ADOPTED LEVELS, GAMMAS for 150Gd

Authors: S. K. Basu, A. A. Sonzogni |  Citation: Nucl. Data Sheets 114, 435 (2013) |  Cutoff date: 1-Apr-2013 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-4658 keV 8S(n)= 8708 keV 7S(p)= 6612 keV 7Q(α)= 2807 keV 6
Reference: 2017WA10

References:
  A  150Eu β- decay (12.8 H)  B  150Tb ε decay (5.8 M)
  C  150Tb ε decay (3.48 H)  D  154Dy α decay
  E  (HI,xnγ)  F  (HI,xnγ):SD
  G  148Sm(α,2nγ) E= 30 MeV  H  150Sm(α,4nγ) E=50 MeV
  I  151Eu(p,2nγ)  J  152Gd(p,t) E=18 MeV








E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
        0.0ABCDE GHIJ 0+ 1.79×10+6 y 8 
% α = 100
     
      638.045 14 ABC E GHIJ 2+      638.050 16 
   100
E2
        0.0
0+
     1134.297 17  BC E GHIJ 3-      496.242 15 
   100
E1
      638.045
2+
     1207.135 20   C      J 0+      569.083 15 
  1207.2 2 
   100 5 
 
E2+M1
E0
      638.045
        0.0
2+
0+
     1288.42 3  BC E GHIJ 4+      154.07 6 
   650.36
     1.8 4 
   100
(E1)
E2
     1134.297
      638.045
3-
2+
     1430.467 18   C     IJ (2)+      792.385 20 
  1430.46 4 
   100
    56 4 
E2
(E2)
      638.045
        0.0
2+
0+
     1518.362 21   C     I  2+      384.06 4 
   880.27 3 
  1518.34
    13.2
   100 5 
    93

M1+(E2+E0)
E2
     1134.297
      638.045
        0.0
3-
2+
0+
     1592.428 24   C        1      385.35
   954.46 4 
  1592.51 4 
     2.2
    61 3 
   100.0 18 

E1
M1
     1207.135
      638.045
        0.0
0+
2+
0+
     1699.912 25  BC E GHIJ 5-      411.490 15 
   565.64 2 
  1061.52 10 
    77 4 
   100
    15 3 
M1
E1

     1288.42
     1134.297
      638.045
4+
3-
2+
     1814.13 6   C     I  3-      525.70 20 
  1176.08 6 
    35
   100 6 
[E1]
E1
     1288.42
      638.045
4+
2+
     1936.31 16  B  E GH   6+      235.9 3 
   648.4 3 
    ≈3
   100 26 
(E1)
E2
     1699.912
     1288.42
5-
4+
     1947.36 3   C     IJ 2-,3-,4-      813.06 2 
   100
(E2)
     1134.297
3-
     1955.371 22   C        2+      436.980 25 
   524.90 20 
   748.23
   821.067 20 
  1317.50 6 
  1955.3 2 
    66 3 
    38
    34
   100 6 
    29.7 16 
     7.2 16 
M1+E2
(M1)

E1


     1518.362
     1430.467
     1207.135
     1134.297
      638.045
        0.0
2+
(2)+
0+
3-
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     1969.99 11   C             377.82 15 
   450
   539.26 15 
  1332.3 4 
    83 25 
     5
    50 25 
     1.0E2 4 




     1592.428
     1518.362
     1430.467
      638.045
1
2+
(2)+
2+
     1980?         J        
     1987.93 3   C     I  2+,3+,4+      557.45 3 
   699.47
  1349.83
    36.5 16 
    22.2
   100
E2

E2
     1430.467
     1288.42
      638.045
(2)+
4+
2+
     2080.61 9   C        (2,3,4)+      560
   650.33
   792.38
   945.7 2 
  1442.7 1 
    17.5
    75
    75
    30 8 
  <100

(E2)
(E2)


     1518.362
     1430.467
     1288.42
     1134.297
      638.045
2+
(2)+
4+
3-
2+
     2083.96 3   C        2-,3-      491.57 5 
   565.71
   949.90 5 
  1446.1 1 
     2.3 23 
    13.1
   100 5 
    51 5 


(M1)

     1592.428
     1518.362
     1134.297
      638.045
1
2+
3-
2+
     2091.623 25   C        2+      573.30
   661.18 4 
   803
   884.45 5 
   957.33 4 
  1453.55 4 
  2091.56 10 
     9.4
     1.48
     0.93
     5.7 4 
    19.6 12 
   100 6 
    48.0 24 
M1


[E2]
E1
(M1)

     1518.362
     1430.467
     1288.42
     1207.135
     1134.297
      638.045
        0.0
2+
(2)+
4+
0+
3-
2+
0+
     2115.75 9  B  E GHI  6+      179.4 3 ?
   415.3 2 
   827.48 10 
    ≈1.3
    25 11 
   100 14 
E2
E1
E2
     1936.31
     1699.912
     1288.42
6+
5-
4+
     2157.5 7   C            1023
  1519.6
     4
   100


     1134.297
      638.045
3-
2+
     2179.912 21   C        2+      224.4 1 
   587
   661.55 4 
   749.43 2 
  1045.60 3 
  1541.94 6 
  2179.9 2 
     3.9 12 
     2.8
     4.5
     3.9
   100 5 
    39.66 22 
    33.1 17 




E1


     1955.371
     1592.428
     1518.362
     1430.467
     1134.297
      638.045
        0.0
2+
1
2+
(2)+
3-
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2209.54 3   C        2-,3-      779.09 4 
  1075.25 3 
  1571.26 12 
    47 5 
   100 5 
    21 4 

M1

     1430.467
     1134.297
      638.045
(2)+
3-
2+
     2211.11 14  B  E GH   7-       95.5 2 
   274.9 3 
   511
     2.0 4 
     8 3 
   100 16 
(E1)
E1
E2
     2115.75
     1936.31
     1699.912
6+
6+
5-
     2262.21 4   C             743.86 6 
   831.73 7 
  1127.7 1 
  1624.20 6 
    20.8
    14.6
    65 4 
   100 7 




     1518.362
     1430.467
     1134.297
      638.045
2+
(2)+
3-
2+
     2306.2 4       G    (5-,6+)      ≈95
   606.8 5 
  1017.2 5 
 
   100 10 
    14 2 



     2211.11
     1699.912
     1288.42
7-
5-
4+
     2326.283 17   C             338.36 5 
   626.47 10 
   807.71 15 
   895.86 5 
  1037.9 3 
  1688.23 1 
    36 6 
    24 6 
    20 4 
    48 4 
    14 6 
   100 10 






     1987.93
     1699.912
     1518.362
     1430.467
     1288.42
      638.045
2+,3+,4+
5-
2+
(2)+
4+
2+
     2364.91 5   C        1,2+      772.52 8 
   846.5 2 
  1157.76 8 
  1231
  1726.85 15 
  2364.93 10 
    17.2 19 
     3.1 19 
    16.0 13 
     1.840
    23.9 25 
   100 5 






     1592.428
     1518.362
     1207.135
     1134.297
      638.045
        0.0
1
2+
0+
3-
2+
0+
     2392.06 17  B  E GH   (7)+      180.9 3 
   276
   455.7 2 
 
 
 
(M1+E2)

M1
     2211.11
     2115.75
     1936.31
7-
6+
6+
     2408.53 5   C        2+      328 1 
   977.78 8 
  1120.1 5 
  1274.51 10 
  1770.45 6 
     6 4 
    20.5 24 
    16 8 
    45 4 
   100 5 





     2080.61
     1430.467
     1288.42
     1134.297
      638.045
(2,3,4)+
(2)+
4+
3-
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2416.7 5 ?  C        3     1778.6 5 
   100

      638.045
2+
     2426.20 3   C        1-,2+      908.1 3 
   995.38 10 
  1291.66 3 
  1788.91 5 
  2425.98 10 
     1.9 12 
    10.4 19 
    85 5 
   100 5 
    63 3 





     1518.362
     1430.467
     1134.297
      638.045
        0.0
2+
(2)+
3-
2+
0+
     2434.34 9   C             916.1 3 
  1003.8 2 
  1796.29 10 
    19 7 
     9.375
   100 10 



     1518.362
     1430.467
      638.045
2+
(2)+
2+
     2521.56 7   C        (2+,3,4+)      574.1 5 
  1003.2 2 
  1091.0 1 
  1233.2 2 
  1387.2
  1883.6 1 
    15.79
    26.32
    47.37
    53 8 
    21 14 
   100 8 






     1947.36
     1518.362
     1430.467
     1288.42
     1134.297
      638.045
2-,3-,4-
2+
(2)+
4+
3-
2+
     2554.14 12  B  E GH   8+      162.0 2 
   343.07 10 
   438.37 10 
    14 4 
    59 19 
   100 45 
M1
E1
E2
     2392.06
     2211.11
     2115.75
(7)+
7-
6+
     2558.51 20   C        1,2+     1351.2
  2558.49 20 
    16.67
   100 10 


     1207.135
        0.0
0+
0+
     2564.96 13   C        (1-,2-,3-)      972.7 2 
  1134
  1430.5 04 
  1926.6 2 
  2565.4 3 
    27 14 
    90.91
     9E1 9 
   100 14 
    50 14 


(E2)


     1592.428
     1430.467
     1134.297
      638.045
        0.0
1
(2)+
3-
2+
0+
     2593.9 7   C            1387.3
  1459
     5E1 7 
   100


     1207.135
     1134.297
0+
3-
     2627.99 8 ?  C            1035.8 3 
  1493.67 8 
  1989.6 8 
    30 13 
   100 13 
    48 22 



     1592.428
     1134.297
      638.045
1
3-
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2654.39 7   C             666.49 8 
   699.03
  1223.8 5 
  2016.30 10 
     6.7 21 
    12.75
     5.4 21 
   100 5 




     1987.93
     1955.371
     1430.467
      638.045
2+,3+,4+
2+
(2)+
2+
     2678.45 13   C        1,2+      864.41
  1247.9 2 
  1544.1 5 
  2040.4 2 
  2678.6 3 
     7.273
    16 4 
    31 15 
   100 8 
    40 6 





     1814.13
     1430.467
     1134.297
      638.045
        0.0
3-
(2)+
3-
2+
0+
     2686.84 4   C        1-,2,3-      322.0 1 
   602.78 6 
   739.6 3 
   987.3 3 
  1094.41 5 
  1168.64 6 
  1256.4
  1552.3 5 
    16 4 
    39 4 
     7 5 
     7 4 
    52.46
   100 7 
    13 5 
    21 10 








     2364.91
     2083.96
     1947.36
     1699.912
     1592.428
     1518.362
     1430.467
     1134.297
1,2+
2-,3-
2-,3-,4-
5-
1
2+
(2)+
3-
     2754.58 6   C        2+,3,4+      492.35 5 
  1466.1 3 
  1620.30 10 
  2116.8 2 
  2754.6 8 
    15.6
     5 8 
    33 5 
   100 5 
    25 8 





     2262.21
     1288.42
     1134.297
      638.045
        0.0

4+
3-
2+
0+
     2767.3 6 ?       H   (8+)      831.0 5 
   100
[E2]
     1936.31
6+
     2786.49 5   C        1-,2+      831.18 7 
   839.2 2 
  1193.9 1 
  1267
  1356.01 10 
  1652.26
  2148.44 10 
     4.3
     4.3 13 
     8.0 19 
     4.3
    15.3 19 
    13.5 19 
   100 5 







     1955.371
     1947.36
     1592.428
     1518.362
     1430.467
     1134.297
      638.045
2+
2-,3-,4-
1
2+
(2)+
3-
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     2816.1 4     E  H   9-      605.0 3 
   100
E2
     2211.11
7-
     2827.81 7   C             743.84 6 
   874
   100
 


     2083.96
     1955.371
2-,3-
2+
     2834.8 4 ?       H   8-      623.4 3 ?
    30 10 

     2211.11
7-
     2845.41 5   C        1,2+      753.8 3 
  1326.7 2 
  1414.95 6 
  1638.06 10 
  2207.58 10 
  2845.65 25 
     1.6 11 
     7.1 17 
    27.5 17 
    14.3 22 
   100 5 
    19 3 






     2091.623
     1518.362
     1430.467
     1207.135
      638.045
        0.0
2+
2+
(2)+
0+
2+
0+
     2868.27 10   C            1579.92 10 
  1733.7 2 
   100 20 
    88 16 


     1288.42
     1134.297
4+
3-
     2906.0 5 ? B     H   8+      789.9 4 ?
   100
E2
     2115.75
6+
     2956.20 5   C             746
   864.55
   871.9 2 
   968.3 5 
  1001.0 2 
  1008.1 3 
  1365.3 3 
  1525.70 5 
  1822.2 5 
  2318.14 10 
    12.7
    12.7
    10 4 
    32 8 
    27 7 
    19 7 
    16 5 
    98 5 
    16 7 
   100 5 










     2209.54
     2091.623
     2083.96
     1987.93
     1955.371
     1947.36
     1592.428
     1430.467
     1134.297
      638.045
2-,3-
2+
2-,3-
2+,3+,4+
2+
2-,3-,4-
1
(2)+
3-
2+
     2984.95 11   C        1,2+      997.8 24 
  1392.4 4 
  1466.6 3 
  1554.4 4 
  1778.8
  2346.9 2 
  2984.90 15 
    19 6 
    17 6 
    10 7 
    38 9 
    27.78
    38 5 
   100 6 







     1987.93
     1592.428
     1518.362
     1430.467
     1207.135
      638.045
        0.0
2+,3+,4+
1
2+
(2)+
0+
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     3024.7 3   C            1596
  3024.5 3 
   100
   100 17 


     1430.467
        0.0
(2)+
0+
     3035.64 5   C        1-,2+      826.34 15 
   952
  1443.3 1 
  1517.4
  1605.44 11 
  1747.3
  1901.74 10 
  2397.04 10 
  3034.86 15 
     7.1 11 
    30
   >40.40
    10.10
    22 3 
    30
    97 5 
   100 5 
    53 3 









     2209.54
     2083.96
     1592.428
     1518.362
     1430.467
     1288.42
     1134.297
      638.045
        0.0
2-,3-
2-,3-
1
2+
(2)+
4+
3-
2+
0+
     3042.61 24   C            1908.6 4 
  3042.4 3 
    50 19 
   100 9 


     1134.297
        0.0
3-
0+
     3083.76 17 ?  C            1130.4 7 
  1652.6
  1876.6 4 
  1949.3 2 
  2446.1 10 
    20 14 
    20 10 
    20 10 
   100 10 
    50 17 





     1955.371
     1430.467
     1207.135
     1134.297
      638.045
2+
(2)+
0+
3-
2+
     3118.75 8   C            1600.10 15 
  1688.27 10 
  1830.7 5 
  1984.9 2 
    78 13 
    70 22 
    39 18 
   100 18 




     1518.362
     1430.467
     1288.42
     1134.297
2+
(2)+
4+
3-
     3134.13 6   C            1541.94 6 
  1615.37 10 
  1702.5 3 
  2494.7 8 
  3133.6 2 
    27 16 
    58 12 
    31 12 
   100 20 
    58 8 





     1592.428
     1518.362
     1430.467
      638.045
        0.0
1
2+
(2)+
2+
0+
     3176.8 5       G         622.7 5 
   100

