 
   4281.5 3 
    <0.4
    14.9 6 
   100.0 6 

E2+M1

   3778.4
   2230.57
      0
0+
2+
0+
   4459.1 8   C  FGHI K  NO   STUVWX     def  4+ 124 fs 27      681.4
   2229.4 12 
   4458.4
    <0.3
   100.0
    <1.0

E2

   3778.4
   2230.57
      0
0+
2+
0+
   4695.3 4 A C     I K  NO    TUVWX     d    1+ 286 fs 74      414.1
    917.8
   2466.0 15 
   4694.0 25 
    <0.98
    <0.65
   100.0 17 
    63.9 17 


M1(+E2)
[M1]
   4281.8
   3778.4
   2230.57
      0
2+
0+
2+
0+
   5006.2 3   C  FGHI K  NO Q STUVWX    cde   3- 0.52 ps 3      724.8
   1228.4
   2776.2 12 
   5005.4
    <0.1
    <0.4
   100.0 5 
     3.5 5 


E1(+M2)
E3
   4281.8
   3778.4
   2230.57
      0
2+
0+
2+
0+
   5412.6 10   C EF  I K  NO     UVWX          3+ 148 fs 19      406.2
    716.9
    953.3
   1131.0
   1634.6
   3181.8
   5411.4
    <2
    <1
    <1
    <6
   <20
   100
    <5





E2+M1

   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3-
1+
4+
2+
0+
2+
0+
   5548.5 10 A C     I K  NO    TUVWX          2+ 57 fs 8      541.2
    851.9
   1088.3
   1265.9
   1769.6
   3318.5
   5546.4
    <0.7
    <1.6
    <3.3
    <1.6
    <1.6
   100.0 25 
    66.7 25 





E2+M1

   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   5796.8 3   C  FGHI K  NOPQ STUVWX     d    1- 5.6 fs 9      791.3
   1102.0
   1338.3
   1516.0
   2019.7
   3566.8
   5796.3 3 
    <1
    <1
    <1.5
    <1
    <1.5
    <5
   100.0







   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3-
1+
4+
2+
0+
2+
0+
   6222.9 8      F  I K  NO   S U WX     d    2- 66 fs 12      811.3
   1217.5
   1528.1
   1764.5
   1942.2
   2445.8
   3993.0 20 
   6222.4
    <0.2
     3 2 
    <0.5
    <0.6
    <1.5
    <0.8
   100.0 21 
    <1.5






E1+M2

   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   6411 2   C E   I K  NO   STU WX          4+ 24.3 fs 35     4179
   100.0

   2230.57
2+
   6582 5               O Q  T V X          (2+,3-)        
   6621.7 3         I K  NO Q S  VW           4- 0.36 ps 6     1209.1
   1615.2
   1925.9
   2162.2
   2339.9
   2843.5
   4390.6
   6620.0
    <1.2
   100.0 14 
    <0.4
    32.9 10 
    <0.27
    <0.82
     4.1 5 
    <0.41
E1
E2+M1

E1(+M2)


M2+E3

   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   6666.1 10 A       I K  NO     UVWX          2+ 40 fs 10     1253.3
   1659.5
   1970.2
   2206.5
   2384.2
   2887.9 20 
   4434.8
   6664.3
    <2
    <8
    29 4 
    <6
   <14
   100 11 
    76 9 
    <6








   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   6761.6 10       GHI K  NO   ST VWX          5- 260 fs 35     1349.1
   1755.3
   2066.0
   2302.3
   2480.0
   2983.6
   4530.6
   6760.1
    <4
   100 4 
   <11
    32 14 
    <4
    <5
    <9
     2.7 14 

[E2]

E1+M2




   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   6851.5 15         I K  NO      VWX     d    4+ 66 fs 17     1439.9
   1846.1
   2156.7
   2393.1
   2570.8
   3074.4
   4621.4
   6850.8
    13 7 
   <16.2
    <6
    13 7 
   100 13 
   <10
    <8.7
   <10



E2
E2



   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   7001.4 4 A         K  NO Q  T VWX     d    1+ 1.5 fs 5     1589.0
   1995.1
   2305.8
   2542.1
   2719.8
   3223.4
   4770.5 3 
   6999.8
    <1
    <2
    <1
    <2
    <2
    10 5 
   100.0
    <2








   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   7115.3 10 A C    H  K  NO      VWX          2+ 1.73 fs 35     1702.8
   2109.0
   2419.6
   2656.0
   2833.6
   3337.2
   4884.2
   7113.6
    <0.6
    <1
    10.5 12 
    <1
     3.5 12 
     3.5 24 
   100.0 24 
     2.3 6 






M1+E2

   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   7190.1 15 A         K  NO Q  T VW           1+ 8.0 fs 21     2183.7
   2494.4
   2730.7
   2908.4
   3412.0
   4959.0
   7188.4
   <47
   <42
   <92
   <59
   <93
   100 21 
    69 21 







   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3-
1+
4+
2+
0+
2+
0+
   7350.0 6           K  NO      VWX          3(+)      2654.2
   100.0

   4695.3
1+
   7367          K                              
   7434 3      FGH  K  NO       W           1- 7.7 fs 10     3150
   5203
   7432
    33 17 
    33 17 
   100 25 



   4281.8
   2230.57
      0
2+
2+
0+
   7484.0 4   C       K  NOP     VW           2+ 4.9 fs 12     2071.4
   2477.5
   2788.1
   3024.5
   3202.2
   3705.7
   5252.8 6 
   7483.2 5 
   <10
    <9
    <6
   <14
   <13
   <15
    <7
   100.0







E2
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   7535.7 10   C       K  NO      VWX          0+ 2.6 fs 7     2123.1
   2529.3
   2839.9
   3076.3
   3253.9
   3757.5
   5304.5
   7533.8
   <10
    <5
   100.0
    <6
    <8
   <11
   <14
    <7








   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   7566.8 9         I K                       5+ 150 fs 32     2154
   3108.4 12 
    43 14 
   100 14 

E2+M1
   5412.6
   4459.1
3+
4+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   7637.0 10           K        T   X          1      3355.2
   100

   4281.8
2+
   7648 5                       W                  
   7701.44 36        H  K  NO Q      X          3- 66 fs 19     2288.9
   2695.0
   3005.6
   3242.0
   3419.6
   3923.2
   5470.1
   7699.5
   <50
   <50
   <50
   <50
   <70
   <45
   100.0
   <60








   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   7882.9 8           K                       4+      2335.3
   2876.4
   5651.5
    15 7 
    19 7 
   100 7 



   5548.5
   5006.2
   2230.57
2+
3-
2+
   7885 4              NO                   0-,1-,2-        
   7921.0 10           K        T   X          1+         X
   5689.6
    11 11 
   100 11 


 
   2230.57
 
2+
   7950.1 4         I K   O                   4- 146 fs 35     2537.5
   2943.6
   3254.2
   3490.6
   3668.2
   4171.8
   5718.7
   7948.0
    67 17 
   100 12 
    <5
   <13
   <16
    <3
    <7
    <0.8








   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
   7974.9 7           K  NO      VWX          4- < 21 fs       X
   2968.4
   5743.4
    62
    38 10 
   100 10 



 
   5006.2
   2230.57
 
3-
2+
   8125.40 20           K  NOPQ  T   X          1+ 0.144 fs 21     2712.7
   3118.8
   3429.4
   3665.8
   3843.4
   4347.0
   5894.32 28 
   8124.12 24 
    <5
    <2
    <5
    <5
    <4
   <12
    18 6 
   100 6 








   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   8191.1 6           K   O                   4      2643.4
   2778.4
   3731.5
   3909.1
   100 20 
    80 17 
    93 20 
    60 10 




   5548.5
   5412.6
   4459.1
   4281.8
2+
3+
4+
2+
   8270.3 14         I K   O        X          3-,5- < 60 fs    3264
   100
M1+E2
   5006.2
3-
   8281              O      V            (0:4)+        
   8296.1 10           K  NO                   3-         X
   4014.1
   6064.5
    35
    50 17 
   100 17 



 
   4281.8
   2230.57
 
2+
2+
   8343 3                        X          2+        
   8346.4 14         I K   O      V            4+ < 28 fs    3886.1 15 
   100
M1+E2
   4459.1
4+
   8380 5               O      V                   
   8407.0 14           K   O      V            2         X
   3711.0
   4125.0
   4628.1
    59
    20 4 
    18 4 
   100 10 




 
   4695.3
   4281.8
   3778.4
 
1+
2+
0+
   8499.3 5  BC  FG   K  NOP     V X       f  1- 1.30 fs 24     4212
   4716
   6267.9 5 
   8494.4 8 
   <13
    <5
    66 6 
   100 6 




   4281.8
   3778.4
   2230.57
      0
2+
0+
2+
0+
   8671.7                  S                      
   8684.0                  S                      
   8687.6A C       K  NO   S  V                 4909
   6459
   8687
    21 7 
   100 9 
    57 7 



   3778.4
   2230.57
      0
0+
2+
0+
   8729.3 6           K   O      V X          3+         X
   1876.7
   2107.6
   3316.5
   311
    56 12 
    89 17 
   100 17 




 
   6851.5
   6621.7
   5412.6
 
4+
4-
3+
   8736.7                  S                      
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   8741.8                  S                      
   8745.6 8           K                       3      1893.0
   2123.9
   2335.4
   3197.8
   3332.8
    30 13 
    85 13 
   100 13 
    20 10 
    18 8 





   6851.5
   6621.7
   6411
   5548.5
   5412.6
4+
4-
4+
2+
3+
   8751.0                  S                      
   8782.9                  S                      
   8797.5                  S                      
   8809.7                  S                      
   8838.7                  S                      
   8861 2 A C       K   O      V X          2+      5080
   6630
   8858
    27 8 
    65 8 
   100 10 



