ADOPTED LEVELS, GAMMAS for 192Tl

Author: Coral M. Baglin |  Citation: Nucl. Data Sheets 113, 1871 (2012) |  Cutoff date: 15-Jun-2012 

 Full ENSDF file | Adopted Levels (PDF version) 


Q(β-)=-3.31×103 keV 4S(n)= 7.66×103 keV 4S(p)= 2.57×103 keV 4Q(α)= 3.98×103 keV 4
Reference: 2012WA38

References:
  A  192Pb ε decay  B  181Ta(18O,7NG), (16O,5nγ)
  C  160Gd(37Cl,5nγ):SD  D  196Bi α decay: LOW SPIN
  E  196Bi α decay: HIGH SPIN  F  9Be(238U,xγ)
  G  160Gd(37Cl,5nγ) 

General Comments:

See 1987Bi08, 1987Bo44, 1990Di09, 1992Me07 (supersedes 1989MeZV, 1989MeZZ) for hfs and isotope shift data.

192Tl has two isomers. The low-spin isomer (g.s.) is obtained following 192Pb ε decay; the high-spin isomer (7+) is formed in (HI,xnγ) reactions. There is no evidence that either isomer decays by any mode other than ε+β+.

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

Q-value: Q(β-), S(n), S(p), Q(α) from 2003Au03 are -3320 30, 7660 30, 2570 40, 4000 40, respectively.










E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
     0.0A  D    (2-) 9.6 m 4 
% ε = 100
     
     0.0+X      G (7+)        
   138 45  B    G (7+) 10.8 m 2 
% ε = 100
     
   167.49 10 A       1(-)      167.5 1 
  100
M1,E2
     0.0
(2-)
   178 40    D    (3+)      178 40 S
  100
[E1]
     0.0
(2-)
   237.4+X 16  B    G (9-)        
   320.4+X 16  B  E G (10-)       83 1 
  100
(M1)
   237.4+X
(9-)
   371.05 18 A       1(-)      371.0 2 
  100
M1(+E2)
     0.0
(2-)
   388 45  B   FG (8-) 296 ns 5 
% IT = 100
   250.6 2 
  100
(E1)
   138
(7+)
   413.98 23 A       (1-,2-)      414.1 3 
  100
M1(+E2)
     0.0
(2-)
   445.0+X 8       G (8+)      445
  100

     0.0+X
(7+)
   596.4+X 16  B    G (11-)      275.8 2 
   359.0 2 
  100 15 
   20 3 
(M1+E2)

   320.4+X
   237.4+X
(10-)
(9-)
   674.0+X 18       G (8+)        
   775.67 14 A       (0-,1-)      404.5 3 
   608.2 1 
   17.1 24 
  100 8 
[M1,E2]
M1+E2
   371.05
   167.49
1(-)
1(-)
   794.0+X 8       G (9+)      349
   794
 
 


   445.0+X
     0.0+X
(8+)
(7+)
   858.4+X 16  B    G (12-)      261.8 2 
   538.2 2 
  100 16 
   46 7 
(M1+E2)

   596.4+X
   320.4+X
(11-)
(10-)
  1168.0+X 10       G (10+)      374
   723
 
 


   794.0+X
   445.0+X
(9+)
(8+)
  1195.46 18 A       1+      781.6 3 
  1195.4 2 
   18 2 
  100 6 
[E1]
(E1)
   413.98
     0.0
(1-,2-)
(2-)
  1254.7+X 16  B    G (13-)      396.4 2 
   658.3 2 
  100 15 
   71 10 
(M1(+E2))

   858.4+X
   596.4+X
(12-)
(11-)
  1303.0+X 15       G (10+)      135
   629
   707
   982
 
 
 
 




  1168.0+X
   674.0+X
   596.4+X
   320.4+X
(10+)
(8+)
(11-)
(10-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
  1432.2+X 16       G (11+)      129
   836
 
 


  1303.0+X
   596.4+X
(10+)
(11-)
  1563.4+X 16  B    G (14-)      308.7 2 
   705.0 2 
   37 5 
  100 17 
(M1+E2)
(E2)
  1254.7+X
   858.4+X
(13-)
(12-)
  1683.3+X 18       G (12+)      251
 

  1432.2+X
(11+)
  1729.3+X 17       G (12+)      297
   871
 
 


  1432.2+X
   858.4+X
(11+)
(12-)
  1874.3+X 18       G (13+)      145
   191
 
 


  1729.3+X
  1683.3+X
(12+)
(12+)
  2021.6+X 16  B    G (15-)      458.2 2 
   767.6
 
 
(M1+E2)

  1563.4+X
  1254.7+X
(14-)
(13-)
  2043.3+X 20       G (14+)      169
 

  1874.3+X
(13+)
  2202.3+X 20       G (15+)      159
   328
 
 


  2043.3+X
  1874.3+X
(14+)
(13+)
  2336.8+X 17       G (15-)      315
   773
 
 


  2021.6+X
  1563.4+X
(15-)
(14-)
  2493.3+X 21       G (16+)      291
   450
 
 


  2202.3+X
  2043.3+X
(15+)
(14+)
  2512.5+X 17       G (16-)      491
   949
 
 


  2021.6+X
  1563.4+X
(15-)
(14-)
  2636.2+X 17       G (16-)      124
   299
   615
 
 
 



  2512.5+X
  2336.8+X
  2021.6+X
(16-)
(15-)
(15-)
  2717.0+X 18       G (17-)       81
   380
 
 


  2636.2+X
  2336.8+X
(16-)
(15-)
  2789.3+X 21       G (17+)      296
   587
 
 


