ADOPTED LEVELS, GAMMAS for 154Dy

Author: C. W. Reich |  Citation: Nucl. Data Sheets 110, 2257 (2009) |  Cutoff date: 1-May-2008 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-5755 keV 10S(n)= 9322 keV 8S(p)= 6370 keV 8Q(α)= 2945 keV 5
S(2n)= 16419 keV 8S(2p)= 10265 keV 8
Reference: 2017WA10

References:
  A  122Sn(36S,4nγ)  B  154Ho ε decay (11.76 M)
  C  154Ho ε decay (3.10 M)  D  156Dy(p,t)
  E  165Ho(π-,11NG)  F  122Sn(36S,4nγ):SD

General Comments:

Theory and model discussions that may be of interest include: level energies and B(E2) - 1975ZoZS, 1976Ra04, 1978De02, 1989Gu07, 1989Hs02; wave functions - 1972Ar36; moments - 1986Be09, 1988Ki08.

Levels: Using the recoil-distance technique in combination with large transient magnetic fields, 1993Bi09 measured g-factors of excited states up to high spins. The measurement was sensitive only to states populated ≈ 13.5 ps after the reaction. The reported values were normalized to g=0.36 4 (a theoretical value) for the 2+ member of the ground state band. Relative to this value, the g-factors for the respective states (labeled by the Jπ value or range) are as follows: 0.39 6, 4+; 0.35 9, 6+ through 8+; 0.19 13, 10+ through 14+; 0.11 14, 16+ through 20+; 0.28 13, 22+ through 30+; 0.44 11, 32+ through 36+; 0.23 10, 9- through 15-; 0.32 13, 17- through 21-; and 0.16 8, 27- through 35-. From the data of 1984Ha39 and the evaluation of 1989Ra16, the reported average g-factor for levels with a mean J of 26 is 0.39 5.

Levels: Configurations for the SD bands are from 2009Ij01 based on assignments proposed in the theoretical interpretations by 1998Af02. These are labeled with respect to intruder configuration of π64ν72 for the yrast SD band in 152Dy, n=86

Levels: band(a) (π=+,α=1)1 band. Band starts at 37+

Levels: band(k) (π=+,α=1)2 band. Band starts at 39+.

Levels: band(d) (π=-,α=1)1 band. Band as observed in 122Sn(36S,4nγ) starts at 7-. Evaluators assume that the 1- through 5- states assigned as an "octupole-based, odd-spin band " in 154Ho ε decay (11.76 min) are associated with this band.

Levels: band(n) (π=-,α=0)3 band. Band starts at (28-)

Levels: band(p) (π=-,α=0)2 band. Band starts at 34-

Levels: band(g) (π=-,α=0)4 band. Band starts at 8-










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
        0.0ABCDE  0+ 3.0×10+6 y 15 
% α = 100
     
      334.34 3 ABCDE  2+ 27.5 ps 20     334.30 3 
  100
E2
        0.0
0+
      660.55 8  B D   0+      326.1 1 
   660.8 2 
  100
 

E0
      334.34
        0.0
2+
0+
      746.78 8 ABCDE  4+ 6.9 ps 5     412.4 1 
  100
E2
      334.34
2+
      905.08 7 ABCD   2+      244.3 3 
   570.6 1 
   905.3 1 
    3.8 11 
  100 5 
   19.7 18 

E0+E2,M1

      660.55
      334.34
        0.0
0+
2+
0+
     1027.04 7  B D   2+      366.2 3 
   692.6 1 
  1027.2 1 
   20.2 25 
   95 5 
  100 5 

M1

      660.55
      334.34
        0.0
0+
2+
0+
     1057.88 16  B D   0+      152.7 3 
   397.3 2 
   723.6 5 
  1058.4 6 
  100 17 
 
   34 17 
 

E0

E0
      905.08
      660.55
      334.34
        0.0
2+
0+
2+
0+
     1207.72 10  B D   3-      461.0 2 
   873.3 1 
    6.9 14 
  100 5 

E1
      746.78
      334.34
4+
2+
     1223.70 8 A CDE  6+ 2.4 ps 4     476.90 4 
  100
E2
      746.78
4+
     1251.52 13 ABCD   4+      346.6 2 
   504.9 3 
   67 7 
  100 10 
E2
E0+E2,M1
      905.08
      746.78
2+
4+
     1334.19 8  BC    3+      429.0 2 
   587.5 1 
   999.8 1 
   14 3 
   24 3 
  100 5 



      905.08
      746.78
      334.34
2+
4+
2+
     1390.27 10  B D   2+      182.0 4 
   363.4 4 
   485.3 3 
   642.8 4 
   729.8 1 
  1055.8 3 
  1390.0 4 
   48 9 
   26 12 
   41 6 
   34 16 
  100 12 
   69 12 
   36 8 


E0+E2,M1


E0+E2,M1

     1207.72
     1027.04
      905.08
      746.78
      660.55
      334.34
        0.0
3-
2+
2+
4+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     1420.27 16  B     1-      515.2 4 
  1085.9 2 
  1420.3 3 
   20 8 
   75 8 
  100 10 



      905.08
      334.34
        0.0
2+
2+
0+
     1442.28 14  B D   4+      415.8 4 
   695.3 2 
  1108.0 2 
   34 8 
  100 14 
   54 7 

M1(+E2)

     1027.04
      746.78
      334.34
2+
4+
2+
     1507.49 9  B D   2+      480.0 4 
   602.9 4 
   846.7 2 
  1173.2 1 
  1507.6 4 
   14 5 
   19 5 
   53 5 
  100 11 
   47 9 





     1027.04
      905.08
      660.55
      334.34
        0.0
2+
2+
0+
2+
0+
     1545.78 22  BCD   5-      799.0 2 
  100

      746.78
4+
     1634.95 21  B     2-     1300.6 2 
  100

      334.34
2+
     1658.36 12 A C    6+      406.9 1 
   434.7 2 
  100 7 
   13.4 15 
E2
E2+E0+(M1)
     1251.52
     1223.70
4+
6+
     1739.60 15   C    5+      405.8 4 
   515.6 3 
   992.9 3 
   58 9 
   38 6 
  100 9 



     1334.19
     1223.70
      746.78
3+
6+
4+
     1747.21 9 A C E  8+ 1.5 ps 3     523.50 4 
  100
E2
     1223.70
6+
     1781.7 4  B     (3+)      755.1 5 
  1447.1 4 
  100 20 
   91 20 


     1027.04
      334.34
2+
2+
     1818.89 20  BC    (4-)      610.6 5 
  1072.2 2 
   35 16 
  100 20 


     1207.72
      746.78
3-
4+
     1832.6 3  B D       1498.3 3 
  100

      334.34
2+
     1844.6 3  B         1510.3 3 
  100

      334.34
2+
     1877.1 4  B D       1542.7 5 
  1877.1 6 
  100 13 
   52 13 


      334.34
        0.0
2+
0+
     1885.19 19   C    (6)+      661.5 3 
  1138.5 3 
  100 26 
   53 11 
M1,E2

     1223.70
      746.78
6+
4+
     1903.60 24  B D   (3-)      569 1 
   876.6 3 
  1156.8 4 
  100 5 
    5.4 8 
    6.1 15 



     1334.19
     1027.04
      746.78
3+
2+
4+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     1958.1 5  B         1623.7 5 
  100

      334.34
2+
     1964.26 10 A C    7-      740.60 7 
  100

     1223.70
6+
     1990.8 3  B         1656.5 3 
  100

      334.34
2+
     2038   D          
     2148.2 5  B         1813.8 5 
  100

      334.34
2+
     2162.94 21 A C    8+      504.7 4 
  100

     1658.36
6+
     2168.5 4  B         1834.1 4 
  100

      334.34
2+
     2177.9 3  B         1431.0 3 
  1843.8 5 
  100 19 
   90 19 


      746.78
      334.34
4+
2+
     2183.01 16   C    7+      443.4 2 
   959.1 3 
  100 7 
   47 5 
E2

     1739.60
     1223.70
5+
6+
     2183.7 4  B         1849.3 4 
  100 13 

      334.34
2+
     2192.0 3   C    (7,8)      968.3 3 
  100

     1223.70
6+
     2249.3 4  B         1502.5 4 
  100

      746.78
4+
     2271.78 24  B         1244.6 3 
  1611.2 5 
  1937.8 5 
   55 14 
   51 21 
  100 21 



     1027.04
      660.55
      334.34
2+
0+
2+
     2304.11 10 A   E  10+ 1.1 ps 3     556.90 4 
  100
E2
     1747.21
8+
     2344.7 6  B         2010.3 6 
  100

      334.34
2+
     2421.01 10 A      9-      456.70 4 
   673.80 5 
   20 4 
  100

D
     1964.26
     1747.21
7-
8+
     2472.40 11   C    7+      280.4
   289.3 2 
   309.5 2 
   587.3 3 
   725.1 1 
   732.8 2 
   814.1 1 
  1250.1 7 
    7.4 11 
   27.5 21 
   21.7 16 
    3.7 21 
   70 4 
   17.5 16 
   79 5 
  100 5 

E0+M1,E2
M1

M1+E2

M1+E2
M1
     2192.0
     2183.01
     2162.94
     1885.19
     1747.21
     1739.60
     1658.36
     1223.70
(7,8)
7+
8+
(6)+
8+
5+
6+
6+
     2567.0 7 A      7-      819.8
  100

     1747.21
8+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2664.5 8 A      8-      917.3
  100

     1747.21
8+
     2757.8 9 A      10+      594.7
  100

     2162.94
8+
     2866.2 6 A      8-      299.2
   901.9
   67
  100 17 


     2567.0
     1964.26
7-
7-
     2882.01 10 A      11- 4.5 ps +2-3     461.00 6 
   577.90 5 
   83
  100
E2
D
     2421.01
     2304.11
9-
10+
     2892.61 10 A      12+ 0.94 ps 19     588.50 5 
  100
E2
     2304.11
10+
     3011.91 16 A      9-      145.7
   444.9
   590.90 13 
  1264.7
  100
    4
   50
   40




     2866.2
     2567.0
     2421.01
     1747.21
8-
7-
9-
8+
     3048.1 7 A      10-      383.6
   627.1
   744.0
  100 15 
  100 10 
   25



     2664.5
     2421.01
     2304.11
8-
9-
10+
     3158.91 18 A      10-      147.0
   292.7
  100
   20 3 


     3011.91
     2866.2
9-
8-
     3289.0 9 A      12+      531.0
  100

     2757.8
10+
     3314.31 17 A      11-      155.40 5 
   302.40 7 
   432.3
   893.3
  1010.2
  100
  100
   40
   20
   60