     2554.14
8+
     3177.732 17   C            1094.19 5 
  1585.19 14 
  1659.9
  1747.8
  2043.7 10 
  2539.645 10 
    10.1
     9 4 
    14 4 
    12.66
    14 9 
   100 5 






     2083.96
     1592.428
     1518.362
     1430.467
     1134.297
      638.045
2-,3-
1
2+
(2)+
3-
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     3220.3 4     E  H   10-      404.3 3 
   100
M1+E2
     2816.1
9-
     3251.5 5   C            1660.0
  2614.3 10 
  3250.8 6 
   100 19 
     8E1 4 
    38 13 



     1592.428
      638.045
        0.0
1
2+
0+
     3269.32 11 ?  C            1089.4 1 
   100

     2179.912
2+
     3288.2 4     E  H   10+      472
   734.0 3 
 
   100

E2
     2816.1
     2554.14
9-
8+
     3298.34 22   C            1351.7
  2661.20 25 
    42
   100 13 


     1947.36
      638.045
2-,3-,4-
2+
     3329.33 16   C            1737.2 6 
  1811.9 3 
  2194.6 2 
  2691.0 5 
    17 10 
    24 8 
   100 8 
    44 8 




     1592.428
     1518.362
     1134.297
      638.045
1
2+
3-
2+
     3344.68 6   C        (2+)      935.4 2 
  1253.0 1 
  1260.5 2 
  1389.6 4 
  1530.5 3 
  1645.5 2 
  1752.1 2 
  1826.2 5 
  1914.3 2 
  2056.3 2 
  2210
  2706.86 15 
  3344.3 5 
     7 4 
    22 4 
    10 5 
    29 7 
    12 5 
    22 5 
    32 5 
    24 9 
   100 11 
    20 5 
    34
    88 5 
    13.6 17 













     2408.53
     2091.623
     2083.96
     1955.371
     1814.13
     1699.912
     1592.428
     1518.362
     1430.467
     1288.42
     1134.297
      638.045
        0.0
2+
2+
2-,3-
2+
3-
5-
1
2+
(2)+
4+
3-
2+
0+
     3366.4 4     E  H   11-      ≈78?
   146.2 3 
   550.3 3 
 
    42 23 
   100 30 



     3288.2
     3220.3
     2816.1
10+
10-
9-
     3375.72 14   C            1049.3 4 
  2241.42 15 
  2737.8 5 
  3375.5 7 
    16 10 
    53 7 
   100 19 
    14 5 




     2326.283
     1134.297
      638.045
        0.0

3-
2+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     3378.11 11   C            1563.96 10 
  1947
  2740.3 4 
    50 7 
    16.7
   100 17 



     1814.13
     1430.467
      638.045
3-
(2)+
2+
     3389.2 5   C            2751.0 10 
  3389.2 5 
     6E1 5 
   100 13 


      638.045
        0.0
2+
0+
     3461.7 5   C        2+     1943
  2173.4 5 
     4
     1.0E2 3 


     1518.362
     1288.42
2+
4+
     3510.72 17   C        (1-,2+)     1918
  2376.6 2 
  2872.2 3 
    17.95
    85 8 
   100 13 



     1592.428
     1134.297
      638.045
1
3-
2+
     3522.4 6   C            3522.4 6 
   100

        0.0
0+
     3631.4 3   C            2201.4 8 
  2498
  2993.2 3 
     1.0E2 4 
    29
    71 15 



     1430.467
     1134.297
      638.045
(2)+
3-
2+
     3657.35 19 ?  C        2+     1668.8 3 
  2450.2 10 
  3657.74 25 
    56 17 
    44 23 
   100 6 



     1987.93
     1207.135
        0.0
2+,3+,4+
0+
0+
     3712.40 22   C            1631.7 2 
  2579.5 8 
     1.0E2 4 
     9E1 4 


     2080.61
     1134.297
(2,3,4)+
3-
     3726.63 15   C            1518.24
  2296.9 8 
  2592.25 15 
    85.11
     6 5 
   100 7 



     2209.54
     1430.467
     1134.297
2-,3-
(2)+
3-
     3772.03 19   C            2636.8 5 
  3134.1 2 
     5E1 3 
   100


     1134.297
      638.045
3-
2+
     3828.4 4 ?  C        (1,2+)     2621.8 5 
  3828.0 4 
     1.0E2 4 
    33 7 


     1207.135
        0.0
0+
0+
     3840.04 17   C            1852 2 
  2409.36 20 
  3202.4 3 
    16.39
   100 5 
    20 4 



     1987.93
     1430.467
      638.045
2+,3+,4+
(2)+
2+
     3963.64 23   C            2372
  2532.5 3 
  2828.5 6 
  3327.7 5 
    28
     1.0E2 3 
    33 17 
    67 6 




     1592.428
     1430.467
     1134.297
      638.045
1
(2)+
3-
2+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     4021.2 4 ?  C        (1,2+)     3383.6 5 
  4020.8 4 
     1.0E2 5 
     0.71 7 


      638.045
        0.0
2+
0+
     4105.4 10     E      12+      817
   100
E2
     3288.2
10+
     4111.07 25 ?  C        1-,2+     2822.7 6 
  2975.9 6 
  4111.2 3 
    27 14 
    40 14 
   100 14 



     1288.42
     1134.297
        0.0
4+
3-
0+
     4131.1 5     E  H   13-      764.7 2 
   100
E2
     3366.4
11-
     4143.8 3 ?  C        (1-,2+)     3008.9 3 
  4145.4 5 
   100 17 
    67 9 


     1134.297
        0.0
3-
0+
     4151.0 4   C            3512.1 7 
  4151.3 5 
     1.0E2 4 
    40 9 


      638.045
        0.0
2+
0+
     4164.0 4   C        2+     2876.6 6 
  3525.7 8 
  4163.3 5 
   100 23 
    23 9 
    13.6 23 



     1288.42
      638.045
        0.0
4+
2+
0+
     4178.6 5   C            2971.7 10 
  4178.5 5 
     1.0E2 7 
    80 17 


     1207.135
        0.0
0+
0+
     4186.9 5        H   (12)-      966.6 3 
   100
E2
     3220.3
10-
     4206.9 3   C        (1,2+)     3570.6 6 
  4206.4 3 
    52 8 
   100 6 


      638.045
        0.0
2+
0+
     4235.2 6 ?  C        (1-,2+)     4235.1 6 
   100

        0.0
0+
     4246.2 3 ?  C        (1,2+)     3609.4 8 
  4246.0 3 
    43 11 
   100 6 


      638.045
        0.0
2+
0+
     4258.0 3   C        (1-,2+)     3124.0 3 
  4256.5 6 
   100 14 
    14 4 


     1134.297
        0.0
3-
0+
     4264.6 3   C        2+     4264.5 3 
   100

        0.0
0+
     4283.1 10 ?  C        (1,2+)     4283.0 10 
   100

        0.0
0+
     4289.4 3 ?  C        (1,2+)     4289.3 3 
   100

        0.0
0+
     4296.7 10   C            4296.6 10 
   100

        0.0
0+
     4303.2 3   C            3096.1 3 
  4302.4 8 
   100 11 
     7 3 


     1207.135
        0.0
0+
0+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     4314.0 3   C        1,2+     3675.3 5 
  4314.2 3 
   100 23 
    70 6 


      638.045
        0.0
2+
0+
     4322.0 3   C        2+     3684.3 4 
  4321.6 4 
    65 11 
   100 6 


      638.045
        0.0
2+
0+
     4343.9 4   C        (1,2+)     2913.7 4 
  4343.3 6 
   100 20 
    10 3 


     1430.467
        0.0
(2)+
0+
     4378.6 6 ?  C        (1+,2+)     4378.5 6 
   100

        0.0
0+
     4405.3 3   C        (1,2+)     3768.4 10 
  4405.1 3 
     7E1 4 
   100 6 


      638.045
        0.0
2+
0+
     4419.7 6        H   (13)      232.4 3 
    25 10 

     4186.9
(12)-
     4435.2 6   C            3797.4 7 
  4434.4 10 
     1.0E2 4 
    19 10 


      638.045
        0.0
2+
0+
     4445.9 3   C        1,2+     3239.2 5 
  4445.7 3 
    61 7 
   100 5 


     1207.135
        0.0
0+
0+
     4462.3 8   C            4462.2 8 
   100

        0.0
0+
     4492.8 7   C            3854.5 8 
  4493.3 15 
     1.0E2 5 
    12 9 


      638.045
        0.0
2+
0+
     4499.8 8   C            4499.7 8 
   100

        0.0
0+
     4522.8 6 ?  C            3884.7 6 
   100

      638.045
2+
     4529.4 4 ?  C        (1,2+)     2935.6 4 
  4531.5 5 
   100 20 
     9.0 20 


     1592.428
        0.0
1
0+
     4545.6 6   C            3907.5 6 
   100

      638.045
2+
     4557.2 10   C            4557.1 10 
   100

        0.0
0+
     4563.3 10   C            4563.2 10 
   100

        0.0
0+
     4739.6 11     E      14+      634
   100

     4105.4
12+
     4744.9 3   C            3152.4 3 
  3314.5 6 
   100 15 
    29 8 


     1592.428
     1430.467
1
(2)+
     4834.9 10     E  H   15-      704
   100

     4131.1
13-
     5428.8 11     E      16+      594
   689
 
 


     4834.9
     4739.6
15-
14+
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     5450.9 13     E  H   17-      616
   100

     4834.9
15-
     5632.8 14     E      17+      204
   100

     5428.8
16+
     5764.8 13     E      18+      132
   314
   336
 
 
 

D

     5632.8
     5450.9
     5428.8
17+
17-
16+
     6311.8 16     E      (19-)      547
   100

     5764.8
18+
     6450.8 16     E      (20+)      686
   100

     5764.8
18+
     6495.8 19     E      (21-)      184
   100

     6311.8
(19-)
     7275.8 22     E      (23-)      780
   100

     6495.8
(21-)
     7929.8 24     E      (25-)      654
   100

     7275.8
(23-)
     8325 3     E      (27-)      395
   100

     7929.8
(25-)
     9410 3 ?    E      (28+)     1085
   100

     8325
(27-)
     9497 3     E      (29-)     1172
   100

     8325
(27-)
     9582 3     E      (29+)      172
   100

     9410
(28+)
     9851 3     E      (30+)      269
   354
 
 


     9582
     9497
(29+)
(29-)
    10532 3     E      (31+)      950
   100

     9582
(29+)
    11231 4     E      (33+)      699
   100

    10532
(31+)
    12185 4     E      (34-)      954
   100

    11231
(33+)
    12678 4     E      (36-,34+)      493
   100

    12185
(34-)
        X     F     J AP (30+)        
      815.00+X 10      F     J+2      815.0 1 
     0.66 2 

        X
J AP (30+)
     1021.1+X 8      F     J+2        
     1664.10+X 15      F     J+4      849.1 1 
     0.88 1 

      815.00+X
J+2
     1931.3+X 8      F     J+4      910.2 2 
     0.39 2 

     1021.1+X
J+2
     2156.6+X 18      F     J+4        
     2552.00+X 18      F     J+6      887.9 1 
     1.00 1 

     1664.10+X
J+4
     2897.4+X 7      F     J+6      966.1 3 
     0.53 3 

     1931.3+X
J+4
     3012.6+X 15      F     J+6      856
 

     2156.6+X
J+4
     3480.90+X 20      F     J+8      928.9 1 
     1.00 1 

     2552.00+X
J+6
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     3893.0+X 6      F     J+8      995.6 3 
     0.55 3 

     2897.4+X
J+6
     3960.6+X 12      F     J+8      948
 

     3012.6+X
J+6
     4451.79+X 23      F     J+10      970.9 1 
     1.00 1 

     3480.90+X
J+8
     4861.7+X 6      F     J+10      901
   968.6 3 
  1380
 
     0.60 3 
    ≈0.05



     3960.6+X
     3893.0+X
     3480.90+X
J+8
J+8
J+8
     5465.28+X 25      F     J+12     1013.5 1 
     0.99 1 

     4451.79+X
J+10
     5860.7+X 5      F     J+12      999.0 2 
  1408
     0.86 3 
    ≈0.05


     4861.7+X
     4451.79+X
J+10
J+10
     6521.8+X 3      F     J+14     1056.5 1 
     1.00 1 

     5465.28+X
J+12
     6907.6+X 5      F     J+14     1046.8 2 
  1442
     0.89 3 
    ≈0.05


     5860.7+X
     5465.28+X
J+12
J+12
     7621.8+X 3      F     J+16     1100.1 1 
     0.97 1 

     6521.8+X
J+14
     8005.2+X 5      F     J+16     1097.6 2 
  1484
     0.96 2 
    ≈0.05


     6907.6+X
     6521.8+X
J+14
J+14
     8766.4+X 3      F     J+18     1144.6 1 
     0.99 1 

     7621.8+X
J+16
     9154.0+X 5      F     J+18     1148.7 2 
  1532
     0.98 2 
    ≈0.05


     8005.2+X
     7621.8+X
J+16
J+16
     9956.9+X 4      F     J+20     1190.5 1 
     0.95 1 

     8766.4+X
J+18
    10354.0+X 5      F     J+20     1199.9 2 
  1588
     1.00 1 
    ≈0.05


     9154.0+X
     8766.4+X
J+18
J+18
    11194.8+X 4      F     J+22     1237.9 1 
     0.96 2 

     9956.9+X
J+20
    11604.9+X 6      F     J+22     1250.9 2 
  1649
     1.02 3 
    ≈0.05


    10354.0+X
     9956.9+X
J+20
J+20
    12481.4+X 4      F     J+24     1286.6 1 
     0.89 2 

    11194.8+X
J+22
    12906.1+X 6      F     J+24     1301.2 2 
     0.96 3 

    11604.9+X
J+22
    13818.0+X 4      F     J+26     1336.6 1 
     0.81 2 

    12481.4+X
J+24
    14257.7+X 6      F     J+26     1351.6 2 
     0.85 3 

    12906.1+X
J+24
    15205.8+X 4      F     J+28     1387.8 1 
     0.65 2 

    13818.0+X
J+26
    15658.7+X 7      F     J+28     1401.0 2 
     0.71 2 

    14257.7+X
J+26
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    16645.9+X 4      F     J+30     1440.1 1 
     0.48 2 