  2493.3+X
  2202.3+X
(16+)
(15+)
  2848.6+X 19       G (17-)      827
 

  2021.6+X
(15-)
  2977.1+X 18       G (18-)      260
   341
 
 


  2717.0+X
  2636.2+X
(17-)
(16-)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
  3109.6+X 18       G (16+)      597
   773
 
 


  2512.5+X
  2336.8+X
(16-)
(15-)
  3139.8+X 20       G (17-)      803
 

  2336.8+X
(15-)
  3170.3+X 22       G (18+)      381
   677
 
 


  2789.3+X
  2493.3+X
(17+)
(16+)
  3198.1+X 19       G (19-)      221
   481
 
 


  2977.1+X
  2717.0+X
(18-)
(17-)
  3348.0+X 20       G (17+)      238
 

  3109.6+X
(16+)
  3495.2+X 20       G (18+)      147
   386
 
 


  3348.0+X
  3109.6+X
(17+)
(16+)
  3508.8+X 21       G (18-)      369
 

  3139.8+X
(17-)
  3537.3+X 22       G (19+)      367
   748
 
 


  3170.3+X
  2789.3+X
(18+)
(17+)
  3552.1+X 20       G (20-)      354
   575
 
 


  3198.1+X
  2977.1+X
(19-)
(18-)
  3753.8+X 21       G (19-)      245
   614
 
 


  3508.8+X
  3139.8+X
(18-)
(17-)
  3788.1+X 20       G (19+)      293
   440
 
 


  3495.2+X
  3348.0+X
(18+)
(17+)
  3894.1+X 20       G (21-)      342
   696
 
 


  3552.1+X
  3198.1+X
(20-)
(19-)
  3952.3+X 23       G (20+)      415
   782
 
 


  3537.3+X
  3170.3+X
(19+)
(18+)
  4020.2+X 21       G (20+)      232
   525
 
 


  3788.1+X
  3495.2+X
(19+)
(18+)
  4302.3+X 23       G (21+)      350
   765
 
 


  3952.3+X
  3537.3+X
(20+)
(19+)
  4306.1+X 21       G (22-)      412
   754
 
 


  3894.1+X
  3552.1+X
(21-)
(20-)
  4370.2+X 21       G (21+)      350
   582
 
 


  4020.2+X
  3788.1+X
(20+)
(19+)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
  4702.2+X 22       G (22+)      332
   682
 
 


  4370.2+X
  4020.2+X
(21+)
(20+)
  4718.1+X 21       G (23-)      412
   824
 
 


  4306.1+X
  3894.1+X
(22-)
(21-)
  4772.3+X 25       G (22+)      820
 

  3952.3+X
(20+)
  5099.2+X 23       G (23+)      397
   729
 
 


  4702.2+X
  4370.2+X
(22+)
(21+)
  5156.1+X 22       G (24-)      438
   850
 
 


  4718.1+X
  4306.1+X
(23-)
(22-)
     U  C     (15)        
   283.0+U 2   C     (17)      283.0 2 
 

     U
(15)
   603.8+U 3   C     (19)      320.8 2 
 

   283.0+U
(17)
   962.8+U 4   C     (21)      359.0 2 
 

   603.8+U
(19)
  1360.6+U 4   C     (23)      397.8 2 
 

   962.8+U
(21)
  1797.7+U 5   C     (25)      437.1 2 
 

  1360.6+U
(23)
  2273.8+U 5   C     (27)      476.1 2 
 

  1797.7+U
(25)
  2789.0+U 6   C     (29)      515.2 2 
 

  2273.8+U
(27)
  3343.4+U 6   C     (31)      554.4 2 
 

  2789.0+U
(29)
  3936.4+U 6   C     (33)      593.0 2 
 

  3343.4+U
(31)
  4568.4+U 7   C     (35)      632.0 3 
 

  3936.4+U
(33)
  5238.8+U 8   C     (37)      670.4 4 
 

  4568.4+U
(35)
  5946.7+U 12   C     (39)      707.9 8 
 

  5238.8+U
(37)
     V  C     (18)        
   337.5+V 2   C     (20)      337.5 2 
 

     V
(18)
   712.4+V 3   C     (22)      374.9 2 
 

   337.5+V
(20)
  1125.8+V 4   C     (24)      413.4 2 
 

   712.4+V
(22)
  1576.9+V 4   C     (26)      451.1 2 
 

  1125.8+V
(24)
  2066.5+V 5   C     (28)      489.6 2 
 

  1576.9+V
(26)
  2593.9+V 5   C     (30)      527.4 2 
 

  2066.5+V
(28)
  3159.4+V 6   C     (32)      565.5 2 
 

  2593.9+V
(30)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
  3762.5+V 6   C     (34)      603.1 3 
 