   3778.4
   2230.57
      0
0+
2+
0+
   8895.3                  S                      
   8906.0                  S                      
   8921.8                  S                      
   8941.9                  S                      
   8945.1                  S                      
   8953.6                  S                      
   8977.5                  S                      
   8984.7                  S                      
   9007.3                  S                      
   9009.2                  S                      
   9012.7                  S                      
   9023.8 21   C     I K  NO        X          4- 0.27 ps 6     2262
   2402
   4008
   4742
   6791
   100 9 
    43 9 
    31 3 
    33 3 
   100 3 
M1+E2
M1+E2



   6761.6
   6621.7
   5006.2
   4281.8
   2230.57
5-
4-
3-
2+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9031.1                  S                      
   9042.0                  S                      
   9055.1                  S                      
   9059 2           K  NO      V            1-        
   9065 2   C       K          V            < 14 fs    3654
   4604
   4784
   100 5 
    95 5 
    40 7 



   5412.6
   4459.1
   4281.8
3+
4+
2+
   9087.9                  S                      
   9090.9                  S                      
   9139.9                  S  V                   
   9159.0                  S                      
   9170 3         I K   O      V            3+      4711
   100

   4459.1
4+
   9196 8           K            X          2+        
   9200.8                  S                      
   9207.55 71           K MNOP                  1+ 4.2 fs 14      911.4
   1324.6
   2017.31
   2983.6
   3409.7
   3659.7
   4747.6
   4925.5
   5428.9
   6975.0 5 
   9206.1 7 
    <3
    <3
     8.1 21 
    26.4 24 
    18 4 
    21 4 
     8.7 18 
     6.1 18 
    11.9 18 
    99 6 
   100 6 










M1
   8296.1
   7882.9
   7190.1
   6222.9
   5796.8
   5548.5
   4459.1
   4281.8
   3778.4
   2230.57
      0
3-
4+
1+
2-
1-
2+
4+
2+
0+
2+
0+
   9210.6                  S                      
   9211.2                  S                      
   9235.2 24 A C     I K MNO                   1- < 60 fs    4538.8
   5456.3
   7003.1
   9234
    36 17 
   100 3 
    77 20 
     2.2 15 




   4695.3
   3778.4
   2230.57
      0
1+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9253 1           K   O                   2+      2587.0
   3029.0
   3705.1
   3840.1
   4246.3
   4556.8
   4971.0
   7021.0
    28 5 
    19 4 
    13 4 
    16 5 
    44 7 
    77 8 
    18 4 
   100 10 








   6666.1
   6222.9
   5548.5
   5412.6
   5006.2
   4695.3
   4281.8
   2230.57
2+
2-
2+
3+
3-
1+
2+
2+
   9268.0                  S                      
   9271.7                  S                      
   9280                   T              1        
   9287.9                  S                      
   9289.0 1           K MNO                   1+       789
   1163.6
   1753.2
   2173.5
   2287.4
   2623.0
   2667.3
   3065.0
   3491.1
   3741.1
   3876.1
   4282.2
   4592.8
   4829.1
   5006.8
   5510.3
   7057.0
   9286.1
    10 3 
    <2
    14.0 13 
    39.1 23 
     2.5 5 
    <1
    <1
     6.3 8 
     2.8 5 
    <4
    <2
    <3
    39.1 23 
    <2
    <3
    <2
    46.9 23 
   100 5 
















M1(+E2)

   8499.3
   8125.40
   7535.7
   7115.3
   7001.4
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1-
1+
0+
2+
1+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9297.0                  S                      
   9309.2                  S                      
   9317.1                  S                      
   9344.9                  S                      
   9357.6                  S                      
   9360.5                  S                      
   9388 1           K MNO                   2+      1262.6
   2626.2
   2722.0
   2766.2
   3164.0
   3590.1
   3840.1
   3975.1
   4381.2
   4691.8
   4928.1
   5105.7
   5609.2
   7156.0
   9385.0
     2.08 16 
    <0.6
    <0.6
     2.1 5 
    25.4 12 
     3.0 5 
     2.7 5 
     1.44 16 
    12.5 7 
     3.2 4 
    <0.9
     3.0 4 
    <0.8
   100 4 
     4.0 16 















   8125.40
   6761.6
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
5-
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9395.0                  S                      
   9397.2                  S                      
   9402.1                  S                      
   9436.0                  S                      
   9450.6                  S                      
   9463.4 10         I                         5-,7- < 70 fs    2701
   100
M1+E2
   6761.6
5-
   9466.0 15 A C       K M O        X          2+ < 49 fs    2347.8
   3675
   4455
   4767.0
   5005
   5684.5
   7233.7
   9462.3
    13 4 
    12 4 
    12 4 
    50 8 
    12 4 
    11 3 
    62 8 
   100 8 








   7115.3
   5796.8
   5006.2
   4695.3
   4459.1
   3778.4
   2230.57
      0
2+
1-
3-
1+
4+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9481.5                  S                      
   9485.7 10   C       K MNO   S               1- 8.2 eV 25     1360
   2370.2
   2860
   3261.6
   3687.7
   3937.8
   4072.7
   4478.8
   4789.4
   5025.8
   5203.4
   5706.9
   7253.6
   9482.7
     3.5
    <9.7
     8.2
    <2.8
     4.2 10 
    <2.3
    <1.6
     3.6 9 
    <3.5
    <0.9
     9.4 12 
    <2.1
    <2.7
   100 9 














   8125.40
   7115.3
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9500     F            S                      
   9515.9                  S                      
   9524.3                  S                      
   9534.0                  S                      
   9534.9                  S                      
   9560.6                  S                      
   9562 10               O                   1-,2-        
   9597.1                  S                      
   9619.4                  S                      
   9634.6 18         I                         4-,6+ 0.09 ps 6     3015.3
   100
M1+E2
   6621.7
4-
   9650 30                  R                6-        
   9650.2 5 A         K MNO      V X          2+      2220
   3426.1
   3852.2
   4102.2
   4237.2
   4643.3
   4953.9
   5190.2
   5367.8
   5871.3
   7418.1
     1.7
    <1
    <1.4
    <0.9
     2.9 7 
    <1
    69 6 
    <2
    <0.7
    <0.7
   100 9 











   7434
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
1-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9655.2                  S  V                   
   9656.7                  S  V                   
   9660.1 11           K M  PQ ST V            1+ 2.4 eV 7     2174.9
   2468.7
   3434.9
   3861.0
   4111.0
   4246.0
   4652.1
   4962.7
   5199.0
   5376.6
   5880.1
   7426.8
   9655.9
     0.37 13 
     2.6 12 
    <0.4
    <0.9
     2.7 4 
    <0.2
    <0.4
     2.8 13 
    <0.5
    <0.2
     2.2 4 
    12.3 13 
   100 10 













   7484.0
   7190.1
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
1+
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9665.4                  S                      
   9671.7                  S                      
   9674.6                  S                      
   9693.4                  S                      
   9704 8                   S    X                 
   9711.9 14 A C       K                       2+ 3.6 eV    1586.5
   2596.4
   2710.2
   3487.8
   3913.9
   4163.9
   4298.9
   4705.0
   5015.6
   5251.9
   5429.5
   5933.0
   7479.7
   9708.7
     6.7 17 
     7.2 12 
     7.2 12 
    <4
     8.4 21 
    <4
    <3
     4.88 24 
    60 5 
     2.8 12 
     6.5 19 
    14.9 5 
   100 17 
    15.3 17 














   8125.40
   7115.3
   7001.4
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
2+
1+
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9724 1           K   O                   2,3,4      1773.8
   2022.9
   2188.1
   2608.5
   2962.1
   3102.2
   3499.9
   3926.0
   4176.0
   4311.0
   4717.1
   5027.7
   5264.0
   5441.6
   5945.1
   7491.8
   9720.8
    <2
     2.4 13 
    <1
    <1
    12.4 5 
   100 8 
    32 4 
    <1
    <2
    <2
    95 8 
    <2
    <2
    <2
    <3
     2.0 5 
    <1

















   7950.1
   7701.44
   7535.7
   7115.3
   6761.6
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
4-
3-
0+
2+
5-
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9727.9 5           K                              
   9731 1           K  NO                   1-,2-      1605.6
   1780.8
   2029.9
   2615.5
   3109.2
   3506.9
   3933.0
   4183.0
   4318.0
   4724.1
   5034.6
   5271.0
   5448.6
   5952.1
   7498.8
   9727.8
    19 3 
     5.5 14 
    <3
     9
    <1
    91 9 
    91 9 
     4.5 23 
    <6
    14 7 
    24 4 
    <2
   100 9 
    <4
    86 9 
    18.2 23 
















   8125.40
   7950.1
   7701.44
   7115.3
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
4-
3-
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9783 20         I            V            6 0.14 fs +13-11     5324
   100

   4459.1
4+
   9810                 R                       
   9816.8 10           K  NO        X          3-,4-      2701.3
   3195.0
   3592.7
   4018.8
   4268.8
   4403.7
   4809.8
   5120.4
   5356.7
   5534.4
   6037.9
   7584.6
   9813.6
    17.2 12 
    <1.2
    11.2 14 
     5.4 6 
    <1.4
    <3
   100 6 
    <1.8
     3.4 8 
    20 4 
    <1.6
    40 4 
     1.4 4 













   7115.3
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9827 3           K                              
   9848 1   C       K MNO                   1- 0.100 keV 10     2732.4
   3181.9
   3226.2
   3623.9
   4049.9
   4300.0
   4434.9
   4841.0
   5151.6
   5387.9
   5565.6
   6069.1
   7615.8
   9844.7
    53 4 
    <2.7
    <1
    <4.3
    11.18 20 
    <1.8
    <3.3
    <2
     4.7 10 
    <2.5
     3.5 12 
    <1
   100 8 
    19.6 20 














   7115.3
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9883.3 5           K          V                   
   9887.3 6 A         K  NO      V            2+,3+ 0.010 keV 5     2771.7
   2885.6
   3221.2
   3663.1
   4089.2
   4339.3
   4474.2
   4880.3
   5190.9
   5427.2
   5604.8
   6108.3
   7655.0
   9884.0
   100 14 
    53 7 
     8.0 9 
    <1.1
    <0.7
    24.4 23 
    <2.6
   <15.5
    11.11 23 
     0.44 23 
     8.4 12 
    <1.3
    22.2 23 
     3.8 5 