     3158.91
     3011.91
     2882.01
     2421.01
     2304.11
10-
9-
11-
9-
10+
     3390.11 10 A      13- 1.7 ps    497.50 6 
   508.10 4 
   17.6 12 
  100 3 
D
E2
     2892.61
     2882.01
12+
11-
     3483.8 12 A      12-      435.7
  100

     3048.1
10-
     3503.91 18 A      12-      189.60 4 
   345.00 6 
  100
  100


     3314.31
     3158.91
11-
10-
     3508.71 11 A      14+ 0.55 ps 10     616.10 4 
  100
E2
     2892.61
12+
     3679.42 13 A      14+      390.3
   786.80 9 
   85
  100


     3289.0
     2892.61
12+
12+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     3719.91 18 A      13-      216.00 4 
   405.60 9 
  100
  100


     3503.91
     3314.31
12-
11-
     3964.01 19 A      14-      244.10 7 
   460.10 12 
  100
  100


     3719.91
     3503.91
13-
12-
     3982.21 11 A      15- 3.0 ps    473.50 7 
   592.10 4 
   15.6 13 
  100 4 
D
E2
     3508.71
     3390.11
14+
13-
     4005.9 16 A      14-      522.1
  100

     3483.8
12-
     4090.33 12 A      16+ 1.3 ps 5     410.90 10 
   581.60 5 
   14
  100 4 

E2
     3679.42
     3508.71
14+
14+
     4172.76 13 A      16+      664.10 8 
  100
E2
     3508.71
14+
     4230.41 19 A      15-      266.40 4 
   510.50 12 
  100
  100


     3964.01
     3719.91
14-
13-
     4518.91 10 A      16-      288.50 5 
   554.90 10 
  100
  100


     4230.41
     3964.01
15-
14-
     4587.6 19 A      16-      581.7
  100

     4005.9
14-
     4636.86 13 A      18+ 0.76 ps 17     546.50 5 
  100
E2
     4090.33
16+
     4641.82 12 A      17- 1.3 ps +10-6     659.60 4 
  100
E2
     3982.21
15-
     4826.31 19 A      17-      307.40 5 
   595.90 6 
  100
  100


     4518.91
     4230.41
16-
15-
     4868.54 15 A      18+      695.90 12 
   778.40 22 
  100 10 
   54


     4172.76
     4090.33
16+
16+
     5151.31 20 A      18-      325.00 5 
   632.40 12 
  100
  100


     4826.31
     4518.91
17-
16-
     5205.9 21 A      18-      618.3
  100

     4587.6
16-
     5249.29 13 A      20+ 0.62 ps 9     612.40 4 
  100
E2
     4636.86
18+
     5338.42 12 A      19-      696.60 4 
  100
E2
     4641.82
17-
     5488.91 20 A      19-      337.60 5 
   662.60 7 
  100
  100


     5151.31
     4826.31
18-
17-
     5563.96 17 A      20+      695.60 12 
  100

     4868.54
18+
     5840.91 20 A      20-      351.90 7 
   689.50 8 
  100
  100


     5488.91
     5151.31
19-
18-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     5866.5 24 A      20-      660.6
  100

     5205.9
18-
     5934.41 14 A      22+ 0.38 ps    685.10 4 
  100
E2
     5249.29
20+
     6035.39 13 A      21-      696.97 5 
  100
E2
     5338.42
19-
     6181.4 5 A      21-      843.0
  100

     5338.42
19-
     6201.02 20 A      21-      360.20 4 
   712.10 6 
  100
  100


     5840.91
     5488.91
20-
19-
     6285.24 17 A      22+      721.32 6 
  100

     5563.96
20+
     6560 3 A      22-      693.0
  100

     5866.5
20-
     6573.3 3 A      22-      372.30 17 
   732.5 4 
  100
  100


     6201.02
     5840.91
21-
20-
     6690.23 14 A      24+ 0.2 ps    755.80 4 
  100
E2
     5934.41
22+
     6753.89 14 A      23-      718.50 4 
  100
E2
     6035.39
21-
     6804.9 5 A      23-      623.50 5 
   769.5
  100
   40


     6181.4
     6035.39
21-
21-
     6952.3 3 A      23-      379.00 19 
   751.3 12 
  100
  100


     6573.3
     6201.02
22-
21-
     7045.16 17 A      24+      760.00 8 
  100

     6285.24
22+
     7288 3 A      24-      728.6
  100

     6560
22-
     7342.8 4 A      24-      390.50 15 
   769.5 3 
  100
  100


     6952.3
     6573.3
23-
22-
     7375.28 18 A      24+      685.10 12 
  100

     6690.23
24+
     7513.26 15 A      26+ 0.2 ps +4-2     823.00 4 
  100
E2
     6690.23
24+
     7518.89 15 A      25-      765.00 4 
  100
E2
     6753.89
23-
     7741.0 5 A      25-      398.2
   788.7
  100
  100


     7342.8
     6952.3
24-
23-
     7772.0 5 A      25-      967.10 7 
  100

     6804.9
23-
     7856.13 17 A      26+      811.00 5 
  100

     7045.16
24+
     8061 3 A      26-      772.6
  100

     7288
24-
     8139.06 15 A      26+      626.01 6 
   763.89 18 
  100
   33


     7513.26
     7375.28
26+
24+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     8151.3 5 A      26-      410.30 18 
   808.5 3 
  100
  100


     7741.0
     7342.8
25-
24-
     8280.3 5 A      27-      508.30 5 
   761.4
  100
   70


     7772.0
     7518.89
25-
25-
     8334.89 15 A      27-      816.00 4 
  100
E2
     7518.89
25-
     8400.38 15 A      28+ 0.15 ps    887.00 4 
  100
E2
     7513.26
26+
     8570.0 5 A      27-      418.70 19 
   829.0 7 
  100
  100


     8151.3
     7741.0
26-
25-
     8723.10 17 A      28+      867.00 5 
  100

     7856.13
26+
     8885 3 A      28-      823.8
  100

     8061
26-
     8916.50 15 A      28+      516.00 5 
   778.20 11 
  100
   50


     8400.38
     8139.06
28+
26+
     9001.6 5 A      28-      431.60 21 
   850.3 4 
  100
  100


     8570.0
     8151.3
27-
26-
     9118.7 11 A      (28-)      838.4
  100

     8280.3
27-
     9188.1 6 A      29-      853.3
   907.8
  100
    1.9
(E2)

     8334.89
     8280.3
27-
27-
     9217.10 16 A      29-      882.20 4 
   936.8
  100 6 
   29
E2

     8334.89
     8280.3
27-
27-
     9349.63 15 A      30+      949.20 4 
  100
E2
     8400.38
28+
     9444.8 5 A      29-      443.20 15 
   874.8 9 
  100
  100


     9001.6
     8570.0
28-
27-
     9566.95 17 A      30+      650.50 8 
  100

     8916.50
28+
     9646.14 18 A      30+      923.04 7 
  100

     8723.10
28+
     9668.16 17 A      30+      751.80 12 
   945.09 5 
  100
  100


     8916.50
     8723.10
28+
28+
     9765 4 A      30-      880.3
  100

     8885
28-
     9893.6 15 A      (30-)      774.9
  100

     9118.7
(28-)
     9898.2 9 A      30-      453.4
   896.6
  100
  100


     9444.8
     9001.6
29-
28-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    10107.1 6 A      31-      890.0
   919.00 5 
   11
  100


     9217.10
     9188.1
29-
29-
    10155.80 17 A      31-      938.70 6 
  100
E2
     9217.10
29-
    10358.67 17 A      32+     1008.82 9 
  100
E2
     9349.63
30+
    10367.4 12 A      31-      922.6
  100

     9444.8
29-
    10384.24 16 A      32+      716.1
   817.40 12 
  1034.60 4 
    5.0
   25
  100


E2
     9668.16
     9566.95
     9349.63
30+
30+
30+
    10434.1 18 A      (32-)      540.5
  100

     9893.6
(30-)
    10445.79 17 A      32+      777.80 9 
  100

     9668.16
30+
    10629.19 20 A      32+      983.04 7 
  100

     9646.14
30+
    10704 4 A      32-      938.9
  100

     9765
30-
    10846.7 14 A      32-      948.5
  100

     9898.2
30-
    11073.1 6 A      33-      966.00 7 
  100

    10107.1
31-
    11082.2 8 A      33-      926.4
   975.1
    5.0
  100

E2
    10155.80
    10107.1
31-
31-
    11120.21 16 A      34+      735.80 6 
   760.90 16 
  100
   33
E2

    10384.24
    10358.67
32+
32+
    11147.30 19 A      33-      991.50 8 
  100 3 
E2
    10155.80
31-
    11318.82 16 A      34+      873.20 9 
   934.90 8 
   958.7
   33
  100
  100



    10445.79
    10384.24
    10358.67
32+
32+
32+
    11340.4 15 A      33-      973.0
  100

    10367.4
31-
    11431.67 19 A      34+     1073.00 8 
  100

    10358.67
32+
    11605.5 8 A      34-      523.30 15 
  100

    11082.2
33-
    11665.79 20 A      34+     1036.60 6 
  100

    10629.19
32+
    11704 4 A      34-      999.9
  100

    10704
32-
    11758.5 21 A      (34-)     1324.4
  100

    10434.1
(32-)
    11829.5 8 A      35-      224.00 4 
   747.30 8 
   16.7 17 
  100 8 
(D)
(E2)
    11605.5
    11082.2
34-
33-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    11849.8 17 A      34-     1003.1
  100

    10846.7
32-
    11916.1 13 A      35-      833.9
  100

    11082.2
33-
    11925.25 17 A      36+      605.90 19 
   805.00 6 
   27
  100

E2
    11318.82
    11120.21
34+
34+
    12063.01 20 A      (35-)      915.70 6 
  100

    11147.30
33-
    12095.1 6 A      35-     1022.00 5 
  100

    11073.1
33-
    12306.8 8 A      36-      477.30 9 
   701.3
  100
   33


    11829.5
    11605.5
35-
34-
    12409.47 16 A      36+      484.10 7 
  1090.96 6 
  1289.10 5 
  100
   25
   50



    11925.25
    11318.82
    11120.21
36+
34+
34+
    12540.4 8 A      37-      233.60 4 
   710.90 7 
  100
  100

E2
    12306.8
    11829.5
36-
35-
    12557.08 20 A      36+     1125.40 6 
  100

    11431.67
34+
    12762.30 21 A      36+     1096.50 6 
  100

    11665.79
34+
    12765 4 A      36-     1060.9
  100

    11704
34-
    13039.1 10 A      38-      498.7
   732.3
  100
   30


    12540.4
    12306.8
37-
36-
    13088.2 11 A      (37-)     1025.2
  100

    12063.01
(35-)
    13088.6 11 A      37+     1163.3
  100

    11925.25
36+
    13166.0 6 A      37-     1070.88 5 
  100

    12095.1
35-
    13257.4 8 A      38+ 0.8 ps 3     847.9
  1332.1
   27
  100

E2
    12409.47
    11925.25
36+
36+
    13311.2 8 A      39-      272.1
   770.80 9 
   60
  100

E2
    13039.1
    12540.4
38-
37-
    13402.4 13 A      39-      862.0
  100

    12540.4
37-
    13558.2 11 A      40-      247.0
   519.1
  100
  100


    13311.2
    13039.1
39-
38-
    13744.38 21 A      38+     1187.30 6 
  100

    12557.08
36+
    13888 4 A      38-     1123.6
  100

    12765
36-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    13909.23 22 A      38+     1146.93 5 
  100

