ADOPTED LEVELS, GAMMAS for 192Ir

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-)=1454.5 keV 24S(n)= 6198.13 keV 11S(p)= 5729.8 keV 12Q(α)= 1756.3 keV 13
Reference: 2012WA38

References:
  A  192Ir IT decay (1.45 M)  B  192Ir IT decay (241 Y)
  C  191Ir(n,γ) E=THERMAL:PRIMARY  D  191Ir(n,γ) E=THERMAL:SECONDARY
  E  191Ir(d,p)  F  193Ir(d,t)
  G  193Ir(3He,α)  H  195Pt(p,α)
  I  191Ir(n,γ) E=2, 24 KEV  J  191Ir(n,γ) E=RES

General Comments:

See 191Ir(n,γ) E=res dataset for the energies of a number of resonances with energies near 6198 keV; they have not been included here.

Specific activity of 192Ir: 265.2 11 kBq/g (2001Fo01).

Levels: Band structure is discussed in 1997BaZV, 1994Ga05 and 1991Ke10; assignments are based on Nilsson model calculations for plausible configurations, spectroscopic factors from transfer reactions and γ decay patterns.

Q-value: Note: Current evaluation has used the following Q record 1454.5 23 6198.1311 5729.8 12 1756.4 13 2003Au03,2011AuZZ

Q-value: Q(β-), S(n), S(p), Q(α): from 2011AuZZ (cf. 1459.7 19, 6198.11 11, 5728.5 11, 1758.0 12, respectively, from 2003Au03).










E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
     0.0AB D       4+ 73.829 d 11 
% β- = 95.24 4
% ε = 4.76 4
     
    12.984 14 ? B D       (6+)       12.984S
   100
[E2]
     0.0
4+
    16.050 23 ?   D       (6-)        
    56.720 5 A CDEF HI  1- 1.45 m 5 
% IT = 99.9825
% β- = 0.0175
    56.71 3 
   100
E3
     0.0
4+
    66.830 20   CDEFGH   (4)- 15 ns 4      50.780 10 ?
    66.83 2 
    10.1 6 
   100 8 
E2
[E1]
    16.050
     0.0
(6-)
4+
    72 2 ?    EF H          
    84.275 3   CDEFG I  3- 1.9 ns 4      84.276 3 
   100
E1
     0.0
4+
   104.776 5   CDEFGHI  (1)- 17.4 ns 26      48.0568 8 
   100
M1+E2
    56.720
1-
   115.564 5   CDEFG I  (2)-       58.8438 10 
   100
M1+E2
    56.720
1-
   118.7824 18   CDEFG I  3- > 15 ns     34.520 10 
   118.7817 18 
     4.3 3 
   100 12 
M1
E1
    84.275
     0.0
3-
4+
   122.5 10 ?    E  H          
   128.744 6   CDEF HI  (0)-       23.970 6 
    72.025 3 
    27.8 17 
   100 25 
M1
M1
   104.776
    56.720
(1)-
1-
   139.942 18 ?   D       (5+)      126.958 3 ?
   100
M1
    12.984
(6+)
   143.556 6   CDEF  I  (1)-       28.010 10 
    38.80 2 
    86.837 5 
     2.20 18 
     3.2 3 
   100 20 
M1
M1
M1
   115.564
   104.776
    56.720
(2)-
(1)-
1-
   144.904 5 ?   D  G    (5+)      144.904 5 ?
   100
(M1)
     0.0
4+
   168.14 12  B         (11-) 241 y 9 
% IT = 100
   155.16 12 
   100
(E5)
    12.984
(6+)
   173.2 12   C               
   178 2        H          
   192.935 6   CDEF  I  (2)-       49.390 10 
    77.368 4 
   108.668 12 
   136.210 6 
     3.08 18 
    10 3 
     2.9 8 
   100 12 
M1
M1
M1
(M1,E2)
   143.556
   115.564
    84.275
    56.720
(1)-
(2)-
3-
1-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   193.511 5   CD    I  (1)+ 2.7 ns 6      49.970 10 
    77.9466 8 
    88.7335 8 
   136.792 2 
     2.68 17 
    94 19 
   100 9 
    52 4 
(E1)
E1
E1
E1
   143.556
   115.564
   104.776
    56.720
(1)-
(2)-
(1)-
1-
   202.9 8   C EFG I  LE 3        
   212.808 5   CDEFGHI  (1,2)-       69.252 6 
   108.0318 16 
   156.081 3 
    10 3 
   100 8 
    40 4 
M1
M1
M1
   143.556
   104.776
    56.720
(1)-
(1)-
1-
   216.905 4 ?   D       (4+)      216.905 4 ?
   100
M1
     0.0
4+
   223.352 24 ?   D       (6+)      207.302 6 ?
   210.353 5 ?
   100 11 
  <165
E1