   7115.3
   7001.4
   6666.1
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
1+
2+
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9919.3 5           K            X          2+ 0.010 keV 5     2383.4
   2435.2
   2803.7
   3066.6
   3253.1
   3297.4
   3695.1
   4121.2
   4371.3
   4506.2
   4912.3
   5222.9
   5459.2
   5636.8
   6140.3
   7687.0
   9916.0
     2.0 10 
     7.1 8 
    22.0 25 
    18.05 25 
   <12.2
    <2.7
    <5.6
    <3.2
    85 8 
     6.59 25 
    <2.7
   <26.8
    <3.4
     2.9 17 
    <3.2
   100 10 
    <2.7

















   7535.7
   7484.0
   7115.3
   6851.5
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
0+
2+
2+
4+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9935 6   C                T              1        
   9946.6 5 A         K  NO      V            1- 0.150 keV 15     1821.2
   2831.0
   2944.9
   3324.7
   3722.4
   4148.5
   4398.6
   4533.5
   4939.6
   5250.2
   5486.5
   5664.1
   6167.6
   7714.3
   9943.3
    10.3 8 
     2.0 3 
     0.53 14 
    <0.7
    <0.5
    <0.4
    <1
    <0.4
    <0.4
     2.0 4 
    <1.3
     2.9 4 
     3.7 8 
    10.7 12 
   100 10 















   8125.40
   7115.3
   7001.4
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
2+
1+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9977.9 5           K  N       V            4      3356.4
   3754.1
   4971.3
    51 7 
    53 7 
   100 9 



   6621.7
   6222.9
   5006.2
4-
2-
3-
   9978.3 1           K     Q    V            3      1634.2
   2276.9?
   2494.2
   2628.3
   2862.7
   2976.2
   3125.6
   3312.1
   3356.4
   4180.2
   4430.2
   4565.2
   5281.9
   5518.2
   5695.8
   6199.3
   7746.0
   9975.0
     2.2 6 
 
    10.8 11 
     8.1
    13.2 14 
     3.5 6 
    19.5 19 
    <1.6
     9.5 9 
     3.0 9 
    84 9 
    17.8 17 
    <1.1
    20.8 22 
    <2.7
    <2.4
   100 9 
     0.8


















   8343
   7701.44
   7484.0
   7350.0
   7115.3
   7001.4
   6851.5
   6666.1
   6621.7
   5796.8
   5548.5
   5412.6
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
3-
2+
3(+)
2+
1+
4+
2+
4-
1-
2+
3+
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   9982.7 6 A         K                       2,0+ 0.100 keV 10     2867.1
   2981.0
   3130.0
   3360.8
   3758.5
   4184.6
   4434.6
   4569.6
   4975.7
   5286.3
   5522.6
   5700.2
   6203.7
   7750.4
   9979.4
     1.3 5 
     2.9 8 
     1.3 4 
     1.9 7 
    <1.8
    <1.4
    15.2 15 
    <1.6
    <1.6
    34 4 
    <1.4
     2.6 8 
    <0.9
   100 10 
     1.13 17 















   7115.3
   7001.4
   6851.5
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
1+
4+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
   9988 10             M O                   3-,4- ≈ 4 keV      
   9997 6   C                                      
  10021 10               O                   3-,4-        
  10073.4 6           K MNO                   2- 1.50 keV 15     1574.0
   1777.2
   1948.0
   2372.2
   2957.8
   3407.2
   3451.5
   3849.2
   4275.3
   4525.3
   4660.3
   5066.3
   5376.9
   5613.2
   5790.9
   6294.4
   7841.0
  10070.0
     0.41 21 
     0.8 4 
     0.61 21 
     0.61 21 
     1.4 7 
    <1.4
    <1.4
   100 4 
    <3.0
    <1.4
     8.8 7 
    28.2 15 
     1.43 21 
    <1
     3.06 21 
    <0.8
    60 3 
     3.47 21 

















M2
   8499.3
   8296.1
   8125.40
   7701.44
   7115.3
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1-
3-
1+
3-
2+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10079 2            L                      (1) 1.7 keV 4       
  10090 10                 Q                 2-        
  10102.3 10           K   O                   4(+)      4689.3
   5095.4
   5642.2
   5820.1
   7870.0
    16.5 15 
    49.8 15 
    46.7 15 
    22.9 12 
   100.0 22 





   5412.6
   5006.2
   4459.1
   4281.8
   2230.57
3+
3-
4+
2+
2+
  10113 6   C                                      
  10218.8 6   C       K  N                    3+ 0.010 keV 5     2734.6
   3028.4
   3103.2
   3552.6
   3596.9
   3994.6
   4420.6
   4670.7
   4805.6
   5211.7
   5522.3
   5758.6
   5936.2
   6439.7
   7986.4
  10215.3
     2.7 5 
     1.22 25 
   100 8 
     1.7 5 
    <1.5
    <1.7
    <1.5
    16.6 17 
     7.1 8 
    12.0 17 
    46 5 
    12.9 13 
    16.6 15 
    <1.7
    29.3 25 
     3.9 5 
















   7484.0
   7190.1
   7115.3
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
1+
2+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
  10221.2 6           KLM O                   3- 0.056 keV 10     2737.0
   3105.6
   3555.0
   3599.3
   3997.0
   4423.0
   4673.1
   4808.0
   5214.1
   5524.7
   5761.0
   5938.6
   6442.1
   7988.8
  10217.7
    <0.65
     3.2 25 
     1.1 4 
    <0.96
    <0.96
    <1.3
    <1.6
     0.6 4 
   100 8 
    <1.6
    34 4 
    <1.6
    <0.32
    22.6 17 
     0.5 4 

E1+M2






D(+Q)
M2+E3
D+Q


E1+M2

   7484.0
   7115.3
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
2+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10225.0 16           K                       0.18 keV 2       
  10230.3 6 A         K                       1+ 0.025 keV 3     2694.4
   3039.9
   3114.7
   3228.5
   3377.5
   3468.3
   3564.1
   3608.4
   4006.1
   4432.1
   4682.2
   4817.1
   5223.2
   5533.8
   5770.1
   5947.7
   6451.2
   7997.9
  10226.8
    11.5 15 
     1.9 5 
     6.8 22 
   100 7 
    <2
    <2.3
    <2
    <1.9
     8.9 20 
    <2
     5.3 11 
     6.8 7 
    <3
     9.1 13 
    <2.1
    23.4 22 
     6.0 13 
    19.1 20 
    16.2 17 



















   7535.7
   7190.1
   7115.3
   7001.4
   6851.5
   6761.6
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
0+
1+
2+
1+
4+
5-
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
  10256.1 7           KLMNO                   4- 0.035 keV 4     2305.8
   2554.9
   2906.1
   3406.1
   3494.1
   3634.2
   3845.6
   4708.0
   4842.9
   5249.0
   5559.6
   5795.9
   5973.5
   6477.0
   8023.6
  10252.6
     7.4 8 
    <0.4
 
 
     3.4 8 
   100 7 
     0.7 3 
    <0.4
    <0.3
     6.2 7 
    <0.13
    12.8 10 
    <0.3
    <0.1
     1.18 14 
    <0.4





M1+E2



M1+E2

E1+M2




   7950.1
   7701.44
   7350.0
   6851.5
   6761.6
   6621.7
   6411
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
4-
3-
3(+)
4+
5-
4-
4+
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10276 8              N         X          4+        
  10286.3 7   C       K MNO                   3- 0.16 keV 2     5279.2
   5826.1
   8053.8
  10282.8
   100.0
    20.2
    14.8
     9.6




   5006.2
   4459.1
   2230.57
      0
3-
4+
2+
0+
  10290.2 6 A         K                       2 0.125 keV 13     2164.7
   2806.0
   3288.4
   3624.0
   3668.2
   4065.9
   4492.0
   4742.0
   4877.0
   5283.1
   5593.7
   5830.0
   6007.6
   6511.1
   8057.7
  10286.6
    10 3 
    <6.6
     4.3
     5 3 
    <4
    83 6 
     6.9 23 
    <4.9
     6.3 23 
    69 3 
    <2.9
    <8.6
     8.0 12 
    <4.3
   100 12 
    11.4 12 
















   8125.40
   7484.0
   7001.4
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
2+
1+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
  10292.0 15   C       K M                     3 0.07 keV 1       
  10310                 R                       
  10331.1 15           K MNO                   1- 6.1 keV 7     2205.6
   3329.3
   3569.1
   3664.8
   3709.1
   4106.8
   4532.9
   4782.9
   4917.9
   5323.9
   5634.5
   5870.8
   6048.5
   6552.0
   8098.6
  10327.5
     7.4 15 
    <3
    <4.2
    <3.2
    <3.8
    <3.7
    <5
   <16.2
    <3.8
    <1.9
    17.6 15 
    <1.9
    <1.2
    <3.4
   100 9 
    22 3 
















   8125.40
   7001.4
   6761.6
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
1+
5-
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10337 3   C        L                      9 keV 2       
  10369 B D               TU W           (0+) 5.8 keV      
  10370.6 6           KLM O        X          2+ 0.025 keV 3     2886.4
   3020.3?
   3180.2
   3368.8
   3517.8
   3704.3
   3748.6
   4146.3
   4572.4
   4822.4
   4957.4
   5363.4
   5674.0
   5910.3
   6088.0
   6591.4
   8138.1
  10367.0
     6.5 23 
     0.75
     3.0 23 
     0.50 18 
    <1.5
    35.0 25 
    <1.5
     5.0 8 
    <1.5
     6.8 8 
    30.0 25 
     5.8 5 
    23.0 18 
    <0.75
   100 8 
     1.5 5 
    30.0 25 
     2.5 5 


