  3159.4+V
(32)
  4403.4+V 7   C     (36)      640.9 3 
 

  3762.5+V
(34)
  5081.1+V 9   C     (38)      677.7 5 
 

  4403.4+V
(36)
  5796.1+V 12   C     (40)      715.0 8 
 

  5081.1+V
(38)
     W  C     (10)        
   233.4+W 2   C     (12)      233.4 2 
 

     W
(10)
   507.2+W 3   C     (14)      273.8 2 
 

   233.4+W
(12)
   820.2+W 4   C     (16)      313.0 2 
 

   507.2+W
(14)
  1171.8+W 4   C     (18)      351.6 2 
 

   820.2+W
(16)
  1562.2+W 5   C     (20)      390.4 2 
 

  1171.8+W
(18)
  1990.1+W 5   C     (22)      427.9 2 
 

  1562.2+W
(20)
  2455.5+W 6   C     (24)      465.4 2 
 

  1990.1+W
(22)
  2957.3+W 6   C     (26)      501.8 2 
 

  2455.5+W
(24)
  3495.1+W 6   C     (28)      537.8 2 
 

  2957.3+W
(26)
  4068.1+W 7   C     (30)      573.0 2 
 

  3495.1+W
(28)
  4675.3+W 7   C     (32)      607.2 3 
 

  4068.1+W
(30)
  5317.9+W 8   C     (34)      642.6 4 
 

  4675.3+W
(32)
  5994.7+W 9   C     (36)      676.8 3 
 

  5317.9+W
(34)
  6707.2+W 12   C     (38)      712.5 8 
 

  5994.7+W
(36)
  7451.9+W 15   C     (40)      744.7 8 
 

  6707.2+W
(38)
     S  C     (9)        
   213.4+S 3   C     (11)      213.4 3 
 

     S
(9)
   467.1+S 4   C     (13)      253.7 2 
 

   213.4+S
(11)
   760.4+S 5   C     (15)      293.3 2 
 

   467.1+S
(13)
  1092.6+S 5   C     (17)      332.2 2 
 

   760.4+S
(15)
  1463.6+S 5   C     (19)      371.0 2 
 

  1092.6+S
(17)
  1872.9+S 6   C     (21)      409.3 2 
 

  1463.6+S
(19)
  2319.3+S 6   C     (23)      446.4 2 
 

  1872.9+S
(21)
  2802.9+S 6   C     (25)      483.6 2 
 

  2319.3+S
(23)
  3322.8+S 7   C     (27)      519.9 2 
 

  2802.9+S
(25)
E(level)
(keV)
XREFJπ(level) T1/2(level)E(γ)
(keV)
I(γ)M(γ)Final Levels
  3878.2+S 7   C     (29)      555.4 2 
 

  3322.8+S
(27)
  4469.4+S 8   C     (31)      591.2 3 
 

  3878.2+S
(29)
  5094.6+S 8   C     (33)      625.2 3 
 

  4469.4+S
(31)
  5754.3+S 9   C     (35)      659.7 3 
 

  5094.6+S
(33)
  6448.1+S 10   C     (37)      693.8 4 
 

  5754.3+S
(35)
  7175.4+S 13   C     (39)      727.3 8 
 

  6448.1+S
(37)

E(level): From least-squares fit to Eγ, except as noted. The large uncertainties indicated here for some high spin levels arise from the large uncertainty in energy assumed for the (3+) level. See the relevant source datasets for more precise level energy differences for many high-spin levels. See also the comment on the energy of the 0.0+x level.

Jπ(level): Values given without comment are from 160Gd(37Cl,5nγ):SD. Those for bands SD-1 and SD-2 were deduced from observed signature splitting and comparison with the i13/2 proton excitations in 193Tl. Those for bands SD-3 and SD-4 were deduced from fits to the dynamic moments of inertia.

I(γ): Relative photon branching from each level; values are from 181Ta(18O,7nγ), (16O,5nγ), unless noted to the contrary.

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Band Transitions:

E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - π=- ΔJ=1 SEQUENCE (1996RiZZ).
   320.4+X 16  (10-)        
   596.4+X 16  (11-)        
   858.4+X 16  (12-)        
  1254.7+X 16  (13-)      396.4 2 
   658.3 2 
  100 15 
   71 10 
(M1(+E2))

   858.4+X
   596.4+X
(12-)
(11-)
  1563.4+X 16  (14-)      308.7 2 
   705.0 2 
   37 5 
  100 17 
(M1+E2)
(E2)
  1254.7+X
   858.4+X
(13-)
(12-)
  2021.6+X 16  (15-)        
  2512.5+X 17  (16-)      491
   949
 
 


  2021.6+X
  1563.4+X
(15-)
(14-)
  2848.6+X 19  (17-)      827
 

  2021.6+X
(15-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - SD-1 band (1996Fi02,1992Li21).
     U (15)        
   283.0+U 2  (17)        
   603.8+U 3  (19)        
   962.8+U 4  (21)      359.0 2 
 

   603.8+U
(19)
  1360.6+U 4  (23)      397.8 2 
 

   962.8+U
(21)
  1797.7+U 5  (25)        
  2273.8+U 5  (27)      476.1 2 
 

  1797.7+U
(25)
  2789.0+U 6  (29)      515.2 2 
 

  2273.8+U
(27)
  3343.4+U 6  (31)      554.4 2 
 

  2789.0+U
(29)
  3936.4+U 6  (33)      593.0 2 
 

  3343.4+U
(31)
  4568.4+U 7  (35)      632.0 3 
 

  3936.4+U
(33)
  5238.8+U 8  (37)      670.4 4 
 

  4568.4+U
(35)
  5946.7+U 12  (39)        
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - SD-2 band (1996Fi02,1992Li21).
     V (18)        
   337.5+V 2  (20)        
   712.4+V 3  (22)        
  1125.8+V 4  (24)      413.4 2 
 

   712.4+V
(22)
  1576.9+V 4  (26)      451.1 2 
 

  1125.8+V
(24)
  2066.5+V 5  (28)        
  2593.9+V 5  (30)      527.4 2 
 

  2066.5+V
(28)
  3159.4+V 6  (32)      565.5 2 
 

  2593.9+V
(30)
  3762.5+V 6  (34)      603.1 3 
 

  3159.4+V
(32)
  4403.4+V 7  (36)      640.9 3 
 

  3762.5+V
(34)
  5081.1+V 9  (38)      677.7 5 
 

  4403.4+V
(36)
  5796.1+V 12  (40)      715.0 8 
 

  5081.1+V
(38)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - SD-3 band (1996Fi02,1992Li21).
     W (10)        
   233.4+W 2  (12)        
   507.2+W 3  (14)        
   820.2+W 4  (16)      313.0 2 
 