    15205.8+X
J+28
    17109.1+X 7      F     J+30     1450.4 2 
     0.54 2 

    15658.7+X
J+28
    18139.1+X 5      F     J+32     1493.1 2 
     0.28 2 

    16645.9+X
J+30
    18608.2+X 8      F     J+32     1499.1 3 
     0.39 2 

    17109.1+X
J+30
    19686.1+X 6      F     J+34     1547.0 3 
     0.13 2 

    18139.1+X
J+32
    20155.8+X 9      F     J+34     1547.6 4 
     0.14 1 

    18608.2+X
J+32
    21287.8+X 7      F     J+36     1601.7 4 
     0.05 2 

    19686.1+X
J+34
    21751.8+X 11      F     J+36     1595.9 7 
     0.044 10 

    20155.8+X
J+34
    23397.3+X 14      F     J+38     1645.5 9 
 

    21751.8+X
J+36
        Y     F     K AP (27-)        
      688.1+Y 3      F     K+2      688.1 3 
     0.35 5 

        Y
K AP (27-)
     1287.6+Y 15      F     K+2        
     1423.8+Y 5      F     K+4      735.8 4 
     0.48 4 

      688.1+Y
K+2
     2015.5+Y 15      F     K+4      727.9 2 
     0.41 2 

     1287.6+Y
K+2
     2208.9+Y 7      F     K+6      785.2 5 
     0.71 5 

     1423.8+Y
K+4
     2787.0+Y 15      F     K+6      771.5 2 
     0.81 2 

     2015.5+Y
K+4
     3043.3+Y 8      F     K+8      834.4 3 
     0.92 4 

     2208.9+Y
K+6
     3601.3+Y 15      F     K+8      814.3 2 
     0.94 2 

     2787.0+Y
K+6
     3928.6+Y 9      F     K+10      885.3 3 
     0.92 2 

     3043.3+Y
K+8
     4458.6+Y 14      F     K+10      857.3 5 
     0.97 2 

     3601.3+Y
K+8
     4865.1+Y 10      F     K+12      936.6 4 
     0.93 2 

     3928.6+Y
K+10
     5359.3+Y 13      F     K+12      900.7 2 
     1.00 2 

     4458.6+Y
K+10
     5853.7+Y 10      F     K+14      988.6 2 
     0.93 2 

     4865.1+Y
K+12
     6304.6+Y 13      F     K+14      945.3 2 
     0.99 2 

     5359.3+Y
K+12
     6894.6+Y 10      F     K+16     1040.9 2 
     0.95 2 

     5853.7+Y
K+14
     7295.2+Y 13      F     K+16      990.6 2 
     0.99 2 

     6304.6+Y
K+14
     7989.9+Y 10      F     K+18     1095.3 2 
     0.97 2 

     6894.6+Y
K+16
     8331.9+Y 13      F     K+18     1036.7 2 
     0.99 2 

     7295.2+Y
K+16
     9139.2+Y 10      F     K+20     1149.3 2 
     1.00 2 

     7989.9+Y
K+18
     9415.2+Y 13      F     K+20     1083.3 2 
     1.00 2 

     8331.9+Y
K+18
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    10343.1+Y 11      F     K+22     1203.9 2 
     1.00 2 

     9139.2+Y
K+20
    10546.6+Y 12      F     K+22     1131.4 3 
     1.01 2 

     9415.2+Y
K+20
    11602.4+Y 11      F     K+24     1259.3 2 
     0.93 2 

    10343.1+Y
K+22
    11725.9+Y 12      F     K+24     1179.3 2 
     1.00 2 

    10546.6+Y
K+22
    12916.1+Y 11      F     K+26     1313.7 2 
     0.81 2 

    11602.4+Y
K+24
    12955.8+Y 12      F     K+26     1229.8 2 
  1354
     0.94 2 
    ≈0.03


    11725.9+Y
    11602.4+Y
K+24
K+24
    14229.1+Y 12      F     K+28     1273.4 2 
  1314
     0.81 2 
 


    12955.8+Y
    12916.1+Y
K+26
K+26
    14293.5+Y 11      F     J+28     1338
  1377.3 2 
 
     0.69 2 


    12955.8+Y
    12916.1+Y
K+26
K+26
    15557.7+Y 12      F     K+30     1328.6 2 
     0.73 2 

    14229.1+Y
K+28
    15721.8+Y 11      F     K+30     1428.3 2 
  1494
     0.55 2 
 


    14293.5+Y
    14229.1+Y
J+28
K+28
    16936.3+Y 12      F     K+32     1378.6 2 
     0.58 2 

    15557.7+Y
K+30
    17208.2+Y 12      F     K+32     1486.4 3 
     0.40 2 

    15721.8+Y
K+30
    18366.7+Y 13      F     K+34     1430.3 2 
     0.46 2 

    16936.3+Y
K+32
    18751.4+Y 12      F     K+34     1543.2 4 
     0.19 1 

    17208.2+Y
K+32
    19848.9+Y 13      F     K+36     1482.2 3 
     0.26 2 

    18366.7+Y
K+34
    20351.6+Y 14      F     K+36     1600.1 6 
     0.08 1 

    18751.4+Y
K+34
    21384.3+Y 14      F     K+38     1535.4 4 
     0.097 10 

    19848.9+Y
K+36
    22010.0+Y 15      F     K+38     1658.4 6 
     0.044 10 

    20351.6+Y
K+36
    22972.1+Y 15      F     J+40     1587.8 7 
     0.035 10 

    21384.3+Y
K+38
        Z     F     L AP (28-)        
      712.5+Z 3      F     L+2      712.5 3 
     0.76 2 

        Z
L AP (28-)
     1473.7+Z 5      F     L+4      761.2 3 
     0.89 3 

      712.5+Z
L+2
     2284.2+Z 6      F     L+6      810.5 3 
     0.94 3 

     1473.7+Z
L+4
     3144.2+Z 6      F     L+8      860.0 3 
     0.97 2 

     2284.2+Z
L+6
     4054.7+Z 8      F     L+10      910.6 4 
     1.03 2 

     3144.2+Z
L+8
     5017.2+Z 9      F     L+12      962.5 4 
     1.02 2 

     4054.7+Z
L+10
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     6032.1+Z 9      F     L+14     1014.9 3 
     1.03 2 

     5017.2+Z
L+12
     7100.3+Z 9      F     L+16     1068.2 2 
     1.03 2 

     6032.1+Z
L+14
     8222.7+Z 10      F     L+18     1122.4 3 
     1.01 2 

     7100.3+Z
L+16
     9399.8+Z 10      F     L+20     1177.1 3 
     1.03 2 

     8222.7+Z
L+18
    10632.1+Z 11      F     L+22     1232.2 3 
     1.02 2 

     9399.8+Z
L+20
    11919.8+Z 11      F     L+24     1287.7 3 
     0.97 3 

    10632.1+Z
L+22
    13263.6+Z 12      F     L+26     1343.8 3 
     0.90 2 

    11919.8+Z
L+24
    14664.1+Z 12      F     L+28     1400.5 3 
     0.76 2 

    13263.6+Z
L+26
    16121.2+Z 12      F     L+30     1457.1 3 
     0.59 2 

    14664.1+Z
L+28
    17635.1+Z 13      F     L+32     1513.9 3 
     0.38 1 

    16121.2+Z
L+30
    19204.2+Z 13      F     L+34     1569.1 3 
     0.23 1 

    17635.1+Z
L+32
        U     F     M AP (27+)        
      771.5+U 4      F     M+2      771.6 4 
 

        U
M AP (27+)
     1588.6+U 5      F     M+4      817.1 3 
     0.78 3 

      771.5+U
M+2
     2451.5+U 6      F     M+6      862.9 2 
     0.88 3 

     1588.6+U
M+4
     3359.9+U 6      F     M+8      908.4 2 
     0.89 3 

     2451.5+U
M+6
     4313.1+U 6      F     M+10      953.2 2 
     0.99 3 

     3359.9+U
M+8
     5311.3+U 7      F     M+12      998.3 2 
     0.93 3 

     4313.1+U
M+10
     6353.7+U 7      F     M+14     1042.4 3 
     0.93 3 

     5311.3+U
M+12
     7441.4+U 9      F     M+16     1087.7 4 
     1.06 3 

     6353.7+U
M+14
     8574.4+U 9      F     M+18     1133.1 2 
     1.04 3 

     7441.4+U
M+16
     9753.9+U 9      F     M+20     1179.4 2 
     1.04 3 

     8574.4+U
M+18
    10980.9+U 10      F     M+22     1227.1 4 
     1.03 3 

     9753.9+U
M+20
    12256.0+U 10      F     M+24     1275.1 2 
     1.00 4 

    10980.9+U
M+22
    13581.2+U 11      F     M+26     1325.2 3 
     0.91 4 

    12256.0+U
M+24
    14956.3+U 11      F     M+28     1375.1 3 
     0.71 4 

    13581.2+U
M+26
    16382.4+U 11      F     M+30     1426.1 3 
     0.53 3 

    14956.3+U
M+28
    17862.5+U 12      F     M+32     1480.1 3 
     0.32 3 

    16382.4+U
M+30
    19379.2+U 12      F     M+34     1516.7 4 
 

    17862.5+U
M+32
    20915.2+U 13      F     M+36     1536.0 4 
 

    19379.2+U
M+34
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    22505.2+U 15      F     M+38     1589.9 8 
 

    20915.2+U
M+36
        V     F     N AP (29+)        
      733.20+V 20      F     N+2      733.2 2 
 

        V
N AP (29+)
     1511.4+V 3      F     N+4      778.2 2 
 

      733.20+V
N+2
     2341.2+V 4      F     N+6      829.9 2 
     0.93 2 

     1511.4+V
N+4
     3221.1+V 4      F     N+8      879.8 2 
     0.99 2 

     2341.2+V
N+6
     4151.2+V 5      F     N+10      930.2 2 
     1.01 2 

     3221.1+V
N+8
     5132.6+V 5      F     N+12      981.4 2 
     1.03 1 

     4151.2+V
N+10
     6166.5+V 6      F     N+14     1033.9 2 
     1.04 1 

     5132.6+V
N+12
     7253.5+V 6      F     N+16     1087.0 2 
     1.03 1 

     6166.5+V
N+14
     8394.9+V 6      F     N+18     1141.4 2 
     1.02 1 

     7253.5+V
N+16
     9590.4+V 7      F     N+20     1195.6 3 
     0.98 1 

     8394.9+V
N+18
    10841.4+V 7      F     N+22     1250.9 2 
     0.95 1 

     9590.4+V
N+20
    12147.9+V 8      F     N+24     1306.5 2 
     0.95 1 

    10841.4+V
N+22
    13510.5+V 8      F     N+26     1362.7 3 
     0.91 1 

    12147.9+V
N+24
    14929.5+V 9      F     N+28     1419.0 3 
     0.77 2 

    13510.5+V
N+26
    16404.8+V 10      F     N+30     1475.3 4 
     0.51 2 

    14929.5+V
N+28
    17937.1+V 11      F     N+32     1532.3 6 
     0.34 2 

    16404.8+V
N+30
    19527.0+V 14      F     N+34     1589.9 7 
     0.14 3 

    17937.1+V
N+32
    21171.8+V 16      F     N+36     1644.7 9 
 

    19527.0+V
N+34
        W     F     J1 AP (28+)        
      711.1+W 5      F     J1+2      711.2 5 
 

        W
J1 AP (28+)
     1469.4+W 9      F     J1+4      758.5 7 
 

      711.1+W
J1+2
     2275.8+W 9      F     J1+6      806.4 2 
     0.78 1 

     1469.4+W
J1+4
     3131.3+W 9      F     J1+8      855.6 2 
     0.86 1 

     2275.8+W
J1+6
     4036.7+W 10      F     J1+10      905.4 2 
     0.92 1 

     3131.3+W
J1+8
     4993.1+W 10      F     J1+12      956.4 2 
     1.00 1 

     4036.7+W
J1+10
     6001.3+W 10      F     J1+14     1008.2 2 
     1.04 1 

     4993.1+W
J1+12
     7062.1+W 10      F     J1+16     1060.8 2 
     1.01 1 

     6001.3+W
J1+14
     8176.0+W 10      F     J1+18     1113.9 2 
     1.01 1 

     7062.1+W
J1+16
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     9344.4+W 11      F     J1+20     1168.4 2 
     1.03 1 

     8176.0+W
J1+18
    10567.0+W 11      F     J1+22     1222.6 2 
     1.00 1 

     9344.4+W
J1+20
    11845.0+W 11      F     J1+24     1278.0 2 
     0.94 1 

    10567.0+W
J1+22
    13178.7+W 11      F     J1+26     1333.7 2 
     0.75 1 

    11845.0+W
J1+24
    14568.9+W 12      F     J1+28     1390.2 3 
     0.58 1 

    13178.7+W
J1+26
    16015.7+W 12      F     J1+30     1446.8 3 
     0.41 2 

    14568.9+W
J1+28
    17519.6+W 13      F     J1+32     1503.9 4 
     0.24 2 

    16015.7+W
J1+30
    19080.3+W 14      F     J1+34     1560.7 6 
     0.15 2 

    17519.6+W
J1+32
    20698.2+W 16      F     J1+36     1617.9 8 
     0.08 3 

    19080.3+W
J1+34
        S     F     J2 AP (31+)        
      800.4+S 4      F     J2+2      800.6 4 
     0.38 2 

        S
J2 AP (31+)
     1650.3+S 5      F     J2+4      850.0 3 
     0.83 2 

      800.4+S
J2+2
     2552.7+S 6      F     J2+6      902.4 2 
     0.90 2 

     1650.3+S
J2+4
     3507.9+S 7      F     J2+8      955.3 3 
     0.97 2 

     2552.7+S
J2+6
     4518.1+S 7      F     J2+10     1010.2 2 
     1.03 1 

     3507.9+S
J2+8
     5584.2+S 7      F     J2+12     1066.2 2 
     1.00 1 

     4518.1+S
J2+10
     6706.4+S 7      F     J2+14     1122.2 2 
     0.99 1 

     5584.2+S
J2+12
     7886.2+S 8      F     J2+16     1179.8 2 
     0.99 1 

     6706.4+S
J2+14
     9124.2+S 8      F     J2+18     1238.0 3 
     0.99 1 

     7886.2+S
J2+16
    10420.8+S 9      F     J2+20     1296.6 3 
     0.99 2 

     9124.2+S
J2+18
    11776.5+S 9      F     J2+22     1355.7 3 
     0.84 1 

    10420.8+S
J2+20
    13191.5+S 10      F     J2+24     1415.0 3 
     0.68 2 

    11776.5+S
J2+22
    14665.5+S 11      F     J2+26     1474.0 4 
     0.53 2 

    13191.5+S
J2+24
    16199.5+S 12      F     J2+28     1534.0 5 
     0.37 3 

    14665.5+S
J2+26
    17793.6+S 14      F     J2+30     1594.1 7 
     0.17 3 

    16199.5+S
J2+28
    19446.1+S 17      F     J2+32     1652.5 9 
     0.05 3 

    17793.6+S
J2+30
        T     F     J3 AP (33+)        
      827.6+T 5      F     J3+2      827.8 5 
     0.59 2 

        T
J3 AP (33+)
     1702.9+T 7      F     J3+4      875.4 4 
     0.70 2 

      827.6+T
J3+2
     2627.2+T 7      F     J3+6      924.4 3 
     0.91 2 

     1702.9+T
J3+4
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     3601.5+T 9      F     J3+8      974.4 4 
     0.96 2 