   7484.0
   7350.0
   7190.1
   7001.4
   6851.5
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2+
3(+)
1+
1+
4+
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
  10396.7 6           K MNO                   4- 0.012 keV 2     2271.2
   2421.6
   2446.4
   2695.5
   2829.4
   3029.3
   3394.9
   3543.9
   3634.7
   3774.7
   3986.2
   4172.4
   4598.5
   4848.5
   4983.5
   5389.5
   5700.1
   5936.4
   6114.0
   6617.5
   8164.2
  10393.1
     1.0 6 
    <0.5
     4.8 5 
    <0.3
     0.4 8 
     0.85 14 
     0.37 9 
     1.6 6 
     2.7 21 
   100 6 
     0.61 25 
    <2.4
     0.37 8 
    <0.6
     0.12 4 
     7.8 6 
    <0.4
     1.7 5 
     2.2 6 
     0.37 24 
     1.0 4 
    <1.1









M1+E2





M1+E2






   8125.40
   7974.9
   7950.1
   7701.44
   7566.8
   7367
   7001.4
   6851.5
   6761.6
   6621.7
   6411
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
4-
4-
3-
5+

1+
4+
5-
4-
4+
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10405 3      F     L                      11 keV 4       
  10428 10               O                   2+,3+,3-,4-        
  10456 6 A C         M   Q                 1+ 2.9 keV      
  10500 B D               T          e   (0+) 1.7 keV      
  10507.9 10           K                       0.010 keV 5     3317.4
   3392.2
   3506.0
   3655.1
   3745.8
   3841.6
   3885.9
   4283.6
   4709.7
   4959.7
   5094.6
   5500.8
   5811.3
   6047.6
   6225.2
   6728.7
   8275.3
  10504.2
     7.7 8 
   100.0 19 
    <8
    <3
    <3
     3.0 6 
    <3
   <14.8
     4.0 4 
     5.5 11 
    14.0 6 
     2.2 4 
     1.6 4 
    <2.8
    13.6 8 
    <5
    41.7 11 
    10.7 17 


















   7190.1
   7115.3
   7001.4
   6851.5
   6761.6
   6666.1
   6621.7
   6222.9
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
2+
1+
4+
5-
2+
4-
2-
1-
2+
3+
3-
1+
4+
2+
0+
2+
0+
  10534 4 A C        LM O        X          3-,4- 1.8 keV      
  10556.1 10           KL                           8323.5
  10552.4
   100
    67


   2230.57
      0
2+
0+
  10570 B D               T   X       f  (0+) 1.2 keV      
  10574.4 10           K                       5+ 0.015 keV 2     2304.2
   3224.1
   3812.3
   3952.4
   4163.8
   5161.1
   6114.0
   8341.8
  10570.7
     3.8 4 
     6.8 6 
     6.0 6 
     4.4 6 
     2.7 8 
    52.5 10 
   100.0 17 
    80
    12.8









   8270.3
   7350.0
   6761.6
   6621.7
   6411
   5412.6
   4459.1
   2230.57
      0
3-,5-
3(+)
5-
4-
4+
3+
4+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10603.8 10           K                       0.15 keV 2     2478.3
   3488.1
   4805.5
   5055.5
   5190.5
   5596.6
   8371.1
  10600.0
     7.7
    25.6
    12.8
   100
    25.6
    20.5
    15.4
    48.7








   8125.40
   7115.3
   5796.8
   5548.5
   5412.6
   5006.2
   2230.57
      0
1+
2+
1-
2+
3+
3-
2+
0+
  10624 6             M O                   3-,4- 3.1 keV      
  10636.4 10   C       K                            2686.1
   2934.7
   3874.3
   4014.4
    22.7 12 
     5.5 9 
    13.3 13 
   100.0 22 




   7950.1
   7701.44
   6761.6
   6621.7
4-
3-
5-
4-
  10658 B D               T  W       e   (1-) 2.3 keV      
  10696.1 10           K                       0.18 keV 2     2994.4
   3160.1
   4897.8
   5147.8
   5688.9
   5999.4
   6235.7
   6413.5
   6916.8
   8463.4
  10692.3
     0.7
     0.7
     4.3
     2.9
     4.3
     2.9
     1.4
    14.3
     4.3
     7.1
   100.0











   7701.44
   7535.7
   5796.8
   5548.5
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
3-
0+
1-
2+
3-
1+
4+
2+
0+
2+
0+
  10700.5 10           K M O                   1- 21 keV 4     4902.2
   6003.8
   6921.2
   8467.8
  10696.7
     4.8
     3.6
     4.8
     6.0
   100





   5796.8
   4695.3
   3778.4
   2230.57
      0
1-
1+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10705.3 10   C       KL NO                   1-,2- 20 keV 3     3003.6
   3943.2
   4083.2
   6244.9
    16.7 18 
    60 3 
   100 4 
    16 4 




   7701.44
   6761.6
   6621.7
   4459.1
3-
5-
4-
4+
  10745 B D             R T  WX          (0+) 8.9 keV      
  10756.7 10           K  N                    3(+) 0.05 keV 1     1691.6
   2027.3
   3054.9
   3406.3
   3641.0
   3903.8
   4092.4
   4134.6
   5208.4
   5343.3
   6296.3
   6474.1
   8524.0
     1.2 4 
     1.8 6 
     3.5 4 
     6.2 4 
     2.6 4 
     5.5 4 
     3.5
     2.3 6 
    31.7 11 
    13.4 7 
   100.0 16 
     6.2 4 
     1.9 4 













   9065
   8729.3
   7701.44
   7350.0
   7115.3
   6851.5
   6666.1
   6621.7
   5548.5
   5412.6
   4459.1
   4281.8
   2230.57

3+
3-
3(+)
2+
4+
2+
4-
2+
3+
4+
2+
2+
  10778.8 10 A         K M O        X          2+ 0.62 keV 7     1755.7
   2803.6
   3294.5
   3428.4
   3776.9
   4112.4
   4980.5
   5230.5
   5365.4
   6082.1
   6496.2
   8546.0
  10774.9
     2.80 24 
     4.9 5 
     1.86 24 
     0.70 24 
    30.1 7 
     3.7 5 
     1.40 24 
     1.40 24 
    16.6 5 
    10.5 5 
    38.9 7 
   100.0 21 
    19.3 5 













   9023.8
   7974.9
   7484.0
   7350.0
   7001.4
   6666.1
   5796.8
   5548.5
   5412.6
   4695.3
   4281.8
   2230.57
      0
4-
4-
2+
3(+)
1+
2+
1-
2+
3+
1+
2+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10783.8 10           K                       0.75 keV 8     2862.5
   3146.5
   3781.9
   4117.4
   4373.2
   5235.5
   5777.8
   6087.1
   6323.4
   6501.2
   7004.5
   8551.0
  10779.9
     2.51 20 
     1.35 20 
     3.09 20 
     3.68 20 
     2.901
    23.0 6 
     1
    20.1 8 
     1.934
     7.2 4 
     3.3 4 
    28.4 8 
   100.0 12 













   7921.0
   7637.0
   7001.4
   6666.1
   6411
   5548.5
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
1+
1
1+
2+
4+
2+
3-
1+
4+
2+
0+
2+
0+
  10784.5 10           K                       0.60 keV 6     6087.8
   100

   4695.3
1+
  10791.3 10 A C       KLM                     1 0.17 keV 2     3260
   3600.8
   3675.5
   3789.4
   4993.0
   5243.0
   5377.9
   5784.1
   6094.6
   6508.7
   8558.5
  10787.4
   <30
     4.12 22 
     8.68 22 
     9.98 22 
     1.30 22 
     3.9 5 
     9.1 5 
    20.0 7 
     7.2 7 
    15.4 9 
   100.0 11 
    37.3 9 












   7535.7
   7190.1
   7115.3
   7001.4
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4281.8
   2230.57
      0
0+
1+
2+
1+
1-
2+
3+
3-
1+
2+
2+
0+
  10806  C  F                            2      5395
   5795
   6105
   6525
   8574
  10802
     9
    22
     4
    20
   100
    63




D+Q

   5412.6
   5006.2
   4695.3
   4281.8
   2230.57
      0
3+
3-
1+
2+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10816 B D               T            g (3-,5-) 4.7 keV      
  10825.4 10           KLMNO Q      X          2- 22 keV 4     3823.5
   5027.1?
   5277.1
   5412.0
   5818.2
   6542.8
   8592.6
  10821.5
    13.4 10 
    18.7
    17 4 
    15 4 
    29 6 
    79 7 
   100 9 
    58 9 








   7001.4
   5796.8
   5548.5
   5412.6
   5006.2
   4281.8
   2230.57
      0
1+
1-
2+
3+
3-
2+
2+
0+
  10827.0 10           K M                     0.32 keV 3     3711.2
   4161
   4202
   5028.7
   5281
   5413.6
   5819.8
   6130.2
   6544.4
   7047.6
   8594.2
  10823.1
     2.7
     5.4
     4.0
     8.1
     5.4
     8.1
    16.2
     5.4
    59.5
     5.4
   100
    64.9












   7115.3
   6666.1
   6621.7
   5796.8
   5548.5
   5412.6
   5006.2
   4695.3
   4281.8
   3778.4
   2230.57
      0
2+
2+
4-
1-
2+
3+
3-
1+
2+
0+
2+
0+
  10830 3             M                     ≈ 4 keV      
  10832 3   C         M                     2,(3) ≈ 2.5 keV    5421
   5821
   8600
  10828
   <12
    18
   <12
   100




   5412.6
   5006.2
   2230.57
      0
3+
3-
2+
0+
  10841 10   C         M                     2 ≈ 0.4 keV    5430
   5830
   6560
   8609
  10837
    25
    25
    75
   100
    25


D+Q
D+Q

   5412.6
   5006.2
   4281.8
   2230.57
      0
3+
3-
2+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  10851  C                               1      6570
   8618
  10847
   <27
   <55
  >100



   4281.8
   2230.57
      0
2+
2+
0+
  10868 B D               T            g (2+) 7.7 keV      
  10880 40                  R                6-        
  10907 10             M   Q                 1+ 2.1 keV      
  10915 2           K                            8685
  10911
    45
   100