    12762.30
36+
    14024.6 11 A      41-      466.4
   713.4
  100
   80


    13558.2
    13311.2
40-
39-
    14135.2 8 A      40+ 0.8 ps 3     877.84 11 
  100
E2
    13257.4
38+
    14294.5 6 A      39-     1128.50 4 
  100

    13166.0
37-
    14375.2 13 A      41-     1064.0
  100

    13311.2
39-
    14423.6 13 A      39+     1166.2
  100

    13257.4
38+
    14468.6 13 A      39+     1211.3
  100

    13257.4
38+
    14590.2 13 A      42-      565.6
  1032.0
  100
   20


    14024.6
    13558.2
41-
40-
    14885.5 8 A      42+ 1.1 ps 3     750.25 17 
  100
E2
    14135.2
40+
    14980.79 22 A      40+     1236.40 5 
  100

    13744.38
38+
    15074 4 A      40-     1185.7
  100

    13888
38-
    15118.45 22 A      40+     1209.21 5 
  100

    13909.23
38+
    15484.0 6 A      41-     1189.50 5 
  100

    14294.5
39-
    15504.9 13 A      (41+)     1369.7
  100

    14135.2
40+
    15661.5 15 A      (43-)     1636.9
  100

    14024.6
41-
    16011.3 13 A      44+ 0.16 ps 6    1125.8
  100
E2
    14885.5
42+
    16088.7 13 A      43+     1203.2
  100

    14885.5
42+
    16271.86 22 A      42+     1291.07 5 
  100

    14980.79
40+
    16322 4 A      42-     1247.9
  100

    15074
40-
    16359.7 13 A      (43+)     1474.2
  100

    14885.5
42+
    16373.45 23 A      42+     1255.00 5 
  100

    15118.45
40+
    16735.2 6 A      43-     1251.17 4 
  100

    15484.0
41-
    16737.5 18 A      (45-)     1076.0
  100

    15661.5
(43-)
    17186.8 16 A      45+     1175.5
  100

    16011.3
44+
    17293.7 16 A      (45+)     1282.4
  100

    16011.3
44+
    17322.4 16 A      46+ 0.08 ps 3    1311.1
  100 5 
[E2]
    16011.3
44+
    17608.57 22 A      44+     1336.70 4 
  100

    16271.86
42+
    17628 5 A      44-     1306.5
  100

    16322
42-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    18053.7 6 A      45-     1318.50 5 
  100

    16735.2
43-
    18485.3 19 A      47+     1298.5
  100

    17186.8
45+
    18732.4 19 A      48+ < 0.11 ps   1410.0
  100
[E2]
    17322.4
46+
    18914.7 19 A      47+     1592.3
  100

    17322.4
46+
    18963.2 11 A      46+     1354.6
  100

    17608.57
44+
    19445.1 12 A      47-     1391.4
  100

    18053.7
45-
    20904.1 16 A      49-     1459.0
  100

    19445.1
47-
    22435.5 19 A      51-     1531.4
  100

    20904.1
49-
        X     F J AP (24)        
      701.7+X 2      F J+2      701.7 2 
    0.20 3 

        X
J AP (24)
     1450.7+X 3      F J+4      749.0 2 
    0.27 4 

      701.7+X
J+2
     2245.1+X 4      F J+6      794.4 2 
    0.39 4 

     1450.7+X
J+4
     3085.7+X 4      F J+8      840.6 2 
    0.59 11 

     2245.1+X
J+6
     3973.1+X 5      F J+10      887.4 2 
    0.70 11 

     3085.7+X
J+8
     4907.8+X 5      F J+12      934.7 2 
    0.68 12 

     3973.1+X
J+10
     5888.9+X 6      F J+14      981.1 2 
    0.50 12 

     4907.8+X
J+12
     6917.7+X 6      F J+16     1028.8 2 
    0.52 12 

     5888.9+X
J+14
     7993.2+X 6      F J+18     1075.5 2 
    0.49 12 

     6917.7+X
J+16
     9116.7+X 7      F J+20     1123.5 2 
    0.42 12 

     7993.2+X
J+18
    10288.0+X 7      F J+22     1171.3 2 
    0.35 12 

     9116.7+X
J+20
    11506.6+X 7      F J+24     1218.6 2 
    0.30 12 

    10288.0+X
J+22
    12772.6+X 8      F J+26     1266.0 2 
    0.30 11 

    11506.6+X
J+24
    14086.7+X 8      F J+28     1314.0 2 
    0.25 10 

    12772.6+X
J+26
    15448.6+X 8      F J+30     1361.9 2 
    0.22 10 

    14086.7+X
J+28
    16858.3+X 8      F J+32     1409.7 2 
    0.30 10 

    15448.6+X
J+30
    18314.9+X 9      F J+34     1456.6 3 
    0.11 8 

    16858.3+X
J+32
    19819.2+X 9      F J+36     1504.3 2 
   <0.1

    18314.9+X
J+34
        Y     F J1        
      794.9+Y 9 ?     F J1+2      794.9 9 ?
   <0.1

        Y
J1
     1634.8+Y 10      F J1+4      839.9 2 
    0.20 2 

      794.9+Y
J1+2
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2520.1+Y 10      F J1+6      885.3 2 
    0.27 3 

     1634.8+Y
J1+4
     3451.1+Y 10      F J1+8      931.0 2 
    0.25 4 

     2520.1+Y
J1+6
     4428.2+Y 10      F J1+10      977.1 2 
    0.30 4 

     3451.1+Y
J1+8
     5451.2+Y 10      F J1+12     1023.0 2 
    0.30 4 

     4428.2+Y
J1+10
     6519.6+Y 11      F J1+14     1068.4 4 
    0.24 4 

     5451.2+Y
J1+12
     7632.6+Y 12      F J1+16     1113.0 4 
    0.21 4 

     6519.6+Y
J1+14
     8789.9+Y 13      F J1+18     1157.3 4 
    0.20 4 

     7632.6+Y
J1+16
     9991.7+Y 13      F J1+20     1201.8 2 
    0.21 4 

     8789.9+Y
J1+18
    11237.8+Y 13      F J1+22     1246.1 3 
    0.19 4 

     9991.7+Y
J1+20
    12527.9+Y 13      F J1+24     1290.1 3 
    0.18 4 

    11237.8+Y
J1+22
    13861.7+Y 14      F J1+26     1333.7 4 
    0.10 4 

    12527.9+Y
J1+24
    15239.0+Y 15      F J1+28     1377.3 4 
    0.09 4 

    13861.7+Y
J1+26
    16659.7+Y 15      F J1+30     1420.7 4 
    0.04 3 

    15239.0+Y
J1+28
    18123.3+Y 16      F J1+32     1463.6 4 
   <0.1

    16659.7+Y
J1+30
    19629.1+Y 16      F J1+34     1505.8 4 
   <0.1

    18123.3+Y
J1+32
        Z     F J2 AP (33)        
      780.5+Z 6      F J2+2      780.5 6 
   <0.02

        Z
J2 AP (33)
     1607.7+Z 10      F J2+4      827.2 8 
    0.030 7 

      780.5+Z
J2+2
     2479.7+Z 12      F J2+6      872.0 6 
    0.040 9 

     1607.7+Z
J2+4
     3392.1+Z 13      F J2+8      912.4 5 
    0.065 9 

     2479.7+Z
J2+6
     4349.5+Z 14      F J2+10      957.4 5 
    0.090 9 

     3392.1+Z
J2+8
     5351.6+Z 14      F J2+12     1002.1 3 
    0.090 14 

     4349.5+Z
J2+10
     6399.0+Z 15      F J2+14     1047.4 3 
    0.070 14 

     5351.6+Z
J2+12
     7492.4+Z 15      F J2+16     1093.4 3 
    0.100 14 

     6399.0+Z
J2+14
     8632.5+Z 15      F J2+18     1140.1 2 
    0.110 14 

     7492.4+Z
J2+16
     9819.6+Z 15      F J2+20     1187.1 3 
    0.100 14 

     8632.5+Z
J2+18
    11052.1+Z 16      F J2+22     1232.5 3 
    0.060 14 

     9819.6+Z
J2+20
    12332.2+Z 16      F J2+24     1280.1 3 
    0.060 14 

    11052.1+Z
J2+22
    13659.4+Z 16      F J2+26     1327.1 3 
    0.055 9 

    12332.2+Z
J2+24
    15033.1+Z 17      F J2+28     1373.7 4 
    0.045 9 

    13659.4+Z
J2+26
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    16453.2+Z 17      F J2+30     1420.1 3 
    0.040 9 