     2627.2+T
J3+6
     4626.6+T 9      F     J3+10     1025.1 3 
     1.00 2 

     3601.5+T
J3+8
     5703.4+T 10      F     J3+12     1076.9 4 
     0.99 2 

     4626.6+T
J3+10
     6832.3+T 11      F     J3+14     1128.9 4 
     1.02 2 

     5703.4+T
J3+12
     8014.8+T 12      F     J3+16     1182.5 5 
     1.04 2 

     6832.3+T
J3+14
     9250.8+T 13      F     J3+18     1236.1 4 
     0.98 2 

     8014.8+T
J3+16
    10540.9+T 13      F     J3+20     1290.1 4 
     0.97 2 

     9250.8+T
J3+18
    11885.9+T 14      F     J3+22     1345.0 4 
     0.97 2 

    10540.9+T
J3+20
    13286.0+T 15      F     J3+24     1400.1 5 
     0.84 2 

    11885.9+T
J3+22
    14741.9+T 16      F     J3+26     1455.9 6 
     0.67 2 

    13286.0+T
J3+24
    16253.7+T 17      F     J3+28     1511.8 7 
     0.50 3 

    14741.9+T
J3+26
    17821.0+T 20      F     J3+30     1567.3 9 
     0.18 4 

    16253.7+T
J3+28
        A     F     J4 AP (32+)        
      804.0+A 4      F     J4+2      804.1 4 
 

        A
J4 AP (32+)
     1655.6+A 6      F     J4+4      851.7 4 
     0.87 1 

      804.0+A
J4+2
     2555.8+A 7      F     J4+6      900.2 3 
     0.91 1 

     1655.6+A
J4+4
     3507.0+A 8      F     J4+8      951.3 4 
     0.95 1 

     2555.8+A
J4+6
     4508.5+A 9      F     J4+10     1001.5 3 
     0.98 1 

     3507.0+A
J4+8
     5562.2+A 9      F     J4+12     1053.8 4 
     0.99 1 

     4508.5+A
J4+10
     6660.4+A 10      F     J4+14     1098.1 3 
     0.99 1 

     5562.2+A
J4+12
     7822.2+A 10      F     J4+16     1161.8 3 
     1.00 1 

     6660.4+A
J4+14
     9034.6+A 11      F     J4+18     1212.4 3 
     1.00 1 

     7822.2+A
J4+16
    10300.5+A 12      F     J4+20     1265.9 5 
     1.00 1 

     9034.6+A
J4+18
    11621.0+A 13      F     J4+22     1320.6 5 
     1.01 1 

    10300.5+A
J4+20
    12996.6+A 14      F     J4+24     1375.6 5 
     0.92 2 

    11621.0+A
J4+22
    14427.3+A 16      F     J4+26     1430.7 8 
     0.84 2 

    12996.6+A
J4+24
    15912.7+A 19      F     J4+28     1485.4 9 
     0.48 2 

    14427.3+A
J4+26
    17451.6+A 21      F     J4+30     1538.9 9 
     0.33 3 

    15912.7+A
J4+28
        B     F     J5 AP (34+)        
      830.0+B 5      F     J5+2      830.1 5 
     0.86 1 

        B
J5 AP (34+)
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     1706.5+B 7      F     J5+4      876.6 4 
     0.91 1 

      830.0+B
J5+2
     2629.1+B 9      F     J5+6      922.6 5 
     0.95 1 

     1706.5+B
J5+4
     3599.1+B 9      F     J5+8      970.0 3 
     0.97 1 

     2629.1+B
J5+6
     4615.7+B 10      F     J5+10     1016.6 4 
     0.97 1 

     3599.1+B
J5+8
     5680.0+B 11      F     J5+12     1064.3 4 
     0.99 1 

     4615.7+B
J5+10
     6792.0+B 12      F     J5+14     1112.0 5 
     1.00 1 

     5680.0+B
J5+12
     7952.0+B 14      F     J5+16     1160.0 7 
     0.97 1 

     6792.0+B
J5+14
     9159.7+B 15      F     J5+18     1207.7 6 
     1.01 1 

     7952.0+B
J5+16
    10414.1+B 16      F     J5+20     1254.4 5 
     1.01 1 

     9159.7+B
J5+18
    11716.8+B 17      F     J5+22     1302.7 5 
     1.01 1 

    10414.1+B
J5+20
    13068.5+B 17      F     J5+24     1351.7 5 
     1.01 1 

    11716.8+B
J5+22
    14468.6+B 18      F     J5+26     1400.1 5 
     0.99 2 

    13068.5+B
J5+24
    15917.5+B 19      F     J5+28     1448.9 5 
     0.82 2 

    14468.6+B
J5+26
    17412.5+B 21      F     J5+30     1495.0 9 
     0.50 2 

    15917.5+B
J5+28
        C     F     J6 AP (29+)        
      815.1+C 7      F     J6+2      815.1 7 
 

        C
J6 AP (29+)
     1664.1+C 8      F     J6+4      849.1 4 
 

      815.1+C
J6+2
     2553.1+C 12      F     J6+6      889.1 8 
 

     1664.1+C
J6+4
     3430.8+C 13      F     J6+8      877.7 6 
     0.79 2 

     2553.1+C
J6+6
     4353.5+C 14      F     J6+10      922.7 5 
     0.97 2 

     3430.8+C
J6+8
     5322.9+C 15      F     J6+12      969.4 5 
     0.99 1 

     4353.5+C
J6+10
     6338.5+C 16      F     J6+14     1015.6 5 
     0.99 1 

     5322.9+C
J6+12
     7403.9+C 17      F     J6+16     1065.4 6 
     0.99 1 

     6338.5+C
J6+14
     8516.3+C 18      F     J6+18     1112.5 6 
     1.00 1 

     7403.9+C
J6+16
     9682.2+C 19      F     J6+20     1165.9 7 
     1.02 1 

     8516.3+C
J6+18
    10901.0+C 20      F     J6+22     1218.8 6 
     0.99 2 

     9682.2+C
J6+20
    12172.4+C 21      F     J6+24     1271.4 6 
     0.94 2 

    10901.0+C
J6+22
    13499.3+C 22      F     J6+26     1326.9 5 
     0.80 2 

    12172.4+C
J6+24
    14881.7+C 23      F     J6+28     1382.4 7 
     0.73 2 

    13499.3+C
J6+26
    16320.1+C 24      F     J6+30     1438.4 6 
     0.59 2 

    14881.7+C
J6+28
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
    17816.2+C 25      F     J6+32     1496.1 8 
     0.42 2 

    16320.1+C
J6+30
  19373+C 3      F     J6+34     1556.6 9 
     0.18 3 

    17816.2+C
J6+32
        D     F     J7 AP (28+)        
      808.9+D 5      F     J7+2      808.9 5 
     0.76 2 

        D
J7 AP (28+)
     1667.4+D 9      F     J7+4      858.6 7 
 

      808.9+D
J7+2
     2577.0+D 12      F     J7+6      909.8 8 
 

     1667.4+D
J7+4
     3433.3+D 15      F     J7+8      856.5 8 
     0.75 2 

     2577.0+D
J7+6
     4334.0+D 15      F     J7+10      900.7 5 
     0.89 2 

     3433.3+D
J7+8
     5279.6+D 16      F     J7+12      945.7 5 
     0.95 2 

     4334.0+D
J7+10
     6271.1+D 17      F     J7+14      991.6 5 
     1.02 2 

     5279.6+D
J7+12
     7311.5+D 19      F     J7+16     1040.3 8 
     1.00 1 

     6271.1+D
J7+14
     8404.3+D 21      F     J7+18     1093.0 9 
     1.00 1 

     7311.5+D
J7+16
     9544.6+D 22      F     J7+20     1140.3 5 
     0.99 1 

     8404.3+D
J7+18
    10736.6+D 22      F     J7+22     1192.0 5 
     0.98 1 

     9544.6+D
J7+20
    11981.5+D 23      F     J7+24     1244.9 6 
     0.97 1 

    10736.6+D
J7+22
    13280.5+D 24      F     J7+26     1299.1 6 
     0.80 1 

    11981.5+D
J7+24
    14635.3+D 25      F     J7+28     1354.8 8 
     0.63 1 

    13280.5+D
J7+26
  16047+D 3      F     J7+30     1411.4 6 
     0.51 2 

    14635.3+D
J7+28
  17515+D 3      F     J7+32     1468.6 8 
     0.43 3 

  16047+D
J7+30
  19046+D 3      F     J7+34     1530.8 8 
     0.35 4 

  17515+D
J7+32
  20638+D 3      F     J7+36     1592.1 9 
     0.24 4 

  19046+D
J7+34

I(γ): Relative photon branching at each level. Data from 150Tb ε decay (3.48 h), except as noted.

M(γ): Transition multipolarities were determined from K-conversion coefficients in 150Tb ε decay (3.48 h) (1977Ha31) or 150Tb ε decay (5.8~min) (1977Ha21), unless otherwise noted.

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - Member of ΔJ=2 negative-parity band from Jπ=17- to 3-
     1134.297 17  3-        
     1699.912 25  5-      411.490 15 
   565.64 2 
  1061.52 10 
    77 4 
   100
    15 3 
M1
E1

     1288.42
     1134.297
      638.045
4+
3-
2+
     2211.11 14  7-       95.5 2 
   274.9 3 
   511
     2.0 4 
     8 3 
   100 16 
(E1)
E1
E2
     2115.75
     1936.31
     1699.912
6+
6+
5-
     2816.1 4  9-      605.0 3 
   100
E2
     2211.11
7-
     3366.4 4  11-      ≈78?
   146.2 3 
   550.3 3 
 
    42 23 
   100 30 



     3288.2
     3220.3
     2816.1
10+
10-
9-
     4131.1 5  13-      764.7 2 
   100
E2
     3366.4
11-
     4834.9 10  15-      704
   100

     4131.1
13-
     5450.9 13  17-      616
   100

     4834.9
15-
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - Member of ΔJ=2, positive-parity band.
        0.0 0+ 1.79×10+6 y 8 
% α = 100
     
      638.045 14  2+      638.050 16 
   100
E2
        0.0
0+
     1288.42 3  4+      154.07 6 
   650.36
     1.8 4 
   100
(E1)
E2
     1134.297
      638.045
3-
2+
     1936.31 16  6+      235.9 3 
   648.4 3 
    ≈3
   100 26 
(E1)
E2
     1699.912
     1288.42
5-
4+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - Member of ΔJ=2, positive-parity band.
     2115.75 9  6+        
     2554.14 12  8+      162.0 2 
   343.07 10 
   438.37 10 
    14 4 
    59 19 
   100 45 
M1
E1
E2
     2392.06
     2211.11
     2115.75
(7)+
7-
6+
     3288.2 4  10+      472
   734.0 3 
 
   100

E2
     2816.1
     2554.14
9-
8+
     4105.4 10  12+      817
   100
E2
     3288.2
10+
     4739.6 11  14+      634
   100

     4105.4
12+
     5428.8 11  16+      594
   689
 
 


     4834.9
     4739.6
15-
14+
     5764.8 13  18+      132
   314
   336
 
 
 

D

     5632.8
     5450.9
     5428.8
17+
17-
16+
     6450.8 16  (20+)      686
   100

     5764.8
18+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - Member of ΔJ=2 negative-parity band from Jπ=27- to
     6495.8 19  (21-)        
     7275.8 22  (23-)      780
   100

     6495.8
(21-)
     7929.8 24  (25-)      654
   100

     7275.8
(23-)
     8325 3  (27-)      395
   100

     7929.8
(25-)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4
        X J AP (30+)        
      815.00+X 10  J+2      815.0 1 
     0.66 2 

        X
J AP (30+)
     1664.10+X 15  J+4      849.1 1 
     0.88 1 

      815.00+X
J+2
     2552.00+X 18  J+6      887.9 1 
     1.00 1 

     1664.10+X
J+4
     3480.90+X 20  J+8      928.9 1 
     1.00 1 

     2552.00+X
J+6
     4451.79+X 23  J+10      970.9 1 
     1.00 1 

     3480.90+X
J+8
     5465.28+X 25  J+12     1013.5 1 
     0.99 1 

     4451.79+X
J+10
     6521.8+X 3  J+14     1056.5 1 
     1.00 1 

     5465.28+X
J+12
     7621.8+X 3  J+16     1100.1 1 
     0.97 1 

     6521.8+X
J+14
     8766.4+X 3  J+18     1144.6 1 
     0.99 1 

     7621.8+X
J+16
     9956.9+X 4  J+20     1190.5 1 
     0.95 1 

     8766.4+X
J+18
    11194.8+X 4  J+22     1237.9 1 
     0.96 2 

     9956.9+X
J+20
    12481.4+X 4  J+24     1286.6 1 
     0.89 2 

    11194.8+X
J+22
    13818.0+X 4  J+26     1336.6 1 
     0.81 2 

    12481.4+X
J+24
    15205.8+X 4  J+28        
    16645.9+X 4  J+30     1440.1 1 
     0.48 2 

    15205.8+X
J+28
    18139.1+X 5  J+32     1493.1 2 
     0.28 2 

    16645.9+X
J+30
    19686.1+X 6  J+34     1547.0 3 
     0.13 2 

    18139.1+X
J+32
    21287.8+X 7  J+36     1601.7 4 
     0.05 2 

    19686.1+X
J+34
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12
     1021.1+X 8  J+2        
     1931.3+X 8  J+4      910.2 2 
     0.39 2 

     1021.1+X
J+2
     2897.4+X 7  J+6      966.1 3 
     0.53 3 

     1931.3+X
J+4
     3893.0+X 6  J+8      995.6 3 
     0.55 3 

     2897.4+X
J+6
     4861.7+X 6  J+10      901
   968.6 3 
  1380
 
     0.60 3 
    ≈0.05



     3960.6+X
     3893.0+X
     3480.90+X
J+8
J+8
J+8
     5860.7+X 5  J+12      999.0 2 
  1408
     0.86 3 
    ≈0.05


     4861.7+X
     4451.79+X
J+10
J+10
     6907.6+X 5  J+14     1046.8 2 
  1442
     0.89 3 
    ≈0.05


     5860.7+X
     5465.28+X
J+12
J+12
     8005.2+X 5  J+16     1097.6 2 
  1484
     0.96 2 
    ≈0.05


     6907.6+X
     6521.8+X
J+14
J+14
     9154.0+X 5  J+18     1148.7 2 
  1532
     0.98 2 
    ≈0.05


     8005.2+X
     7621.8+X
J+16
J+16
    10354.0+X 5  J+20     1199.9 2 
  1588
     1.00 1 
    ≈0.05


     9154.0+X
     8766.4+X
J+18
J+18
    11604.9+X 6  J+22     1250.9 2 
  1649
     1.02 3 
    ≈0.05


    10354.0+X
     9956.9+X
J+20
J+20
    12906.1+X 6  J+24     1301.2 2 
     0.96 3 

    11604.9+X
J+22
    14257.7+X 6  J+26     1351.6 2 
     0.85 3 

    12906.1+X
J+24
    15658.7+X 7  J+28     1401.0 2 
     0.71 2 

    14257.7+X
J+26
    17109.1+X 7  J+30        
    18608.2+X 8  J+32     1499.1 3 
     0.39 2 

    17109.1+X
J+30
    20155.8+X 9  J+34     1547.6 4 
     0.14 1 

    18608.2+X
J+32
    21751.8+X 11  J+36     1595.9 7 
     0.044 10 

    20155.8+X
J+34
    23397.3+X 14  J+38     1645.5 9 
 

    21751.8+X
J+36
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 7 - SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4
     1287.6+Y 15  K+2        
     2015.5+Y 15  K+4      727.9 2 
     0.41 2 