    16.050
    12.984
(6-)
(6+)
   225.918 6   CDEF HI  (2)-       32.981 7 
   107.129 10 
   110.358 4 
   121.136 7 
   169.202 7 
     3.04 17 
    12 3 
    29 3 
     8.7 17 
   100 10 
M1
M1
M1
M1
E2
   192.935
   118.7824
   115.564
   104.776
    56.720
(2)-
3-
(2)-
(1)-
1-
   226.261 7 ?  CD    I  (LE2-)      169.541 5 ?
   100

    56.720
1-
   235.760 6   CD    I  (1-)      107.025 8 ?
   179.038 2 ?
    10 3 
   100 8 
M1
M1+E2
   128.744
    56.720
(0)-
1-
   239.770 6 ?   D       (1)-       26.960 10 ?
   111.025 3 ?
     1.97 14 
   100 10 

M1
   212.808
   128.744
(1,2)-
(0)-
   240.902 5   CDEFGHI  (2)-       97.351 6 
   136.1248 15 
    <4.8
   100 13 

M1
   143.556
   104.776
(1)-
(1)-
   256.8 2     EF     (4,5)-        
   265.160 8 ?   D    I  (0-)      208.437 7 ?
   100
M1
    56.720
1-
   267.128 6    DEF HI  (3)-       26.231 6 
    54.324 4 
   151.561 3 
     6.6 3 
    15.3 9 
   100 10 
M1
M1
M1
   240.902
   212.808
   115.564
(2)-
(1,2)-
(2)-
   277.1 10         I  (1+,2+)        
   277.993 5    D FGH   (4)-      193.718 4 
   100
M1
    84.275
3-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   284.215 5    D  G    (2)+       90.7035 15 
   100
M1
   193.511
(1)+
   288.403 6   CDEF HI  (2)-       95.47 4 
   144.828 11 
   172.841 4 
   183.624 6 
   231.67 3 
    24 4 
    75 12 
    63 6 
   100 12 
    60 8 
M1

M1
M1
M1
   192.935
   143.556
   115.564
   104.776
    56.720
(2)-
(1)-
(2)-
(1)-
1-
   292.381 13   CDEFGHI  (2)-       66.472 14 
   148.822 3 
   176.826 25 
   292.35 6 ?
    48 24 
  <590
   100 20 
    68 20 
M1

M1

   225.918
   143.556
   115.564
     0.0
(2)-
(1)-
(2)-
4+
   310.999 6    DEF HI  2-      195.426 14 
   206.219 4 
   226.74 4 
   254.277 15 
    11 3 
   100 8 
     7.8 17 
    47 5 

M1
M1
M1
   115.564
   104.776
    84.275
    56.720
(2)-
(1)-
3-
1-
   319.883 8   CDEFGHI  (2)-      191.16 4 ?
   201.108 20 
   215.091 12 
    28 14 
    90 24 
   100 14 

M1
M1
   128.744
   118.7824
   104.776
(0)-
3-
(1)-
   331.077 6   CDEF  I  (2)-      105.155 12 
   118.270 6 
   187.521 6 
   212.31 5 
   215.519 8 
   226.297 3 
   246.801 14 
     5.7 17 
     6.3 13 
    17.7 20 
     3.0 17 
    10.0 17 
   100 8 
     6.0 17 
M1
M1
M1

M1
M1

   225.918
   212.808
   143.556
   118.7824
   115.564
   104.776
    84.275
(2)-
(1,2)-
(1)-
3-
(2)-
(1)-
3-
   331.761 6   CDEF  I  (1)-       90.854 5 ?
   138.247 4 
   188.19 4 
   203.018 8 
   216.196 4 
   275.042 20 
    31 6 
    83 10 
    20 6 
    41 6 
   100 13 
    50 10 
M1
(E1)

