ADOPTED LEVELS, GAMMAS for 166Hf

Author: Coral M. Baglin |  Citation: Nucl. Data Sheets 109, 1103 (2008) |  Cutoff date: 1-Mar-2008 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-7.76×103 keV 4S(n)= 1.029×104 keV 4S(p)= 4.71×103 keV 4Q(α)= 3.54×103 keV 4
Reference: 2012WA38

References:
  A  166Ta ε decay  B  (HI,xnγ)
  C  96Zr(74Ge,4nγ)  D  186W(n,2P19NG)

General Comments:

Assignment: 170Yb(3He,7N), E(3He)=80 MeV chem, γ(166Yb) (1974De09); 181Ta(p,2p14n), E(p)=660 MeV, chem, γ(166Er) (1969Ar23).

Other Reaction

130Te(40Ca,4nγ), E=167.5-182.5 MeV: Te on Gd target, backed by Au; transient field technique used to determine g-factor at 5 beam energies for pre-yrast high-spin states in 166Hf (1996We01). Individual values of 0.23 3, 0.21 4, 0.16 2, 0.21 3 and 0.22 3, each with an additional systematic uncertainty of 0.02 lead to an average g-factor=+0.19 4 (2005St24).

Levels: Quasiparticle orbitals used in band labels are as follows:

Levels: α=(ν 5/2[642]), α=+1/2.

Levels: B=(ν 5/2[642]), α=-1/2.

Levels: C=(ν 3/2[651]), α=+1/2.

Levels: d=(ν 3/2[651]), α=-1/2.

Levels: E=(ν 5/2[523]), α=+1/2.

Levels: F=(ν 5/2[523]), α=-1/2.

Levels: g=(ν 3/2[521]), α=+1/2.

Levels: H=(ν 3/2[521]), α=-1/2.

Levels: a=(π 7/2[404]), α=+1/2.

Levels: b=(π 7/2[404]), α=-1/2.

Levels: k=(π 1/2[660]), α=+1/2.

Levels: e=(π 9/2[514]), α=+1/2.

Levels: f=(π 9/2[514]), α=-1/2.

Levels: g=(π 1/2[541]), α=+1/2.

Levels: band(g) Kπ=10-, α=1 geAE band (2000Ri11). See comment on Kπ=10- signature partner band.

Q-value: Note: Current evaluation has used the following Q record










E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
      0.0ABCD 0+ 6.77 m 30 
% ε = 100
     
    158.64 5 ABCD 2+ 497 ps 23     158.64 4 
  100
E2
      0.0
0+
    470.46 6 ABCD 4+ 16.4 ps 5     311.87 5 
  100
E2
    158.64
2+
    809.96 6 A    (2+)      651.26 5 
   810.0 3 
   93.6 20 
  100 9 


    158.64
      0.0
2+
0+
    897.17 12 ABCD 6+ 3.24 ps 19     426.7 1 
  100
E2
    470.46
4+
   1007.16 6 A C  (3+)      536.81 7 
   848.41 6 
   15.7 16 
  100 7 


    470.46
    158.64
4+
2+
   1064.99 10 A    (0+)      906.35 9 
  100
(E2)
    158.64
2+
   1162.70 8 A         692.23 6 
  100

    470.46
4+
   1218.76 8 A    2+      748.25 7 
  1060.2 1 
  1218.8 3 
  100 7 
   77 10 
   33 13 



    470.46
    158.64
      0.0
4+
2+
0+
   1332.41 7 A    (2+,3,4+)      861.97 7 
  1173.74 7 
   92 5 
  100 7 


    470.46
    158.64
4+
2+
   1404.85 7 A         397.6 1 
   594.65 10 
  1246.37 7 
   51 5 
  100 16 
   95 5 



   1007.16
    809.96
    158.64
(3+)
(2+)
2+
   1406.4 6  BCD 8+ 1.05 ps 10     509.5 3 
  100
E2
    897.17
6+
   1418.9 14   C  (5+)      413
   949
 
 


   1007.16
    470.46
(3+)
4+
   1466.3 6  BC  (5-)      995.8 10 
  100
D
    470.46
4+
   1551.39 10 ABC  (4-)      544.27 10 
  1080.86 12 
   59 11 
  100 13 

D
   1007.16
    470.46
(3+)
4+
   1603.05 21 A    (2+,3,4+)     1132.75 11 
  1444.4 2 
  100 12 
   92 4 


    470.46
    158.64
4+
2+
   1726.3 6  BC  (7-)      259
   320
   829.3 3 
 
 
  100


D
   1466.3
   1406.4
    897.17
(5-)
8+
6+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   1841.1 6  BC  (6-)      289.2 3 
   374.7 3 
   421
   944.3 3 
   34 7 
  100 10 
 
   90 10 



D
   1551.39
   1466.3
   1418.9
    897.17
(4-)
(5-)
(5+)
6+
   1971.9 6  BCD 10+ 0.7 ps 5     565.5 3 
  100
E2
   1406.4
8+
   2078.5 6  BC  (9-) 1.7 ps 4     352.2 3 
   672.2 3 
   28 3 
  100 5 
E2
D
   1726.3
   1406.4
(7-)
8+
   2197.3 6  BC  (8-)      356.3 3 
   471.0 3 
  100 10 
   80 8 


   1841.1
   1726.3
(6-)
(7-)
   2376.5 16   C  (8-)      537
 

   1841.1
(6-)
   2496.7 6  BC  (11-)      418.1 3 
   524.7 3 
  100 10 
   62 6 
(E2)
D
   2078.5
   1971.9
(9-)
10+
   2539.7 6  BC  (10-)      342.5 3 
   461.2 3 
  100 10 
   87 9 


   2197.3
   2078.5
(8-)
(9-)
   2565.8 7  BC  12+ 0.9 ps 7     594.0 3 
  100
E2
   1971.9
10+
   2680.1 16   C  (10-)      304
   484
 
 

Q
   2376.5
   2197.3
(8-)
(8-)
   2734.6 7  BC  12+      168
   762.7 3 
 
  100

(E2)
   2565.8
   1971.9
12+
10+
   2793.1 18   C  (11-)      716
  100

   2078.5
(9-)
   2910.9 6  BC  (12-)      371.3 3 
   414.0 3 
  100 10 
   47 4 
(E2)

   2539.7
   2496.7
(10-)
(11-)
   2962.2 7  BC  (13-)      396.4 3 
   465.4 3 
    8.2 16 
  100 5 

(E2)
   2565.8
   2496.7
12+
(11-)
   3009.2 7  BC  14+ 6.9 ps 7     274.6 3 
   443.4 3 
   22.3 24 
  100 5 
E2
E2
   2734.6
   2565.8
12+
12+
   3023.9 18   C  (12+)      460
  1054
 
 


   2565.8
   1971.9
12+
10+
   3085.8 17   C  (12-)      406
   547
 
 


   2680.1
   2539.7
(10-)
(10-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   3211.1 7  BC  14(+)      645.3 3 
  100
(E2)
   2565.8
12+
   3231.4 18   C  (13-)      438
   737
 
 

Q
   2793.1
   2496.7
(11-)
(11-)
   3375.1 7  BC  (14-)      413
   464.2 3 
 
  100

(E2)
   2962.2
   2910.9
(13-)
(12-)
   3449.0 8  BC  16+      439.8 3 
  100
(E2)
   3009.2
14+
   3472.6 7  BC  (15-)      261
   510.4 3 
 
  100

(E2)
   3211.1
   2962.2
14(+)
(13-)
   3515.8 18   C  (14+)      492
   952
 
 


   3023.9
   2565.8
(12+)
12+
   3585.6 18   C  (14-)      500
  100

   3085.8
(12-)
   3779.4 18   C  (15-)      548
   819
 
 