     1287.6+Y
K+2
     2787.0+Y 15  K+6      771.5 2 
     0.81 2 

     2015.5+Y
K+4
     3601.3+Y 15  K+8      814.3 2 
     0.94 2 

     2787.0+Y
K+6
     4458.6+Y 14  K+10      857.3 5 
     0.97 2 

     3601.3+Y
K+8
     5359.3+Y 13  K+12      900.7 2 
     1.00 2 

     4458.6+Y
K+10
     6304.6+Y 13  K+14      945.3 2 
     0.99 2 

     5359.3+Y
K+12
     7295.2+Y 13  K+16      990.6 2 
     0.99 2 

     6304.6+Y
K+14
     8331.9+Y 13  K+18     1036.7 2 
     0.99 2 

     7295.2+Y
K+16
     9415.2+Y 13  K+20     1083.3 2 
     1.00 2 

     8331.9+Y
K+18
    10546.6+Y 12  K+22     1131.4 3 
     1.01 2 

     9415.2+Y
K+20
    11725.9+Y 12  K+24     1179.3 2 
     1.00 2 

    10546.6+Y
K+22
    12955.8+Y 12  K+26     1229.8 2 
  1354
     0.94 2 
    ≈0.03


    11725.9+Y
    11602.4+Y
K+24
K+24
    14229.1+Y 12  K+28     1273.4 2 
  1314
     0.81 2 
 


    12955.8+Y
    12916.1+Y
K+26
K+26
    15557.7+Y 12  K+30        
    16936.3+Y 12  K+32     1378.6 2 
     0.58 2 

    15557.7+Y
K+30
    18366.7+Y 13  K+34     1430.3 2 
     0.46 2 

    16936.3+Y
K+32
    19848.9+Y 13  K+36     1482.2 3 
     0.26 2 

    18366.7+Y
K+34
    21384.3+Y 14  K+38     1535.4 4 
     0.097 10 

    19848.9+Y
K+36
    22972.1+Y 15  J+40     1587.8 7 
     0.035 10 

    21384.3+Y
K+38
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 8 - SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4
        Y K AP (27-)        
      688.1+Y 3  K+2      688.1 3 
     0.35 5 

        Y
K AP (27-)
     1423.8+Y 5  K+4      735.8 4 
     0.48 4 

      688.1+Y
K+2
     2208.9+Y 7  K+6      785.2 5 
     0.71 5 

     1423.8+Y
K+4
     3043.3+Y 8  K+8      834.4 3 
     0.92 4 

     2208.9+Y
K+6
     3928.6+Y 9  K+10      885.3 3 
     0.92 2 

     3043.3+Y
K+8
     4865.1+Y 10  K+12      936.6 4 
     0.93 2 

     3928.6+Y
K+10
     5853.7+Y 10  K+14      988.6 2 
     0.93 2 

     4865.1+Y
K+12
     6894.6+Y 10  K+16     1040.9 2 
     0.95 2 

     5853.7+Y
K+14
     7989.9+Y 10  K+18     1095.3 2 
     0.97 2 

     6894.6+Y
K+16
     9139.2+Y 10  K+20     1149.3 2 
     1.00 2 

     7989.9+Y
K+18
    10343.1+Y 11  K+22     1203.9 2 
     1.00 2 

     9139.2+Y
K+20
    11602.4+Y 11  K+24     1259.3 2 
     0.93 2 

    10343.1+Y
K+22
    12916.1+Y 11  K+26     1313.7 2 
     0.81 2 

    11602.4+Y
K+24
    14293.5+Y 11  J+28        
    15721.8+Y 11  K+30     1428.3 2 
  1494
     0.55 2 
 


    14293.5+Y
    14229.1+Y
J+28
K+28
    17208.2+Y 12  K+32     1486.4 3 
     0.40 2 

    15721.8+Y
K+30
    18751.4+Y 12  K+34     1543.2 4 
     0.19 1 

    17208.2+Y
K+32
    20351.6+Y 14  K+36     1600.1 6 
     0.08 1 

    18751.4+Y
K+34
    22010.0+Y 15  K+38     1658.4 6 
     0.044 10 

    20351.6+Y
K+36
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 9 - SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4
        Z L AP (28-)        
      712.5+Z 3  L+2      712.5 3 
     0.76 2 

        Z
L AP (28-)
     1473.7+Z 5  L+4      761.2 3 
     0.89 3 

      712.5+Z
L+2
     2284.2+Z 6  L+6      810.5 3 
     0.94 3 

     1473.7+Z
L+4
     3144.2+Z 6  L+8      860.0 3 
     0.97 2 

     2284.2+Z
L+6
     4054.7+Z 8  L+10      910.6 4 
     1.03 2 

     3144.2+Z
L+8
     5017.2+Z 9  L+12      962.5 4 
     1.02 2 

     4054.7+Z
L+10
     6032.1+Z 9  L+14     1014.9 3 
     1.03 2 

     5017.2+Z
L+12
     7100.3+Z 9  L+16     1068.2 2 
     1.03 2 

     6032.1+Z
L+14
     8222.7+Z 10  L+18     1122.4 3 
     1.01 2 

     7100.3+Z
L+16
     9399.8+Z 10  L+20     1177.1 3 
     1.03 2 

     8222.7+Z
L+18
    10632.1+Z 11  L+22     1232.2 3 
     1.02 2 

     9399.8+Z
L+20
    11919.8+Z 11  L+24     1287.7 3 
     0.97 3 

    10632.1+Z
L+22
    13263.6+Z 12  L+26     1343.8 3 
     0.90 2 

    11919.8+Z
L+24
    14664.1+Z 12  L+28        
    16121.2+Z 12  L+30     1457.1 3 
     0.59 2 

    14664.1+Z
L+28
    17635.1+Z 13  L+32     1513.9 3 
     0.38 1 

    16121.2+Z
L+30
    19204.2+Z 13  L+34     1569.1 3 
     0.23 1 

    17635.1+Z
L+32
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 10 - SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from
        U M AP (27+)        
      771.5+U 4  M+2      771.6 4 
 

        U
M AP (27+)
     1588.6+U 5  M+4      817.1 3 
     0.78 3 

      771.5+U
M+2
     2451.5+U 6  M+6      862.9 2 
     0.88 3 

     1588.6+U
M+4
     3359.9+U 6  M+8      908.4 2 
     0.89 3 

     2451.5+U
M+6
     4313.1+U 6  M+10      953.2 2 
     0.99 3 

     3359.9+U
M+8
     5311.3+U 7  M+12      998.3 2 
     0.93 3 

     4313.1+U
M+10
     6353.7+U 7  M+14     1042.4 3 
     0.93 3 

     5311.3+U
M+12
     7441.4+U 9  M+16     1087.7 4 
     1.06 3 

     6353.7+U
M+14
     8574.4+U 9  M+18     1133.1 2 
     1.04 3 

     7441.4+U
M+16
     9753.9+U 9  M+20     1179.4 2 
     1.04 3 

     8574.4+U
M+18
    10980.9+U 10  M+22     1227.1 4 
     1.03 3 

     9753.9+U
M+20
    12256.0+U 10  M+24     1275.1 2 
     1.00 4 

    10980.9+U
M+22
    13581.2+U 11  M+26     1325.2 3 
     0.91 4 

    12256.0+U
M+24
    14956.3+U 11  M+28        
    16382.4+U 11  M+30     1426.1 3 
     0.53 3 

    14956.3+U
M+28
    17862.5+U 12  M+32     1480.1 3 
     0.32 3 

    16382.4+U
M+30
    19379.2+U 12  M+34     1516.7 4 
 

    17862.5+U
M+32
    20915.2+U 13  M+36     1536.0 4 
 

    19379.2+U
M+34
    22505.2+U 15  M+38     1589.9 8 
 

    20915.2+U
M+36
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 11 - SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%
        V N AP (29+)        
      733.20+V 20  N+2      733.2 2 
 

        V
N AP (29+)
     1511.4+V 3  N+4      778.2 2 
 

      733.20+V
N+2
     2341.2+V 4  N+6      829.9 2 
     0.93 2 

     1511.4+V
N+4
     3221.1+V 4  N+8      879.8 2 
     0.99 2 

     2341.2+V
N+6
     4151.2+V 5  N+10      930.2 2 
     1.01 2 

     3221.1+V
N+8
     5132.6+V 5  N+12      981.4 2 
     1.03 1 

     4151.2+V
N+10
     6166.5+V 6  N+14     1033.9 2 
     1.04 1 

     5132.6+V
N+12
     7253.5+V 6  N+16     1087.0 2 
     1.03 1 

     6166.5+V
N+14
     8394.9+V 6  N+18     1141.4 2 
     1.02 1 

     7253.5+V
N+16
     9590.4+V 7  N+20     1195.6 3 
     0.98 1 

     8394.9+V
N+18
    10841.4+V 7  N+22     1250.9 2 
     0.95 1 

     9590.4+V
N+20
    12147.9+V 8  N+24     1306.5 2 
     0.95 1 

    10841.4+V
N+22
    13510.5+V 8  N+26     1362.7 3 
     0.91 1 

    12147.9+V
N+24
    14929.5+V 9  N+28        
    16404.8+V 10  N+30     1475.3 4 
     0.51 2 

    14929.5+V
N+28
    17937.1+V 11  N+32     1532.3 6 
     0.34 2 

    16404.8+V
N+30
    19527.0+V 14  N+34     1589.9 7 
     0.14 3 

    17937.1+V
N+32
    21171.8+V 16  N+36     1644.7 9 
 

    19527.0+V
N+34
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 12 - SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%
        W J1 AP (28+)        
      711.1+W 5  J1+2      711.2 5 
 

        W
J1 AP (28+)
     1469.4+W 9  J1+4      758.5 7 
 

      711.1+W
J1+2
     2275.8+W 9  J1+6      806.4 2 
     0.78 1 

     1469.4+W
J1+4
     3131.3+W 9  J1+8      855.6 2 
     0.86 1 

     2275.8+W
J1+6
     4036.7+W 10  J1+10      905.4 2 
     0.92 1 

     3131.3+W
J1+8
     4993.1+W 10  J1+12      956.4 2 
     1.00 1 

     4036.7+W
J1+10
     6001.3+W 10  J1+14     1008.2 2 
     1.04 1 

     4993.1+W
J1+12
     7062.1+W 10  J1+16     1060.8 2 
     1.01 1 

     6001.3+W
J1+14
     8176.0+W 10  J1+18     1113.9 2 
     1.01 1 

     7062.1+W
J1+16
     9344.4+W 11  J1+20     1168.4 2 
     1.03 1 

     8176.0+W
J1+18
    10567.0+W 11  J1+22     1222.6 2 
     1.00 1 

     9344.4+W
J1+20
    11845.0+W 11  J1+24     1278.0 2 
     0.94 1 

    10567.0+W
J1+22
    13178.7+W 11  J1+26     1333.7 2 
     0.75 1 

    11845.0+W
J1+24
    14568.9+W 12  J1+28        
    16015.7+W 12  J1+30     1446.8 3 
     0.41 2 

    14568.9+W
J1+28
    17519.6+W 13  J1+32     1503.9 4 
     0.24 2 

    16015.7+W
J1+30
    19080.3+W 14  J1+34     1560.7 6 
     0.15 2 

    17519.6+W
J1+32
    20698.2+W 16  J1+36     1617.9 8 
     0.08 3 

    19080.3+W
J1+34
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 13 - SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%
        S J2 AP (31+)        
      800.4+S 4  J2+2      800.6 4 
     0.38 2 

        S
J2 AP (31+)
     1650.3+S 5  J2+4      850.0 3 
     0.83 2 

      800.4+S
J2+2
     2552.7+S 6  J2+6      902.4 2 
     0.90 2 

     1650.3+S
J2+4
     3507.9+S 7  J2+8      955.3 3 
     0.97 2 

     2552.7+S
J2+6
     4518.1+S 7  J2+10     1010.2 2 
     1.03 1 

     3507.9+S
J2+8
     5584.2+S 7  J2+12     1066.2 2 
     1.00 1 

     4518.1+S
J2+10
     6706.4+S 7  J2+14     1122.2 2 
     0.99 1 

     5584.2+S
J2+12
     7886.2+S 8  J2+16     1179.8 2 
     0.99 1 

     6706.4+S
J2+14
     9124.2+S 8  J2+18     1238.0 3 
     0.99 1 

     7886.2+S
J2+16
    10420.8+S 9  J2+20     1296.6 3 
     0.99 2 

     9124.2+S
J2+18
    11776.5+S 9  J2+22     1355.7 3 
     0.84 1 

    10420.8+S
J2+20
    13191.5+S 10  J2+24     1415.0 3 
     0.68 2 

    11776.5+S
J2+22
    14665.5+S 11  J2+26     1474.0 4 
     0.53 2 

    13191.5+S
J2+24
    16199.5+S 12  J2+28        
    17793.6+S 14  J2+30     1594.1 7 
     0.17 3 

    16199.5+S
J2+28
    19446.1+S 17  J2+32     1652.5 9 
     0.05 3 

    17793.6+S
J2+30
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 14 - SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%
        T J3 AP (33+)        
      827.6+T 5  J3+2      827.8 5 
     0.59 2 

        T
J3 AP (33+)
     1702.9+T 7  J3+4      875.4 4 
     0.70 2 

      827.6+T
J3+2
     2627.2+T 7  J3+6      924.4 3 
     0.91 2 

     1702.9+T
J3+4
     3601.5+T 9  J3+8      974.4 4 
     0.96 2 

     2627.2+T
J3+6
     4626.6+T 9  J3+10     1025.1 3 
     1.00 2 

     3601.5+T
J3+8
     5703.4+T 10  J3+12     1076.9 4 
     0.99 2 

     4626.6+T
J3+10
     6832.3+T 11  J3+14     1128.9 4 
     1.02 2 

     5703.4+T
J3+12
     8014.8+T 12  J3+16     1182.5 5 
     1.04 2 

     6832.3+T
J3+14
     9250.8+T 13  J3+18     1236.1 4 
     0.98 2 

     8014.8+T
J3+16
    10540.9+T 13  J3+20     1290.1 4 
     0.97 2 

     9250.8+T
J3+18
    11885.9+T 14  J3+22     1345.0 4 
     0.97 2 

    10540.9+T
J3+20
    13286.0+T 15  J3+24     1400.1 5 
     0.84 2 

    11885.9+T
J3+22
    14741.9+T 16  J3+26     1455.9 6 
     0.67 2 

    13286.0+T
J3+24
    16253.7+T 17  J3+28        
    17821.0+T 20  J3+30     1567.3 9 
     0.18 4 

    16253.7+T
J3+28
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 15 - SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%
        A J4 AP (32+)        
      804.0+A 4  J4+2      804.1 4 
 

        A
J4 AP (32+)
     1655.6+A 6  J4+4      851.7 4 
     0.87 1 

      804.0+A
J4+2
     2555.8+A 7  J4+6      900.2 3 
     0.91 1 

     1655.6+A
J4+4
     3507.0+A 8  J4+8      951.3 4 
     0.95 1 

     2555.8+A
J4+6
     4508.5+A 9  J4+10     1001.5 3 
     0.98 1 

     3507.0+A
J4+8
     5562.2+A 9  J4+12     1053.8 4 
     0.99 1 

     4508.5+A
J4+10
     6660.4+A 10  J4+14     1098.1 3 
     0.99 1 

     5562.2+A
J4+12
     7822.2+A 10  J4+16     1161.8 3 
     1.00 1 

     6660.4+A
J4+14
     9034.6+A 11  J4+18     1212.4 3 
     1.00 1 

     7822.2+A
J4+16
    10300.5+A 12  J4+20     1265.9 5 
     1.00 1 

     9034.6+A
J4+18
    11621.0+A 13  J4+22     1320.6 5 
     1.01 1 

    10300.5+A
J4+20
    12996.6+A 14  J4+24     1375.6 5 
     0.92 2 

    11621.0+A
J4+22
    14427.3+A 16  J4+26     1430.7 8 
     0.84 2 

    12996.6+A
J4+24
    15912.7+A 19  J4+28        
    17451.6+A 21  J4+30     1538.9 9 
     0.33 3 

    15912.7+A
J4+28
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 16 - SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%
        B J5 AP (34+)        
      830.0+B 5  J5+2      830.1 5 
     0.86 1 