    15033.1+Z
J2+28
    17919.3+Z 17      F J2+32     1466.1 3 
    0.030 4 

    16453.2+Z
J2+30
    19431.5+Z 19      F J2+34     1512.2 7 
   <0.02

    17919.3+Z
J2+32
        U     F J3        
      721.1+U 7      F J3+2      721.1 7 
    0.015 4 

        U
J3
     1490.1+U 10      F J3+4      769.0 6 
    0.020 7 

      721.1+U
J3+2
     2307.1+U 11      F J3+6      817.0 6 
    0.028 11 

     1490.1+U
J3+4
     3172.5+U 12      F J3+8      865.4 4 
    0.040 11 

     2307.1+U
J3+6
     4086.8+U 14      F J3+10      914.3 6 
    0.055 11 

     3172.5+U
J3+8
     5050.1+U 14      F J3+12      963.3 4 
    0.080 11 

     4086.8+U
J3+10
     6061.8+U 14      F J3+14     1011.7 3 
    0.080 11 

     5050.1+U
J3+12
     7120.8+U 15      F J3+16     1059.0 3 
    0.075 11 

     6061.8+U
J3+14
     8226.3+U 15      F J3+18     1105.5 2 
    0.075 11 

     7120.8+U
J3+16
     9377.2+U 15      F J3+20     1150.9 2 
    0.072 11 

     8226.3+U
J3+18
    10573.6+U 15      F J3+22     1196.4 2 
    0.070 11 

     9377.2+U
J3+20
    11815.4+U 15      F J3+24     1241.8 2 
    0.045 11 

    10573.6+U
J3+22
    13102.4+U 15      F J3+26     1287.0 2 
    0.042 6 

    11815.4+U
J3+24
    14434.5+U 16      F J3+28     1332.0 3 
    0.030 6 

    13102.4+U
J3+26
    15811.3+U 16      F J3+30     1376.8 3 
    0.030 6 

    14434.5+U
J3+28
    17232.4+U 17      F J3+32     1421.1 4 
    0.025 6 

    15811.3+U
J3+30
    18696.8+U 18      F J3+34     1464.4 7 
    0.025 6 

    17232.4+U
J3+32
    20204.0+U 20      F J3+36     1507.2 8 
    0.010 6 

    18696.8+U
J3+34
        V     F J4 AP (31)        
      738.6+V 8      F J4+2      738.6 8 
    0.012 3 

        V
J4 AP (31)
     1522.6+V 12      F J4+4      784.0 8 
    0.013 3 

      738.6+V
J4+2
     2352.5+V 14      F J4+6      829.9 8 
    0.019 3 

     1522.6+V
J4+4
     3229.0+V 15      F J4+8      876.5 6 
    0.028 7 

     2352.5+V
J4+6
     4152.5+V 17      F J4+10      923.5 6 
    0.035 7 

     3229.0+V
J4+8
     5122.8+V 18      F J4+12      970.3 6 
    0.035 9 

     4152.5+V
J4+10
     6140.2+V 19      F J4+14     1017.4 8 
    0.045 9 

     5122.8+V
J4+12
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     7204.4+V 20      F J4+16     1064.2 6 
    0.045 9 

     6140.2+V
J4+14
     8315.0+V 21      F J4+18     1110.6 4 
    0.055 9 

     7204.4+V
J4+16
     9471.9+V 21      F J4+20     1156.9 5 
    0.055 9 

     8315.0+V
J4+18
    10675.0+V 23      F J4+22     1203.1 7 
    0.040 9 

     9471.9+V
J4+20
    11923.6+V 23      F J4+24     1248.6 5 
    0.045 9 

    10675.0+V
J4+22
    13218.0+V 23      F J4+26     1294.4 4 
    0.055 9 

    11923.6+V
J4+24
    14559.2+V 24      F J4+28     1341.1 7 
    0.045 9 

    13218.0+V
J4+26
  15946+V 3      F J4+30     1387.3 8 
    0.032 9 

    14559.2+V
J4+28
  17380+V 3      F J4+32     1433.5 6 
    0.032 8 

  15946+V
J4+30
  18859+V 3      F J4+34     1479.4 5 
    0.030 6 

  17380+V
J4+32
  20385+V 3      F J4+34     1525.2 8 
    0.020 4 

  18859+V
J4+34
        W     F J5 AP (36)        
      855.2+W 10 ?     F J5+2      855.2 10 ?
   <0.01

        W
J5 AP (36)
     1756.4+W 15 ?     F J5+4      901.2 10 ?
   <0.01

      855.2+W
J5+2
     2704.1+W 15      F J5+6      947.7 5 
    0.020 2 

     1756.4+W
J5+4
     3698.4+W 16      F J5+8      994.3 5 
    0.023 4 

     2704.1+W
J5+6
     4739.3+W 17      F J5+10     1040.9 5 
    0.023 4 

     3698.4+W
J5+8
     5826.2+W 18      F J5+12     1086.9 5 
    0.035 4 

     4739.3+W
J5+10
     6959.5+W 18      F J5+14     1133.3 5 
    0.027 4 

     5826.2+W
J5+12
     8138.9+W 19      F J5+16     1179.4 5 
    0.027 4 

     6959.5+W
J5+14
     9364.4+W 20      F J5+18     1225.5 5 
    0.020 4 

     8138.9+W
J5+16
    10636.2+W 20      F J5+20     1271.8 5 
    0.020 4 

     9364.4+W
J5+18
    11954.2+W 21      F J5+22     1318.0 6 
    0.018 3 

    10636.2+W
J5+20
    13318.5+W 23      F J5+24     1364.2 8 
    0.015 3 

    11954.2+W
J5+22
    14728.7+W 24      F J5+26     1410.2 8 
    0.013 2 

    13318.5+W
J5+24
  16185+W 3      F J5+28     1456.0 8 
 

    14728.7+W
J5+26

E(level): From a least-squares fit to γ energies in this data set. This computation assigns an uncertainty of 1 keV to those γ energies that do not have input uncertainties. The uncertainties in the level energies within the SD band are relative to the lowest level in this band. Seven Eγ values out of 327 differ by 3σ or more from the calculated ones.

Jπ(level): Above 2600 keV all levels are from 122Sn(36S,4nγ) and 122Sn(36S,4nγ): SD, so the Jπ are from the γ multipolarities and the reported band structure. Therefore, level-specific Jπ arguments are not given in this energy region.

T1/2(level): All values for excited levels are from 122Sn(36S,4nγ) (1985AzZY and 1988Ma28).

E(γ): From evaluator’s average of the various available values.

I(γ): Relative photon branching ratios, except for transitions in SD bands, which are relative intensities within each band, as well relative to the g.s. band population

Back to top

Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - First excited Kπ=0+ band.
      660.55 8  0+        
      905.08 7  2+      244.3 3 
   570.6 1 
   905.3 1 
    3.8 11 
  100 5 
   19.7 18 

E0+E2,M1

      660.55
      334.34
        0.0
0+
2+
0+
     1251.52 13  4+      346.6 2 
   504.9 3 
   67 7 
  100 10 
E2
E0+E2,M1
      905.08
      746.78
2+
4+
     1658.36 12  6+      406.9 1 
   434.7 2 
  100 7 
   13.4 15 
E2
E2+E0+(M1)
     1251.52
     1223.70
4+
6+
     2162.94 21  8+      504.7 4 
  100

     1658.36
6+
     2757.8 9  10+      594.7
  100

     2162.94
8+
     3289.0 9  12+      531.0
  100

     2757.8
10+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     3679.42 13  14+        
     4090.33 12  16+ 1.3 ps 5     410.90 10 
   581.60 5 
   14
  100 4 

E2
     3679.42
     3508.71
14+
14+
     4636.86 13  18+ 0.76 ps 17     546.50 5 
  100
E2
     4090.33
16+
     5249.29 13  20+ 0.62 ps 9     612.40 4 
  100
E2
     4636.86
18+
     5934.41 14  22+ 0.38 ps    685.10 4 
  100
E2
     5249.29
20+
     6690.23 14  24+ 0.2 ps    755.80 4 
  100
E2
     5934.41
22+
     7513.26 15  26+ 0.2 ps +4-2     823.00 4 
  100
E2
     6690.23
24+
     8400.38 15  28+ 0.15 ps    887.00 4 
  100
E2
     7513.26
26+
     9349.63 15  30+      949.20 4 
  100
E2
     8400.38
28+
    10358.67 17  32+     1008.82 9 
  100
E2
     9349.63
30+
    11431.67 19  34+     1073.00 8 
  100

    10358.67
32+
    12557.08 20  36+     1125.40 6 
  100

    11431.67
34+
    13744.38 21  38+     1187.30 6 
  100

    12557.08
36+
    14980.79 22  40+     1236.40 5 
  100

    13744.38
38+
    16271.86 22  42+     1291.07 5 
  100

    14980.79
40+
    17608.57 22  44+     1336.70 4 
  100

    16271.86
42+
    18963.2 11  46+     1354.6
  100

    17608.57
44+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - (π=+,α=0)2 band.
     9566.95 17  30+        
    10384.24 16  32+      716.1
   817.40 12 
  1034.60 4 
    5.0
   25
  100


E2
     9668.16
     9566.95
     9349.63
30+
30+
30+
    11120.21 16  34+      735.80 6 
   760.90 16 
  100
   33
E2

    10384.24
    10358.67
32+
32+
    11925.25 17  36+      605.90 19 
   805.00 6 
   27
  100

E2
    11318.82
    11120.21
34+
34+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - (π=+,α=0)3 band.
     7375.28 18  24+        
     8139.06 15  26+      626.01 6 
   763.89 18 
  100
   33


     7513.26
     7375.28
26+
24+
     8916.50 15  28+      516.00 5 
   778.20 11 
  100
   50


     8400.38
     8139.06
28+
26+
     9668.16 17  30+      751.80 12 
   945.09 5 
  100
  100


     8916.50
     8723.10
28+
28+
    10445.79 17  32+      777.80 9 
  100

     9668.16
30+
    11318.82 16  34+      873.20 9 
   934.90 8 
   958.7
   33
  100
  100



    10445.79
    10384.24
    10358.67
32+
32+
32+
    12409.47 16  36+      484.10 7 
  1090.96 6 
  1289.10 5 
  100
   25
   50



    11925.25
    11318.82
    11120.21
36+
34+
34+
    13257.4 8  38+ 0.8 ps 3     847.9
  1332.1
   27
  100

E2
    12409.47
    11925.25
36+
36+
    14135.2 8  40+ 0.8 ps 3     877.84 11 
  100
E2
    13257.4
38+
    14885.5 8  42+ 1.1 ps 3     750.25 17 
  100
E2
    14135.2
40+
    16011.3 13  44+ 0.16 ps 6    1125.8
  100
E2
    14885.5
42+
    17322.4 16  46+ 0.08 ps 3    1311.1
  100 5 
[E2]
    16011.3
44+
    18732.4 19  48+ < 0.11 ps   1410.0
  100
[E2]
    17322.4
46+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - Ground-state band.
        0.0 0+ 3.0×10+6 y 15 
% α = 100
     
      334.34 3  2+ 27.5 ps 20     334.30 3 
  100
E2
        0.0
0+
      746.78 8  4+ 6.9 ps 5     412.4 1 
  100
E2
      334.34
2+
     1223.70 8  6+ 2.4 ps 4     476.90 4 
  100
E2
      746.78
4+
     1747.21 9  8+ 1.5 ps 3     523.50 4 
  100
E2
     1223.70
6+
     2304.11 10  10+ 1.1 ps 3     556.90 4 
  100
E2
     1747.21
8+
     2892.61 10  12+ 0.94 ps 19     588.50 5 
  100
E2
     2304.11
10+
     3508.71 11  14+ 0.55 ps 10     616.10 4 
  100
E2
     2892.61
12+
     4172.76 13  16+      664.10 8 
  100
E2
     3508.71
14+
     4868.54 15  18+      695.90 12 
   778.40 22 
  100 10 
   54