Q
   3231.4
   2962.2
(13-)
(13-)
   3817.4 20   C  (15-)      811
 

   3009.2
14+
   3835.2 8  BC  (16+)      624
  100

   3211.1
14(+)
   3920.3 8  BC  (16-)      448
   545.2 3 
 
  100

(E2)
   3472.6
   3375.1
(15-)
(14-)
   3972.1 20   C  (15-)      965
  100

   3009.2
14+
   4009.2 8  BC  18+      560.2 3 
  100
(E2)
   3449.0
16+
   4030.1 8  BC  (17-)      557.5 3 
  100
(E2)
   3472.6
(15-)
   4064.7 19   C  (16+)      549
   856
 
 


   3515.8
   3211.1
(14+)
14(+)
   4163.5 19   C  (16-)      578
  100

   3585.6
(14-)
   4228.5 19   C  (16-)      643
  100

   3585.6
(14-)
   4374.0 20   C  (17-)      557
   927
 
 


   3817.4
   3449.0
(15-)
16+
   4400.4 21   C  (17-)      621
  100

   3779.4
(15-)
   4443.4 20   C  (17-)      471
   997
 
 


   3972.1
   3449.0
(15-)
16+
   4445.4 20   C  (14-)        
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   4459.3 9  BC  (18+)      623
  100

   3835.2
(16+)
   4516.0 8  BC  (18-)      595.7 3 
  100

   3920.3
(16-)
   4582.0 19   C  (15-)      137
  1373
  1575
 
 
 



   4445.4
   3211.1
   3009.2
(14-)
14(+)
14+
   4625.2 9  BC  (19-)      595.1 3 
  100

   4030.1
(17-)
   4641.4 19   C  (18-)      413
   478
   723
 
 
 


Q
   4228.5
   4163.5
   3920.3
(16-)
(16-)
(16-)
   4671.0 9  BC  20+      661.8 3 
  100

   4009.2
18+
   4677.4 20   C  (18+)      613
   844
 
 


   4064.7
   3835.2
(16+)
(16+)
   4744.9 19   C  (16-)      163
   299
  1298
 
 
 


D
   4582.0
   4445.4
   3449.0
(15-)
(14-)
16+
   4823.5 22   C  (18-)      660
  100

   4163.5
(16-)
   4937.1 19   C  (17-)      192
   355
  1491
 
 
 



   4744.9
   4582.0
   3449.0
(16-)
(15-)
16+
   5005.6 20   C  (19-)      562
   632
   999
 
 
 



   4443.4
   4374.0
   4009.2
(17-)
(17-)
18+
   5031.3 20   C  (19-)      588
   657
  1025
 
 
 


D
   4443.4
   4374.0
   4009.2
(17-)
(17-)
18+
   5071.4 23   C  (19-)      671
  100

   4400.4
(17-)
   5086.9 22   C  (19-)     1059
  100
(Q)
   4030.1
(17-)
   5089.6 9  BC  (20-)      573.6 3 
  100

   4516.0
(18-)
   5121.7 9  BC  (20+)      662.3 3 
  100

   4459.3
(18+)
   5157.5 21   C  (19+)     1151
  100

   4009.2
18+
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   5160.0 20   C  (18-)      223
   415
  1153
 
 
 



   4937.1
   4744.9
   4009.2
(17-)
(16-)
18+
   5214.3 20   C  (20-)      573
   700
 
 

Q
   4641.4
   4516.0
(18-)
(18-)
   5253.3 9  BC  (21-)      628.1 3 
  100
(E2)
   4625.2
(19-)
   5313.0 21   C  (20+)      636
   856
 
 


   4677.4
   4459.3
(18+)
(18+)
   5409.9 9  BC  22+      738.9 3 
  100
[E2]
   4671.0
20+
   5410.0 21   C  (19-)      250
   473
 
 


   5160.0
   4937.1
(18-)
(17-)
   5510.5 24   C  (20-)      687
  100

   4823.5
(18-)
   5665.9 23   C  (21-)      579
  1043
 
 


   5086.9
   4625.2
(19-)
(19-)
   5672.7 22   C  (21-)      667
  100

   5005.6
(19-)
   5678.8 9  BC  (22-)      589.2 3 
  100

   5089.6
(20-)
   5687.1 21   C  (20-)      277
   527
 
 


   5410.0
   5160.0
(19-)
(18-)
   5720.4 21   C  (21-)      689
  1052
 
 


   5031.3
   4671.0
(19-)
20+
   5784.4 25   C  (21-)      713
  100

   5071.4
(19-)
   5798.5 21   C  (21+)      641
  1130
 
 


   5157.5
   4671.0
(19+)
20+
   5851.7 10  BC  (22+)      730.0 3 
  1180
  100
 


   5121.7
   4671.0
(20+)
20+
   5897.3 22   C  (22-)      683
 

   5214.3
(20-)
   5926.9 10  BC  (23-)      673.6 3 
  100

   5253.3
(21-)
   5986.0 23   C  (22+)      673
   867?
 
 


   5313.0
   5121.7
(20+)
(20+)
   5987.8 22   C  (21-)      301
   578
 
 


   5687.1
   5410.0
(20-)
(19-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   6201.2 10  BC  24+      791.3 3 
  100

   5409.9
22+
   6243 3   C  (22-)      733
  100

   5510.5
(20-)
   6310.6 22   C  (22-)      323
   623
 
 


   5987.8
   5687.1
(21-)
(20-)
   6331.0 24   C  (23-)      665
  1080
 
 

Q
   5665.9
   5253.3
(21-)
(21-)
   6356.4 10  BC  (24-)      677.6 3 
  100

   5678.8
(22-)
   6385.7 25   C  (23-)      713
  100

   5672.7
(21-)
   6441.4 23   C  (23-)      721
  100

   5720.4
(21-)
   6531 3   C  (23-)      747
  100

   5784.4
(21-)
   6536.5 24   C  (23+)      738
  100

   5798.5
(21+)
   6615.0 22   C  (24+)      766
  1208
 
 


   5851.7
   5409.9
(22+)
22+
   6641.3 24   C  (24-)      744
  100

   5897.3
(22-)
   6650.6 23   C  (23-)      340
   663
 
 


   6310.6
   5987.8
(22-)
(21-)
   6665.5 10  BC  (25-)      738.6 3 
  100

   5926.9
(23-)
   6978 3   C  (24-)      735
  100

   6243
(22-)
   7006.6 23   C  (24-)      356
   696
 
 


   6650.6
   6310.6
(23-)
(22-)
   7030.1 10  BC  26+      828.9 3 
  100

   6201.2
24+
   7078.2 25   C  (25-)      747
  1155
 
 


   6331.0
   5926.9
(23-)
(23-)
   7137.4 10  BC  (26-)      781.0 3 
  100

   6356.4
(24-)
   7145 3   C  (25-)      759
  100

   6385.7
(23-)
   7199.4 25   C  25-      758
  100

   6441.4
(23-)
   7314 3   C  (25-)      783
  100

   6531
(23-)
   7342 3   C  (25+)      806
  100

   6536.5
(23+)
   7363.6 23   C  (25-)      357
   713
 
 


   7006.6
   6650.6
(24-)
(23-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   7392.1 23   C  (26+)      777
  1195
 
 


   6615.0
   6201.2
(24+)
24+
   7444 3   C  (26-)      803
  100

   6641.3
(24-)
   7481.1 11  BC  (27-)      815.6 3 
  100

   6665.5
(25-)
   7713.6 24   C  (26-)      350
   707
 
 


   7363.6
   7006.6
(25-)
(24-)
   7770 3   C  (26-)      792
  100

   6978
(24-)
   7894.7 11  BC  28+      864.6 3 
  100

   7030.1
26+
   7899 3   C  (27-)      821
  100

   7078.2
(25-)
   7954 3   C  (27-)      809
  100

   7145
(25-)
   8007 3   C  (27-)      808
  100

   7199.4
25-
   8017.3 11  BC  (28-)      879.9 3 
  100

   7137.4
(26-)
   8062.7 24   C  (27-)      349
   699
 
 