   507.2+W
(14)
  1171.8+W 4  (18)      351.6 2 
 

   820.2+W
(16)
  1562.2+W 5  (20)        
  1990.1+W 5  (22)      427.9 2 
 

  1562.2+W
(20)
  2455.5+W 6  (24)      465.4 2 
 

  1990.1+W
(22)
  2957.3+W 6  (26)      501.8 2 
 

  2455.5+W
(24)
  3495.1+W 6  (28)      537.8 2 
 

  2957.3+W
(26)
  4068.1+W 7  (30)      573.0 2 
 

  3495.1+W
(28)
  4675.3+W 7  (32)      607.2 3 
 

  4068.1+W
(30)
  5317.9+W 8  (34)        
  5994.7+W 9  (36)      676.8 3 
 

  5317.9+W
(34)
  6707.2+W 12  (38)      712.5 8 
 

  5994.7+W
(36)
  7451.9+W 15  (40)      744.7 8 
 

  6707.2+W
(38)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - SD-4 band (1996Fi02).
     S (9)        
   213.4+S 3  (11)        
   467.1+S 4  (13)        
   760.4+S 5  (15)      293.3 2 
 

   467.1+S
(13)
  1092.6+S 5  (17)      332.2 2 
 

   760.4+S
(15)
  1463.6+S 5  (19)        
  1872.9+S 6  (21)      409.3 2 
 

  1463.6+S
(19)
  2319.3+S 6  (23)      446.4 2 
 

  1872.9+S
(21)
  2802.9+S 6  (25)      483.6 2 
 

  2319.3+S
(23)
  3322.8+S 7  (27)      519.9 2 
 

  2802.9+S
(25)
  3878.2+S 7  (29)      555.4 2 
 

  3322.8+S
(27)
  4469.4+S 8  (31)      591.2 3 
 

  3878.2+S
(29)
  5094.6+S 8  (33)        
  5754.3+S 9  (35)      659.7 3 
 

  5094.6+S
(33)
  6448.1+S 10  (37)      693.8 4 
 

  5754.3+S
(35)
  7175.4+S 13  (39)      727.3 8 
 

  6448.1+S
(37)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - Kπ=7+?, π 9/2[505] # ν 5/2[503] band.
     0.0+X (7+)        
   445.0+X 8  (8+)        
   794.0+X 8  (9+)        
  1168.0+X 10  (10+)      374
   723
 
 


   794.0+X
   445.0+X
(9+)
(8+)
  1683.3+X 18  (12+)      251
 

  1432.2+X
(11+)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 7 - π=(+) BAND-1.
  1729.3+X 17  (12+)        
  1874.3+X 18  (13+)        
  2043.3+X 20  (14+)        
  2202.3+X 20  (15+)      159
   328
 
 


  2043.3+X
  1874.3+X
(14+)
(13+)
  2493.3+X 21  (16+)      291
   450
 
 


  2202.3+X
  2043.3+X
(15+)
(14+)
  2789.3+X 21  (17+)        
  3170.3+X 22  (18+)      381
   677
 
 


  2789.3+X
  2493.3+X
(17+)
(16+)
  3537.3+X 22  (19+)      367
   748
 
 


  3170.3+X
  2789.3+X
(18+)
(17+)
  3952.3+X 23  (20+)      415
   782
 
 


  3537.3+X
  3170.3+X
(19+)
(18+)
  4302.3+X 23  (21+)      350
   765
 
 


  3952.3+X
  3537.3+X
(20+)
(19+)
  4772.3+X 25  (22+)      820
 

  3952.3+X
(20+)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 8 - π 9/2[505]~#ν 5/2[642]~#i13/22 band.
  2336.8+X 17  (15-)        
  2636.2+X 17  (16-)        
  2717.0+X 18  (17-)        
  2977.1+X 18  (18-)      260
   341
 
 


  2717.0+X
  2636.2+X
(17-)
(16-)
  3198.1+X 19  (19-)      221
   481
 
 


  2977.1+X
  2717.0+X
(18-)
(17-)
  3552.1+X 20  (20-)        
  3894.1+X 20  (21-)      342
   696
 
 


  3552.1+X
  3198.1+X
(20-)
(19-)
  4306.1+X 21  (22-)      412
   754
 
 


  3894.1+X
  3552.1+X
(21-)
(20-)
  4718.1+X 21  (23-)      412
   824
 
 


  4306.1+X
  3894.1+X
(22-)
(21-)
  5156.1+X 22  (24-)      438
   850
 
 


  4718.1+X
  4306.1+X
(23-)
(22-)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 9 - π=(+) BAND-2.
  3109.6+X 18  (16+)        
  3348.0+X 20  (17+)        
  3495.2+X 20  (18+)        
  3788.1+X 20  (19+)      293
   440
 
 


  3495.2+X
  3348.0+X
(18+)
(17+)
  4020.2+X 21  (20+)      232
   525
 
 


  3788.1+X
  3495.2+X
(19+)
(18+)
  4370.2+X 21  (21+)        
  4702.2+X 22  (22+)      332
   682
 
 


  4370.2+X
  4020.2+X
(21+)
(20+)
  5099.2+X 23  (23+)      397
   729
 
 