     4172.76
     4090.33
16+
16+
     5563.96 17  20+      695.60 12 
  100

     4868.54
18+
     6285.24 17  22+      721.32 6 
  100

     5563.96
20+
     7045.16 17  24+      760.00 8 
  100

     6285.24
22+
     7856.13 17  26+      811.00 5 
  100

     7045.16
24+
     8723.10 17  28+      867.00 5 
  100

     7856.13
26+
     9646.14 18  30+      923.04 7 
  100

     8723.10
28+
    10629.19 20  32+      983.04 7 
  100

     9646.14
30+
    11665.79 20  34+     1036.60 6 
  100

    10629.19
32+
    12762.30 21  36+     1096.50 6 
  100

    11665.79
34+
    13909.23 22  38+     1146.93 5 
  100

    12762.30
36+
    15118.45 22  40+     1209.21 5 
  100

    13909.23
38+
    16373.45 23  42+     1255.00 5 
  100

    15118.45
40+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - (π=-,α=0)1 band.
     2664.5 8  8-        
     3048.1 7  10-      383.6
   627.1
   744.0
  100 15 
  100 10 
   25



     2664.5
     2421.01
     2304.11
8-
9-
10+
     3483.8 12  12-      435.7
  100

     3048.1
10-
     4005.9 16  14-      522.1
  100

     3483.8
12-
     4587.6 19  16-      581.7
  100

     4005.9
14-
     5205.9 21  18-      618.3
  100

     4587.6
16-
     5866.5 24  20-      660.6
  100

     5205.9
18-
     6560 3  22-      693.0
  100

     5866.5
20-
     7288 3  24-      728.6
  100

     6560
22-
     8061 3  26-      772.6
  100

     7288
24-
     8885 3  28-      823.8
  100

     8061
26-
     9765 4  30-      880.3
  100

     8885
28-
    10704 4  32-      938.9
  100

     9765
30-
    11704 4  34-      999.9
  100

    10704
32-
    12765 4  36-     1060.9
  100

    11704
34-
    13888 4  38-     1123.6
  100

    12765
36-
    15074 4  40-     1185.7
  100

    13888
38-
    16322 4  42-     1247.9
  100

    15074
40-
    17628 5  44-     1306.5
  100

    16322
42-
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 7 - (π=-,α=1)3 band.
    11916.1 13  35-        
    13402.4 13  39-      862.0
  100

    12540.4
37-
    14375.2 13  41-     1064.0
  100

    13311.2
39-
    15661.5 15  (43-)     1636.9
  100

    14024.6
41-
    16737.5 18  (45-)     1076.0
  100

    15661.5
(43-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 8 - (π=-,α=1)2 band.
    11082.2 8  33-        
    11829.5 8  35-      224.00 4 
   747.30 8 
   16.7 17 
  100 8 
(D)
(E2)
    11605.5
    11082.2
34-
33-
    12540.4 8  37-      233.60 4 
   710.90 7 
  100
  100

E2
    12306.8
    11829.5
36-
35-
    13311.2 8  39-      272.1
   770.80 9 
   60
  100

E2
    13039.1
    12540.4
38-
37-
    14024.6 11  41-      466.4
   713.4
  100
   80


    13558.2
    13311.2
40-
39-
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 9 - (π=-,α=1)5 band.
     6181.4 5  21-        
     6804.9 5  23-      623.50 5 
   769.5
  100
   40


     6181.4
     6035.39
21-
21-
     7772.0 5  25-      967.10 7 
  100

     6804.9
23-
     8280.3 5  27-      508.30 5 
   761.4
  100
   70


     7772.0
     7518.89
25-
25-
     9217.10 16  29-      882.20 4 
   936.8
  100 6 
   29
E2

     8334.89
     8280.3
27-
27-
    10155.80 17  31-      938.70 6 
  100
E2
     9217.10
29-
    11147.30 19  33-      991.50 8 
  100 3 
E2
    10155.80
31-
    12063.01 20  (35-)      915.70 6 
  100

    11147.30
33-
    13088.2 11  (37-)     1025.2
  100

    12063.01
(35-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 10 - (π=-,α=1)4 band.
     2567.0 7  7-        
     3011.91 16  9-      145.7
   444.9
   590.90 13 
  1264.7
  100
    4
   50
   40




     2866.2
     2567.0
     2421.01
     1747.21
8-
7-
9-
8+
     3314.31 17  11-      155.40 5 
   302.40 7 
   432.3
   893.3
  1010.2
  100
  100
   40
   20
   60





     3158.91
     3011.91
     2882.01
     2421.01
     2304.11
10-
9-
11-
9-
10+
     3719.91 18  13-      216.00 4 
   405.60 9 
  100
  100


     3503.91
     3314.31
12-
11-
     4230.41 19  15-      266.40 4 
   510.50 12 
  100
  100


     3964.01
     3719.91
14-
13-
     4826.31 19  17-      307.40 5 
   595.90 6 
  100
  100


     4518.91
     4230.41
16-
15-
     5488.91 20  19-      337.60 5 
   662.60 7 
  100
  100


     5151.31
     4826.31
18-
17-
     6201.02 20  21-      360.20 4 
   712.10 6 
  100
  100


     5840.91
     5488.91
20-
19-
     6952.3 3  23-      379.00 19 
   751.3 12 
  100
  100


     6573.3
     6201.02
22-
21-
     7741.0 5  25-      398.2
   788.7
  100
  100


     7342.8
     6952.3
24-
23-
     8570.0 5  27-      418.70 19 
   829.0 7 
  100
  100


     8151.3
     7741.0
26-
25-
     9444.8 5  29-      443.20 15 
   874.8 9 
  100
  100


     9001.6
     8570.0
28-
27-
    10367.4 12  31-      922.6
  100

     9444.8
29-
    11340.4 15  33-      973.0
  100

    10367.4
31-
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 11 - First excited Kπ=2+ band. Proposed by 1980Zo02 to be a
     1027.04 7  2+        
     1334.19 8  3+      429.0 2 
   587.5 1 
   999.8 1 
   14 3 
   24 3 
  100 5 



      905.08
      746.78
      334.34
2+
4+
2+
     1442.28 14  4+      415.8 4 
   695.3 2 
  1108.0 2 
   34 8 
  100 14 
   54 7 

M1(+E2)

     1027.04
      746.78
      334.34
2+
4+
2+
     1739.60 15  5+      405.8 4 
   515.6 3 
   992.9 3 
   58 9 
   38 6 
  100 9 



     1334.19
     1223.70
      746.78
3+
6+
4+
     1885.19 19  (6)+      661.5 3 
  1138.5 3 
  100 26 
   53 11 
M1,E2

     1223.70
      746.78
6+
4+
     2183.01 16  7+      443.4 2 
   959.1 3 
  100 7 
   47 5 
E2

     1739.60
     1223.70
5+
6+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 12 - Second excited Kπ=0+ band
     1057.88 16  0+        
     1390.27 10  2+      182.0 4 
   363.4 4 
   485.3 3 
   642.8 4 
   729.8 1 
  1055.8 3 
  1390.0 4 
   48 9 
   26 12 
   41 6 
   34 16 
  100 12 
   69 12 
   36 8 


E0+E2,M1


E0+E2,M1

     1207.72
     1027.04
      905.08
      746.78
      660.55
      334.34
        0.0
3-
2+
2+
4+
0+
2+
0+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 13 - Kπ=2+ band
     1507.49 9  2+        
     1781.7 4  (3+)      755.1 5 
  1447.1 4 
  100 20 
   91 20 


     1027.04
      334.34
2+
2+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 14 - Negative-parity band.
     1634.95 21  2-        
     1818.89 20  (4-)      610.6 5 
  1072.2 2 
   35 16 
  100 20 


     1207.72
      746.78
3-
4+
     1903.60 24  (3-)      569 1 
   876.6 3 
  1156.8 4 
  100 5 
    5.4 8 
    6.1 15 



     1334.19
     1027.04
      746.78
3+
2+
4+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 15 - 7+ bandhead. Probable configuration: (ν 3/2[532])+(ν
     2472.40 11  7+        
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 16 - SD-1 band (2009Ij01,1995Ni03). Proposed configuration:
        X J AP (24)        
      701.7+X 2  J+2      701.7 2 
    0.20 3 

        X
J AP (24)
     1450.7+X 3  J+4      749.0 2 
    0.27 4 

      701.7+X
J+2
     2245.1+X 4  J+6      794.4 2 
    0.39 4 

     1450.7+X
J+4
     3085.7+X 4  J+8      840.6 2 
    0.59 11 

     2245.1+X
J+6
     3973.1+X 5  J+10      887.4 2 
    0.70 11 

     3085.7+X
J+8
     4907.8+X 5  J+12      934.7 2 
    0.68 12 

     3973.1+X
J+10
     5888.9+X 6  J+14      981.1 2 
    0.50 12 

     4907.8+X
J+12
     6917.7+X 6  J+16     1028.8 2 
    0.52 12 

     5888.9+X
J+14
     7993.2+X 6  J+18     1075.5 2 
    0.49 12 

     6917.7+X
J+16
     9116.7+X 7  J+20     1123.5 2 
    0.42 12 

     7993.2+X
J+18
    10288.0+X 7  J+22     1171.3 2 
    0.35 12 

     9116.7+X
J+20
    11506.6+X 7  J+24     1218.6 2 
    0.30 12 

    10288.0+X
J+22
    12772.6+X 8  J+26     1266.0 2 
    0.30 11 

    11506.6+X
J+24
    14086.7+X 8  J+28     1314.0 2 
    0.25 10 

    12772.6+X
J+26
    15448.6+X 8  J+30     1361.9 2 
    0.22 10 

    14086.7+X
J+28
    16858.3+X 8  J+32     1409.7 2 
    0.30 10 

    15448.6+X
J+30
    18314.9+X 9  J+34     1456.6 3 
    0.11 8 

    16858.3+X
J+32
    19819.2+X 9  J+36     1504.3 2 
   <0.1

    18314.9+X
J+34
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 17 - SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to
        Y J1        
      794.9+Y 9  J1+2      794.9 9 ?
   <0.1