   7713.6
   7363.6
(26-)
(25-)
   8222.0 25   C  (28+)      830
  100

   7392.1
(26+)
   8303 3   C  (28-)      859
  100

   7444
(26-)
   8375.4 11  BC  (29-)      894.3 3 
  100

   7481.1
(27-)
   8426.4 25   C  (28-)      364
   713
 
 


   8062.7
   7713.6
(27-)
(26-)
   8767 3   C  (29-)      868
  100

   7899
(27-)
   8800.7 15  BC  30+      906 1 
  100

   7894.7
28+
   8808.1 25   C  (29-)      382
   745
 
 


   8426.4
   8062.7
(28-)
(27-)
   8817 3   C  (29-)      863
  100

   7954
(27-)
   8871 3   C  (29-)      864
  100

   8007
(27-)
   8980.0 15  BC  (30-)      962.7 10 
  100

   8017.3
(28-)
   9116 3   C  (30+)      894
  100

   8222.0
(28+)
   9212 3   C  (30-)      404
   786
 
 


   8808.1
   8426.4
(29-)
(28-)
   9216 3   C  (30-)      913
  100

   8303
(28-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
   9337.8 15  BC  (31-)      962.4 10 
  100

   8375.4
(29-)
   9635 3   C  (31-)      423
   827
 
 


   9212
   8808.1
(30-)
(29-)
   9682 3   C  (31-)      915
  100

   8767
(29-)
   9734 4   C  (31-)      917
  100

   8817
(29-)
   9753.5 18  BC  32+      952.7 10 
  100

   8800.7
30+
   9771 3   C  (31-)      900
  100

   8871
(29-)
   9991.2 18  BC  (32-)     1011.2 10 
  100

   8980.0
(30-)
  10009 3   C  (32+)      893
  100

   9116
(30+)
  10080 3 ?  C  (32-)      445?
   867?
 
 


   9635
   9212
(31-)
(30-)
  10167 4   C  (32-)      951
  100

   9216
(30-)
  10330 2  BC  (33-)      992.5 10 
  100

   9337.8
(31-)
  10721 4   C  (33-)      987
  100

   9734
(31-)
  10747.5 21  BC  34+      994 1 
  100

   9753.5
32+
  10933 3   C  (34+)      924
  100

  10009
(32+)
  10994 4   C  (34-)     1007
  100

   9991.2
(32-)
  11298 4   C  (35-)      972
  100

  10330
(33-)
  11751 4   C  36+     1009
  100

  10747.5
34+
  11928 4   C  (36+)      995
  100

  10933
(34+)
  12005 4   C  (36-)     1011
  100

  10994
(34-)
  12289 4   C  (37-)      991
  100

  11298
(35-)
  12762 4   C  38+     1011
  100

  11751
36+
  13038 4   C  (38-)     1033
  100

  12005
(36-)
  13328 4   C  (39-)     1039
  100

  12289
(37-)
  13800 4   C  40+     1038
  100

  12762
38+
  14096 4   C  (40-)     1058
  100

  13038
(38-)
  14424 4   C  (41-)     1096
  100

  13328
(39-)
  14879 4   C  42+     1079
  100

  13800
40+
  15575 4 ?  C  (43-)     1151?
  100

  14424
(41-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
  16006 4 ?  C  (44+)     1127?
  100

  14879
42+
      0.0+X  C         
    236.0+X 8   C       236
  100

      0.0+X

    486.0+X 8   C       250
   486
 
 


    236.0+X
      0.0+X


    759.0+X 10   C       273
   523
 
 


    486.0+X
    236.0+X


   1064.1+X 11   C       305
   578
 
 


    759.0+X
    486.0+X


   1387.7+X 12   C       323
   629
 
 


   1064.1+X
    759.0+X


   1734.9+X 13   C       347
   671
 
 


   1387.7+X
   1064.1+X


   2095.8+X 13   C       361
   708
 
 


   1734.9+X
   1387.7+X


   2475.9+X 14   C       380
   741
 
 


   2095.8+X
   1734.9+X


   2860.7+X 15   C       385
   765
 
 


   2475.9+X
   2095.8+X


   3256.1+X 15   C       396
   780
 
 


   2860.7+X
   2475.9+X


   3665.0+X 16   C       409
   804
 
 


   3256.1+X
   2860.7+X


   4083.1+X 17   C       418
   827
 
 


   3665.0+X
   3256.1+X


      0.0+Y  C         
    204.0+Y 8   C       204
  100

      0.0+Y

    438.0+Y 8   C       234
   438
 
 


    204.0+Y
      0.0+Y


    697.0+Y 10   C       259
   493
 
 


    438.0+Y
    204.0+Y


E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
    977.0+Y 11   C       280
   539
 
 


    697.0+Y
    438.0+Y


   1274.0+Y 12   C       297
   577
 
 


    977.0+Y
    697.0+Y


   1582.0+Y 13   C       308
   605
 
 


   1274.0+Y
    977.0+Y


   1905.0+Y 13   C       323
   631
 
 


   1582.0+Y
   1274.0+Y


   2240.0+Y 14   C       335
   658
 
 


   1905.0+Y
   1582.0+Y


E(level): From least-squares fit to Eγ, assigning 1 keV uncertainty to data for which the authors did not state an uncertainty.

Jπ(level): Values given without comment are from (74Ge,4nγ) and based on deduced band structure, alignment gains, B(M1)/B(E2) ratios and comparison with structures in neighboring nuclides.

T1/2(level): The half-lives of excited states are from recoil Doppler measurements in (HI,nγ), except as noted.

I(γ): Relative photon intensity normalized to 100 for strongest photon deexciting each level; from (HI,xnγ), except as noted.

M(γ): From γ(θ) and/or DCO ratio in (HI,xnγ), except as noted. Q transitions are not M2 from RUL if value is shown without parentheses; Δπ=(no) has been assigned to all other intraband stretched Q transitions.

Back to top

Band Transitions:

E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - Kπ=0+ GS band.
      0.0 0+ 6.77 m 30 
% ε = 100
     
    158.64 5  2+ 497 ps 23     158.64 4 
  100
E2
      0.0
0+
    470.46 6  4+ 16.4 ps 5     311.87 5 
  100
E2
    158.64
2+
    897.17 12  6+ 3.24 ps 19     426.7 1 
  100
E2
    470.46
4+
   1406.4 6  8+ 1.05 ps 10     509.5 3 
  100
E2
    897.17
6+
   1971.9 6  10+ 0.7 ps 5     565.5 3 
  100
E2
   1406.4
8+
   2565.8 7  12+ 0.9 ps 7     594.0 3 
  100
E2
   1971.9
10+
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - BC band (2000Ri11).
   3211.1 7  14(+)        
   3835.2 8  (16+)      624
  100

   3211.1
14(+)
   4459.3 9  (18+)      623
  100

   3835.2
(16+)
   5121.7 9  (20+)      662.3 3 
  100

   4459.3
(18+)
   5851.7 10  (22+)      730.0 3 
  1180
  100
 


   5121.7
   4671.0
(20+)
20+
   6615.0 22  (24+)      766
  1208
 
 


   5851.7
   5409.9
(22+)
22+
   7392.1 23  (26+)      777
  1195
 
 


   6615.0
   6201.2
(24+)
24+
   8222.0 25  (28+)      830
  100

   7392.1
(26+)
   9116 3  (30+)      894
  100

   8222.0
(28+)
  10009 3  (32+)      893
  100

   9116
(30+)
  10933 3  (34+)      924
  100

  10009
(32+)
  11928 4  (36+)      995
  100

  10933
(34+)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - AB band (2000Ri11).
   2734.6 7  12+        
   3009.2 7  14+ 6.9 ps 7     274.6 3 
   443.4 3 
   22.3 24 
  100 5 
E2
E2
   2734.6
   2565.8
12+
12+
   3449.0 8  16+      439.8 3 
  100
(E2)
   3009.2
14+
   4009.2 8  18+      560.2 3 
  100
(E2)
   3449.0
16+
   4671.0 9  20+      661.8 3 
  100