        B
J5 AP (34+)
     1706.5+B 7  J5+4      876.6 4 
     0.91 1 

      830.0+B
J5+2
     2629.1+B 9  J5+6      922.6 5 
     0.95 1 

     1706.5+B
J5+4
     3599.1+B 9  J5+8      970.0 3 
     0.97 1 

     2629.1+B
J5+6
     4615.7+B 10  J5+10     1016.6 4 
     0.97 1 

     3599.1+B
J5+8
     5680.0+B 11  J5+12     1064.3 4 
     0.99 1 

     4615.7+B
J5+10
     6792.0+B 12  J5+14     1112.0 5 
     1.00 1 

     5680.0+B
J5+12
     7952.0+B 14  J5+16     1160.0 7 
     0.97 1 

     6792.0+B
J5+14
     9159.7+B 15  J5+18     1207.7 6 
     1.01 1 

     7952.0+B
J5+16
    10414.1+B 16  J5+20     1254.4 5 
     1.01 1 

     9159.7+B
J5+18
    11716.8+B 17  J5+22     1302.7 5 
     1.01 1 

    10414.1+B
J5+20
    13068.5+B 17  J5+24     1351.7 5 
     1.01 1 

    11716.8+B
J5+22
    14468.6+B 18  J5+26     1400.1 5 
     0.99 2 

    13068.5+B
J5+24
    15917.5+B 19  J5+28        
    17412.5+B 21  J5+30     1495.0 9 
     0.50 2 

    15917.5+B
J5+28
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 17 - SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%
        C J6 AP (29+)        
      815.1+C 7  J6+2      815.1 7 
 

        C
J6 AP (29+)
     1664.1+C 8  J6+4      849.1 4 
 

      815.1+C
J6+2
     2553.1+C 12  J6+6      889.1 8 
 

     1664.1+C
J6+4
     3430.8+C 13  J6+8      877.7 6 
     0.79 2 

     2553.1+C
J6+6
     4353.5+C 14  J6+10      922.7 5 
     0.97 2 

     3430.8+C
J6+8
     5322.9+C 15  J6+12      969.4 5 
     0.99 1 

     4353.5+C
J6+10
     6338.5+C 16  J6+14     1015.6 5 
     0.99 1 

     5322.9+C
J6+12
     7403.9+C 17  J6+16     1065.4 6 
     0.99 1 

     6338.5+C
J6+14
     8516.3+C 18  J6+18     1112.5 6 
     1.00 1 

     7403.9+C
J6+16
     9682.2+C 19  J6+20     1165.9 7 
     1.02 1 

     8516.3+C
J6+18
    10901.0+C 20  J6+22     1218.8 6 
     0.99 2 

     9682.2+C
J6+20
    12172.4+C 21  J6+24     1271.4 6 
     0.94 2 

    10901.0+C
J6+22
    13499.3+C 22  J6+26     1326.9 5 
     0.80 2 

    12172.4+C
J6+24
    14881.7+C 23  J6+28        
    16320.1+C 24  J6+30     1438.4 6 
     0.59 2 

    14881.7+C
J6+28
    17816.2+C 25  J6+32     1496.1 8 
     0.42 2 

    16320.1+C
J6+30
  19373+C 3  J6+34     1556.6 9 
     0.18 3 

    17816.2+C
J6+32
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 18 - SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%
        D J7 AP (28+)        
      808.9+D 5  J7+2      808.9 5 
     0.76 2 

        D
J7 AP (28+)
     1667.4+D 9  J7+4      858.6 7 
 

      808.9+D
J7+2
     2577.0+D 12  J7+6      909.8 8 
 

     1667.4+D
J7+4
     3433.3+D 15  J7+8      856.5 8 
     0.75 2 

     2577.0+D
J7+6
     4334.0+D 15  J7+10      900.7 5 
     0.89 2 

     3433.3+D
J7+8
     5279.6+D 16  J7+12      945.7 5 
     0.95 2 

     4334.0+D
J7+10
     6271.1+D 17  J7+14      991.6 5 
     1.02 2 

     5279.6+D
J7+12
     7311.5+D 19  J7+16     1040.3 8 
     1.00 1 

     6271.1+D
J7+14
     8404.3+D 21  J7+18     1093.0 9 
     1.00 1 

     7311.5+D
J7+16
     9544.6+D 22  J7+20     1140.3 5 
     0.99 1 

     8404.3+D
J7+18
    10736.6+D 22  J7+22     1192.0 5 
     0.98 1 

     9544.6+D
J7+20
    11981.5+D 23  J7+24     1244.9 6 
     0.97 1 

    10736.6+D
J7+22
    13280.5+D 24  J7+26     1299.1 6 
     0.80 1 

    11981.5+D
J7+24
    14635.3+D 25  J7+28        
  16047+D 3  J7+30     1411.4 6 
     0.51 2 

    14635.3+D
J7+28
  17515+D 3  J7+32     1468.6 8 
     0.43 3 

  16047+D
J7+30
  19046+D 3  J7+34     1530.8 8 
     0.35 4 

  17515+D
J7+32
  20638+D 3  J7+36     1592.1 9 
     0.24 4 

  19046+D
J7+34

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Additional Gamma Data:















E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
      638.045 2+      638.050 16 E2 0.00754α=0.00754, α(K)=0.00624 9, α(L)=0.001017 15, α(M)=0.000224 4, α(N)=5.11×10-5 8, α(O)=7.68E-6 11, α(P)=4.26E-7 6, α(N+)=5.92E-5 9
     1134.297 3-      496.242 15 E1 0.00479α=0.00479, α(K)=0.00409 6, α(L)=0.000552 8, α(M)=0.0001189 17, α(N)=2.72×10-5 4, α(O)=4.18E-6 6, α(P)=2.69E-7 4, α(N+)=3.17E-5 5
     1207.135 0+      569.083 15 E2+M1 0.014α=0.014 5, α(K)=0.012 4, α(L)=0.0018 4, α(M)=0.00039 8, α(N)=8.9×10-5 19, α(O)=1.4E-5 3, α(P)=8.E-7 3, α(N+)=0.000103 22
     1288.42 4+      650.36E2 0.00720α=0.00720, α(K)=0.00597 9, α(L)=0.000967 14, α(M)=0.000212 3, α(N)=4.86×10-5 7, α(O)=7.30E-6 11, α(P)=4.08E-7 6, α(N+)=5.63E-5 8
     1430.467 (2)+      792.385 20 E2 0.00456α=0.00456, α(K)=0.00381 6, α(L)=0.000582 9, α(M)=0.0001272 18, α(N)=2.91×10-5 4, α(O)=4.42E-6 7, α(P)=2.63E-7 4, α(N+)=3.38E-5 5
(2)+     1430.46 4 (E2) 1.39×10-3α=1.39×10-3, α(K)=0.001143 16, α(L)=0.0001566 22, α(M)=3.38E-5 5, α(N)=7.77E-6 11, α(O)=1.201E-6 17, α(P)=7.93E-8 12, α(N+)=6.12E-5 9
     1518.362 2+      880.27 3 M1+(E2+E0) 0.0049α=0.0049 13, α(K)=0.0042 12, α(L)=0.00059 14, α(M)=0.00013 3, α(N)=2.9×10-5 7, α(O)=4.5E-6 11, α(P)=3.0E-7 9, α(N+)=3.4E-5 8
2+     1518.34E2 1.28×10-3α=1.28×10-3, α(K)=0.001021 15, α(L)=0.0001389 20, α(M)=3.00E-5 5, α(N)=6.89E-6 10, α(O)=1.066E-6 15, α(P)=7.09E-8 10, α(N+)=8.85E-5 13
     1592.428 1      954.46 4 E1 1.24×10-3α=1.24×10-3, α(K)=0.001063 15, α(L)=0.0001391 20, α(M)=2.99E-5 5, α(N)=6.86E-6 10, α(O)=1.062E-6 15, α(P)=7.14E-8 10, α(N+)=7.99E-6 12
1     1592.51 4 M1 1.66×10-3α=1.66×10-3, α(K)=0.001312 19, α(L)=0.0001754 25, α(M)=3.78E-5 6, α(N)=8.70E-6 13, α(O)=1.358E-6 19, α(P)=9.41E-8 14, α(N+)=0.0001319 19
     1699.912 5-      411.490 15 M1 0.0417α=0.0417, α(K)=0.0354 5, α(L)=0.00495 7, α(M)=0.001071 15, α(N)=0.000247 4, α(O)=3.84×10-5 6, α(P)=2.60E-6 4, α(N+)=0.000288 4
5-      565.64 2 E1 0.00359α=0.00359, α(K)=0.00306 5, α(L)=0.000411 6, α(M)=8.84×10-5 13, α(N)=2.03E-5 3, α(O)=3.12E-6 5, α(P)=2.03E-7 3, α(N+)=2.36E-5 4
     1814.13 3-      525.70 20 [E1] 0.00421α=0.00421, α(K)=0.00360 5, α(L)=0.000484 7, α(M)=0.0001042 15, α(N)=2.39×10-5 4, α(O)=3.67E-6 6, α(P)=2.37E-7 4, α(N+)=2.78E-5 4
3-     1176.08 6 E1 8.60×10-4α=8.60×10-4, α(K)=0.000724 11, α(L)=9.40E-5 14, α(M)=2.02E-5 3, α(N)=4.63E-6 7, α(O)=7.19E-7 10, α(P)=4.88E-8 7, α(N+)=2.13E-5 3
     1936.31 6+      648.4 3 E2 0.00726α=0.00726, α(K)=0.00601 9, α(L)=0.000974 14, α(M)=0.000214 3, α(N)=4.89×10-5 7, α(O)=7.36E-6 11, α(P)=4.11E-7 6, α(N+)=5.67E-5 8
     1947.36 2-,3-,4-      813.06 2 (E2) 0.00430α=0.00430, α(K)=0.00360 5, α(L)=0.000546 8, α(M)=0.0001194 17, α(N)=2.73×10-5 4, α(O)=4.15E-6 6, α(P)=2.48E-7 4, α(N+)=3.17E-5 5
     1955.371 2+      436.980 25 M1+E21.2 40.026α=0.026 4, α(K)=0.022 3, α(L)=0.00355 24, α(M)=0.00078 5, α(N)=0.000179 12, α(O)=2.69×10-5 21, α(P)=1.54E-6 24, α(N+)=0.000207 14
2+      524.90 20 (M1) 0.0224α=0.0224, α(K)=0.0190 3, α(L)=0.00263 4, α(M)=0.000570 8, α(N)=0.0001312 19, α(O)=2.04×10-5 3, α(P)=1.389E-6 20, α(N+)=0.0001530 22
2+      821.067 20 E1 1.66×10-3α=1.66×10-3, α(K)=0.001420 20, α(L)=0.000187 3, α(M)=4.02E-5 6, α(N)=9.22E-6 13, α(O)=1.426E-6 20, α(P)=9.51E-8 14, α(N+)=1.074E-5 15
     1987.93 2+,3+,4+      557.45 3 E2 0.01053α=0.01053, α(K)=0.00864 12, α(L)=0.001480 21, α(M)=0.000327 5, α(N)=7.46×10-5 11, α(O)=1.111E-5 16, α(P)=5.85E-7 9, α(N+)=8.63E-5 12
2+,3+,4+     1349.83E2 1.53×10-3α=1.53×10-3, α(K)=0.001278 18, α(L)=0.0001763 25, α(M)=3.81E-5 6, α(N)=8.75E-6 13, α(O)=1.351E-6 19, α(P)=8.87E-8 13, α(N+)=4.06E-5 6
     2080.61 (2,3,4)+      650.33(E2) 0.00720α=0.00720, α(K)=0.00597 9, α(L)=0.000967 14, α(M)=0.000213 3, α(N)=4.86×10-5 7, α(O)=7.30E-6 11, α(P)=4.08E-7 6, α(N+)=5.63E-5 8
(2,3,4)+      792.38(E2) 0.00456α=0.00456, α(K)=0.00381 6, α(L)=0.000582 9, α(M)=0.0001272 18, α(N)=2.91×10-5 4, α(O)=4.42E-6 7, α(P)=2.63E-7 4, α(N+)=3.38E-5 5
     2083.96 2-,3-      949.90 5 (M1) 0.00517α=0.00517, α(K)=0.00441 7, α(L)=0.000599 9, α(M)=0.0001293 19, α(N)=2.98×10-5 5, α(O)=4.64E-6 7, α(P)=3.19E-7 5, α(N+)=3.47E-5 5
     2091.623 2+      573.30M1 0.0179α=0.0179, α(K)=0.01521 22, α(L)=0.00210 3, α(M)=0.000455 7, α(N)=0.0001047 15, α(O)=1.630×10-5 23, α(P)=1.110E-6 16, α(N+)=0.0001221 17
2+      884.45 5 [E2] 0.00358α=0.00358, α(K)=0.00301 5, α(L)=0.000447 7, α(M)=9.73×10-5 14, α(N)=2.23E-5 4, α(O)=3.40E-6 5, α(P)=2.08E-7 3, α(N+)=2.59E-5 4
2+      957.33 4 E1 1.23×10-3α=1.23×10-3, α(K)=0.001057 15, α(L)=0.0001383 20, α(M)=2.97E-5 5, α(N)=6.82E-6 10, α(O)=1.056E-6 15, α(P)=7.10E-8 10, α(N+)=7.94E-6 12
2+     1453.55 4 (M1) 0.00196α=0.00196, α(K)=0.001618 23, α(L)=0.000217 3, α(M)=4.67×10-5 7, α(N)=1.076E-5 15, α(O)=1.680E-6 24, α(P)=1.162E-7 17, α(N+)=7.91E-5 11
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
     2115.75 6+      179.4 3 E2 0.320α=0.320, α(K)=0.215 4, α(L)=0.0815 13, α(M)=0.0189 3, α(N)=0.00424 7, α(O)=0.000577 9, α(P)=1.203×10-5 18, α(N+)=0.00483 8
6+      415.3 2 E1 0.00722α=0.00722, α(K)=0.00615 9, α(L)=0.000838 12, α(M)=0.000181 3, α(N)=4.14×10-5 6, α(O)=6.33E-6 9, α(P)=4.01E-7 6, α(N+)=4.81E-5 7
6+      827.48 10 E2 0.00414α=0.00414, α(K)=0.00347 5, α(L)=0.000524 8, α(M)=0.0001143 16, α(N)=2.62×10-5 4, α(O)=3.98E-6 6, α(P)=2.39E-7 4, α(N+)=3.04E-5 5
     2179.912 2+     1045.60 3 E1 1.05×10-3α=1.05×10-3, α(K)=0.000897 13, α(L)=0.0001169 17, α(M)=2.51E-5 4, α(N)=5.76E-6 8, α(O)=8.93E-7 13, α(P)=6.03E-8 9, α(N+)=6.71E-6 10
     2209.54 2-,3-     1075.25 3 M1 0.00384α=0.00384, α(K)=0.00328 5, α(L)=0.000444 7, α(M)=9.57×10-5 14, α(N)=2.20E-5 3, α(O)=3.44E-6 5, α(P)=2.37E-7 4, α(N+)=2.57E-5 4
     2211.11 7-      274.9 3 E1 0.0199α=0.0199, α(K)=0.01687 24, α(L)=0.00235 4, α(M)=0.000507 8, α(N)=0.0001158 17, α(O)=1.76×10-5 3, α(P)=1.066E-6 16, α(N+)=0.0001344 20
7-      511E2 0.01318α=0.01318, α(K)=0.01074 15, α(L)=0.00191 3, α(M)=0.000423 6, α(N)=9.63×10-5 14, α(O)=1.426E-5 20, α(P)=7.21E-7 10, α(N+)=0.0001113 16
     2392.06 (7)+      455.7 2 M1 0.0320α=0.0320, α(K)=0.0272 4, α(L)=0.00379 6, α(M)=0.000821 12, α(N)=0.000189 3, α(O)=2.94×10-5 5, α(P)=1.99E-6 3, α(N+)=0.000220 3
     2554.14 8+      162.0 2 M1 0.513α=0.513, α(K)=0.434 7, α(L)=0.0622 9, α(M)=0.01352 20, α(N)=0.00311 5, α(O)=0.000483 7, α(P)=3.23×10-5 5, α(N+)=0.00363 6
8+      343.07 10 E1 0.01142α=0.01142, α(K)=0.00972 14, α(L)=0.001337 19, α(M)=0.000288 4, α(N)=6.59×10-5 10, α(O)=1.005E-5 14, α(P)=6.25E-7 9, α(N+)=7.66E-5 11
8+      438.37 10 E2 0.0199α=0.0199, α(K)=0.01598 23, α(L)=0.00305 5, α(M)=0.000680 10, α(N)=0.0001546 22, α(O)=2.26×10-5 4, α(P)=1.057E-6 15, α(N+)=0.0001783 25
     2564.96 (1-,2-,3-)     1430.5 04 (E2) 1.39×10-3α=1.39×10-3, α(K)=0.001143 16, α(L)=0.0001566 22, α(M)=3.38E-5 5, α(N)=7.77E-6 11, α(O)=1.201E-6 17, α(P)=7.93E-8 12, α(N+)=6.12E-5 9
     2767.3 (8+)      831.0 5 [E2] 0.00410α=0.00410, α(K)=0.00344 5, α(L)=0.000518 8, α(M)=0.0001131 16, α(N)=2.59×10-5 4, α(O)=3.94E-6 6, α(P)=2.37E-7 4, α(N+)=3.01E-5 5
     2816.1 9-      605.0 3 E2 0.00859α=0.00859, α(K)=0.00708 10, α(L)=0.001176 17, α(M)=0.000259 4, α(N)=5.92×10-5 9, α(O)=8.86E-6 13, α(P)=4.82E-7 7, α(N+)=6.85E-5 10
     2906.0 8+      789.9 4 E2 0.00459α=0.00459, α(K)=0.00384 6, α(L)=0.000587 9, α(M)=0.0001282 18, α(N)=2.94×10-5 5, α(O)=4.45E-6 7, α(P)=2.64E-7 4, α(N+)=3.41E-5 5
     3220.3 10-      404.3 3 M1+E2 0.034α=0.034 10, α(K)=0.028 9, α(L)=0.0046 7, α(M)=0.00100 12, α(N)=0.00023 3, α(O)=3.5×10-5 6, α(P)=2.0E-6 8, α(N+)=0.00027 4
     3288.2 10+      734.0 3 E2 0.00542α=0.00542, α(K)=0.00452 7, α(L)=0.000705 10, α(M)=0.0001544 22, α(N)=3.53×10-5 5, α(O)=5.34E-6 8, α(P)=3.11E-7 5, α(N+)=4.10E-5 6
     4105.4 12+      817E2 0.00425α=0.00425, α(K)=0.00357 5, α(L)=0.000540 8, α(M)=0.0001179 17, α(N)=2.70×10-5 4, α(O)=4.10E-6 6, α(P)=2.46E-7 4, α(N+)=3.14E-5 5
     4131.1 13-      764.7 2 E2 0.00494α=0.00494, α(K)=0.00412 6, α(L)=0.000636 9, α(M)=0.0001391 20, α(N)=3.18×10-5 5, α(O)=4.82E-6 7, α(P)=2.84E-7 4, α(N+)=3.69E-5 6
     4186.9 (12)-      966.6 3 E2 0.00296α=0.00296, α(K)=0.00249 4, α(L)=0.000363 5, α(M)=7.90×10-5 11, α(N)=1.81E-5 3, α(O)=2.77E-6 4, α(P)=1.725E-7 25, α(N+)=2.11E-5 3