        Y
J1
     1634.8+Y 10  J1+4      839.9 2 
    0.20 2 

      794.9+Y
J1+2
     2520.1+Y 10  J1+6      885.3 2 
    0.27 3 

     1634.8+Y
J1+4
     3451.1+Y 10  J1+8      931.0 2 
    0.25 4 

     2520.1+Y
J1+6
     4428.2+Y 10  J1+10      977.1 2 
    0.30 4 

     3451.1+Y
J1+8
     5451.2+Y 10  J1+12     1023.0 2 
    0.30 4 

     4428.2+Y
J1+10
     6519.6+Y 11  J1+14     1068.4 4 
    0.24 4 

     5451.2+Y
J1+12
     7632.6+Y 12  J1+16     1113.0 4 
    0.21 4 

     6519.6+Y
J1+14
     8789.9+Y 13  J1+18     1157.3 4 
    0.20 4 

     7632.6+Y
J1+16
     9991.7+Y 13  J1+20     1201.8 2 
    0.21 4 

     8789.9+Y
J1+18
    11237.8+Y 13  J1+22     1246.1 3 
    0.19 4 

     9991.7+Y
J1+20
    12527.9+Y 13  J1+24     1290.1 3 
    0.18 4 

    11237.8+Y
J1+22
    13861.7+Y 14  J1+26     1333.7 4 
    0.10 4 

    12527.9+Y
J1+24
    15239.0+Y 15  J1+28     1377.3 4 
    0.09 4 

    13861.7+Y
J1+26
    16659.7+Y 15  J1+30     1420.7 4 
    0.04 3 

    15239.0+Y
J1+28
    18123.3+Y 16  J1+32     1463.6 4 
   <0.1

    16659.7+Y
J1+30
    19629.1+Y 16  J1+34     1505.8 4 
   <0.1

    18123.3+Y
J1+32
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 18 - SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed
        Z J2 AP (33)        
      780.5+Z 6  J2+2      780.5 6 
   <0.02

        Z
J2 AP (33)
     1607.7+Z 10  J2+4      827.2 8 
    0.030 7 

      780.5+Z
J2+2
     2479.7+Z 12  J2+6      872.0 6 
    0.040 9 

     1607.7+Z
J2+4
     3392.1+Z 13  J2+8      912.4 5 
    0.065 9 

     2479.7+Z
J2+6
     4349.5+Z 14  J2+10      957.4 5 
    0.090 9 

     3392.1+Z
J2+8
     5351.6+Z 14  J2+12     1002.1 3 
    0.090 14 

     4349.5+Z
J2+10
     6399.0+Z 15  J2+14     1047.4 3 
    0.070 14 

     5351.6+Z
J2+12
     7492.4+Z 15  J2+16     1093.4 3 
    0.100 14 

     6399.0+Z
J2+14
     8632.5+Z 15  J2+18     1140.1 2 
    0.110 14 

     7492.4+Z
J2+16
     9819.6+Z 15  J2+20     1187.1 3 
    0.100 14 

     8632.5+Z
J2+18
    11052.1+Z 16  J2+22     1232.5 3 
    0.060 14 

     9819.6+Z
J2+20
    12332.2+Z 16  J2+24     1280.1 3 
    0.060 14 

    11052.1+Z
J2+22
    13659.4+Z 16  J2+26     1327.1 3 
    0.055 9 

    12332.2+Z
J2+24
    15033.1+Z 17  J2+28     1373.7 4 
    0.045 9 

    13659.4+Z
J2+26
    16453.2+Z 17  J2+30     1420.1 3 
    0.040 9 

    15033.1+Z
J2+28
    17919.3+Z 17  J2+32     1466.1 3 
    0.030 4 

    16453.2+Z
J2+30
    19431.5+Z 19  J2+34     1512.2 7 
   <0.02

    17919.3+Z
J2+32
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 19 - SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to
        U J3        
      721.1+U 7  J3+2      721.1 7 
    0.015 4 

        U
J3
     1490.1+U 10  J3+4      769.0 6 
    0.020 7 

      721.1+U
J3+2
     2307.1+U 11  J3+6      817.0 6 
    0.028 11 

     1490.1+U
J3+4
     3172.5+U 12  J3+8      865.4 4 
    0.040 11 

     2307.1+U
J3+6
     4086.8+U 14  J3+10      914.3 6 
    0.055 11 

     3172.5+U
J3+8
     5050.1+U 14  J3+12      963.3 4 
    0.080 11 

     4086.8+U
J3+10
     6061.8+U 14  J3+14     1011.7 3 
    0.080 11 

     5050.1+U
J3+12
     7120.8+U 15  J3+16     1059.0 3 
    0.075 11 

     6061.8+U
J3+14
     8226.3+U 15  J3+18     1105.5 2 
    0.075 11 

     7120.8+U
J3+16
     9377.2+U 15  J3+20     1150.9 2 
    0.072 11 

     8226.3+U
J3+18
    10573.6+U 15  J3+22     1196.4 2 
    0.070 11 

     9377.2+U
J3+20
    11815.4+U 15  J3+24     1241.8 2 
    0.045 11 

    10573.6+U
J3+22
    13102.4+U 15  J3+26     1287.0 2 
    0.042 6 

    11815.4+U
J3+24
    14434.5+U 16  J3+28     1332.0 3 
    0.030 6 

    13102.4+U
J3+26
    15811.3+U 16  J3+30     1376.8 3 
    0.030 6 

    14434.5+U
J3+28
    17232.4+U 17  J3+32     1421.1 4 
    0.025 6 

    15811.3+U
J3+30
    18696.8+U 18  J3+34     1464.4 7 
    0.025 6 

    17232.4+U
J3+32
    20204.0+U 20  J3+36     1507.2 8 
    0.010 6 

    18696.8+U
J3+34
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 20 - SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
        V J4 AP (31)        
      738.6+V 8  J4+2      738.6 8 
    0.012 3 

        V
J4 AP (31)
     1522.6+V 12  J4+4      784.0 8 
    0.013 3 

      738.6+V
J4+2
     2352.5+V 14  J4+6      829.9 8 
    0.019 3 

     1522.6+V
J4+4
     3229.0+V 15  J4+8      876.5 6 
    0.028 7 

     2352.5+V
J4+6
     4152.5+V 17  J4+10      923.5 6 
    0.035 7 

     3229.0+V
J4+8
     5122.8+V 18  J4+12      970.3 6 
    0.035 9 

     4152.5+V
J4+10
     6140.2+V 19  J4+14     1017.4 8 
    0.045 9 

     5122.8+V
J4+12
     7204.4+V 20  J4+16     1064.2 6 
    0.045 9 

     6140.2+V
J4+14
     8315.0+V 21  J4+18     1110.6 4 
    0.055 9 

     7204.4+V
J4+16
     9471.9+V 21  J4+20     1156.9 5 
    0.055 9 

     8315.0+V
J4+18
    10675.0+V 23  J4+22     1203.1 7 
    0.040 9 

     9471.9+V
J4+20
    11923.6+V 23  J4+24     1248.6 5 
    0.045 9 

    10675.0+V
J4+22
    13218.0+V 23  J4+26     1294.4 4 
    0.055 9 

    11923.6+V
J4+24
    14559.2+V 24  J4+28     1341.1 7 
    0.045 9 

    13218.0+V
J4+26
  15946+V 3  J4+30     1387.3 8 
    0.032 9 

    14559.2+V
J4+28
  17380+V 3  J4+32     1433.5 6 
    0.032 8 

  15946+V
J4+30
  18859+V 3  J4+34     1479.4 5 
    0.030 6 

  17380+V
J4+32
  20385+V 3  J4+34     1525.2 8 
    0.020 4 

  18859+V
J4+34
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 21 - SD-6 band (2009Ij01), α=0 Proposed configuration:
        W J5 AP (36)        
      855.2+W 10  J5+2      855.2 10 ?
   <0.01

        W
J5 AP (36)
     1756.4+W 15  J5+4      901.2 10 ?
   <0.01

      855.2+W
J5+2
     2704.1+W 15  J5+6      947.7 5 
    0.020 2 

     1756.4+W
J5+4
     3698.4+W 16  J5+8      994.3 5 
    0.023 4 

     2704.1+W
J5+6
     4739.3+W 17  J5+10     1040.9 5 
    0.023 4 

     3698.4+W
J5+8
     5826.2+W 18  J5+12     1086.9 5 
    0.035 4 

     4739.3+W
J5+10
     6959.5+W 18  J5+14     1133.3 5 
    0.027 4 

     5826.2+W
J5+12
     8138.9+W 19  J5+16     1179.4 5 
    0.027 4 

     6959.5+W
J5+14
     9364.4+W 20  J5+18     1225.5 5 
    0.020 4 

     8138.9+W
J5+16
    10636.2+W 20  J5+20     1271.8 5 
    0.020 4 

     9364.4+W
J5+18
    11954.2+W 21  J5+22     1318.0 6 
    0.018 3 

    10636.2+W
J5+20
    13318.5+W 23  J5+24     1364.2 8 
    0.015 3 

    11954.2+W
J5+22
    14728.7+W 24  J5+26     1410.2 8 
    0.013 2 

    13318.5+W
J5+24
  16185+W 3  J5+28     1456.0 8 
 

    14728.7+W
J5+26

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Additional Gamma Data:













E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityConversion
Coefficient		Additional Data
      334.34 2+ 27.5 ps 20     334.30 3 E20.0466B(E2)(W.u.)=96 7, α=0.0466
      746.78 4+ 6.9 ps 5     412.4 1 E20.0255B(E2)(W.u.)=137 10, α=0.0255
      905.08 2+      570.6 1 E0+E2,M10.025α=0.025 3
     1027.04 2+      692.6 1 M10.01306α=0.01306
     1207.72 3-      873.3 1 E11.61×10-3α=1.61×10-3
     1223.70 6+ 2.4 ps 4     476.90 4 E20.01716B(E2)(W.u.)=1.9×102 4, α=0.01716
     1251.52 4+      346.6 2 E20.0418α=0.0418
4+      504.9 3 E0+E2,M10.094α=0.094 15
     1390.27 2+      485.3 3 E0+E2,M10.20α=0.20 5
2+     1055.8 3 E0+E2,M10.018α=0.018 8
     1442.28 4+      695.3 2 M1(+E2)0.010α=0.010 3
     1658.36 6+      406.9 1 E20.0264α=0.0264
6+      434.7 2 E2+E0+(M1)0.27α=0.27 3
     1747.21 8+ 1.5 ps 3     523.50 4 E20.01346B(E2)(W.u.)=1.9×102 4, α=0.01346
     1885.19 (6)+      661.5 3 M1,E20.011α=0.011 4
     2183.01 7+      443.4 2 E20.0209α=0.0209
     2304.11 10+ 1.1 ps 3     556.90 4 E20.01151B(E2)(W.u.)=1.9×102 6, α=0.01151
     2472.40 7+      289.3 2 E0+M1,E20.23α=0.23 3
7+      309.5 2 M10.1039α=0.1039
7+      725.1 1 M1+E20.009α=0.009 3
7+      814.1 1 M1+E20.0067α=0.0067 21
7+     1250.1 7 M10.00312α=0.00312
     2882.01 11- 4.5 ps +2-3     461.00 6 E20.0188B(E2)(W.u.)=55 +4-2, α=0.0188
     2892.61 12+ 0.94 ps 19     588.50 5 E20.01004B(E2)(W.u.)=1.7×102 4, α=0.01004
     3390.11 13- 1.7 ps    508.10 4 E20.01453B(E2)(W.u.)=1.5×102, α=0.01453
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityConversion
Coefficient		Additional Data
     3508.71 14+ 0.55 ps 10     616.10 4 E20.00897B(E2)(W.u.)=2.3×102 5, α=0.00897
     3982.21 15- 3.0 ps    592.10 4 E20.00989B(E2)(W.u.)=4.5×101, α=0.00989
     4090.33 16+ 1.3 ps 5     581.60 5 E20.01033B(E2)(W.u.)=1.2×102 5, α=0.01033
     4636.86 18+ 0.76 ps 17     546.50 5 E20.01207B(E2)(W.u.)=3.1×102 7, α=0.01207
     4641.82 17- 1.3 ps +10-6     659.60 4 E20.00763B(E2)(W.u.)=7.×101 +4-6, α=0.00763
     5249.29 20+ 0.62 ps 9     612.40 4 E20.00911B(E2)(W.u.)=2.1×102 4, α=0.00911
     5934.41 22+ 0.38 ps    685.10 4 E20.00698B(E2)(W.u.)=2.0×102, α=0.00698
     6690.23 24+ 0.2 ps    755.80 4 E20.00557B(E2)(W.u.)=2.3×102, α=0.00557
     7513.26 26+ 0.2 ps +4-2     823.00 4 E20.00461B(E2)(W.u.)=1.5×102 +16-15, α=0.00461
     8400.38 28+ 0.15 ps    887.00 4 E20.00392B(E2)(W.u.)=1.4×102, α=0.00392
    13257.4 38+ 0.8 ps 3    1332.1E2B(E2)(W.u.)=2.7 11
    14135.2 40+ 0.8 ps 3     877.84 11 E2B(E2)(W.u.)=28 11
    14885.5 42+ 1.1 ps 3     750.25 17 E2B(E2)(W.u.)=44 12
    16011.3 44+ 0.16 ps 6    1125.8E2B(E2)(W.u.)=40 15
    17322.4 46+ 0.08 ps 3    1311.1[E2]B(E2)(W.u.)=37 14
    18732.4 48+ < 0.11 ps   1410.0[E2]B(E2)(W.u.)>19

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
        0.00+ 3.0×10+6 y 15 
% α = 100
Δ<r2>(152Dy-154Dy)=0.285 25 fm2 and Δ<r2>(154Dy-156Dy)=0.37 3 (1987Au06). Other: 0.297 94 and 0.39 14, respectively, experimental values from compilation of 1995Ne12. See also 1996La03.
E(level): Δ<r2>(152Dy-154Dy)=0.285 25 fm2 and Δ<r2>(154Dy-156Dy)=0.37 3 (1987Au06). Other: 0.297 94 and 0.39 14, respectively, experimental values from compilation of 1995Ne12. See also 1996La03. Ground-state band.
      334.342+ 27.5 ps 20  E(level): Ground-state band.
      660.550+   E(level): First excited Kπ=0+ band.
      746.784+ 6.9 ps 5  E(level): Ground-state band.
      905.082+   The γ branching is from the 154Ho ε decay. IT is very different from that observed in the heavy-ion study.
E(level): The γ branching is from the 154Ho ε decay. IT is very different from that observed in the heavy-ion study. First excited Kπ=0+ band.
     1027.042+   E(level): First excited Kπ=2+ band. Proposed by 1980Zo02 to be a.
     1057.880+   E(level): Second excited Kπ=0+ band.
     1223.706+ 2.4 ps 4  E(level): Ground-state band.
     1251.524+   The γ branching is from the 154Ho ε decay. IT is very different from that observed in the heavy-ion study.
E(level): The γ branching is from the 154Ho ε decay. IT is very different from that observed in the heavy-ion study. First excited Kπ=0+ band.
     1334.193+   E(level): First excited Kπ=2+ band. Proposed by 1980Zo02 to be a.
     1390.272+   E(level): Second excited Kπ=0+ band.
     1442.284+   E(level): First excited Kπ=2+ band. Proposed by 1980Zo02 to be a.
     1507.492+   E(level): Kπ=2+ band.
     1634.952-   E(level): Negative-parity band.
     1658.366+   E(level): First excited Kπ=0+ band.
     1739.605+   E(level): First excited Kπ=2+ band. Proposed by 1980Zo02 to be a.
     1747.218+ 1.5 ps 3  E(level): Ground-state band.
     1781.7(3+)   E(level): Kπ=2+ band.
     1818.89(4-)   E(level): Negative-parity band.
     1832.6   XREF: d(1835).
     1885.19(6)+   E(level): First excited Kπ=2+ band. Proposed by 1980Zo02 to be a.
     1903.60(3-)   E(level): Negative-parity band.
     2162.948+   E(level): First excited Kπ=0+ band.
     2183.017+   E(level): First excited Kπ=2+ band. Proposed by 1980Zo02 to be a.
     2304.1110+ 1.1 ps 3  E(level): Ground-state band.
E(level)Jπ(level)T1/2(level)Comments
     2472.407+   E(level): 7+ bandhead. Probable configuration: (ν 3/2[532])+(ν.
     2567.07-   E(level): (π=-,α=1)4 band.
     2664.58-   E(level): (π=-,α=0)1 band.
     2757.810+   E(level): First excited Kπ=0+ band.
     2892.6112+ 0.94 ps 19  E(level): Ground-state band.
     3011.919-   E(level): (π=-,α=1)4 band.
     3048.110-   E(level): (π=-,α=0)1 band.
     3289.012+   E(level): First excited Kπ=0+ band.
     3314.3111-   E(level): (π=-,α=1)4 band.
     3483.812-   E(level): (π=-,α=0)1 band.
     3508.7114+ 0.55 ps 10  E(level): Ground-state band.
     3679.4214+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     3719.9113-   E(level): (π=-,α=1)4 band.
     4005.914-   E(level): (π=-,α=0)1 band.
     4090.3316+ 1.3 ps 5  E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     4172.7616+   E(level): Ground-state band.
     4230.4115-   E(level): (π=-,α=1)4 band.
     4587.616-   E(level): (π=-,α=0)1 band.
     4636.8618+ 0.76 ps 17  E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     4826.3117-   E(level): (π=-,α=1)4 band.
     4868.5418+   E(level): Ground-state band.
     5205.918-   E(level): (π=-,α=0)1 band.
     5249.2920+ 0.62 ps 9  E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     5488.9119-   E(level): (π=-,α=1)4 band.
     5563.9620+   E(level): Ground-state band.
E(level)Jπ(level)T1/2(level)Comments
     5866.520-   E(level): (π=-,α=0)1 band.
     5934.4122+ 0.38 ps E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     6181.421-   E(level): (π=-,α=1)5 band.
     6201.0221-   E(level): (π=-,α=1)4 band.
     6285.2422+   E(level): Ground-state band.
     656022-   E(level): (π=-,α=0)1 band.
     6690.2324+ 0.2 ps E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     6804.923-   E(level): (π=-,α=1)5 band.
     6952.323-   E(level): (π=-,α=1)4 band.
     7045.1624+   E(level): Ground-state band.
     728824-   E(level): (π=-,α=0)1 band.
     7375.2824+   E(level): (π=+,α=0)3 band.
     7513.2626+ 0.2 ps +4-2  E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     7741.025-   E(level): (π=-,α=1)4 band.
     7772.025-   E(level): (π=-,α=1)5 band.
     7856.1326+   E(level): Ground-state band.
     806126-   E(level): (π=-,α=0)1 band.
     8139.0626+   E(level): (π=+,α=0)3 band.
     8280.327-   E(level): (π=-,α=1)5 band.
     8400.3828+ 0.15 ps E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     8570.027-   E(level): (π=-,α=1)4 band.
     8723.1028+   E(level): Ground-state band.
     888528-   E(level): (π=-,α=0)1 band.
     8916.5028+   E(level): (π=+,α=0)3 band.
     9217.1029-   E(level): (π=-,α=1)5 band.
E(level)Jπ(level)T1/2(level)Comments
     9349.6330+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
     9444.829-   E(level): (π=-,α=1)4 band.
     9566.9530+   E(level): (π=+,α=0)2 band.
     9646.1430+   E(level): Ground-state band.
     9668.1630+   E(level): (π=+,α=0)3 band.
     976530-   E(level): (π=-,α=0)1 band.
    10155.8031-   E(level): (π=-,α=1)5 band.
    10358.6732+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    10367.431-   E(level): (π=-,α=1)4 band.
    10384.2432+   E(level): (π=+,α=0)2 band.
    10445.7932+   E(level): (π=+,α=0)3 band.
    10629.1932+   E(level): Ground-state band.
    1070432-   E(level): (π=-,α=0)1 band.
    11082.233-   E(level): (π=-,α=1)2 band.
    11120.2134+   E(level): (π=+,α=0)2 band.
    11147.3033-   E(level): (π=-,α=1)5 band.
    11318.8234+   E(level): (π=+,α=0)3 band.
    11340.433-   E(level): (π=-,α=1)4 band.
    11431.6734+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    11665.7934+   E(level): Ground-state band.
    1170434-   E(level): (π=-,α=0)1 band.
    11829.535-   E(level): (π=-,α=1)2 band.
    11916.135-   E(level): (π=-,α=1)3 band.
    11925.2536+   E(level): (π=+,α=0)2 band.
    12063.01(35-)   E(level): (π=-,α=1)5 band.
E(level)Jπ(level)T1/2(level)Comments
    12409.4736+   E(level): (π=+,α=0)3 band.
    12540.437-   E(level): (π=-,α=1)2 band.
    12557.0836+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    12762.3036+   E(level): Ground-state band.
    1276536-   E(level): (π=-,α=0)1 band.
    13088.2(37-)   E(level): (π=-,α=1)5 band.
    13257.438+ 0.8 ps 3  E(level): (π=+,α=0)3 band.
    13311.239-   E(level): (π=-,α=1)2 band.
    13402.439-   E(level): (π=-,α=1)3 band.
    13744.3838+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    1388838-   E(level): (π=-,α=0)1 band.
    13909.2338+   E(level): Ground-state band.
    14024.641-   E(level): (π=-,α=1)2 band. Maximally-aligned state; proposed termination of this level sequence.
    14135.240+ 0.8 ps 3  E(level): (π=+,α=0)3 band.
    14375.241-   E(level): (π=-,α=1)3 band.
    14590.242-   E(level): Maximally-aligned state; proposed termination of this level sequence.
    14885.542+ 1.1 ps 3  E(level): (π=+,α=0)3 band.
    14980.7940+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    1507440-   E(level): (π=-,α=0)1 band.
    15118.4540+   E(level): Ground-state band.
    15661.5(43-)   E(level): (π=-,α=1)3 band.
    16011.344+ 0.16 ps 6  E(level): (π=+,α=0)3 band.
    16271.8642+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    1632242-   E(level): (π=-,α=0)1 band.
    16373.4542+   E(level): Ground-state band.
E(level)Jπ(level)T1/2(level)Comments
    16737.5(45-)   E(level): (π=-,α=1)3 band.
    17322.446+ 0.08 ps 3  E(level): (π=+,α=0)3 band.
    17608.5744+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
    1762844-   E(level): (π=-,α=0)1 band.
    18732.448+ < 0.11 ps E(level): (π=+,α=0)3 band. Maximally-aligned state; proposed termination of this level sequence.
    18963.246+   E(level): S, or ’Super’, band. Denoted as (π=+,α=0)1 by 2002Ma10.
        XJ AP (24)   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
Jπ(level): As proposed by 2009Ij01 from assigned configurations and effective alignments. In their listing of data on superdeformed bands, 1999Ha56 estimate J=28 for this level. In a subsequent compilation, however, 2002Si26 do not suggest a Jπ value for IT.
      701.7+XJ+2   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     1450.7+XJ+4   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     2245.1+XJ+6   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     3085.7+XJ+8   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     3973.1+XJ+10   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     4907.8+XJ+12   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     5888.9+XJ+14   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     6917.7+XJ+16   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     7993.2+XJ+18   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
     9116.7+XJ+20   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    10288.0+XJ+22   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    11506.6+XJ+24   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    12772.6+XJ+26   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    14086.7+XJ+28   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    15448.6+XJ+30   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    16858.3+XJ+32   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    18314.9+XJ+34   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
    19819.2+XJ+36   E(level): SD-1 band (2009Ij01,1995Ni03). Proposed configuration:.
E(level)Jπ(level)T1/2(level)Comments
        YJ1   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
      794.9+YJ1+2   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     1634.8+YJ1+4   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     2520.1+YJ1+6   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     3451.1+YJ1+8   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     4428.2+YJ1+10   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     5451.2+YJ1+12   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     6519.6+YJ1+14   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     7632.6+YJ1+16   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     8789.9+YJ1+18   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
     9991.7+YJ1+20   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    11237.8+YJ1+22   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    12527.9+YJ1+24   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    13861.7+YJ1+26   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    15239.0+YJ1+28   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    16659.7+YJ1+30   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    18123.3+YJ1+32   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
    19629.1+YJ1+34   E(level): SD-2 band (2009Ij01). Percent feeding=0.30 10, relative to.
        ZJ2 AP (33)   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
Jπ(level): As proposed by 2009Ij01 from assigned configurations and effective alignments.
      780.5+ZJ2+2   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     1607.7+ZJ2+4   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     2479.7+ZJ2+6   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     3392.1+ZJ2+8   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     4349.5+ZJ2+10   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     5351.6+ZJ2+12   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
E(level)Jπ(level)T1/2(level)Comments
     6399.0+ZJ2+14   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     7492.4+ZJ2+16   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     8632.5+ZJ2+18   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
     9819.6+ZJ2+20   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    11052.1+ZJ2+22   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    12332.2+ZJ2+24   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    13659.4+ZJ2+26   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    15033.1+ZJ2+28   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    16453.2+ZJ2+30   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    17919.3+ZJ2+32   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
    19431.5+ZJ2+34   E(level): SD-3 band (2009Ij01). Band crossing at h|w≈0.45 MeV Proposed.
        UJ3   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
      721.1+UJ3+2   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     1490.1+UJ3+4   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     2307.1+UJ3+6   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     3172.5+UJ3+8   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     4086.8+UJ3+10   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     5050.1+UJ3+12   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     6061.8+UJ3+14   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     7120.8+UJ3+16   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     8226.3+UJ3+18   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
     9377.2+UJ3+20   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    10573.6+UJ3+22   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    11815.4+UJ3+24   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    13102.4+UJ3+26   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
E(level)Jπ(level)T1/2(level)Comments
    14434.5+UJ3+28   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    15811.3+UJ3+30   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    17232.4+UJ3+32   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    18696.8+UJ3+34   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
    20204.0+UJ3+36   E(level): SD-4 band (2009Ij01). Percent feeding=0.07 4, relative to.
        VJ4 AP (31)   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
Jπ(level): As proposed by 2009Ij01 from assigned configurations and effective alignments.
      738.6+VJ4+2   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     1522.6+VJ4+4   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     2352.5+VJ4+6   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     3229.0+VJ4+8   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     4152.5+VJ4+10   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     5122.8+VJ4+12   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     6140.2+VJ4+14   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     7204.4+VJ4+16   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     8315.0+VJ4+18   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
     9471.9+VJ4+20   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
    10675.0+VJ4+22   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
    11923.6+VJ4+24   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
    13218.0+VJ4+26   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
    14559.2+VJ4+28   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
  15946+VJ4+30   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
  17380+VJ4+32   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
  18859+VJ4+34   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
  20385+VJ4+34   E(level): SD-5 band (2009Ij01), α=1. Band crossing at h|w≈0.55 MeV.
        WJ5 AP (36)   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
Jπ(level): As proposed by 2009Ij01 from assigned configurations and effective alignments.
E(level)Jπ(level)T1/2(level)Comments
      855.2+WJ5+2   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     1756.4+WJ5+4   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     2704.1+WJ5+6   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     3698.4+WJ5+8   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     4739.3+WJ5+10   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     5826.2+WJ5+12   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     6959.5+WJ5+14   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     8138.9+WJ5+16   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
     9364.4+WJ5+18   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
    10636.2+WJ5+20   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
    11954.2+WJ5+22   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
    13318.5+WJ5+24   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
    14728.7+WJ5+26   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.
  16185+WJ5+28   E(level): SD-6 band (2009Ij01), α=0 Proposed configuration:.