   4009.2
18+
   5409.9 9  22+      738.9 3 
  100
[E2]
   4671.0
20+
   6201.2 10  24+      791.3 3 
  100

   5409.9
22+
   7030.1 10  26+      828.9 3 
  100

   6201.2
24+
   7894.7 11  28+      864.6 3 
  100

   7030.1
26+
   8800.7 15  30+      906 1 
  100

   7894.7
28+
   9753.5 18  32+      952.7 10 
  100

   8800.7
30+
  10747.5 21  34+      994 1 
  100

   9753.5
32+
  11751 4  36+     1009
  100

  10747.5
34+
  12762 4  38+     1011
  100

  11751
36+
  13800 4  40+     1038
  100

  12762
38+
  14879 4  42+     1079
  100

  13800
40+
  16006 4  (44+)     1127?
  100

  14879
42+
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - EFBC band (2000Ri11).
   3023.9 18  (12+)        
   3515.8 18  (14+)      492
   952
 
 


   3023.9
   2565.8
(12+)
12+
   4064.7 19  (16+)      549
   856
 
 


   3515.8
   3211.1
(14+)
14(+)
   4677.4 20  (18+)      613
   844
 
 


   4064.7
   3835.2
(16+)
(16+)
   5313.0 21  (20+)      636
   856
 
 


   4677.4
   4459.3
(18+)
(18+)
   5986.0 23  (22+)      673
   867?
 
 


   5313.0
   5121.7
(20+)
(20+)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - AGEF band (2000Ri11).
   3817.4 20  (15-)        
   4374.0 20  (17-)      557
   927
 
 


   3817.4
   3449.0
(15-)
16+
   5005.6 20  (19-)      562
   632
   999
 
 
 



   4443.4
   4374.0
   4009.2
(17-)
(17-)
18+
   5672.7 22  (21-)      667
  100

   5005.6
(19-)
   6385.7 25  (23-)      713
  100

   5672.7
(21-)
   7145 3  (25-)      759
  100

   6385.7
(23-)
   7954 3  (27-)      809
  100

   7145
(25-)
   8817 3  (29-)      863
  100

   7954
(27-)
   9734 4  (31-)      917
  100

   8817
(29-)
  10721 4  (33-)      987
  100

   9734
(31-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - AGEH band (2000Ri11).
   3972.1 20  (15-)        
   4443.4 20  (17-)      471
   997
 
 


   3972.1
   3449.0
(15-)
16+
   5031.3 20  (19-)      588
   657
  1025
 
 
 


D
   4443.4
   4374.0
   4009.2
(17-)
(17-)
18+
   5720.4 21  (21-)      689
  1052
 
 


   5031.3
   4671.0
(19-)
20+
   6441.4 23  (23-)      721
  100

   5720.4
(21-)
   7199.4 25  25-      758
  100

   6441.4
(23-)
   8007 3  (27-)      808
  100

   7199.4
25-
   8871 3  (29-)      864
  100

   8007
(27-)
   9771 3  (31-)      900
  100

   8871
(29-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 7 - Kπ=10-, α=0 gfAE band (2000Ri11).
   4582.0 19  (15-)        
   4937.1 19  (17-)      192
   355
  1491
 
 
 



   4744.9
   4582.0
   3449.0
(16-)
(15-)
16+
   5410.0 21  (19-)      250
   473
 
 


   5160.0
   4937.1
(18-)
(17-)
   5987.8 22  (21-)      301
   578
 
 


   5687.1
   5410.0
(20-)
(19-)
   6650.6 23  (23-)      340
   663
 
 


   6310.6
   5987.8
(22-)
(21-)
   7363.6 23  (25-)      357
   713
 
 


   7006.6
   6650.6
(24-)
(23-)
   8062.7 24  (27-)      349
   699
 
 


   7713.6
   7363.6
(26-)
(25-)
   8808.1 25  (29-)      382
   745
 
 


   8426.4
   8062.7
(28-)
(27-)
   9635 3  (31-)      423
   827
 
 


   9212
   8808.1
(30-)
(29-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 8 - Kπ=5- AE band (2000Ri11).
   1466.3 6  (5-)        
   1726.3 6  (7-)      259
   320
   829.3 3 
 
 
  100


D
   1466.3
   1406.4
    897.17
(5-)
8+
6+
   2078.5 6  (9-) 1.7 ps 4     352.2 3 
   672.2 3 
   28 3 
  100 5 
E2
D
   1726.3
   1406.4
(7-)
8+
   2496.7 6  (11-)      418.1 3 
   524.7 3 
  100 10 
   62 6 
(E2)
D
   2078.5
   1971.9
(9-)
10+
   2962.2 7  (13-)      396.4 3 
   465.4 3 
    8.2 16 
  100 5 

(E2)
   2565.8
   2496.7
12+
(11-)
   3472.6 7  (15-)      261
   510.4 3 
 
  100

(E2)
   3211.1
   2962.2
14(+)
(13-)
   4030.1 8  (17-)      557.5 3 
  100
(E2)
   3472.6
(15-)
   4625.2 9  (19-)      595.1 3 
  100

   4030.1
(17-)
   5253.3 9  (21-)      628.1 3 
  100
(E2)
   4625.2
(19-)
   5926.9 10  (23-)      673.6 3 
  100

   5253.3
(21-)
   6665.5 10  (25-)      738.6 3 
  100

   5926.9
(23-)
   7481.1 11  (27-)      815.6 3 
  100

   6665.5
(25-)
   8375.4 11  (29-)      894.3 3 
  100

   7481.1
(27-)
   9337.8 15  (31-)      962.4 10 
  100

   8375.4
(29-)
  10330 2  (33-)      992.5 10 
  100

   9337.8
(31-)
  11298 4  (35-)      972
  100

  10330
(33-)
  12289 4  (37-)      991
  100

  11298
(35-)
  13328 4  (39-)     1039
  100

  12289
(37-)
  14424 4  (41-)     1096
  100

  13328
(39-)
  15575 4  (43-)     1151?
  100

  14424
(41-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 9 - AF band (2000Ri11).
   1551.39 10  (4-)        
   1841.1 6  (6-)      289.2 3 
   374.7 3 
   421
   944.3 3 
   34 7 
  100 10 
 
   90 10 



D
   1551.39
   1466.3
   1418.9
    897.17
(4-)
(5-)
(5+)
6+
   2197.3 6  (8-)      356.3 3 
   471.0 3 
  100 10 
   80 8 


   1841.1
   1726.3
(6-)
(7-)
   2539.7 6  (10-)      342.5 3 
   461.2 3 
  100 10 
   87 9 


   2197.3
   2078.5
(8-)
(9-)
   2910.9 6  (12-)      371.3 3 
   414.0 3 
  100 10 
   47 4 
(E2)

   2539.7
   2496.7
(10-)
(11-)
   3375.1 7  (14-)      413
   464.2 3 
 
  100

(E2)
   2962.2
   2910.9
(13-)
(12-)
   3920.3 8  (16-)      448
   545.2 3 
 
  100

(E2)
   3472.6
   3375.1
(15-)
(14-)
   4516.0 8  (18-)      595.7 3 
  100

   3920.3
(16-)
   5089.6 9  (20-)      573.6 3 
  100

   4516.0
(18-)
   5678.8 9  (22-)      589.2 3 
  100

   5089.6
(20-)
   6356.4 10  (24-)      677.6 3 
  100

   5678.8
(22-)
   7137.4 10  (26-)      781.0 3 
  100

   6356.4
(24-)
   8017.3 11  (28-)      879.9 3 
  100

   7137.4
(26-)
   8980.0 15  (30-)      962.7 10 
  100

   8017.3
(28-)
   9991.2 18  (32-)     1011.2 10 
  100

   8980.0
(30-)
  10994 4  (34-)     1007
  100

   9991.2
(32-)
  12005 4  (36-)     1011
  100

  10994
(34-)
  13038 4  (38-)     1033
  100

  12005
(36-)
  14096 4  (40-)     1058
  100

  13038
(38-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 10 - AGBC band (2000Ri11).
   5086.9 22  (19-)        
   5665.9 23  (21-)      579
  1043
 