   2230.57
      0
2+
0+
  10933.7 10           K                       3      1221.7
   3449.4
   3583.3
   3817.9
   4080.7
   4523.0
   5385.3
   5520.3
   6473.2
   6651.0
   8700.9
  10929.7
     7.4 4 
     7.7 7 
    30.4 7 
     6.1 7 
    67.0 10 
    22.8 7 
    15.1 7 
    13.5 7 
    23.4 10 
   100.0 10 
     7.7 13 
    <3












   9711.9
   7484.0
   7350.0
   7115.3
   6851.5
   6411
   5548.5
   5412.6
   4459.1
   4281.8
   2230.57
      0
2+
2+
3(+)
2+
4+
4+
2+
3+
4+
2+
2+
0+
  10941  C                               1      8708
  10937
    39
   100


   2230.57
      0
2+
0+
  10956 B D               T              (0+) 2.9 keV      
  10977 10            LM O                   (1-,2-)        
  10980 40                 QR                6-        
  10998  C                               (4)      4577
   5987
   6537
     9
     5
   100



   6411
   5006.2
   4459.1
4+
3-
4+
  11009.9 10           K   O                   4+      2739.6
   3059.5
   3126.7
   3308.1
   3525.6
   3575.3?
   3659.5
   3894.1
   4247.7
   4343.5
   4387.8
   4599.2
   5596.4
   6002.6
   6549.4
   6727.2
   8777.0
     1.46 21 
     0.63 21 
     4.38 21 
     2.29 21 
     0.83 21 
    25
     2.50 21 
     1.04 21 
     1.04 21 
     2.92 21 
     0.63 21 
    16.46 21 
     3.13 21 
    37.9 7 
   100.0 11 
    23.5 5 
     8.96 21 

















   8270.3
   7950.1
   7882.9
   7701.44
   7484.0
   7434
   7350.0
   7115.3
   6761.6
   6666.1
   6621.7
   6411
   5412.6
   5006.2
   4459.1
   4281.8
   2230.57
3-,5-
4-
4+
3-
2+
1-
3(+)
2+
5-
2+
4-
4+
3+
3-
4+
2+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11020             N                    (1-,2-)        
  11052  C                               (4)      4611
   6041
   6590
    <5
    <5
   100



   6411
   5006.2
   4459.1
4+
3-
4+
  11064A                                 2+        
  11078  C                               2     11074
   100

      0
0+
  11092.3 10           KLM O                   3-      2795.9
   2900.9
   3117.1
   3141.9
   3390.5
   4330.1
   4470.1
   4867.8
   6085.0
   6631.7
   6809.5
   8859.4?
  11088.2?
    23.1 9 
     3.0 9 
    13.2 5 
    18.4 9 
    51.7 13 
     3.0 17 
   100.0 17 
    55.1 17 
    85 3 
    63 3 
    10.3 17 
 
 













   8296.1
   8191.1
   7974.9
   7950.1
   7701.44
   6761.6
   6621.7
   6222.9
   5006.2
   4459.1
   4281.8
   2230.57
      0
3-
4
4-
4-
3-
5-
4-
2-
3-
4+
2+
2+
0+
  11107 BCD               T  W           (2+) 67.4 keV    6099
   8877
   <67
  >100


   5006.2
   2230.57
3-
2+
  11114 2           K                            4490 1 
   6109 3 
   8881 10 
  11113 86 
 
 
 
 




   6621.7
   5006.2
   2230.57
      0
4-
3-
2+
0+
  11123 1           K                            2432.8?
   4121.0
   6426.1
   7343.5
   8890.0
  11118.9
    11.4
     9.1 3 
     6.7 3 
     9.6 3 
    14.4 5 
   100.0 8 






   8687.6
   7001.4
   4695.3
   3778.4
   2230.57
      0

1+
1+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11130 B D               T  W           (0+) 1.8 keV      
  11131 2           K        T              1        
  11139.8 10           K     Q                 1+      3603.7
   3946.4
   4137.8
   4915.3
   5589.9
   6442.9
   7360.3
   8906.8
  11135.6
     0.47 12 
     1.2
     0.71 12 
     0.47 12 
    <0.6
     2.71 24 
     2.12 24 
    10.8 7 
   100.0 9 









   7535.7
   7190.1
   7001.4
   6222.9
   5548.5
   4695.3
   3778.4
   2230.57
      0
0+
1+
1+
2-
2+
1+
0+
2+
0+
  11170 50                 Q                 6-        
  11198 10              NO                   3-,4-        
  11235.5 10           K M O                   3 9 keV    2545.3
   3044.1
   3533.6
   4824.7
   5687.0
   5822.0
   6774.9
   6952.7
   9002.5
     2.95 21 
     6.53 21 
     3.16 21 
     4.2 5 
     2.7 5 
     7.2 5 
     6.5 5 
    77.5 13 
   100.0 13 









   8687.6
   8191.1
   7701.44
   6411
   5548.5
   5412.6
   4459.1
   4281.8
   2230.57

4
3-
4+
2+
3+
4+
2+
2+
  11253.9 10  B D      K   O    TU W           (3-) 1.1 keV    2392.7
   2524.4
   2563.7
   2846.6
   2957.5
   3062.5
   3303.4
   3552.0
   4400.9
   4587.4
   4843.1
   5705.4
   5840.4
   6246.5
   6557.0
   6971.1
   9020.9
     1.37 16 
     1.22 16 
     3.65 16 
     4.11 16 
     0.61 16 
     7.31 16 
     2.74 16 
     1.22 16 
     1.83 16 
     2.89 16 
     2.44 16 
     1.67 16 
     1.83 16 
     7.2 3 
     1.67 16 
     8.5 3 
   100.0 8 

















   8861
   8729.3
   8687.6
   8407.0
   8296.1
   8191.1
   7950.1
   7701.44
   6851.5
   6666.1
   6411
   5548.5
   5412.6
   5006.2
   4695.3
   4281.8
   2230.57
2+
3+

2
3-
4
4-
3-
4+
2+
4+
2+
3+
3-
1+
2+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11332.8 10           K                            1673.7
   3207.1
   4216.9
   4330.7
   4922.0
   6325.4
   6635.8
   7049.9
  11328.5
    30 3 
    46.9 23 
    21 3 
     6 3 
    26 3 
    19 3 
    16 3 
    57 4 
   100.0 7 









   9660.1
   8125.40
   7115.3
   7001.4
   6411
   5006.2
   4695.3
   4281.8
      0
1+
1+
2+
1+
4+
3-
1+
2+
0+
  11366 10               O                          
  11410 B D               T          e   (3-) 1.9 keV      
  11425 10             M                     1 ≈ 4 keV      
  11438 10               O                          
  11474.6 10           K   O                   3      2728.8
   2745.0
   4621.5
   4808.0
   4852.3
   5063.7
   5250.0
   5926.0
   6061.0
   7013.8
   7191.7
     4.99 14 
     4.99 14 
     1.62 14 
     2.56 14 
     2.29 14 
     0.54 14 
     0.94 14 
     1.35 14 
     9.03 14 
     6.33 14 
   100.0 6 











   8745.6
   8729.3
   6851.5
   6666.1
   6621.7
   6411
   6222.9
   5548.5
   5412.6
   4459.1
   4281.8
3
3+
4+
2+
4-
4+
2-
2+
3+
4+
2+
  11485.8 10           K   O Q                 1+      3360.1
   6478.3
   7706.1
    55 10 
    81 15 
   100 12 



   8125.40
   5006.2
   3778.4
1+
3-
0+
  11554 10             M O                   (0,1) 6.1 keV      
  11589.7 10           K MNO                   1- 10.7 keV    3182.4
   4473.7
   4923.1
   5178.8
   6582.1
   6892.6
   7128.9
   7306.7
   7810.0
   9356.5
  11585.2
     4.5 3 
    25.8 8 
     1.1 6 
     0.8 6 
     7.6 8 
     1.8 6 
    18.2 11 
    56.6 11 
     8.4 8 
    38.2 14 
   100.0 19 











   8407.0
   7115.3
   6666.1
   6411
   5006.2
   4695.3
   4459.1
   4281.8
   3778.4
   2230.57
      0
2
2+
2+
4+
3-
1+
4+
2+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11602.4 10           K   O                        4066.1
   4411.6
   6053.8
   6594.8
   6905.3
    12.0 16 
    31.8 16 
    37.8 20 
    45.1 23 
   100 4 





   7535.7
   7190.1
   5548.5
   5006.2
   4695.3
0+
1+
2+
3-
1+
  11620 7               O Q                 1+        
  11629 B D               T           f  (1,2+,3-) 5.7 keV      
  11637.1 10           K                            3290.4
   3715.6
   4152.6
   4202.5
   4446.3
   4634.9
   4970.5
   5412.4
   5838.5
   6088.5
   6940.0
   7857.3
   9403.8
  11632.6
     0.80 12 
     0.57 12 
     0.46 12 
     0.23 12 
     0.46 12 
     0.80 12 
     0.69 12 
     0.57 12 
     0.69 12 
     3.55 12 
     2.17 12 
     1.26 12 
     2.75 23 
   100.0 6 














 
   7921.0
   7484.0
   7434
   7190.1
   7001.4
   6666.1
   6222.9
   5796.8
   5548.5
   4695.3
   3778.4
   2230.57
      0
 
1+
2+
1-
1+
1+
2+
2-
1-
2+
1+
0+
2+
0+
  11648 10           K                       1 6.6 keV      
  11660 10               O                          
  11669.6 10           K                       5+      2940.0
   3322.9
   3478.1
   4102.0
   4907.2
   5258.7
   7208.8
     0.63 16 
     6.2 4 
    15.2 4 
    21.4 4 
     0.63 16 
   100.0 7 
    14.4 4 







   8729.3
 
   8191.1
   7566.8
   6761.6
   6411
   4459.1
3+
 
4
5+
5-
4+
4+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11690 10  B D          O    T  W         g (3-) 1.2 keV      
  11696.7 10           K M              b      5+      3350.0
   3505.2
   4129.1
   4346.1
   5074.3
   5285.8
   7235.8
     6.66 17 
    10.15 17 
    14.6 4 
     1.66 17 
     1.5 4 
   100.0 7 
    31.9 4 