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
        0.00+ 1.79×10+6 y 8 
% α = 100
E(level): Member of ΔJ=2, positive-parity band.
      638.0452+   E(level): Member of ΔJ=2, positive-parity band. From 150Tb ε decay (5.8~min).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     1134.2973-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-. From 150Tb ε decay (5.8~min).
     1288.424+   E(level): Member of ΔJ=2, positive-parity band. From 150Tb ε decay (5.8~min).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     1699.9125-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-.
     1936.316+   E(level): Member of ΔJ=2, positive-parity band. From 150Tb ε decay (5.8~min).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     2115.756+   E(level): Member of ΔJ=2, positive-parity band. From 150Tb ε decay (5.8~min).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     2211.117-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-. From 150Tb ε decay (5.8~min).
Jπ(level): Member of ΔJ=2 negative-parity sequence which is interpreted by 1977Ha21 in terms of the vibrator model. Up to spin 9- the levels may represent a band built on an octupole vibration while those above 11- may be a band built on a quasiparticle state. 1983BaZG discusses in the n=87 region the transition from collective rotations at low spin to noncollective rotations at high spin.
     2392.06(7)+   E(level): From 150Sm(α,4nγ). From 150Sm(α,4nγ). From 150Tb ε decay (5.8~min).
     2554.148+   E(level): Member of ΔJ=2, positive-parity band. From 150Tb ε decay (5.8~min).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     2767.3(8+)   E(level): From 150Sm(α,4nγ). From 150Sm(α,4nγ).
     2816.19-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-.
Jπ(level): Member of ΔJ=2 negative-parity sequence which is interpreted by 1977Ha21 in terms of the vibrator model. Up to spin 9- the levels may represent a band built on an octupole vibration while those above 11- may be a band built on a quasiparticle state. 1983BaZG discusses in the n=87 region the transition from collective rotations at low spin to noncollective rotations at high spin.
     2906.08+   E(level): From 150Tb ε decay (5.8~min).
     3220.310-   E(level): From 150Sm(α,4nγ). From 150Sm(α,4nγ). From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
     3288.210+   E(level): Member of ΔJ=2, positive-parity band. From 150Sm(α,4nγ). From 150Sm(α,4nγ). From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     3366.411-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-. From 150Sm(α,4nγ). From 150Sm(α,4nγ). From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 negative-parity sequence which is interpreted by 1977Ha21 in terms of the vibrator model. Up to spin 9- the levels may represent a band built on an octupole vibration while those above 11- may be a band built on a quasiparticle state. 1983BaZG discusses in the n=87 region the transition from collective rotations at low spin to noncollective rotations at high spin.
     4105.412+   E(level): Member of ΔJ=2, positive-parity band. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     4131.113-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-. From 150Sm(α,4nγ). From 150Sm(α,4nγ). From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 negative-parity sequence which is interpreted by 1977Ha21 in terms of the vibrator model. Up to spin 9- the levels may represent a band built on an octupole vibration while those above 11- may be a band built on a quasiparticle state. 1983BaZG discusses in the n=87 region the transition from collective rotations at low spin to noncollective rotations at high spin.
     4186.9(12)-   E(level): From 150Sm(α,4nγ). From 150Sm(α,4nγ).
     4739.614+   E(level): Member of ΔJ=2, positive-parity band. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     4834.915-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-. From 150Sm(α,4nγ). From 150Sm(α,4nγ). From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 negative-parity sequence which is interpreted by 1977Ha21 in terms of the vibrator model. Up to spin 9- the levels may represent a band built on an octupole vibration while those above 11- may be a band built on a quasiparticle state. 1983BaZG discusses in the n=87 region the transition from collective rotations at low spin to noncollective rotations at high spin.
     5428.816+   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ). Member of ΔJ=2, positive-parity band.
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     5450.917-   E(level): Member of ΔJ=2 negative-parity band from Jπ=17- to 3-. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 negative-parity sequence which is interpreted by 1977Ha21 in terms of the vibrator model. Up to spin 9- the levels may represent a band built on an octupole vibration while those above 11- may be a band built on a quasiparticle state. 1983BaZG discusses in the n=87 region the transition from collective rotations at low spin to noncollective rotations at high spin.
     5632.817+   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
     5764.818+   E(level): Member of ΔJ=2, positive-parity band. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
E(level)Jπ(level)T1/2(level)Comments
     6311.8(19-)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
     6450.8(20+)   E(level): Member of ΔJ=2, positive-parity band. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 positive-parity band built on the g.s.
     6495.8(21-)   E(level): Member of ΔJ=2 negative-parity band from Jπ=27- to. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 sequence of negative parity states of noncollective nature. 1983BaZG discusses these states in terms of shape change and the transition from collective to noncollective rotations at high spin.
     7275.8(23-)   E(level): Member of ΔJ=2 negative-parity band from Jπ=27- to. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 sequence of negative parity states of noncollective nature. 1983BaZG discusses these states in terms of shape change and the transition from collective to noncollective rotations at high spin.
     7929.8(25-)   E(level): Member of ΔJ=2 negative-parity band from Jπ=27- to. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 sequence of negative parity states of noncollective nature. 1983BaZG discusses these states in terms of shape change and the transition from collective to noncollective rotations at high spin.
     8325(27-)   E(level): Member of ΔJ=2 negative-parity band from Jπ=27- to. From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
Jπ(level): Member of ΔJ=2 sequence of negative parity states of noncollective nature. 1983BaZG discusses these states in terms of shape change and the transition from collective to noncollective rotations at high spin.
     9410(28+)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
     9497(29-)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
     9582(29+)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
     9851(30+)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
    10532(31+)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
    11231(33+)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
    12185(34-)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
    12678(36-,34+)   E(level): From 124Sn(30Si,4nγ). From 124Sn(30Si,4nγ).
        XJ AP (30+)   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
      815.00+XJ+2   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     1021.1+XJ+2   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     1664.10+XJ+4   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     1931.3+XJ+4   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     2552.00+XJ+6   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     2897.4+XJ+6   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     3480.90+XJ+8   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     3893.0+XJ+8   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     4451.79+XJ+10   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     4861.7+XJ+10   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
E(level)Jπ(level)T1/2(level)Comments
     5465.28+XJ+12   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     5860.7+XJ+12   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     6521.8+XJ+14   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     6907.6+XJ+14   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     7621.8+XJ+16   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     8005.2+XJ+16   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     8766.4+XJ+18   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
     9154.0+XJ+18   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
     9956.9+XJ+20   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    10354.0+XJ+20   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    11194.8+XJ+22   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    11604.9+XJ+22   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    12481.4+XJ+24   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    12906.1+XJ+24   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    13818.0+XJ+26   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    14257.7+XJ+26   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    15205.8+XJ+28   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    15658.7+XJ+28   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    16645.9+XJ+30   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    17109.1+XJ+30   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    18139.1+XJ+32   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    18608.2+XJ+32   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    19686.1+XJ+34   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
    20155.8+XJ+34   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    21287.8+XJ+36   E(level): Yrast SD-1 band (1991Fa07,1999ErZZ). Q(intrinsic)=17.0 +5-4.
E(level)Jπ(level)T1/2(level)Comments
    21751.8+XJ+36   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
    23397.3+XJ+38   E(level): SD-2 band (1994Fa13,1999ErZZ). Q(intrinsic)=16.8 12.
        YK AP (27-)   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
      688.1+YK+2   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     1287.6+YK+2   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     1423.8+YK+4   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     2015.5+YK+4   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     2208.9+YK+6   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     2787.0+YK+6   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     3043.3+YK+8   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     3601.3+YK+8   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     3928.6+YK+10   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     4458.6+YK+10   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     4865.1+YK+12   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     5359.3+YK+12   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     5853.7+YK+14   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     6304.6+YK+14   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     6894.6+YK+16   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     7295.2+YK+16   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     7989.9+YK+18   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     8331.9+YK+18   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
     9139.2+YK+20   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
     9415.2+YK+20   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    10343.1+YK+22   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    10546.6+YK+22   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
E(level)Jπ(level)T1/2(level)Comments
    11602.4+YK+24   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    11725.9+YK+24   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    12916.1+YK+26   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    12955.8+YK+26   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    14229.1+YK+28   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    14293.5+YJ+28   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    15557.7+YK+30   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    15721.8+YK+30   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    16936.3+YK+32   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    17208.2+YK+32   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    18366.7+YK+34   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    18751.4+YK+34   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    19848.9+YK+36   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    20351.6+YK+36   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    21384.3+YK+38   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
    22010.0+YK+38   E(level): SD-4 band (1993Be37,1999ErZZ). Q(intrinsic)=15.0 +6-4.
    22972.1+YJ+40   E(level): SD-3 band (1990By01,1993Be37,1999ErZZ). Q(intrinsic)=17.4.
        ZL AP (28-)   Gamma rays of 617.1 and 664.3~keV (1993Be37) are not assigned by 1999ErZZ to low lying levels in 149Gd.
E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
      712.5+ZL+2   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     1473.7+ZL+4   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     2284.2+ZL+6   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     3144.2+ZL+8   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     4054.7+ZL+10   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     5017.2+ZL+12   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     6032.1+ZL+14   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
E(level)Jπ(level)T1/2(level)Comments
     7100.3+ZL+16   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     8222.7+ZL+18   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
     9399.8+ZL+20   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    10632.1+ZL+22   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    11919.8+ZL+24   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    13263.6+ZL+26   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    14664.1+ZL+28   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    16121.2+ZL+30   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    17635.1+ZL+32   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
    19204.2+ZL+34   E(level): SD-5 band (1993Be37,1999ErZZ). Q(intrinsic)=16.2 4.
        UM AP (27+)   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
      771.5+UM+2   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     1588.6+UM+4   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     2451.5+UM+6   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     3359.9+UM+8   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     4313.1+UM+10   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     5311.3+UM+12   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     6353.7+UM+14   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     7441.4+UM+16   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     8574.4+UM+18   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
     9753.9+UM+20   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    10980.9+UM+22   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    12256.0+UM+24   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    13581.2+UM+26   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    14956.3+UM+28   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
E(level)Jπ(level)T1/2(level)Comments
    16382.4+UM+30   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    17862.5+UM+32   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    19379.2+UM+34   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    20915.2+UM+36   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
    22505.2+UM+38   E(level): SD-6 Band (1999ErZZ). Q(intrinsic)=15.4 +8-5 (1998Be06) from.
        VN AP (29+)   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
      733.20+VN+2   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     1511.4+VN+4   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     2341.2+VN+6   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     3221.1+VN+8   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     4151.2+VN+10   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     5132.6+VN+12   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     6166.5+VN+14   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     7253.5+VN+16   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     8394.9+VN+18   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     9590.4+VN+20   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    10841.4+VN+22   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    12147.9+VN+24   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    13510.5+VN+26   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    14929.5+VN+28   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    16404.8+VN+30   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    17937.1+VN+32   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    19527.0+VN+34   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    21171.8+VN+36   E(level): SD-7 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
        WJ1 AP (28+)   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
E(level)Jπ(level)T1/2(level)Comments
      711.1+WJ1+2   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     1469.4+WJ1+4   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     2275.8+WJ1+6   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     3131.3+WJ1+8   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     4036.7+WJ1+10   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     4993.1+WJ1+12   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     6001.3+WJ1+14   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     7062.1+WJ1+16   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     8176.0+WJ1+18   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
     9344.4+WJ1+20   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    10567.0+WJ1+22   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    11845.0+WJ1+24   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    13178.7+WJ1+26   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    14568.9+WJ1+28   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    16015.7+WJ1+30   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    17519.6+WJ1+32   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    19080.3+WJ1+34   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
    20698.2+WJ1+36   E(level): SD-8 Band (1999ErZZ). Intensity, relative to SD-1 band, is 19%.
        SJ2 AP (31+)   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
      800.4+SJ2+2   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     1650.3+SJ2+4   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     2552.7+SJ2+6   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     3507.9+SJ2+8   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     4518.1+SJ2+10   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     5584.2+SJ2+12   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
E(level)Jπ(level)T1/2(level)Comments
     6706.4+SJ2+14   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     7886.2+SJ2+16   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
     9124.2+SJ2+18   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    10420.8+SJ2+20   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    11776.5+SJ2+22   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    13191.5+SJ2+24   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    14665.5+SJ2+26   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    16199.5+SJ2+28   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    17793.6+SJ2+30   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
    19446.1+SJ2+32   E(level): SD-9 Band (1999ErZZ). Intensity, relative to SD-1 band, is 18%.
        TJ3 AP (33+)   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
      827.6+TJ3+2   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     1702.9+TJ3+4   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     2627.2+TJ3+6   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     3601.5+TJ3+8   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     4626.6+TJ3+10   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     5703.4+TJ3+12   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     6832.3+TJ3+14   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     8014.8+TJ3+16   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
     9250.8+TJ3+18   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
    10540.9+TJ3+20   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
    11885.9+TJ3+22   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
    13286.0+TJ3+24   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
    14741.9+TJ3+26   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
    16253.7+TJ3+28   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
E(level)Jπ(level)T1/2(level)Comments
    17821.0+TJ3+30   E(level): SD-10 Band (1999ErZZ). Intensity, relative to SD-1 band, is 10%.
        AJ4 AP (32+)   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
      804.0+AJ4+2   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     1655.6+AJ4+4   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     2555.8+AJ4+6   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     3507.0+AJ4+8   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     4508.5+AJ4+10   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     5562.2+AJ4+12   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     6660.4+AJ4+14   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     7822.2+AJ4+16   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
     9034.6+AJ4+18   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
    10300.5+AJ4+20   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
    11621.0+AJ4+22   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
    12996.6+AJ4+24   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
    14427.3+AJ4+26   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
    15912.7+AJ4+28   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
    17451.6+AJ4+30   E(level): SD-11 Band (1999ErZZ). Intensity, relative to SD-1 band, is 8%.
        BJ5 AP (34+)   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
      830.0+BJ5+2   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     1706.5+BJ5+4   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     2629.1+BJ5+6   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     3599.1+BJ5+8   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     4615.7+BJ5+10   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     5680.0+BJ5+12   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     6792.0+BJ5+14   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
E(level)Jπ(level)T1/2(level)Comments
     7952.0+BJ5+16   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     9159.7+BJ5+18   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    10414.1+BJ5+20   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    11716.8+BJ5+22   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    13068.5+BJ5+24   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    14468.6+BJ5+26   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    15917.5+BJ5+28   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    17412.5+BJ5+30   E(level): SD-12 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
        CJ6 AP (29+)   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
      815.1+CJ6+2   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     1664.1+CJ6+4   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     2553.1+CJ6+6   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     3430.8+CJ6+8   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     4353.5+CJ6+10   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     5322.9+CJ6+12   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     6338.5+CJ6+14   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     7403.9+CJ6+16   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     8516.3+CJ6+18   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     9682.2+CJ6+20   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    10901.0+CJ6+22   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    12172.4+CJ6+24   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    13499.3+CJ6+26   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    14881.7+CJ6+28   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    16320.1+CJ6+30   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    17816.2+CJ6+32   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
E(level)Jπ(level)T1/2(level)Comments
  19373+CJ6+34   E(level): SD-13 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
        DJ7 AP (28+)   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
      808.9+DJ7+2   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     1667.4+DJ7+4   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     2577.0+DJ7+6   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     3433.3+DJ7+8   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     4334.0+DJ7+10   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     5279.6+DJ7+12   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     6271.1+DJ7+14   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     7311.5+DJ7+16   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     8404.3+DJ7+18   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
     9544.6+DJ7+20   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    10736.6+DJ7+22   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    11981.5+DJ7+24   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    13280.5+DJ7+26   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
    14635.3+DJ7+28   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
  16047+DJ7+30   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
  17515+DJ7+32   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
  19046+DJ7+34   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.
  20638+DJ7+36   E(level): SD-14 Band (1999ErZZ). Intensity, relative to SD-1 band, is 6%.