 


   5086.9
   4625.2
(19-)
(19-)
   6331.0 24  (23-)      665
  1080
 
 

Q
   5665.9
   5253.3
(21-)
(21-)
   7078.2 25  (25-)      747
  1155
 
 


   6331.0
   5926.9
(23-)
(23-)
   7899 3  (27-)      821
  100

   7078.2
(25-)
   8767 3  (29-)      868
  100

   7899
(27-)
   9682 3  (31-)      915
  100

   8767
(29-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 11 - AHBC band (2000Ri11).
   4228.5 19  (16-)        
   4641.4 19  (18-)      413
   478
   723
 
 
 


Q
   4228.5
   4163.5
   3920.3
(16-)
(16-)
(16-)
   5214.3 20  (20-)      573
   700
 
 

Q
   4641.4
   4516.0
(18-)
(18-)
   5897.3 22  (22-)      683
 

   5214.3
(20-)
   6641.3 24  (24-)      744
  100

   5897.3
(22-)
   7444 3  (26-)      803
  100

   6641.3
(24-)
   8303 3  (28-)      859
  100

   7444
(26-)
   9216 3  (30-)      913
  100

   8303
(28-)
  10167 4  (32-)      951
  100

   9216
(30-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 12 - BE band (2000Ri11).
   2376.5 16  (8-)        
   2680.1 16  (10-)      304
   484
 
 

Q
   2376.5
   2197.3
(8-)
(8-)
   3085.8 17  (12-)      406
   547
 
 


   2680.1
   2539.7
(10-)
(10-)
   3585.6 18  (14-)      500
  100

   3085.8
(12-)
   4163.5 19  (16-)      578
  100

   3585.6
(14-)
   4823.5 22  (18-)      660
  100

   4163.5
(16-)
   5510.5 24  (20-)      687
  100

   4823.5
(18-)
   6243 3  (22-)      733
  100

   5510.5
(20-)
   6978 3  (24-)      735
  100

   6243
(22-)
   7770 3  (26-)      792
  100

   6978
(24-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 13 - BF band (2000Ri11).
   2793.1 18  (11-)        
   3231.4 18  (13-)      438
   737
 
 

Q
   2793.1
   2496.7
(11-)
(11-)
   3779.4 18  (15-)      548
   819
 
 

Q
   3231.4
   2962.2
(13-)
(13-)
   4400.4 21  (17-)      621
  100

   3779.4
(15-)
   5071.4 23  (19-)      671
  100

   4400.4
(17-)
   5784.4 25  (21-)      713
  100

   5071.4
(19-)
   6531 3  (23-)      747
  100

   5784.4
(21-)
   7314 3  (25-)      783
  100

   6531
(23-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 14 - Band 1 (2000Ri11).
      0.0+Y        
    204.0+Y 8       204
  100

      0.0+Y

    438.0+Y 8       234
   438
 
 


    204.0+Y
      0.0+Y


    697.0+Y 10       259
   493
 
 


    438.0+Y
    204.0+Y


    977.0+Y 11       280
   539
 
 


    697.0+Y
    438.0+Y


   1274.0+Y 12       297
   577
 
 


    977.0+Y
    697.0+Y


   1582.0+Y 13       308
   605
 
 


   1274.0+Y
    977.0+Y


   1905.0+Y 13       323
   631
 
 


   1582.0+Y
   1274.0+Y


   2240.0+Y 14       335
   658
 
 


   1905.0+Y
   1582.0+Y


E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 15 - Band 2 (2000Ri11).
      0.0+X        
    236.0+X 8       236
  100

      0.0+X

    486.0+X 8       250
   486
 
 


    236.0+X
      0.0+X


    759.0+X 10       273
   523
 
 


    486.0+X
    236.0+X


   1064.1+X 11       305
   578
 
 


    759.0+X
    486.0+X


   1387.7+X 12       323
   629
 
 


   1064.1+X
    759.0+X


   1734.9+X 13       347
   671
 
 


   1387.7+X
   1064.1+X


   2095.8+X 13       361
   708
 
 


   1734.9+X
   1387.7+X


   2475.9+X 14       380
   741
 
 


   2095.8+X
   1734.9+X


   2860.7+X 15       385
   765
 
 


   2475.9+X
   2095.8+X


   3256.1+X 15       396
   780
 
 


   2860.7+X
   2475.9+X


   3665.0+X 16       409
   804
 
 


   3256.1+X
   2860.7+X


   4083.1+X 17       418
   827
 
 


   3665.0+X
   3256.1+X


E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 16 - Band 3 (2000Ri11).
   5157.5 21  (19+)        
   5798.5 21  (21+)      641
  1130
 
 


   5157.5
   4671.0
(19+)
20+
   6536.5 24  (23+)      738
  100

   5798.5
(21+)
   7342 3  (25+)      806
  100

   6536.5
(23+)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 17 - Kπ=2+ γ-vibrational band.
    809.96 6  (2+)        
   1007.16 6  (3+)      536.81 7 
   848.41 6 
   15.7 16 
  100 7 


    470.46
    158.64
4+
2+
   1418.9 14  (5+)      413
   949
 
 


   1007.16
    470.46
(3+)
4+

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Additional Gamma Data:













E(level)
(keV)
Jπ(level)T1/2(level)E(γ)
(keV)
MultipolarityConversion
Coefficient
Additional Data
    158.64 2+ 497 ps 23     158.64 4 E20.636B(E2)(W.u.)=128 7, α=0.636
    470.46 4+ 16.4 ps 5     311.87 5 E20.0706B(E2)(W.u.)=202 7, α=0.0706
    897.17 6+ 3.24 ps 19     426.7 1 E20.0292B(E2)(W.u.)=221 13, α=0.0292
   1064.99 (0+)      906.35 9 (E2)0.00500α=0.00500
   1406.4 8+ 1.05 ps 10     509.5 3 E20.0185B(E2)(W.u.)=280 30, α=0.0185
   1971.9 10+ 0.7 ps 5     565.5 3 E20.0129B(E2)(W.u.)=250 +640-110, α=0.0129
   2078.5 (9-) 1.7 ps 4     352.2 3 E20.0495B(E2)(W.u.)=250 60, α=0.0495
   2496.7 (11-)      418.1 3 (E2)0.0308α=0.0308
   2565.8 12+ 0.9 ps 7     594.0 3 E20.01271B(E2)(W.u.)=155 +550-70, α=0.01271
   2734.6 12+      762.7 3 (E2)0.00721α=0.00721
   2910.9 (12-)      371.3 3 (E2)0.0427α=0.0427
   2962.2 (13-)      465.4 3 (E2)0.0232α=0.0232
   3009.2 14+ 6.9 ps 7     274.6 3 E20.1037B(E2)(W.u.)=168 17, α=0.1037
14+ 6.9 ps 7     443.4 3 E20.0264B(E2)(W.u.)=70 7, α=0.0264
   3211.1 14(+)      645.3 3 (E2)0.01048α=0.01048
   3375.1 (14-)      464.2 3 (E2)0.0234α=0.0234
   3449.0 16+      439.8 3 (E2)0.0269α=0.0269
   3472.6 (15-)      510.4 3 (E2)0.0184α=0.0184
   3920.3 (16-)      545.2 3 (E2)0.01561α=0.01561
   4009.2 18+      560.2 3 (E2)0.01462α=0.01462
   4030.1 (17-)      557.5 3 (E2)0.01479α=0.01479
   5253.3 (21-)      628.1 3 (E2)0.01115α=0.01115
   5409.9 22+      738.9 3 [E2]0.00779α=0.00779