  4702.2+X
  4370.2+X
(22+)
(21+)
E(level)
(keV)
Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 10 - band FRAGMENT.
  3139.8+X 20  (17-)        
  3508.8+X 21  (18-)        
  3753.8+X 21  (19-)        

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Additional Gamma Data:















E(level)
(keV)
Jπ(level)T1/2(level)E(γ)
(keV)
MultipolarityMixing
Ratio
Conversion
Coefficient
Additional Data
   167.49 1(-)      167.5 1 M1,E2 1.4α=1.4 6
   178 (3+)      178 40 [E1] 0.10α=0.10 9
   320.4+X (10-)       83 1 (M1) 2.710α=2.710
   371.05 1(-)      371.0 2 M1(+E2)0.6 +5-60.18α=0.18 5
   388 (8-) 296 ns 5 
% IT = 100
   250.6 2 (E1) 0.0439B(E1)(W.u.)=4.18E-8 8, α=0.0439
   413.98 (1-,2-)      414.1 3 M1(+E2)2.2 LE0.11α=0.11 5
   596.4+X (11-)      275.8 2 (M1+E2) 0.32α=0.32 18
   775.67 (0-,1-)      404.5 3 [M1,E2] 0.11α=0.11 7
(0-,1-)      608.2 1 M1+E21.7 +7-40.029α=0.029 5
   858.4+X (12-)      261.8 2 (M1+E2) 0.37α=0.37 20
  1254.7+X (13-)      396.4 2 (M1(+E2)) 0.12α=0.12 7
  1563.4+X (14-)      308.7 2 (M1+E2) 0.23α=0.23 13
(14-)      705.0 2 (E2) 0.01292α=0.01292
  2021.6+X (15-)      458.2 2 (M1+E2) 0.08α=0.08 5