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Additional Gamma Comments:

E(level)E(gamma)Comments
      638.045      638.050M(γ): From (p,2nγ)
     1207.135     1207.2E(γ): transition energy calculated from observed conversion electron energies.
     1288.42      154.07E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     1518.362      880.27M(γ): From (p,2nγ)
     1699.912     1061.52E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     1947.36      813.06M(γ): From (p,2nγ)
     1955.371     1955.3E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2115.75      179.4E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).
I(γ): From 150Sm(α,4nγ).
      415.3E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
      827.48E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
     2179.912     2179.9E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2209.54     1571.26E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     2211.11      274.9M(γ): from (α,2nγ). From (α,2nγ)
     2306.2       95E(γ): From (α,2nγ)
      606.8I(γ): Placement may not be unique.
     2326.283      807.71E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     1688.23I(γ): Corrected for unresolved impurity peak by authors.
     2392.06      180.9E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).
I(γ): From 150Sm(α,4nγ).
      276E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      455.7E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
     2521.56     1003.2E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2554.14      162.0E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
      343.07E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
      438.37E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).
I(γ): From 150Sm(α,4nγ).
     2564.96     1430.5I(γ): Corrected for unresolved impurity peak by authors.
E(level)E(gamma)Comments
     2654.39      666.49E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     1223.8E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2678.45     2678.6E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2686.84     1552.3E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2767.3      831.0E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 150Tb ε decay (5.8~min)
I(γ): From 150Sm(α,4nγ).
M(γ): Assumed stretched E2 although E1 not completely excluded by α(K)exp.
     2816.1      605.0M(γ): From (α,4nγ)
     2834.8      623.4I(γ): Corrected for unresolved impurity peak by authors.
     2845.41     1638.06E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     2845.65E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     2906.0      789.9E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).
I(γ): From 150Sm(α,4nγ).
     2984.95     1392.4E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     3220.3      404.3E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
     3288.2      734.0E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
     3329.33     2691.0E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     3344.68     1253.0E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     3366.4       78E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      146.2E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
      550.3E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
     3375.72     2241.42E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     3510.72     2376.6E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     3657.35     1668.8E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     3726.63     2296.9E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     3828.4     2621.8E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     4021.2     3383.6E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4105.4      817E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
M(γ): From (α,4nγ)
E(level)E(gamma)Comments
     4111.07     2975.9E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
     4131.1      764.7E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
M(γ): From (α,4nγ)
     4186.9      966.6E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).
I(γ): From 150Sm(α,4nγ).
M(γ): From (α,4nγ)
     4206.9     3570.6E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4235.2     4235.1E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4258.0     3124.0E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4322.0     3684.3E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4343.9     4343.3E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4378.6     4378.5E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4522.8     3884.7E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4529.4     2935.6E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4531.5E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4744.9     3314.5E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     4834.9      704E(γ): From 150Sm(α,4nγ).. From 150Sm(α,4nγ).. From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
I(γ): From 150Sm(α,4nγ).
     5428.8      594E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      689E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     5450.9      616E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     5632.8      204E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     5764.8      132E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      314E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      336E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     6311.8      547E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     6450.8      686E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     6495.8      184E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     7275.8      780E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
E(level)E(gamma)Comments
     7929.8      654E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     8325      395E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     9410     1085E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     9497     1172E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     9582      172E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
     9851      269E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      354E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
    10532      950E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
    11231      699E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
    12185      954E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
    12678      493E(γ): From 124Sn(30Si,4nγ).. From 124Sn(30Si,4nγ).
      815.00+X      815.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1664.10+X      849.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1931.3+X      910.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2552.00+X      887.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2897.4+X      966.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3480.90+X      928.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3893.0+X      995.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4451.79+X      970.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4861.7+X      968.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1380I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5465.28+X     1013.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5860.7+X      999.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6521.8+X     1056.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6907.6+X     1046.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1442I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
     7621.8+X     1100.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8005.2+X     1097.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1484I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8766.4+X     1144.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9154.0+X     1148.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1532I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9956.9+X     1190.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10354.0+X     1199.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1588I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11194.8+X     1237.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11604.9+X     1250.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1649I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12481.4+X     1286.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12906.1+X     1301.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13818.0+X     1336.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14257.7+X     1351.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    15205.8+X     1387.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    15658.7+X     1401.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16645.9+X     1440.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17109.1+X     1450.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    18139.1+X     1493.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    18608.2+X     1499.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    19686.1+X     1547.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    20155.8+X     1547.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    21287.8+X     1601.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
    21751.8+X     1595.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      688.1+Y      688.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1423.8+Y      735.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2015.5+Y      727.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2208.9+Y      785.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2787.0+Y      771.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3043.3+Y      834.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3601.3+Y      814.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3928.6+Y      885.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4458.6+Y      857.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4865.1+Y      936.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5359.3+Y      900.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5853.7+Y      988.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6304.6+Y      945.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6894.6+Y     1040.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7295.2+Y      990.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7989.9+Y     1095.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8331.9+Y     1036.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9139.2+Y     1149.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9415.2+Y     1083.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10343.1+Y     1203.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10546.6+Y     1131.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11602.4+Y     1259.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11725.9+Y     1179.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12916.1+Y     1313.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
    12955.8+Y     1229.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1354I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14229.1+Y     1273.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1314I(γ): Iγ(1314)/Iγ(1273)=0.22 4 (1998ErZY).
    14293.5+Y     1338I(γ): Iγ(1338)/Iγ(1377)=0.095 6 (1998ErZY).
     1377.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    15557.7+Y     1328.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    15721.8+Y     1428.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16936.3+Y     1378.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17208.2+Y     1486.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    18366.7+Y     1430.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    18751.4+Y     1543.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    19848.9+Y     1482.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    20351.6+Y     1600.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    21384.3+Y     1535.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    22010.0+Y     1658.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    22972.1+Y     1587.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      712.5+Z      712.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1473.7+Z      761.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2284.2+Z      810.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3144.2+Z      860.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4054.7+Z      910.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5017.2+Z      962.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6032.1+Z     1014.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7100.3+Z     1068.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
     8222.7+Z     1122.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9399.8+Z     1177.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10632.1+Z     1232.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11919.8+Z     1287.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13263.6+Z     1343.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14664.1+Z     1400.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16121.2+Z     1457.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17635.1+Z     1513.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    19204.2+Z     1569.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1588.6+U      817.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2451.5+U      862.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3359.9+U      908.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4313.1+U      953.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5311.3+U      998.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6353.7+U     1042.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7441.4+U     1087.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8574.4+U     1133.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9753.9+U     1179.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10980.9+U     1227.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12256.0+U     1275.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13581.2+U     1325.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14956.3+U     1375.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16382.4+U     1426.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17862.5+U     1480.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    20915.2+U     1536.0E(γ): From 1998ErZY.
E(level)E(gamma)Comments
     2341.2+V      829.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3221.1+V      879.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4151.2+V      930.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5132.6+V      981.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6166.5+V     1033.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7253.5+V     1087.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8394.9+V     1141.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9590.4+V     1195.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10841.4+V     1250.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12147.9+V     1306.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13510.5+V     1362.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14929.5+V     1419.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16404.8+V     1475.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17937.1+V     1532.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    19527.0+V     1589.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      711.1+W      711.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1469.4+W      758.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2275.8+W      806.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3131.3+W      855.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4036.7+W      905.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4993.1+W      956.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6001.3+W     1008.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7062.1+W     1060.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8176.0+W     1113.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9344.4+W     1168.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
    10567.0+W     1222.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11845.0+W     1278.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13178.7+W     1333.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14568.9+W     1390.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16015.7+W     1446.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17519.6+W     1503.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    19080.3+W     1560.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    20698.2+W     1617.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      800.4+S      800.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1650.3+S      850.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2552.7+S      902.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3507.9+S      955.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4518.1+S     1010.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5584.2+S     1066.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6706.4+S     1122.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7886.2+S     1179.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9124.2+S     1238.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10420.8+S     1296.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11776.5+S     1355.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13191.5+S     1415.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14665.5+S     1474.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16199.5+S     1534.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17793.6+S     1594.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    19446.1+S     1652.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      827.6+T      827.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
     1702.9+T      875.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2627.2+T      924.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3601.5+T      974.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4626.6+T     1025.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5703.4+T     1076.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6832.3+T     1128.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8014.8+T     1182.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9250.8+T     1236.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10540.9+T     1290.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11885.9+T     1345.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13286.0+T     1400.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14741.9+T     1455.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16253.7+T     1511.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17821.0+T     1567.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1655.6+A      851.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2555.8+A      900.2I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3507.0+A      951.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4508.5+A     1001.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5562.2+A     1053.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6660.4+A     1098.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7822.2+A     1161.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9034.6+A     1212.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10300.5+A     1265.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11621.0+A     1320.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12996.6+A     1375.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
    14427.3+A     1430.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    15912.7+A     1485.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17451.6+A     1538.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      830.0+B      830.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     1706.5+B      876.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     2629.1+B      922.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3599.1+B      970.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4615.7+B     1016.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5680.0+B     1064.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6792.0+B     1112.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7952.0+B     1160.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9159.7+B     1207.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10414.1+B     1254.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11716.8+B     1302.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13068.5+B     1351.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14468.6+B     1400.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    15917.5+B     1448.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17412.5+B     1495.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3430.8+C      877.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4353.5+C      922.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5322.9+C      969.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6338.5+C     1015.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7403.9+C     1065.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8516.3+C     1112.5I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9682.2+C     1165.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
E(level)E(gamma)Comments
    10901.0+C     1218.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    12172.4+C     1271.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13499.3+C     1326.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14881.7+C     1382.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    16320.1+C     1438.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    17816.2+C     1496.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
  19373+C     1556.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
      808.9+D      808.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     3433.3+D      856.5I(γ): Probably combined for 856.6+858.6. Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     4334.0+D      900.7I(γ): Probably combined for 900.7+909.8. Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     5279.6+D      945.7I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     6271.1+D      991.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     7311.5+D     1040.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     8404.3+D     1093.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
     9544.6+D     1140.3I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    10736.6+D     1192.0I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    11981.5+D     1244.9I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    13280.5+D     1299.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
    14635.3+D     1354.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
  16047+D     1411.4I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
  17515+D     1468.6I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
  19046+D     1530.8I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.
  20638+D     1592.1I(γ): Relative intensity within each SD band, normalized to ≈1 for the most intense transitions in the band. The values are read off the intensity plots provided by 1998ErZY.

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