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
      0.00+ 6.77 m 30 
% ε = 100
E(level): Kπ=0+ GS band.
    158.642+ 497 ps 23  E(level): Kπ=0+ GS band.
    470.464+ 16.4 ps 5  E(level): Kπ=0+ GS band.
    809.96(2+)   E(level): Kπ=2+ γ-vibrational band.
Jπ(level): Proposed by 1977Le08 in ε decay.
    897.176+ 3.24 ps 19  E(level): Kπ=0+ GS band.
   1007.16(3+)   E(level): Kπ=2+ γ-vibrational band.
Jπ(level): Proposed by 1977Le08 in ε decay.
   1406.48+ 1.05 ps 10  E(level): Kπ=0+ GS band.
   1418.9(5+)   E(level): Kπ=2+ γ-vibrational band.
Jπ(level): Proposed by 1977Le08 in ε decay.
   1466.3(5-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   1551.39(4-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   1726.3(7-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   1841.1(6-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   1971.910+ 0.7 ps 5  E(level): Kπ=0+ GS band.
   2078.5(9-) 1.7 ps 4  E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   2197.3(8-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   2376.5(8-)   E(level): BE band (2000Ri11).
   2496.7(11-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   2539.7(10-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   2565.812+ 0.9 ps 7  E(level): Kπ=0+ GS band.
   2680.1(10-)   E(level): BE band (2000Ri11).
   2734.612+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   2793.1(11-)   E(level): BF band (2000Ri11).
   2910.9(12-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   2962.2(13-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   3009.214+ 6.9 ps 7  E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
E(level)Jπ(level)T1/2(level)Comments
   3023.9(12+)   E(level): EFBC band (2000Ri11).
   3085.8(12-)   E(level): BE band (2000Ri11).
   3211.114(+)   E(level): BC band (2000Ri11).
   3231.4(13-)   E(level): BF band (2000Ri11).
   3375.1(14-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   3449.016+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   3472.6(15-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   3515.8(14+)   E(level): EFBC band (2000Ri11).
   3585.6(14-)   E(level): BE band (2000Ri11).
   3779.4(15-)   E(level): BF band (2000Ri11).
   3817.4(15-)   E(level): AGEF band (2000Ri11).
   3835.2(16+)   E(level): BC band (2000Ri11).
   3920.3(16-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   3972.1(15-)   E(level): AGEH band (2000Ri11).
   4009.218+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   4030.1(17-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   4064.7(16+)   E(level): EFBC band (2000Ri11).
   4163.5(16-)   E(level): BE band (2000Ri11).
   4228.5(16-)   E(level): AHBC band (2000Ri11).
   4374.0(17-)   E(level): AGEF band (2000Ri11).
   4400.4(17-)   E(level): BF band (2000Ri11).
   4443.4(17-)   E(level): AGEH band (2000Ri11).
   4459.3(18+)   E(level): BC band (2000Ri11).
   4516.0(18-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   4582.0(15-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
E(level)Jπ(level)T1/2(level)Comments
   4625.2(19-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   4641.4(18-)   E(level): AHBC band (2000Ri11).
   4671.020+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   4677.4(18+)   E(level): EFBC band (2000Ri11).
   4823.5(18-)   E(level): BE band (2000Ri11).
   4937.1(17-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   5005.6(19-)   E(level): AGEF band (2000Ri11).
   5031.3(19-)   E(level): AGEH band (2000Ri11).
   5071.4(19-)   E(level): BF band (2000Ri11).
   5086.9(19-)   E(level): AGBC band (2000Ri11).
   5089.6(20-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   5121.7(20+)   E(level): BC band (2000Ri11).
   5157.5(19+)   E(level): Band 3 (2000Ri11).
   5214.3(20-)   E(level): AHBC band (2000Ri11).
   5253.3(21-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   5313.0(20+)   E(level): EFBC band (2000Ri11).
   5409.922+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   5410.0(19-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   5510.5(20-)   E(level): BE band (2000Ri11).
   5665.9(21-)   E(level): AGBC band (2000Ri11).
   5672.7(21-)   E(level): AGEF band (2000Ri11).
   5678.8(22-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   5720.4(21-)   E(level): AGEH band (2000Ri11).
   5784.4(21-)   E(level): BF band (2000Ri11).
   5798.5(21+)   E(level): Band 3 (2000Ri11).
E(level)Jπ(level)T1/2(level)Comments
   5851.7(22+)   E(level): BC band (2000Ri11).
   5897.3(22-)   E(level): AHBC band (2000Ri11).
   5926.9(23-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   5986.0(22+)   E(level): EFBC band (2000Ri11).
   5987.8(21-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   6201.224+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   6243(22-)   E(level): BE band (2000Ri11).
   6331.0(23-)   E(level): AGBC band (2000Ri11).
   6356.4(24-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   6385.7(23-)   E(level): AGEF band (2000Ri11).
   6441.4(23-)   E(level): AGEH band (2000Ri11).
   6531(23-)   E(level): BF band (2000Ri11).
   6536.5(23+)   E(level): Band 3 (2000Ri11).
   6615.0(24+)   E(level): BC band (2000Ri11).
   6641.3(24-)   E(level): AHBC band (2000Ri11).
   6650.6(23-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   6665.5(25-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   6978(24-)   E(level): BE band (2000Ri11).
   7030.126+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   7078.2(25-)   E(level): AGBC band (2000Ri11).
   7137.4(26-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   7145(25-)   E(level): AGEF band (2000Ri11).
   7199.425-   E(level): AGEH band (2000Ri11).
   7314(25-)   E(level): BF band (2000Ri11).
   7342(25+)   E(level): Band 3 (2000Ri11).
E(level)Jπ(level)T1/2(level)Comments
   7363.6(25-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   7392.1(26+)   E(level): BC band (2000Ri11).
   7444(26-)   E(level): AHBC band (2000Ri11).
   7481.1(27-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   7770(26-)   E(level): BE band (2000Ri11).
   7894.728+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   7899(27-)   E(level): AGBC band (2000Ri11).
   7954(27-)   E(level): AGEF band (2000Ri11).
   8007(27-)   E(level): AGEH band (2000Ri11).
   8017.3(28-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   8062.7(27-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   8222.0(28+)   E(level): BC band (2000Ri11).
   8303(28-)   E(level): AHBC band (2000Ri11).
   8375.4(29-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   8767(29-)   E(level): AGBC band (2000Ri11).
   8800.730+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   8808.1(29-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   8817(29-)   E(level): AGEF band (2000Ri11).
   8871(29-)   E(level): AGEH band (2000Ri11).
   8980.0(30-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
   9116(30+)   E(level): BC band (2000Ri11).
   9216(30-)   E(level): AHBC band (2000Ri11).
   9337.8(31-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
   9635(31-)   E(level): Kπ=10-, α=0 gfAE band (2000Ri11).
   9682(31-)   E(level): AGBC band (2000Ri11).
E(level)Jπ(level)T1/2(level)Comments
   9734(31-)   E(level): AGEF band (2000Ri11).
   9753.532+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
   9771(31-)   E(level): AGEH band (2000Ri11).
   9991.2(32-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
  10009(32+)   E(level): BC band (2000Ri11).
  10167(32-)   E(level): AHBC band (2000Ri11).
  10330(33-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
  10721(33-)   E(level): AGEF band (2000Ri11).
  10747.534+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
  10933(34+)   E(level): BC band (2000Ri11).
  10994(34-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
  11298(35-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
  1175136+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
  11928(36+)   E(level): BC band (2000Ri11).
  12005(36-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
  12289(37-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
  1276238+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
  13038(38-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
  13328(39-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
  1380040+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
  14096(40-)   E(level): AF band (2000Ri11).
Jπ(level): Transitions connecting the two side bands have positive anisotropies and are interpreted as mixed M1,E2 transitions (1987Bl06) in (HI,xnγ).
  14424(41-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
  1487942+   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
  15575(43-)   E(level): Kπ=5- AE band (2000Ri11).
Jπ(level): The interband transition between side band 1 and the ground-state band show angular distributions of pure stretched dipole type, most likely E1.
  16006(44+)   E(level): AB band (2000Ri11).
Jπ(level): Jπ established for J=12 through J=42 band members based on smooth progression of Eγ for intraband cascade, Jπ=14+ for 3007 level and E2 intraband 275γ to 2566.
E(level)Jπ(level)T1/2(level)Comments
      0.0+X   E(level): Band 2 (2000Ri11).
    236.0+X   E(level): Band 2 (2000Ri11).
    486.0+X   E(level): Band 2 (2000Ri11).
    759.0+X   E(level): Band 2 (2000Ri11).
   1064.1+X   E(level): Band 2 (2000Ri11).
   1387.7+X   E(level): Band 2 (2000Ri11).
   1734.9+X   E(level): Band 2 (2000Ri11).
   2095.8+X   E(level): Band 2 (2000Ri11).
   2475.9+X   E(level): Band 2 (2000Ri11).
   2860.7+X   E(level): Band 2 (2000Ri11).
   3256.1+X   E(level): Band 2 (2000Ri11).
   3665.0+X   E(level): Band 2 (2000Ri11).
   4083.1+X   E(level): Band 2 (2000Ri11).
      0.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
    204.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
    438.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
    697.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
    977.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
   1274.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
   1582.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
   1905.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).
   2240.0+Y   E(level): From 166Ta ε decay. Band 1 (2000Ri11).