M1
M1

   240.902
   193.511
   143.556
   128.744
   115.564
    56.720
(2)-
(1)+
(1)-
(0)-
(2)-
1-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   341 2 ?    EF            
   351.690 4   CD  GH   (2)+      158.179 10 
   232.891 16 
   267.416 10 
   351.691 5 
     1.3 4 
     1.9 4 
     5.8 7 
   100 12 


(E1)
E2
   193.511
   118.7824
    84.275
     0.0
(1)+
3-
3-
4+
   365.653 7 ?  CDEFG I  (2-,3-)       98.524 4 ?
   139.736 9 ?
   100 15 
    85 13 
M1
M1
   267.128
   225.918
(3)-
(2)-
   366.730 8   CDEFG I  (2)-      140.830 15 
   223.18 3 
   261.951 6 
   310.01 4 
     8.0 24 
     8.8 16 
   100 10 
    13 4 


M1

   225.918
   143.556
   104.776
    56.720
(2)-
(1)-
(1)-
1-
   368.353 7   CDEF  I  (2)-      101.221 15 
   263.571 8 
   284.072 12 
   311.70 5 
     9 3 
    77 8 
   100 8 
    20 5 

M1
M1

   267.128
   104.776
    84.275
    56.720
(3)-
(1)-
3-
1-
   380.3 7   C               
   389.720 9   CDEF  I  (2)-       97.351 6 
   122.599 10 
   148.822 3 
   246.152 12 
   284.939 14 
   305.45 5 
   <57
    36 11 
  <229
    28 8 
   100 13 
    42 8 

M1


M1+E2

   292.381
   267.128
   240.902
   143.556
   104.776
    84.275
(2)-
(3)-
(2)-
(1)-
(1)-
3-
   392.351 7   CDEF HI  (1,2,3)-       72.464 12 
   151.444 25 
   166.086 6 ?
   166.439 6 
   199.41 4 
   273.57 4 
   276.762 16 
    10 5 
    29 5 
   100 10 
    27 5 
    15 5 
    20 6 
    60 9 


M1

M1

E2
   319.883
   240.902
   226.261
   225.918
   192.935
   118.7824
   115.564
(2)-
(2)-
(LE2-)
(2)-
(2)-
3-
(2)-
   407.3 10     EFGH          
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   415.038 10   CDEFG I  1-,2-,3-       83.956 15 
   104.020 25 
   174.144 10 
   299.50 5 
   358.34 8 
    81 41 
    59 19 
    96 19 
    59 19 
   100 30 
M1

M1


   331.077
   310.999
   240.902
   115.564
    56.720
(2)-
2-
(2)-
(2)-
1-
   418.141 7 ?   D       (3+,4+)      133.934 9 ?
   273.25 3 ?
   278.199 16 ?
   333.866 9 ?
   418.114 25 ?
     8.3 21 
    21 3 
    17.9 21 
    58 9 
   100 14 
M1

(E2)
E1

   284.215
   144.904
   139.942
    84.275
     0.0
(2)+
(5+)
(5+)
3-
4+
   426 2        H          
   439.3 5   C EF  I  1-,2-,3-        
   440.870 6    D       (3+)      156.653 3 
   100
(M1)
   284.215
(2)+
   444.5 4     EF     0- TO 3-        
   451.250 13   CDEF  I  (1,2)-      140.237 14 
   162.826 15 ?
   210.353 5 
   258.338 25 
   322.55 4 
    85 13 
    36 9 
  <217
    64 13 
   100 19 
M1
M1

M1

   310.999
   288.403
   240.902
   192.935
   128.744
2-
(2)-
(2)-
(2)-
(0)-
   471.1 3   C E  HI  1-,2-,3-        
   480.4 9     EFGH          
   489.50 15   CDEF HI  1-,2-,3-      169.541 5 ?
   197.072 8 ?
   384.64 8 ?
   432.64 4 ?
   <45
    28 6 
    21 6 
   100 15 

M1


   319.883
   292.381
   104.776
    56.720
(2)-
(2)-
(1)-
1-
   508.988 8   CDEF  I  (2,3)-      140.610 15 
   177.926 12 
   189.099 10 
   220.57 4 
   241.872 15 
   273.25 3 ?
   316.02 10 
   365.44 4 
     6 3 
    17 3 
    11.4 24 
     4.8 14 
    12.4 24 
   <33
   100 52 
    30 6 