 
   8191.1
   7566.8
   7350.0
   6621.7
   6411
   4459.1
 
4
5+
3(+)
4-
4+
4+
  11720 10               O                          
  11750 10   C           O                   1      7464
  11741
   100
     2


   4281.8
      0
2+
0+
  11758.8 10           K                            3462.3
   3808.2
   4996.4
   5136.4
   6751.2
    14.0 4 
    14.2 11 
   100.0 11 
    49.5 9 
     4.4 8 





   8296.1
   7950.1
   6761.6
   6621.7
   5006.2
3-
4-
5-
4-
3-
  11783 10   C         M O                   1 30 keV   11780
   100

      0
0+
  11806 10   C  F        O                   1,2      4682
  11798
    <5
   100


   7115.3
      0
2+
0+
  11823 10              NO                   1-,2-        
  11848 B D               T  WX          (3-) 10.4 keV      
  11861 10               O                          
  11876 10               O                          
  11883 10             M   Q  T              1 7.6 keV      
  11900 10               O                          
  11936 10             M O                   3- 7.3 keV      
  11940 20                 QR                6- 86 keV 24       
  11940.1 10           K                       3      3532.7
   3989.5
   5086.8
   5317.7
   5715.3
   6391.3
   6526.3
   7479.1
   7656.9
   9706.6
     1.4 3 
     6.5 3 
     2.2 3 
    15.7 6 
     6.2 3 
    21.6 9 
    27.8 6 
   100.0 12 
    50.0 6 
    49.4 9 










   8407.0
   7950.1
   6851.5
   6621.7
   6222.9
   5548.5
   5412.6
   4459.1
   4281.8
   2230.57
2
4-
4+
4-
2-
2+
3+
4+
2+
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  11955 10  B D          O    T              (2+,3-) 3.2 keV      
  12002 10             M O                   2 11.8 keV      
  12030 10   C             Q  TU  X      e g      4520
   4900
   9788
  12016
    10
    14
    14
   100




   7535.7
   7115.3
   2230.57
      0
0+
2+
2+
0+
  12043.9 10           K  NO Q      X               4093.2
   5281.4
   5421.4
   7036.1
   7582.9
     3.2 5 
    19.0 11 
     2.7 5 
   100.0 13 
     2.5 4 





   7950.1
   6761.6
   6621.7
   5006.2
   4459.1
4-
5-
4-
3-
4+
  12044.19 28           K  NO Q      X          2,3,4      7036.33
   9811.8
   100
     1


   5006.2
   2230.57
3-
2+
  12047.96 28   C       K  NO                   0+      2840.32 14 
   3922.37 15 
   5046.1 4 
   9816?
    11.2 8 
   100.0 11 
     7.5 8 
    ≤0.30




   9207.55
   8125.40
   7001.4
   2230.57
1+
1+
1+
2+
  12050 B D               T           f  (2+,3-)        
  12124            M                     2 6.9 keV      
  12160 10  B          M O    TU           g (3+,2+) 22 keV      
  12196 10              NO QR                1-        
  12198 B D               TU             (3-) 6.4 keV      
  12235 10               O                   (2+,3+)        
  12260 B                                [3-]        
  12270            M                     0 21 keV      
  12308 10               O                          
  12340 10               O                          
  12362 10             M O                   3,(2) 4.8 keV      
  12393 10             MNO                   3 7.7 keV      
  12426 10  B          M O    TU          f  3,2 13.9 keV      
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  12465 10             M O                   2 7.8 keV      
  12491 10             M O                   (2,1) 18.6 keV      
  12510 B                                [3-]        
  12553            M                     2 8.4 keV      
  12560                   T              1        
  12568            M                     2 3.0 keV      
  12600            M                     3,2 7.9 keV      
  12630 30              N   R                6-        
  12650 10  B              Q  TU WX          1+ < 0.10 MeV      
  12710 B D               TU         e g (5-,3-) 5 keV      
  12740 40                 QR                6-        
  12760 20                            b      6+ 84 keV 24       
  12770   D                              (2+) 10 keV      
  12830   D                              (3-) 1 keV      
  12860   D                              (3-) 38 keV      
  12910 B D               TU             (3-) 8 keV      
  12930 B D               TU         e   (3-) 29 keV 5       
  12980 10                 QR                1+        
  13040 20  B                 T  W    b  e   (4+) < 47 keV      
  13086 B D               T          e   (3-) 26 keV 7       
  13220 B                                [3-] < 0.06 MeV      
  13230                   T              1        
  13260 50                 QR                6-        
  13268 B D               TU         e g (3-) 49 keV 3       
  13339 B D        M      T   X      e g (3-) 28.8 keV 13       
  13410 10                 Q                 1+,(2-)        
  13430             N                    3-,4-        
  13490 B D               T  W       e   (3-) 54 keV 5       
  13540 50                 QR                5-        
  13588 B D               T  WX      e   (3-) 18 keV 4       
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  13655   D                              (3-) 74 keV 2       
  13696 B D               TU  X      e   (4+,3-) 23.6 keV 9       
  13760 20                            b      6+ 50 keV 24       
  13780 10                 Q  T              1+        
  13807 B D               T   X      e g (3-) 47.4 keV 8       
  13870 B D               T          e g (5-,3-) 22.0 keV 11       
  13896 B D               T          e   (4+) 22.4 keV 1       
  13900                   T              1        
  13970 10                 Q                 1+,(2-)        
  14000 20                            b      (7-) 50 keV 24       
  14070 B D               T          ef  (3-) 29.6 keV 7       
  14131 B D               T           f  (5-) 15.2 keV 6       
  14177 B D               T   X       f  (4+) 42.0 keV 11       
  14234 B D               TU          f  (3-) 89 keV 2       
  14290 50                 QR                6-        
  14429 B D               T          efg (3-) 40 keV 2       
  14450 10                 Q                 1+        
  14542 B D               T  W        f  (4+,5-) 84.5 keV 11       
  14633   D                              (5-) 7.0 keV 9       
  14730 B                                [4+]        
  14770 10                 Q                 2- < 0.08 MeV      
  14810 20                            b      (8+) 91 keV 24       
  14832 B D               T           f  (4+) 37.5 keV 5       
  14878   D                              (4+) 25.5 keV 7       
  14880                   T              1        
  15025 B D               T           f  (4+) 30.5 keV 11       
  15040                   T              1        
  15116 B D               T  W        f  (5-) 36 keV 2       
     15.2E3 1                            b      6+ 119 keV 24       
  15230 B D               TU W       e   (4+,5-) 18 keV 2       
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  15344 B D               T  W       e   (5-) 45.9 keV 1       
  15385 B D               T  W       e   (5-) 24.5 keV 6       
  15441 B D               T  W        f  (5-) 34.3 keV 3       
  15527 B D               T  W       e   (5-) 46.8 keV 3       
  15580                   T              1        
  15600     F                                   
  15631 B D               T  WX          (5-) 29.9 keV 3       
  15686 B D               TU W         g (5-,6+) 35.9 keV 1       
  15700                   T              1        
  15758 B D               T  WX        g (6+,5-) 41.0 keV 9       
  15840                   T              1        
  15847 B D               TU W           (4+,5-) 47 keV 2       
  15894 B D               T  W           (5-,4+) 28.0 keV 8       
  15955 B D               T  WX          (6+) 21.6 keV 5       
  16052 B D               T   X          (5-) 54 keV 2       
  16243 B D               T   X          (6+) 41.3 keV 8       
  16250 B                                [5-]        
  16310 70                  R                6-        
  16341 B D               T   X      e   (5-) 86 keV 2       
  16370 B                                [5-]        
  16430 70                 Q                 6-        
  16495 B D               T   X       f  (5-) 64 keV 3       
  16615 B D               T  WX          (6+) 60 keV 2       
  16650 70                  R                6-        
  16691 B D               T   X          (5-,6+) 23 keV 2       
  16747 B D               T   X        g (6+) 45 keV 2       
  16795   D                              (6+) 76 keV 6       
  16866 B D               T   X        g (6+) 38.1 keV 6       
  16920   D                              (6+) 35.0 keV 8       
  16978 B D               T   X        g (6+) 47 keV 3       
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  17080 B D               T   X        g (6+) 58.0 keV 14       
  17120 70                  R                6-        
  17180 80                 Q                 6-        
  17250 B D               TU  X        g (5-) 92 keV 14       
  17393 B D               T  W       e g (7-) 35 keV 6       
  17420 B                                [7-]        
  17570 B                                [7-]        
  17656 B D               T   X        g (7-) 36 keV 2       
  17688   D                              (7-) 26 keV 2       
  17868 B D               T            g (6+,7-) 82 keV 7       
  17880 B                                [7-]        
  17934 B D               T           fg (7-) 48 keV 4       
  18042 B D               T   X          (7-) 44 keV 2       
  18213 B D               TU             (7-) 76 keV 7       
  18400 B                                [9-]        
  18458 B D               T           fg (7-) 66 keV 5       
  18554 B D               T  WX          (7-) 73.6 keV 14       
  18660 B D               T   X          (7-) 74 keV 5       
  18736 B D               T  W         g (7-) 75 keV 6       
  18803 B D               T              (8+,7-) 46 keV 3       
  18810 B                                [7-]        
  18986 B D               T              (8+,7-) 34 keV 2       
  19119 B D               TU             (8+,7-) 84 keV 7       
  19190 B                                [7-]        
  19248 B D               TU         e   (8+) 54 keV 10       
  19250 B                                [7-]        
  19442 B D               T  W           (7-,8+) 72 keV 2       
  19450 B                                [7-]        
  19551 B D               T   X          (8+) 75 keV 18       
  19653 B D               T   X          (8+) 54 keV 2       
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  19747 B D               T              (8+,7-) 79 keV 9       
  20200 B                                [8+]        
  20270 B                                [8+]        
  20275 B D                U         e   (7-,8+) 44 keV 4       
  20381 B D               TU          f  (8+) 72 keV 17       
  20485 B D                U W       e   (8+) 84 keV 4       
  20610 B                                [8+]        
  20680 B                                [8+]        
  20703 B D                U W         g (8+) 37 keV 4       
  20800 B                                [8+]        
  20835 B D                U  X          (8+) 59 keV 2       
  20950 B                                [8+]        
  21050 B                                [9-]        
  21212 B D               TU             (9-) 69 keV 3       
  21395 B D               TU         ef  (9-) 70 keV 5       
  21457 B D               TU          f  (9-) 45 keV 4       
  21532 B D               TU W           (9-) 39 keV 10       
  21720 B                                [9-]        
  21783 B D               TU             (8+,9-) 53 keV 2       
  22000 B                                [9-]        
  22135 B D               TU           g (9-) 74 keV 4       
  22205 B D                U          f  (9-) 54 keV 9       
  22308 B D               TU         e   (9-) 47 keV 14       
  22355 B D                U         e   (8+) 24 keV 5       
  22590 B                                [9-]        
  22710 B                                [9-]        
  22846 B D               TU             (9-) 51 keV 5       
  22964 B D                U         e   (10+,9-) 58 keV 3       
  23226 B D               TU  X      e   (9-) 74 keV 16       
  23296 B D                U  X      e   (9-) 52 keV 7       
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  23430 B                                [9-]        
  23493 B D                U W       e g (10+) 93 keV 12       
     23.86E3   D                              7- ≈ 0.1 MeV      
     24.93E3   D                              8+ ≈ 0.1 MeV      
     26.90E3   D                              11- ≈ 0.2 MeV      
     27.25E3   D                              9- 0.08 MeV      
     27.44E3   D                              8+ 0.04 MeV      
     27.69E3   D                              9- 0.15 MeV      
     27.82E3   D                              9- 0.11 MeV      
     28.04E3   D                              10+ 0.04 MeV      
     28.17E3   D                              10+ 0.07 MeV      
     28.30E3   D                              8+ 0.08 MeV      
     28.48E3   D                              10+ 0.17 MeV      
     28.67E3   D                              10+ 0.22 MeV      
     28.97E3   D                              10+ 0.19 MeV      
     29.25E3   D                              9- 0.13 MeV      
     29.66E3   D                              10+ 0.16 MeV      
     29.88E3   D                              10+ 0.20 MeV      
     29.91E3   D                              10+ 0.16 MeV      
     30.26E3   D                              9- 0.17 MeV      
     30.37E3   D                              10+ 0.13 MeV      
     30.61E3   D                              11- 0.25 MeV      
     30.89E3   D                              12+ 0.14 MeV      
     31.19E3   D                              12+ 0.20 MeV      
     31.71E3   D                              9- 0.22 MeV      
     31.98E3   D                              12+ 0.22 MeV      
     32.7E3   D                              ≈ 0.3 MeV      
     33.5E3   D                              ≈ 0.2 MeV      