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
     0.0(2-) 9.6 m 4 
% ε = 100
Q=-0.335 11, μ=+0.200 3
Δ<r2>(192Tl-205Tl)=-0.60 7 (1992Me07).
E(level): Δ<r2>(192Tl-205Tl)=-0.60 7 (1992Me07).
Jπ(level): Assignments for both the (2-) and the (7+) isomers are based on Jπ systematics for even-mass Tl isotopes and on measured μ values, interpreted via the additivity rule as arising from coupling of the s1/2 proton hole (known in neighboring odd-A Tl) to an odd neutron; apparent configurations (1991Va04,1992Me07) are ((π 3s1/2)(ν 3p3/2)) for (2-) 192Tl, and ((π 3s1/2)(ν 1i13/2)) for (7+) 192Tl, and these are supported by measured Q (1992Me07). ε+β+ decay to 192Hg from a mixed-isomer Tl source is compatible with these Jπ.
     0.0+X(7+)   E(level): Kπ=7+?, π 9/2[505] # ν 5/2[503] band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
   138(7+) 10.8 m 2 
% ε = 100
Q=+0.473 20, μ=+0.518 4
Δ<r2>(192Tl-205Tl)=-0.61 7 (1992Me07).
E(level): Δ<r2>(192Tl-205Tl)=-0.61 7 (1992Me07).
Jπ(level): Assignments for both the (2-) and the (7+) isomers are based on Jπ systematics for even-mass Tl isotopes and on measured μ values, interpreted via the additivity rule as arising from coupling of the s1/2 proton hole (known in neighboring odd-A Tl) to an odd neutron; apparent configurations (1991Va04,1992Me07) are ((π 3s1/2)(ν 3p3/2)) for (2-) 192Tl, and ((π 3s1/2)(ν 1i13/2)) for (7+) 192Tl, and these are supported by measured Q (1992Me07). ε+β+ decay to 192Hg from a mixed-isomer Tl source is compatible with these Jπ.
   237.4+X(9-)   Probably deexcited by an unobserved Eγ<40 transition, analogous to higher α isotopes of Tl (1980Kr02, 1988Hu03).
E(level): Probably deexcited by an unobserved Eγ<40 transition, analogous to higher α isotopes of Tl (1980Kr02, 1988Hu03).
   320.4+X(10-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
   445.0+X(8+)   E(level): Kπ=7+?, π 9/2[505] # ν 5/2[503] band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
   596.4+X(11-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
   794.0+X(9+)   E(level): Kπ=7+?, π 9/2[505] # ν 5/2[503] band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
   858.4+X(12-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
  1168.0+X(10+)   E(level): Kπ=7+?, π 9/2[505] # ν 5/2[503] band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  1254.7+X(13-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
  1563.4+X(14-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
  1683.3+X(12+)   E(level): Kπ=7+?, π 9/2[505] # ν 5/2[503] band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  1729.3+X(12+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  1874.3+X(13+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2021.6+X(15-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
  2043.3+X(14+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2202.3+X(15+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2336.8+X(15-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2493.3+X(16+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2512.5+X(16-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
  2636.2+X(16-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2717.0+X(17-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2789.3+X(17+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  2848.6+X(17-)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. π=- ΔJ=1 SEQUENCE (1996RiZZ).
Jπ(level): based on cascade of ΔJ=1 in-band gammas feeding 320+x level and sequence of crossover transitions feeding 320+x and 237+x levels, assuming J(320+x)=(10-) as implied if that is the level fed in α decay from (10-) 196Bi. Note that Jπ proposed by 1996RiZZ in (37Cl,5nγ) is 1 unit lower and Jπ favored by 1980Kr02 in (18O,7nγ) is 1 unit higher than adopted here.
E(level)Jπ(level)T1/2(level)Comments
  2977.1+X(18-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3109.6+X(16+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3139.8+X(17-)   E(level): band FRAGMENT.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3170.3+X(18+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3198.1+X(19-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3348.0+X(17+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3495.2+X(18+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3508.8+X(18-)   E(level): band FRAGMENT.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3537.3+X(19+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3552.1+X(20-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3753.8+X(19-)   E(level): band FRAGMENT.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3788.1+X(19+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3894.1+X(21-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  3952.3+X(20+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4020.2+X(20+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4302.3+X(21+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4306.1+X(22-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4370.2+X(21+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4702.2+X(22+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4718.1+X(23-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  4772.3+X(22+)   E(level): π=(+) BAND-1.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  5099.2+X(23+)   E(level): π=(+) BAND-2.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
  5156.1+X(24-)   E(level): π 9/2[505]~#ν 5/2[642]~#i13/22 band.
Jπ(level): Values proposed in (37Cl,5nγ) based on observed band structure and unreported DCO data (parentheses added by evaluator). Values are highly tentative, and, since adopted J values in the π=- ΔJ=1 sequence are 1 unit higher here than proposed by 1996RiZZ, it seems possible that these values should have been increased by 1 unit also; note that such an increase may jeopardize the validity of the configuration proposed by 1996RiZZ (for the (7+) band at least).
     U(15)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
   283.0+U(17)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
E(level)Jπ(level)T1/2(level)Comments
   603.8+U(19)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
   962.8+U(21)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  1360.6+U(23)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  1797.7+U(25)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  2273.8+U(27)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  2789.0+U(29)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  3343.4+U(31)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  3936.4+U(33)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  4568.4+U(35)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  5238.8+U(37)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
  5946.7+U(39)   E(level): Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here. SD-1 band (1996Fi02,1992Li21).
     V(18)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
   337.5+V(20)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
   712.4+V(22)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  1125.8+V(24)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  1576.9+V(26)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  2066.5+V(28)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  2593.9+V(30)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  3159.4+V(32)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  3762.5+V(34)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  4403.4+V(36)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  5081.1+V(38)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
  5796.1+V(40)   E(level): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions. SD-2 band (1996Fi02,1992Li21).
     W(10)   E(level): SD-3 band (1996Fi02,1992Li21).
   233.4+W(12)   E(level): SD-3 band (1996Fi02,1992Li21).
E(level)Jπ(level)T1/2(level)Comments
   507.2+W(14)   E(level): SD-3 band (1996Fi02,1992Li21).
   820.2+W(16)   E(level): SD-3 band (1996Fi02,1992Li21).
  1171.8+W(18)   E(level): SD-3 band (1996Fi02,1992Li21).
  1562.2+W(20)   E(level): SD-3 band (1996Fi02,1992Li21).
  1990.1+W(22)   E(level): SD-3 band (1996Fi02,1992Li21).
  2455.5+W(24)   E(level): SD-3 band (1996Fi02,1992Li21).
  2957.3+W(26)   E(level): SD-3 band (1996Fi02,1992Li21).
  3495.1+W(28)   E(level): SD-3 band (1996Fi02,1992Li21).
  4068.1+W(30)   E(level): SD-3 band (1996Fi02,1992Li21).
  4675.3+W(32)   E(level): SD-3 band (1996Fi02,1992Li21).
  5317.9+W(34)   E(level): SD-3 band (1996Fi02,1992Li21).
  5994.7+W(36)   E(level): SD-3 band (1996Fi02,1992Li21).
  6707.2+W(38)   E(level): SD-3 band (1996Fi02,1992Li21).
  7451.9+W(40)   E(level): SD-3 band (1996Fi02,1992Li21).
     S(9)   E(level): SD-4 band (1996Fi02).
   213.4+S(11)   E(level): SD-4 band (1996Fi02).
   467.1+S(13)   E(level): SD-4 band (1996Fi02).
   760.4+S(15)   E(level): SD-4 band (1996Fi02).
  1092.6+S(17)   E(level): SD-4 band (1996Fi02).
  1463.6+S(19)   E(level): SD-4 band (1996Fi02).
  1872.9+S(21)   E(level): SD-4 band (1996Fi02).
  2319.3+S(23)   E(level): SD-4 band (1996Fi02).
  2802.9+S(25)   E(level): SD-4 band (1996Fi02).
  3322.8+S(27)   E(level): SD-4 band (1996Fi02).
  3878.2+S(29)   E(level): SD-4 band (1996Fi02).
E(level)Jπ(level)T1/2(level)Comments
  4469.4+S(31)   E(level): SD-4 band (1996Fi02).
  5094.6+S(33)   E(level): SD-4 band (1996Fi02).
  5754.3+S(35)   E(level): SD-4 band (1996Fi02).
  6448.1+S(37)   E(level): SD-4 band (1996Fi02).
  7175.4+S(39)   E(level): SD-4 band (1996Fi02).