M1


M1



   368.353
   331.077
   319.883
   288.403
   267.128
   235.760
   192.935
   143.556
(2)-
(2)-
(2)-
(2)-
(3)-
(1-)
(2)-
(1)-
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   513.197 8 ?   D       (4+)       72.326 5 ?
    95.068 12 ?
   100 31 
    86 17 
M1
M1
   440.870
   418.141
(3+)
(3+,4+)
   516.7 4   C EF HI  1-,2-,3-        
   529.167 10 ?   D  GHI  (1-)      264.003 9 ?
   302.911 10 ?
    97 11 
   100 15 
M1,E2
M1
   265.160
   226.261
(0-)
(LE2-)
   530.266 13   CDEFGHI  1-,2-,3-      199.190 12 ?
   210.353 5 ?
   100 20 
  <208
M1

   331.077
   319.883
(2)-
(2)-
   536.87 23   C EF            
   543.63 21   C EF HI  0- TO 3-        
   559.5 8   C     I         
   570 2       GH          
   582.06 25     EF  I  1-,2-,3-        
   585.5 3   C               
   602.25 17   C  F HI  0- TO 3-        
   615.0 6   C EF     0- TO 3-        
   628.5 4   C EF H   1-,2-,3-        
   633.34 17   C               
   645.1 7   C EF H   0- TO 3-        
   657.8 11   C EF            
   663.30 20   C EF            
   670.640 13 ?   D       (4+)      229.769 11 ?
   252.54 6 ?
    98 15 
   100 15 
M1
M1,E2
   440.870
   418.141
(3+)
(3+,4+)
   681.0 6   C  F H   1-,2-,3-        
   686.5 6     EF H   1-,2-,3-        
   702.2 5   C EF H   0- TO 3-        
   707.9 9   C               
   713.6 6   C  F     0- TO 3-        
   723 2        H          
   734.3 6   C               
   738.9 6   C  F     1-,2-,3-        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
   749.5 3   C               
   751.9 8      F     0- TO 3-        
   766.67 17   C  F     1-,2-,3-        
   777.8 6   C  F     0- TO 3-        
   788.2 10   C               
   791.1 9      F     0- TO 3-        
   797.1 5   C               
   813.17 23   C  F     1-,2-,3-        
   821.82 20   C               
   825.0 9      F     1-,2-,3-        
   841.2 3   C  F     0- TO 3-        
   850.9 5   C  F     0- TO 3-        
   865.3 7   C  F     0- TO 3-        
   870.47 21   C               
   874.1 17      F     1-,2-,3-        
   884.6 5   C  F     1-,2-,3-        
   893.55 18   C               
   902.8 23   C  F     1-,2-,3-        
   914.4 4   C               
   918.0 21      F     1-,2-,3-        
   937.4 4   C  F     0- TO 3-        
   944.2 4   C               
   950.0 5   C               
   962.9 18   C               
   967.2 22      F     0- TO 3-        
   978.26 21   C               
   999.5 3   C  F            
  1003.5 3   C  F            
  1013.6 4   C  F     0- TO 3-        
  1023.6 24   C  F     1-,2-,3-        
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  1031.07 16   C               
  1044.6 3   C               
  1050.53 15   C  F     1-,2-,3-        
  1060.09 20   C  F            
  1068.8 3   C               
  1074.6 3   C  F            
  1088.4 10   C  F            
  1093.7 4   C  F            
  1106.9 3   C               
  1112.5 5   C               
  1131.8 4   C               
  1144.99 24   C               
  1151.6 11   C               
  1155.8 4   C               
  1160.7 4   C               
  1169.4 4   C               
  1177.38 19   C               
  1194.3 3   C               
  1204.7 4   C               
  1212.12 18   C               
  1217.61 17   C               
  1225.80 21   C               
  1231.2 3   C               
  1242.8 5   C               
  1248.3 3   C               
  1255.32 22   C               
  1259.1 6   C               
  1265.2 6   C               
  1273.5 15   C               
  1282.5 7   C               
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  1291.0 8   C               
  1299.3 6   C               
  1304.3 3   C               
  1322.9 5   C               
  1331.03 17   C               
  1338.7 3   C               
  1343.3 10   C               
  1348.3 6   C               
  1359.8 8   C               
  1365.8 9   C               
  1372.0 8   C               
  1380.9 3   C               
  1388.47 23   C               
  1396.4 6   C               
  1409.0 10   C               
  1418.21 19   C               
  1432.4 6   C               
  1436.6 10   C               
  1441.7 10   C               
  1448.0 4   C               