E(level): From least-squares fit to Eγ data for levels populated in γ-ray studies. For others, weighted averages are taken when possible

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Additional Gamma Data:













E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Additional Data
   3778.4 0+ 0.89 ps 9     1548.8 15 [E2] B(E2)(W.u.)=11.8 12
   4281.8 2+ 42 fs 4     2052.6 15 E2+M1-26 16B(E2)(W.u.)=7.9 9, B(M1)(W.u.)=1.2E-5 +15-12
   4459.1 4+ 124 fs 27     2229.4 12 E2 B(E2)(W.u.)=14 3
   4695.3 1+ 286 fs 74     2466.0 15 M1(+E2)-0.08 10B(E2)(W.u.)=(0.014 +35-14), B(M1)(W.u.)=(0.0031 8)
1+ 286 fs 74     4694.0 25 [M1] B(M1)(W.u.)=0.00029 8
   5006.2 3- 0.52 ps 3     2776.2 12 E1(+M2)0.00 5B(E1)(W.u.)=(5.8E-5 4)
3- 0.52 ps 3     5005.4E3 B(E3)(W.u.)=16 3
   5412.6 3+ 148 fs 19     3181.8E2+M1+7.6 19B(E2)(W.u.)=1.6 3, B(M1)(W.u.)=7.E-5 4
   5548.5 2+ 57 fs 8     3318.5E2+M1-5.2 21B(E2)(W.u.)=2.3 3, B(M1)(W.u.)=0.00022 18
   6222.9 2- 66 fs 12     3993.0 20 E1+M2-0.07 3B(E1)(W.u.)=0.00015 3, B(M2)(W.u.)=0.21 19
   6621.7 4- 0.36 ps 6     1209.1E1 B(E1)(W.u.)=5.E-6 5
4- 0.36 ps 6     1615.2E2+M12.9 8B(E2)(W.u.)=15 3, B(M1)(W.u.)=0.0011 6
4- 0.36 ps 6     2162.2E1(+M2)-0.06 2B(E1)(W.u.)=(4.4E-5 8), B(M2)(W.u.)=(0.15 11)
4- 0.36 ps 6     4390.6M2+E3-0.41 8B(E3)(W.u.)=8 3, B(M2)(W.u.)=0.13 3
   6761.6 5- 260 fs 35     1755.3[E2] B(E2)(W.u.)=14 3
5- 260 fs 35     2302.3E1+M2-0.6 B(E1)(W.u.)=3.3E-5 16, B(M2)(W.u.)=10 5
   6851.5 4+ 66 fs 17     2570.8E2 B(E2)(W.u.)=8 3
   7115.3 2+ 1.73 fs 35     4884.2M1+E2-0.38 3B(E2)(W.u.)=2.0 5, B(M1)(W.u.)=0.079 17
   7484.0 2+ 4.9 fs 12     7483.2 5 E2 B(E2)(W.u.)=0.49 11
   7566.8 5+ 150 fs 32     3108.4 12 E2+M1-9.7 15 
   8270.3 3-,5- < 60 fs    3264M1+E2-1.5 14 
   8346.4 4+ < 28 fs    3886.1 15 M1+E2-1.3 4 
   9023.8 4- 0.27 ps 6     2262M1+E2-1.5 10 
4- 0.27 ps 6     2402M1+E2+4.3 10 
   9207.55 1+ 4.2 fs 14     9206.1 7 M1 B(M1)(W.u.)=0.0022 8
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Additional Data
   9289.0 1+      7057.0M1(+E2)0.01 1 
   9463.4 5-,7- < 70 fs    2701M1+E2-0.82 25 
   9634.6 4-,6+ 0.09 ps 6     3015.3M1+E2-1.1 3 
  10221.2 3- 0.056 keV 10     3105.6E1+M2+0.233 17 
3- 0.056 keV 10     5214.1D(+Q)-0.06 6 
3- 0.056 keV 10     5524.7M2+E3-0.22 7 
3- 0.056 keV 10     5761.0D+Q-0.09 2 
3- 0.056 keV 10     7988.8E1+M2-0.70 5 
  10256.1 4- 0.035 keV 4     3634.2M1+E2-0.9 3 
4- 0.035 keV 4     5249.0M1+E2+0.2 1 
4- 0.035 keV 4     5795.9E1+M2-0.9 3 
  10396.7 4- 0.012 keV 2     3774.7M1+E2+0.9 3 
4- 0.012 keV 2     5389.5M1+E2+0.2 1 
  10806 2      8574D+Q-0.19 6 
  10841 2 ≈ 0.4 keV    6560D+Q+0.54 15 
2 ≈ 0.4 keV    8609D+Q+0.60 12 