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Additional Gamma Comments:

E(level)E(gamma)Comments
    158.64    158.64E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
M(γ): stretched Q from γ(θ) in (HI,xnγ); not M2 from RUL.
    470.46    311.87E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
    809.96    651.26E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
    810.0E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
    897.17    426.7E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1007.16    536.81E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
    848.41E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1064.99    906.35E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
M(γ): Q from 906γ-159γ(θ) in ε decay.
   1162.70    692.23E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1218.76    748.25E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1060.2E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1218.8E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1332.41    861.97E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1173.74E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1404.85    397.6E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
    594.65E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1246.37E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1418.9    413E(γ): From 96Zr(74Ge,4nγ).
    949E(γ): From 96Zr(74Ge,4nγ).
   1551.39    544.27E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1080.86E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1603.05   1132.75E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1444.4E(γ): From 166Ta ε decay.
I(γ): From 166Ta ε decay.
   1726.3    259E(γ): From 96Zr(74Ge,4nγ).
    320E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
   1841.1    421E(γ): From 96Zr(74Ge,4nγ).
   2376.5    537E(γ): From 96Zr(74Ge,4nγ).
   2680.1    304E(γ): From 96Zr(74Ge,4nγ).
    484E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   2734.6    168E(γ): From 96Zr(74Ge,4nγ).
   2793.1    716E(γ): From 96Zr(74Ge,4nγ).
   3023.9    460E(γ): From 96Zr(74Ge,4nγ).
   1054E(γ): From 96Zr(74Ge,4nγ).
   3085.8    406E(γ): From 96Zr(74Ge,4nγ).
    547E(γ): From 96Zr(74Ge,4nγ).
   3231.4    438E(γ): From 96Zr(74Ge,4nγ).
    737E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   3375.1    413E(γ): From 96Zr(74Ge,4nγ).
   3472.6    261E(γ): From 96Zr(74Ge,4nγ).
   3515.8    492E(γ): From 96Zr(74Ge,4nγ).
    952E(γ): From 96Zr(74Ge,4nγ).
   3585.6    500E(γ): From 96Zr(74Ge,4nγ).
   3779.4    548E(γ): From 96Zr(74Ge,4nγ).
    819E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   3817.4    811E(γ): From 96Zr(74Ge,4nγ).
   3835.2    624E(γ): From 96Zr(74Ge,4nγ).
   3920.3    448E(γ): From 96Zr(74Ge,4nγ).
   3972.1    965E(γ): From 96Zr(74Ge,4nγ).
   4064.7    549E(γ): From 96Zr(74Ge,4nγ).
    856E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
   4163.5    578E(γ): From 96Zr(74Ge,4nγ).
   4228.5    643E(γ): From 96Zr(74Ge,4nγ).
   4400.4    621E(γ): From 96Zr(74Ge,4nγ).
   4443.4    471E(γ): From 96Zr(74Ge,4nγ).
    997E(γ): From 96Zr(74Ge,4nγ).
   4459.3    623E(γ): From 96Zr(74Ge,4nγ).
   4582.0    137E(γ): From 96Zr(74Ge,4nγ).
   1373E(γ): From 96Zr(74Ge,4nγ).
   1575E(γ): From 96Zr(74Ge,4nγ).
   4641.4    413E(γ): From 96Zr(74Ge,4nγ).
    478E(γ): From 96Zr(74Ge,4nγ).
    723E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   4677.4    613E(γ): From 96Zr(74Ge,4nγ).
    844E(γ): From 96Zr(74Ge,4nγ).
   4744.9    163E(γ): From 96Zr(74Ge,4nγ).
    299E(γ): From 96Zr(74Ge,4nγ).
   1298E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   4823.5    660E(γ): From 96Zr(74Ge,4nγ).
   4937.1    192E(γ): From 96Zr(74Ge,4nγ).
    355E(γ): From 96Zr(74Ge,4nγ).
   1491E(γ): From 96Zr(74Ge,4nγ).
   5005.6    562E(γ): From 96Zr(74Ge,4nγ).
    632E(γ): From 96Zr(74Ge,4nγ).
    999E(γ): From 96Zr(74Ge,4nγ).
   5031.3    588E(γ): From 96Zr(74Ge,4nγ).
    657E(γ): From 96Zr(74Ge,4nγ).
   1025E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
E(level)E(gamma)Comments
   5071.4    671E(γ): From 96Zr(74Ge,4nγ).
   5086.9   1059E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   5157.5   1151E(γ): From 96Zr(74Ge,4nγ).
   5160.0    223E(γ): From 96Zr(74Ge,4nγ).
    415E(γ): From 96Zr(74Ge,4nγ).
   1153E(γ): From 96Zr(74Ge,4nγ).
   5214.3    573E(γ): From 96Zr(74Ge,4nγ).
    700E(γ): From 96Zr(74Ge,4nγ).
M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   5313.0    636E(γ): From 96Zr(74Ge,4nγ).
    856E(γ): From 96Zr(74Ge,4nγ).
   5410.0    250E(γ): From 96Zr(74Ge,4nγ).
    473E(γ): From 96Zr(74Ge,4nγ).
   5510.5    687E(γ): From 96Zr(74Ge,4nγ).
   5665.9    579E(γ): From 96Zr(74Ge,4nγ).
   5672.7    667E(γ): From 96Zr(74Ge,4nγ).
   5687.1    277E(γ): From 96Zr(74Ge,4nγ).
    527E(γ): From 96Zr(74Ge,4nγ).
   5720.4    689E(γ): From 96Zr(74Ge,4nγ).
   1052E(γ): From 96Zr(74Ge,4nγ).
   5784.4    713E(γ): From 96Zr(74Ge,4nγ).
   5798.5    641E(γ): From 96Zr(74Ge,4nγ).