  1463.9 5   C               
  1468.4 5   C               
  1486.6 6   C               
  1495.2 10   C               
  1502.4 10   C               
  1514.4 8   C               
  1530.02 20   C               
  1534.5 3   C               
  1551.52 13   C               
  1558.0 10   C               
E(level)
(keV)		XREFJπ(level) T1/2(level)E(γ)
(keV)		I(γ)M(γ)Final Levels
  1571.9 5   C               
  1586.7 10   C               
  1597.0 10   C               
  1608.3 6   C               
  1626.2 6   C               
  1634.8 14   C               
  1641.5 13   C               
  1648.5 9   C               
  1659.0 7   C               
  1666.67 22   C               
  1676.8 7   C               
  1692.4 7   C               
  1703.0 7   C               
  6198.13 11 S  C        1+,2+     4495.1 7 
  4505.7 7 
  4521.3 7 
  4531.38 22 
  4539.1 7 
  4549.6 9 
  4556.6 13 
  4563.3 14 
  4571.9 6 
  4589.8 6 
  4601.1 10 
  4611.4 10 
  4626.2 5 
  4640.0 10 
  4646.53 13 
  4663.5 3 
  4668.03 20 
  4683.6 8 
  4695.6 10 
  4702.8 10 
  4711.4 6 
  4729.6 5 
  4734.1 5 
  4750.0 4 
  4756.3 10 
  4761.4 10 
  4765.6 6 
  4779.84 19 
  4789.0 10 
  4801.6 6 
  4809.58 23 
  4817.1 3 
  4826.0 8 
  4832.2 9 
  4838.2 8 
  4849.7 6 
  4854.7 10 
  4859.32 25 
  4867.01 17 
  4875.1 5 
  4893.7 3 
  4898.7 6 
  4907.0 8 
  4915.5 7 
  4924.5 15 
  4932.8 6 
  4938.9 6 
  4942.72 22 
  4949.7 3 
  4955.2 5 
  4966.8 3 
  4972.24 21 
  4980.43 17 
  4985.92 18 
  4993.3 4 
  5003.7 3 
  5020.66 19 
  5028.6 4 
  5037.3 4 
  5042.2 4 
  5046.4 11 
  5053.05 24 
  5066.2 4 
  5085.5 5 
  5091.1 3 
  5104.3 4 
  5109.6 10 
  5123.4 3 
  5129.2 3 
  5137.95 20 
  5147.51 15 
  5153.4 3 
  5166.97 16 
  5178 4 ?
  5184.4 4 
  5194.5 3 
  5198.5 3 
  5219.77 21 
  5235.1 18 
  5248.0 5 
  5253.8 4 
  5260.7 6 
  5283.6 4 
  5291 4 
  5304.48 18 
  5313.6 6 
  5327.56 21 
  5332.47 23 
  5347.2 4 
  5357.0 3 
  5376.21 20 
  5384.86 23 
  5400.9 5 
  5409.8 10 
  5420.6 3 
  5431.36 17 
  5448.5 3 
  5458.96 22 
  5463.7 6 
  5483.9 7 
  5490.1 9 
  5495.2 3 
  5516.7 5 
  5534.73 17 
  5540.2 13 
  5552.2 3 
  5564.68 17 
  5569.1 4 
  5585.1 8 
  5595.77 17 
  5612.5 3 
  5637.5 7 
  5654.39 21 
  5661.15 23 
  5667.81 16 
  5681.5 7 
  5689.23 16 
  5708.3 5 
  5727.2 5 
  5746.81 25 
  5758.2 3 
  5782.85 16 
  5808.28 22 
  5817.7 7 
  5830.0 5 
  5846.4 10 
  5866.76 19 
  5880.7 7 
  5905.88 24 
  5910.2 6 
  5958.09 23 
  5962.25 23 
  5972.02 24 
  5985.5 10 
  5994.5 11 
  6004.77 24 
  6024.8 12 
  6055.1 5 
  6067.2 11 
  6078.5 12 
  6082.02 18 
  6093.34 24 
  6112
  6130.1 15 ?
  6141.1 8 
     9.1 15 
     9.1 15 
     7.6 15 
    27 5 
    12 3 
     8 3 
     8 3 
     6 5 
    20 3 
    23 5 
     5 3 
     5 3 
     6.1 15 
     6.8 25 
    10.6 21 
    10 3 
    14 4 
     3.8 24 
     3.0 15 
     3.0 15 
     7.6 15 
     5.8 26 
    20 4 
    14 3 
     3.5 23 
     4.4 24 
    16 3 
    18.9 21 
     4.8 25 
     6.0 13 
    17.4 22 
    10 3 
     5.1 15 
     4.5 15 
     7.0 18 
     9 3 
    12.7 23 
    24 3 
    32 3 
    16 3 
    15 4 
    18 4 
     4.5 15 
    27 6 
     5 3 
    10.6 26 
    11 4 
    19 5 
    11 4 
     7 3 
     6 3 
    11.2 19 
    27 3 
    25 3 
    12.6 20 
    15.8 22 
    21 3 
    11 3 
     7 3 
    26 5 
     5.5 15 
     9.2 24 
     4.4 16 
    10.2 24 
    16.5 17 
     4.8 18 
     5 3 
     5 3 
    29 3 
    15.5 20 
    52 5 
     9 3 
    41 4 
     3 6 
     9.0 26 
    16 4 
    17 4 
    27 5 
     1.5 15 
     5 3 
     5 3 
    10.1 22 
    33 5 
     3 6 
    32 3 
     7 4 
    29 6 
    20 4 
     8 3 
    32 5 
    13.4 16 
    12.6 14 
    13.8 16 
     1 3 
     8 3 
    38 3 
    21.7 23 
    21 4 
    18 5 
     7.6 26 
     8.3 10 
     8 3 
    24.2 25 
    59 5 
     2.0 18 
     9.0 24 
    55 5 
    18 4 
     4.5 15 
    28.0 23 
    44 4 
     3.6 18 
    22 3 
    16.0 24 
   100.0
     6.9 17 
    65 5 
     5.8 16 
    12.1 15 
     8.8 21 
    21.8 20 
    58 7 
    21 5 
     5.1 12 
     7.2 21 
     3.4 16 
    32.2 23 
     2.6 10 
    15 4 
    17 4 
    74 8 
    28 5 
    10.5 20 
     4.1 12 
     2.3 15 
    10.8 18 
     2.4 12 
     2.4 10 
     2.3 12 
    13 4 
    99 7 
    25.8 20 
 