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
      00+ STABLE <r2>1/2=3.2611 fm 18 (2008 update of 2004An14 evaluation by I. Angeli: available at http://cdfe.sinp.msu.ru.).
   6582(2+,3-)   XREF: V(?).
   8499.31- 1.30 fs 24  XREF: V(8489).
   9235.21- < 60 fs The γ-rays reported in 29Si(α,nγ) do not match those from 28Si(α,γ) we report here the older values but clearly more investigation is necessary.
E(level): The γ-rays reported in 29Si(α,nγ) do not match those from 28Si(α,γ) we report here the older values but clearly more investigation is necessary.
  10369(0+) 5.8 keV XREF: B(10250).
  10500(0+) 1.7 keV XREF: B(10380).
  10570(0+) 1.2 keV XREF: B(10460).
  10658(1-) 2.3 keV XREF: B(10530).
  10745(0+) 8.9 keV XREF: B(10650).
  10816(3-,5-) 4.7 keV XREF: B(10700).
  10868(2+) 7.7 keV XREF: B(10780).
  10956(0+) 2.9 keV XREF: B(10880).
  11107(2+) 67.4 keV XREF: B(10950).
  11130(0+) 1.8 keV XREF: B(11050).
  11253.9(3-) 1.1 keV XREF: B(11250).
  11410(3-) 1.9 keV XREF: B(11380).
  11629(1,2+,3-) 5.7 keV XREF: B(11410).
  11690(3-) 1.2 keV XREF: B(11570).
  11848(3-) 10.4 keV XREF: B(11650).
  11955(2+,3-) 3.2 keV XREF: B(11800).
  12030   XREF: C(12037).
  12050(2+,3-)   XREF: B(11940).
  12160(3+,2+) 22 keV XREF: B(12170).
  12198(3-) 6.4 keV XREF: B(12000).
  124263,2 13.9 keV XREF: B(12440).
E(level)Jπ(level)T1/2(level)Comments
  126501+ < 0.10 MeV XREF: B(12650).
  12710(5-,3-) 5 keV XREF: B(12730).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  12770(2+) 10 keV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  12830(3-) 1 keV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  12860(3-) 38 keV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  12910(3-) 8 keV XREF: B(12880).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  12930(3-) 29 keV 5  XREF: B(12930).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13040(4+) < 47 keV XREF: B(13050).
  13086(3-) 26 keV 7  XREF: B(13110).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13268(3-) 49 keV 3  XREF: B(13270).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13339(3-) 28.8 keV 13  XREF: B(13360)d(13370).
  13490(3-) 54 keV 5  XREF: B(13500).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13588(3-) 18 keV 4  XREF: B(13560).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13655(3-) 74 keV 2  Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13696(4+,3-) 23.6 keV 9  XREF: B(13620).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13807(3-) 47.4 keV 8  XREF: B(13670).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13870(5-,3-) 22.0 keV 11  XREF: B(13790).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  13896(4+) 22.4 keV 1  XREF: B(13830).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14070(3-) 29.6 keV 7  XREF: B(14030).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14131(5-) 15.2 keV 6  XREF: B(14110).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14177(4+) 42.0 keV 11  XREF: B(14160).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14234(3-) 89 keV 2  XREF: B(14220).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14429(3-) 40 keV 2  XREF: B(14370).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14542(4+,5-) 84.5 keV 11  XREF: B(14550).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14633(5-) 7.0 keV 9  Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
E(level)Jπ(level)T1/2(level)Comments
  14832(4+) 37.5 keV 5  XREF: B(14810).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  14878(4+) 25.5 keV 7  Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15025(4+) 30.5 keV 11  XREF: B(14980).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15116(5-) 36 keV 2  XREF: B(15140).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15230(4+,5-) 18 keV 2  XREF: B(15230).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15344(5-) 45.9 keV 1  XREF: B(15330).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15385(5-) 24.5 keV 6  XREF: B(15380).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15441(5-) 34.3 keV 3  XREF: B(15440).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15527(5-) 46.8 keV 3  XREF: B(15530).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15631(5-) 29.9 keV 3  XREF: B(15610).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15686(5-,6+) 35.9 keV 1  XREF: B(15720).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15758(6+,5-) 41.0 keV 9  XREF: B(15760).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15847(4+,5-) 47 keV 2  XREF: B(15820).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15894(5-,4+) 28.0 keV 8  XREF: B(15890).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  15955(6+) 21.6 keV 5  XREF: B(15960).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16052(5-) 54 keV 2  XREF: B(16060).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16243(6+) 41.3 keV 8  XREF: B(16160).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16341(5-) 86 keV 2  XREF: B(16330).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16495(5-) 64 keV 3  XREF: B(16480).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16615(6+) 60 keV 2  XREF: B(16650).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16691(5-,6+) 23 keV 2  XREF: B(16690).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16747(6+) 45 keV 2  XREF: B(16780).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16795(6+) 76 keV 6  Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16866(6+) 38.1 keV 6  XREF: B(16870).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  16920(6+) 35.0 keV 8  Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
E(level)Jπ(level)T1/2(level)Comments
  16978(6+) 47 keV 3  XREF: B(16970).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17080(6+) 58.0 keV 14  XREF: B(17060).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17250(5-) 92 keV 14  XREF: B(17260).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17393(7-) 35 keV 6  XREF: B(17350).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17656(7-) 36 keV 2  XREF: B(17690).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17688(7-) 26 keV 2  Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17868(6+,7-) 82 keV 7  XREF: B(17800).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  17934(7-) 48 keV 4  XREF: B(17940).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18042(7-) 44 keV 2  XREF: B(18060).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18213(7-) 76 keV 7  XREF: B(18220).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18458(7-) 66 keV 5  XREF: B(18470).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18554(7-) 73.6 keV 14  XREF: B(18560).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18660(7-) 74 keV 5  XREF: B(18660).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18736(7-) 75 keV 6  XREF: B(18750).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18803(8+,7-) 46 keV 3  XREF: B(18890).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  18986(8+,7-) 34 keV 2  XREF: B(18980).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  19119(8+,7-) 84 keV 7  XREF: B(19120).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  19248(8+) 54 keV 10  XREF: B(19320).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  19442(7-,8+) 72 keV 2  XREF: B(19500).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  19551(8+) 75 keV 18  XREF: B(19610).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  19653(8+) 54 keV 2  XREF: B(19690).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  19747(8+,7-) 79 keV 9  XREF: B(19800).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  20275(7-,8+) 44 keV 4  XREF: B(20320).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  20381(8+) 72 keV 17  XREF: B(20410).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  20485(8+) 84 keV 4  XREF: B(20530).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
E(level)Jπ(level)T1/2(level)Comments
  20703(8+) 37 keV 4  XREF: B(20750).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  20835(8+) 59 keV 2  XREF: B(20860).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  21212(9-) 69 keV 3  XREF: B(21280).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  21395(9-) 70 keV 5  XREF: B(21430).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  21457(9-) 45 keV 4  XREF: B(21490).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  21532(9-) 39 keV 10  XREF: B(21590).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  21783(8+,9-) 53 keV 2  XREF: B(21810).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  22135(9-) 74 keV 4  XREF: B(22170).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  22205(9-) 54 keV 9  XREF: B(22240).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  22308(9-) 47 keV 14  XREF: B(22310).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  22355(8+) 24 keV 5  XREF: B(22390).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  22846(9-) 51 keV 5  XREF: B(22810).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  22964(10+,9-) 58 keV 3  XREF: B(23030).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  23226(9-) 74 keV 16  XREF: B(23160).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  23296(9-) 52 keV 7  XREF: B(23260).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
  23493(10+) 93 keV 12  XREF: B(23750?).
Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     23.86E37- ≈ 0.1 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     24.93E38+ ≈ 0.1 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     26.90E311- ≈ 0.2 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     27.25E39- 0.08 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     27.44E38+ 0.04 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     27.69E39- 0.15 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     27.82E39- 0.11 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     28.04E310+ 0.04 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     28.17E310+ 0.07 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
E(level)Jπ(level)T1/2(level)Comments
     28.30E38+ 0.08 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     28.48E310+ 0.17 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     28.67E310+ 0.22 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     28.97E310+ 0.19 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     29.25E39- 0.13 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     29.66E310+ 0.16 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     29.88E310+ 0.20 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     29.91E310+ 0.16 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     30.26E39- 0.17 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     30.37E310+ 0.13 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     30.61E311- 0.25 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     30.89E312+ 0.14 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     31.19E312+ 0.20 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     31.71E39- 0.22 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.
     31.98E312+ 0.22 MeV Jπ(level): From L(α,α) for resonances (2003Ka07,2010Lo12); R-matrix analysis in 2010Lo12.

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Additional Gamma Comments:

E(level)E(gamma)Comments
   2230.57   2230.49E(γ): from 32S(γ,γ’)
   4281.8   4281.5E(γ): from 32S(γ,γ’)
   5796.8   5796.3E(γ): from 32S(γ,γ’)
   6851.5   2393.1M(γ): from 29Si(α,nγ)
   7484.0   5252.8E(γ): from 32S(γ,γ’)
   7483.2E(γ): from 32S(γ,γ’)
   8125.40   5894.32E(γ): from 32S(γ,γ’)
   8124.12E(γ): from 32S(γ,γ’)
   8499.3   4212E(γ): From 28Si(α,γ)
   4716E(γ): From 28Si(α,γ)
   6267.9E(γ): from 32S(γ,γ’). From 28Si(α,γ)
   8494.4E(γ): from 32S(γ,γ’). From 28Si(α,γ)
   8687.6   4909E(γ): From 28Si(α,γ)
   6459E(γ): From 28Si(α,γ)
   8687E(γ): From 28Si(α,γ)
   8861   5080E(γ): From 28Si(α,γ)
   6630E(γ): From 28Si(α,γ)
   8858E(γ): From 28Si(α,γ)
   9023.8   4008E(γ): From 28Si(α,γ)
   4742E(γ): From 28Si(α,γ)
   6791E(γ): From 28Si(α,γ)
   9065   3654E(γ): From 28Si(α,γ)
   4604E(γ): From 28Si(α,γ)
   4784E(γ): From 28Si(α,γ)
   9207.55   6975.0E(γ): from 32S(γ,γ’)
E(level)E(gamma)Comments
   9235.2   9234E(γ): From 28Si(α,γ)
   9466.0   3675E(γ): From 28Si(α,γ)
   4455E(γ): From 28Si(α,γ)
   5005E(γ): From 28Si(α,γ)
  10791.3   3260E(γ): From 28Si(α,γ)
  10806   5395E(γ): From 28Si(α,γ)
   5795E(γ): From 28Si(α,γ)
   6105E(γ): From 28Si(α,γ)
   6525E(γ): From 28Si(α,γ)
   8574E(γ): From 28Si(α,γ)
  10802E(γ): From 28Si(α,γ)
  10832   5421E(γ): From 28Si(α,γ)
   5821E(γ): From 28Si(α,γ)
   8600E(γ): From 28Si(α,γ)
  10828E(γ): From 28Si(α,γ)
  10841   5430E(γ): From 28Si(α,γ)
   5830E(γ): From 28Si(α,γ)
   6560E(γ): From 28Si(α,γ)
  10851   6570E(γ): From 28Si(α,γ)
   8618E(γ): From 28Si(α,γ)
  10847E(γ): From 28Si(α,γ)
  10941   8708E(γ): From 28Si(α,γ)
  10937E(γ): From 28Si(α,γ)
  10998   4577E(γ): From 28Si(α,γ)
   5987E(γ): From 28Si(α,γ)
   6537E(γ): From 28Si(α,γ)
E(level)E(gamma)Comments
  11052   4611E(γ): From 28Si(α,γ)
   6041E(γ): From 28Si(α,γ)
   6590E(γ): From 28Si(α,γ)
  11078  11074E(γ): From 28Si(α,γ)
  11107   6099E(γ): From 28Si(α,γ)
   8877E(γ): From 28Si(α,γ)
  11750   7464E(γ): From 28Si(α,γ)
  11741E(γ): From 28Si(α,γ)
  11783  11780E(γ): From 28Si(α,γ)
  11806   4682E(γ): From 28Si(α,γ)
I(γ): intensity seen in only one part of the doublet
  11798E(γ): From 28Si(α,γ)
  12030   4520E(γ): From 28Si(α,γ)
   4900E(γ): From 28Si(α,γ)
   9788E(γ): From 28Si(α,γ)
  12016E(γ): From 28Si(α,γ)

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