   1130E(γ): From 96Zr(74Ge,4nγ).
   5851.7   1180E(γ): From 96Zr(74Ge,4nγ).
   5897.3    683E(γ): From 96Zr(74Ge,4nγ).
   5986.0    673E(γ): From 96Zr(74Ge,4nγ).
    867E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
   5987.8    301E(γ): From 96Zr(74Ge,4nγ).
    578E(γ): From 96Zr(74Ge,4nγ).
   6243    733E(γ): From 96Zr(74Ge,4nγ).
   6310.6    323E(γ): From 96Zr(74Ge,4nγ).
    623E(γ): From 96Zr(74Ge,4nγ).
   6331.0   1080M(γ): From DCO ratios in 96Zr(74Ge,4nγ), assigning intraband stretched Q transitions as (E2).
   6385.7    713E(γ): From 96Zr(74Ge,4nγ).
   6441.4    721E(γ): From 96Zr(74Ge,4nγ).
   6531    747E(γ): From 96Zr(74Ge,4nγ).
   6536.5    738E(γ): From 96Zr(74Ge,4nγ).
   6615.0    766E(γ): From 96Zr(74Ge,4nγ).
   1208E(γ): From 96Zr(74Ge,4nγ).
   6641.3    744E(γ): From 96Zr(74Ge,4nγ).
   6650.6    340E(γ): From 96Zr(74Ge,4nγ).
    663E(γ): From 96Zr(74Ge,4nγ).
   6978    735E(γ): From 96Zr(74Ge,4nγ).
   7006.6    356E(γ): From 96Zr(74Ge,4nγ).
    696E(γ): From 96Zr(74Ge,4nγ).
   7078.2    747E(γ): From 96Zr(74Ge,4nγ).
   1155E(γ): From 96Zr(74Ge,4nγ).
   7145    759E(γ): From 96Zr(74Ge,4nγ).
   7199.4    758E(γ): From 96Zr(74Ge,4nγ).
   7314    783E(γ): From 96Zr(74Ge,4nγ).
   7342    806E(γ): From 96Zr(74Ge,4nγ).
   7363.6    357E(γ): From 96Zr(74Ge,4nγ).
    713E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
   7392.1    777E(γ): From 96Zr(74Ge,4nγ).
   1195E(γ): From 96Zr(74Ge,4nγ).
   7444    803E(γ): From 96Zr(74Ge,4nγ).
   7713.6    350E(γ): From 96Zr(74Ge,4nγ).
    707E(γ): From 96Zr(74Ge,4nγ).
   7770    792E(γ): From 96Zr(74Ge,4nγ).
   7899    821E(γ): From 96Zr(74Ge,4nγ).
   7954    809E(γ): From 96Zr(74Ge,4nγ).
   8007    808E(γ): From 96Zr(74Ge,4nγ).
   8062.7    349E(γ): From 96Zr(74Ge,4nγ).
    699E(γ): From 96Zr(74Ge,4nγ).
   8222.0    830E(γ): From 96Zr(74Ge,4nγ).
   8303    859E(γ): From 96Zr(74Ge,4nγ).
   8426.4    364E(γ): From 96Zr(74Ge,4nγ).
    713E(γ): From 96Zr(74Ge,4nγ).
   8767    868E(γ): From 96Zr(74Ge,4nγ).
   8808.1    382E(γ): From 96Zr(74Ge,4nγ).
    745E(γ): From 96Zr(74Ge,4nγ).
   8817    863E(γ): From 96Zr(74Ge,4nγ).
   8871    864E(γ): From 96Zr(74Ge,4nγ).
   9116    894E(γ): From 96Zr(74Ge,4nγ).
   9212    404E(γ): From 96Zr(74Ge,4nγ).
    786E(γ): From 96Zr(74Ge,4nγ).
   9216    913E(γ): From 96Zr(74Ge,4nγ).
   9635    423E(γ): From 96Zr(74Ge,4nγ).
    827E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
   9682    915E(γ): From 96Zr(74Ge,4nγ).
   9734    917E(γ): From 96Zr(74Ge,4nγ).
   9771    900E(γ): From 96Zr(74Ge,4nγ).
  10009    893E(γ): From 96Zr(74Ge,4nγ).
  10080    445E(γ): From 96Zr(74Ge,4nγ).
    867E(γ): From 96Zr(74Ge,4nγ).
  10167    951E(γ): From 96Zr(74Ge,4nγ).
  10721    987E(γ): From 96Zr(74Ge,4nγ).
  10933    924E(γ): From 96Zr(74Ge,4nγ).
  10994   1007E(γ): From 96Zr(74Ge,4nγ).
  11298    972E(γ): From 96Zr(74Ge,4nγ).
  11751   1009E(γ): From 96Zr(74Ge,4nγ).
  11928    995E(γ): From 96Zr(74Ge,4nγ).
  12005   1011E(γ): From 96Zr(74Ge,4nγ).
  12289    991E(γ): From 96Zr(74Ge,4nγ).
  12762   1011E(γ): From 96Zr(74Ge,4nγ).
  13038   1033E(γ): From 96Zr(74Ge,4nγ).
  13328   1039E(γ): From 96Zr(74Ge,4nγ).
  13800   1038E(γ): From 96Zr(74Ge,4nγ).
  14096   1058E(γ): From 96Zr(74Ge,4nγ).
  14424   1096E(γ): From 96Zr(74Ge,4nγ).
  14879   1079E(γ): From 96Zr(74Ge,4nγ).
  15575   1151E(γ): From 96Zr(74Ge,4nγ).
  16006   1127E(γ): From 96Zr(74Ge,4nγ).
    236.0+X    236E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
    486.0+X    250E(γ): From 96Zr(74Ge,4nγ).
    486E(γ): From 96Zr(74Ge,4nγ).
    759.0+X    273E(γ): From 96Zr(74Ge,4nγ).
    523E(γ): From 96Zr(74Ge,4nγ).
   1064.1+X    305E(γ): From 96Zr(74Ge,4nγ).
    578E(γ): From 96Zr(74Ge,4nγ).
   1387.7+X    323E(γ): From 96Zr(74Ge,4nγ).
    629E(γ): From 96Zr(74Ge,4nγ).
   1734.9+X    347E(γ): From 96Zr(74Ge,4nγ).
    671E(γ): From 96Zr(74Ge,4nγ).
   2095.8+X    361E(γ): From 96Zr(74Ge,4nγ).
    708E(γ): From 96Zr(74Ge,4nγ).
   2475.9+X    380E(γ): From 96Zr(74Ge,4nγ).
    741E(γ): From 96Zr(74Ge,4nγ).
   2860.7+X    385E(γ): From 96Zr(74Ge,4nγ).
    765E(γ): From 96Zr(74Ge,4nγ).
   3256.1+X    396E(γ): From 96Zr(74Ge,4nγ).
    780E(γ): From 96Zr(74Ge,4nγ).
   3665.0+X    409E(γ): From 96Zr(74Ge,4nγ).
    804E(γ): From 96Zr(74Ge,4nγ).
   4083.1+X    418E(γ): From 96Zr(74Ge,4nγ).
    827E(γ): From 96Zr(74Ge,4nγ).
    204.0+Y    204E(γ): From 96Zr(74Ge,4nγ).
    438.0+Y    234E(γ): From 96Zr(74Ge,4nγ).
    438E(γ): From 96Zr(74Ge,4nγ).
E(level)E(gamma)Comments
    697.0+Y    259E(γ): From 96Zr(74Ge,4nγ).
    493E(γ): From 96Zr(74Ge,4nγ).
    977.0+Y    280E(γ): From 96Zr(74Ge,4nγ).
    539E(γ): From 96Zr(74Ge,4nγ).
   1274.0+Y    297E(γ): From 96Zr(74Ge,4nγ).
    577E(γ): From 96Zr(74Ge,4nγ).
   1582.0+Y    308E(γ): From 96Zr(74Ge,4nγ).
    605E(γ): From 96Zr(74Ge,4nγ).
   1905.0+Y    323E(γ): From 96Zr(74Ge,4nγ).
    631E(γ): From 96Zr(74Ge,4nγ).
   2240.0+Y    335E(γ): From 96Zr(74Ge,4nγ).
    658E(γ): From 96Zr(74Ge,4nγ).

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