     1.5 15 
     5.0 10 

















































































































































  1703.0
  1692.4
  1676.8
  1666.67
  1659.0
  1648.5
  1641.5
  1634.8
  1626.2
  1608.3
  1597.0
  1586.7
  1571.9
  1558.0
  1551.52
  1534.5
  1530.02
  1514.4
  1502.4
  1495.2
  1486.6
  1468.4
  1463.9
  1448.0
  1441.7
  1436.6
  1432.4
  1418.21
  1409.0
  1396.4
  1388.47
  1380.9
  1372.0
  1365.8
  1359.8
  1348.3
  1343.3
  1338.7
  1331.03
  1322.9
  1304.3
  1299.3
  1291.0
  1282.5
  1273.5
  1265.2
  1259.1
  1255.32
  1248.3
  1242.8
  1231.2
  1225.80
  1217.61
  1212.12
  1204.7
  1194.3
  1177.38
  1169.4
  1160.7
  1155.8
  1151.6
  1144.99
  1131.8
  1112.5
  1106.9
  1093.7
  1088.4
  1074.6
  1068.8
  1060.09
  1050.53
  1044.6
  1031.07
  1023.6
  1013.6
  1003.5
   999.5
   978.26
   962.9
   950.0
   944.2
   937.4
   914.4
   902.8
   893.55
   884.6
   870.47
   865.3
   850.9
   841.2
   821.82
   813.17
   797.1
   788.2
   777.8
   766.67
   749.5
   738.9
   734.3
   713.6
   707.9
   702.2
   681.0
   663.30
   657.8
   645.1
   633.34
   628.5
   615.0
   602.25
   585.5
   559.5
   543.63
   536.87
   530.266
   516.7
   508.988
   489.50
   471.1
   451.250
   439.3
   415.038
   389.720
   380.3
   368.353
   351.690
   331.077
   319.883
   292.381
   288.403
   239.770
   235.760
 