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Additional Gamma Comments:

E(level)E(gamma)Comments
   178   178E(γ): from level-energy difference. Consistent with Eγ=200 50 based on systematics of Eγ for low-lying 3+ level to 2- g.s. transition in lower-mass Tl isotopes (1991Va04). γ has not been observed.
   320.4+X    83E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): not E1 based on α(exp)|>1.0 7 (from intensity balance at parent level in 181Ta(18O,7nγ), (16O,5nγ)). M1 assignment supported by similarity with structure in higher-mass even-A Tl.. From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   388   250.6E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): d from γ(θ) in (O,xnγ); hindrance favors E1 (B(E1)(W.u.)=4×10-8 cf. B(M1)(W.u.)=3×10-6).. From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   445.0+X   445E(γ): From 160Gd(37Cl,5nγ).
   596.4+X   275.8E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   775.67   404.5I(γ): From 192Pb ε decay.
   608.2I(γ): From 192Pb ε decay.
   794.0+X   349E(γ): From 160Gd(37Cl,5nγ).
   794E(γ): From 160Gd(37Cl,5nγ).
   858.4+X   261.8E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   538.2E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
  1168.0+X   374E(γ): From 160Gd(37Cl,5nγ).
   723E(γ): From 160Gd(37Cl,5nγ).
  1195.46   781.6I(γ): From 192Pb ε decay.
  1195.4I(γ): From 192Pb ε decay.
M(γ): E1,E2 from α(K)exp; Δπ=yes from level scheme.
  1254.7+X   396.4E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   658.3E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
  1303.0+X   135E(γ): From 160Gd(37Cl,5nγ).
   629E(γ): From 160Gd(37Cl,5nγ).
   707E(γ): From 160Gd(37Cl,5nγ).
   982E(γ): From 160Gd(37Cl,5nγ).
  1432.2+X   129E(γ): From 160Gd(37Cl,5nγ).
   836E(γ): From 160Gd(37Cl,5nγ).
  1563.4+X   308.7E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   705.0E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
E(level)E(gamma)Comments
  1729.3+X   297E(γ): From 160Gd(37Cl,5nγ).
   871E(γ): From 160Gd(37Cl,5nγ).
  1874.3+X   145E(γ): From 160Gd(37Cl,5nγ).
   191E(γ): From 160Gd(37Cl,5nγ).
  2021.6+X   458.2E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
M(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
   767.6E(γ): From 181Ta(18O,7nγ), (16O,5nγ). Δπ=(no) assigned for intraband transitions.
  2043.3+X   169E(γ): From 160Gd(37Cl,5nγ).
  2202.3+X   159E(γ): From 160Gd(37Cl,5nγ).
   328E(γ): From 160Gd(37Cl,5nγ).
  2336.8+X   315E(γ): From 160Gd(37Cl,5nγ).
   773E(γ): From 160Gd(37Cl,5nγ).
  2493.3+X   291E(γ): From 160Gd(37Cl,5nγ).
   450E(γ): From 160Gd(37Cl,5nγ).
  2512.5+X   491E(γ): From 160Gd(37Cl,5nγ).
   949E(γ): From 160Gd(37Cl,5nγ).
  2636.2+X   124E(γ): From 160Gd(37Cl,5nγ).
   299E(γ): From 160Gd(37Cl,5nγ).
   615E(γ): From 160Gd(37Cl,5nγ).
  2717.0+X    81E(γ): From 160Gd(37Cl,5nγ).
   380E(γ): From 160Gd(37Cl,5nγ).
  2789.3+X   296E(γ): From 160Gd(37Cl,5nγ).
   587E(γ): From 160Gd(37Cl,5nγ).
  2848.6+X   827E(γ): From 160Gd(37Cl,5nγ).
  2977.1+X   260E(γ): From 160Gd(37Cl,5nγ).
   341E(γ): From 160Gd(37Cl,5nγ).
E(level)E(gamma)Comments
  3109.6+X   597E(γ): From 160Gd(37Cl,5nγ).
   773E(γ): From 160Gd(37Cl,5nγ).
  3139.8+X   803E(γ): From 160Gd(37Cl,5nγ).
  3170.3+X   381E(γ): From 160Gd(37Cl,5nγ).
   677E(γ): From 160Gd(37Cl,5nγ).
  3198.1+X   221E(γ): From 160Gd(37Cl,5nγ).. Presumed to differ from a questionable Eγ=220.9 2 D+Q line reported in (O,xnγ) and tentatively placed from a lower-energy level that is not adopted here.
   481E(γ): From 160Gd(37Cl,5nγ).
  3348.0+X   238E(γ): From 160Gd(37Cl,5nγ).
  3495.2+X   147E(γ): From 160Gd(37Cl,5nγ).
   386E(γ): From 160Gd(37Cl,5nγ).
  3508.8+X   369E(γ): From 160Gd(37Cl,5nγ).
  3537.3+X   367E(γ): From 160Gd(37Cl,5nγ).
   748E(γ): From 160Gd(37Cl,5nγ).