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Additional Gamma Comments:

E(level)E(gamma)Comments
      905.08      905.3I(γ): Note that Iγ(905.3γ)/Iγ(244.2γ)=2.0 from the heavy-ion data.
     1251.52      504.9I(γ): Note that Iγ(504.3γ)/Iγ(346.6γ)=0.20 from the heavy-ion data.
     1334.19      587.5I(γ): From 154Ho ε decay (11.76 min). Other: 52 8 from 154Ho ε decay (3.10 min).
     1658.36      434.7I(γ): From 154Tb ε decay (3.25 min). Other: 105 19, from 1974Ba07, and 20, from 2002MaZM, both in (122Sn(36S,4nγ).
      701.7+X      701.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     1450.7+X      749.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     2245.1+X      794.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     3085.7+X      840.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     3973.1+X      887.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     4907.8+X      934.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     5888.9+X      981.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     6917.7+X     1028.8I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     7993.2+X     1075.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     9116.7+X     1123.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    10288.0+X     1171.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    11506.6+X     1218.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    12772.6+X     1266.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    14086.7+X     1314.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    15448.6+X     1361.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    16858.3+X     1409.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    18314.9+X     1456.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    19819.2+X     1504.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
      794.9+Y      794.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     1634.8+Y      839.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     2520.1+Y      885.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
E(level)E(gamma)Comments
     3451.1+Y      931.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     4428.2+Y      977.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     5451.2+Y     1023.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     6519.6+Y     1068.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     7632.6+Y     1113.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     8789.9+Y     1157.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     9991.7+Y     1201.8I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    11237.8+Y     1246.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    12527.9+Y     1290.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    13861.7+Y     1333.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    15239.0+Y     1377.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    16659.7+Y     1420.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    18123.3+Y     1463.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    19629.1+Y     1505.8I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
      780.5+Z      780.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     1607.7+Z      827.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     2479.7+Z      872.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     3392.1+Z      912.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     4349.5+Z      957.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     5351.6+Z     1002.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     6399.0+Z     1047.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     7492.4+Z     1093.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     8632.5+Z     1140.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     9819.6+Z     1187.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    11052.1+Z     1232.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
E(level)E(gamma)Comments
    12332.2+Z     1280.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    13659.4+Z     1327.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    15033.1+Z     1373.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    16453.2+Z     1420.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    17919.3+Z     1466.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    19431.5+Z     1512.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
      721.1+U      721.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     1490.1+U      769.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     2307.1+U      817.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     3172.5+U      865.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     4086.8+U      914.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     5050.1+U      963.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     6061.8+U     1011.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     7120.8+U     1059.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     8226.3+U     1105.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     9377.2+U     1150.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    10573.6+U     1196.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    11815.4+U     1241.8I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    13102.4+U     1287.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    14434.5+U     1332.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    15811.3+U     1376.8I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    17232.4+U     1421.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    18696.8+U     1464.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    20204.0+U     1507.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
      738.6+V      738.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
E(level)E(gamma)Comments
     1522.6+V      784.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     2352.5+V      829.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     3229.0+V      876.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     4152.5+V      923.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     5122.8+V      970.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     6140.2+V     1017.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     7204.4+V     1064.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     8315.0+V     1110.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     9471.9+V     1156.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    10675.0+V     1203.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    11923.6+V     1248.6I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    13218.0+V     1294.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    14559.2+V     1341.1I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
  15946+V     1387.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
  17380+V     1433.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
  18859+V     1479.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
  20385+V     1525.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
      855.2+W      855.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     1756.4+W      901.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     2704.1+W      947.7I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     3698.4+W      994.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     4739.3+W     1040.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     5826.2+W     1086.9I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     6959.5+W     1133.3I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
     8138.9+W     1179.4I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
E(level)E(gamma)Comments
     9364.4+W     1225.5I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    10636.2+W     1271.8I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    11954.2+W     1318.0I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    13318.5+W     1364.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)
    14728.7+W     1410.2I(γ): Intensity is relative to the population of the g.s. band in 122Sn(36S,4nγ) reaction at E=165 MeV (2009Ij01)

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