  3552.1+X   354E(γ): From 160Gd(37Cl,5nγ).
   575E(γ): From 160Gd(37Cl,5nγ).
  3753.8+X   245E(γ): From 160Gd(37Cl,5nγ).
   614E(γ): From 160Gd(37Cl,5nγ).
  3788.1+X   293E(γ): From 160Gd(37Cl,5nγ).
   440E(γ): From 160Gd(37Cl,5nγ).
  3894.1+X   342E(γ): From 160Gd(37Cl,5nγ).
   696E(γ): From 160Gd(37Cl,5nγ).
  3952.3+X   415E(γ): From 160Gd(37Cl,5nγ).
   782E(γ): From 160Gd(37Cl,5nγ).
  4020.2+X   232E(γ): From 160Gd(37Cl,5nγ).
   525E(γ): From 160Gd(37Cl,5nγ).
E(level)E(gamma)Comments
  4302.3+X   350E(γ): From 160Gd(37Cl,5nγ).
   765E(γ): From 160Gd(37Cl,5nγ).
  4306.1+X   412E(γ): From 160Gd(37Cl,5nγ).
   754E(γ): From 160Gd(37Cl,5nγ).
  4370.2+X   350E(γ): From 160Gd(37Cl,5nγ).
   582E(γ): From 160Gd(37Cl,5nγ).
  4702.2+X   332E(γ): From 160Gd(37Cl,5nγ).
   682E(γ): From 160Gd(37Cl,5nγ).
  4718.1+X   412E(γ): From 160Gd(37Cl,5nγ).
   824E(γ): From 160Gd(37Cl,5nγ).
  4772.3+X   820E(γ): From 160Gd(37Cl,5nγ).
  5099.2+X   397E(γ): From 160Gd(37Cl,5nγ).
   729E(γ): From 160Gd(37Cl,5nγ).
  5156.1+X   438E(γ): From 160Gd(37Cl,5nγ).
   850E(γ): From 160Gd(37Cl,5nγ).
   283.0+U   283.0E(γ): From 160Gd(37Cl,5nγ):SD.
   603.8+U   320.8E(γ): From 160Gd(37Cl,5nγ):SD.
   962.8+U   359.0E(γ): From 160Gd(37Cl,5nγ):SD.
  1360.6+U   397.8E(γ): From 160Gd(37Cl,5nγ):SD.
  1797.7+U   437.1E(γ): From 160Gd(37Cl,5nγ):SD.
  2273.8+U   476.1E(γ): From 160Gd(37Cl,5nγ):SD.
  2789.0+U   515.2E(γ): From 160Gd(37Cl,5nγ):SD.
  3343.4+U   554.4E(γ): From 160Gd(37Cl,5nγ):SD.
  3936.4+U   593.0E(γ): From 160Gd(37Cl,5nγ):SD.
  4568.4+U   632.0E(γ): From 160Gd(37Cl,5nγ):SD.
E(level)E(gamma)Comments
  5238.8+U   670.4E(γ): From 160Gd(37Cl,5nγ):SD.
  5946.7+U   707.9E(γ): From 160Gd(37Cl,5nγ):SD.
   337.5+V   337.5E(γ): From 160Gd(37Cl,5nγ):SD.
   712.4+V   374.9E(γ): From 160Gd(37Cl,5nγ):SD.
  1125.8+V   413.4E(γ): From 160Gd(37Cl,5nγ):SD.
  1576.9+V   451.1E(γ): From 160Gd(37Cl,5nγ):SD.
  2066.5+V   489.6E(γ): From 160Gd(37Cl,5nγ):SD.
  2593.9+V   527.4E(γ): From 160Gd(37Cl,5nγ):SD.
  3159.4+V   565.5E(γ): From 160Gd(37Cl,5nγ):SD.
  3762.5+V   603.1E(γ): From 160Gd(37Cl,5nγ):SD.
  4403.4+V   640.9E(γ): From 160Gd(37Cl,5nγ):SD.
  5081.1+V   677.7E(γ): From 160Gd(37Cl,5nγ):SD.
  5796.1+V   715.0E(γ): From 160Gd(37Cl,5nγ):SD.
   233.4+W   233.4E(γ): From 160Gd(37Cl,5nγ):SD.
   507.2+W   273.8E(γ): From 160Gd(37Cl,5nγ):SD.
   820.2+W   313.0E(γ): From 160Gd(37Cl,5nγ):SD.
  1171.8+W   351.6E(γ): From 160Gd(37Cl,5nγ):SD.
  1562.2+W   390.4E(γ): From 160Gd(37Cl,5nγ):SD.
  1990.1+W   427.9E(γ): From 160Gd(37Cl,5nγ):SD.
  2455.5+W   465.4E(γ): From 160Gd(37Cl,5nγ):SD.
  2957.3+W   501.8E(γ): From 160Gd(37Cl,5nγ):SD.
  3495.1+W   537.8E(γ): From 160Gd(37Cl,5nγ):SD.
  4068.1+W   573.0E(γ): From 160Gd(37Cl,5nγ):SD.
  4675.3+W   607.2E(γ): From 160Gd(37Cl,5nγ):SD.
  5317.9+W   642.6E(γ): From 160Gd(37Cl,5nγ):SD.
E(level)E(gamma)Comments
  5994.7+W   676.8E(γ): From 160Gd(37Cl,5nγ):SD.
  6707.2+W   712.5E(γ): From 160Gd(37Cl,5nγ):SD.
  7451.9+W   744.7E(γ): From 160Gd(37Cl,5nγ):SD.
   213.4+S   213.4E(γ): From 160Gd(37Cl,5nγ):SD.
   467.1+S   253.7E(γ): From 160Gd(37Cl,5nγ):SD.
   760.4+S   293.3E(γ): From 160Gd(37Cl,5nγ):SD.
  1092.6+S   332.2E(γ): From 160Gd(37Cl,5nγ):SD.
  1463.6+S   371.0E(γ): From 160Gd(37Cl,5nγ):SD.
  1872.9+S   409.3E(γ): From 160Gd(37Cl,5nγ):SD.
  2319.3+S   446.4E(γ): From 160Gd(37Cl,5nγ):SD.
  2802.9+S   483.6E(γ): From 160Gd(37Cl,5nγ):SD.
  3322.8+S   519.9E(γ): From 160Gd(37Cl,5nγ):SD.
  3878.2+S   555.4E(γ): From 160Gd(37Cl,5nγ):SD.
  4469.4+S   591.2E(γ): From 160Gd(37Cl,5nγ):SD.
  5094.6+S   625.2E(γ): From 160Gd(37Cl,5nγ):SD.
  5754.3+S   659.7E(γ): From 160Gd(37Cl,5nγ):SD.
  6448.1+S   693.8E(γ): From 160Gd(37Cl,5nγ):SD.
  7175.4+S   727.3E(γ): From 160Gd(37Cl,5nγ):SD.

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