   212.808
   202.9
 
   173.2
   143.556
   128.744
   118.7824
   115.564
   104.776
    84.275
    66.830
    56.720






































































1-,2-,3-


1-,2-,3-
0- TO 3-






0- TO 3-

1-,2-,3-

1-,2-,3-

0- TO 3-
0- TO 3-
0- TO 3-

1-,2-,3-


0- TO 3-
1-,2-,3-

1-,2-,3-

0- TO 3-

0- TO 3-
1-,2-,3-


0- TO 3-

1-,2-,3-
0- TO 3-
0- TO 3-


0- TO 3-

1-,2-,3-
1-,2-,3-
(2,3)-
1-,2-,3-
1-,2-,3-
(1,2)-
1-,2-,3-
1-,2-,3-
(2)-

(2)-
(2)+
(2)-
(2)-
(2)-
(2)-
(1)-
(1-)
 
(1,2)-
LE 3
 

(1)-
(0)-
3-
(2)-
(1)-
3-
(4)-
1-

E(level): From 191Ir(n,γ), except as noted, for levels for which decay γ’s have been observed. Weighted average of all available data, except as noted, for other levels.

Jπ(level): Justification for adopted values are given in comments. Additionally, with Jπ=1+,2+ for capture states (in s-wave capture from 3/2+), J=0,1,2,3 for levels fed by primary γ’s in 192Ir(n,γ) E=thermal.

T1/2(level): From γγ(t) or centroid shift in 191Ir(n,γ): secondary γ’s, except as noted.

I(γ): Relative photon branching from each level; values are from 192Ir(n,γ).

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Band Transitions:

E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 1 - γ band (1991Ke10).
   351.690 4  (2)+        
   418.141 7 ? (3+,4+)      133.934 9 ?
   273.25 3 ?
   278.199 16 ?
   333.866 9 ?
   418.114 25 ?
     8.3 21 
    21 3 
    17.9 21 
    58 9 
   100 14 
M1

(E2)
E1

   284.215
   144.904
   139.942
    84.275
     0.0
(2)+
(5+)
(5+)
3-
4+
   513.197 8 ? (4+)        
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 2 - (π 11/2[505])-(ν 9/2[505])? band (1991Ke10,1997BaZV).
   193.511 5  (1)+ 2.7 ns 6       
   284.215 5  (2)+       90.7035 15 
   100
M1
   193.511
(1)+
   440.870 6  (3+)        
   670.640 13  (4+)      229.769 11 ?
   252.54 6 ?
    98 15 
   100 15 
M1
M1,E2
   440.870
   418.141
(3+)
(3+,4+)
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 3 - (π 3/2[402])-(ν 3/2[512])? band (1994Ga05).
   104.776 5  (1)- 17.4 ns 26       
   128.744 6  (0)-       23.970 6 
    72.025 3 
    27.8 17 
   100 25 
M1
M1
   104.776
    56.720
(1)-
1-
   240.902 5  (2)-        
   392.351 7  (1,2,3)-       72.464 12 
   151.444 25 
   166.086 6 ?
   166.439 6 
   199.41 4 
   273.57 4 
   276.762 16 
    10 5 
    29 5 
   100 10 
    27 5 
    15 5 
    20 6 
    60 9 


M1

M1

E2
   319.883
   240.902
   226.261
   225.918
   192.935
   118.7824
   115.564
(2)-
(2)-
(LE2-)
(2)-
(2)-
3-
(2)-
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 4 - (π 1/2[400])-(ν 3/2[512])? band (1994Ga05).
   143.556 6  (1)-        
   292.381 13  (2)-       66.472 14 
   148.822 3 
   176.826 25 
   292.35 6 ?
    48 24 
  <590
   100 20 
    68 20 
M1

M1

   225.918
   143.556
   115.564
     0.0
(2)-
(1)-
(2)-
4+
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 5 - (π 3/2[402])-(ν 1/2[510])? band (1991Ke10).
    56.720 5  1- 1.45 m 5 
% IT = 99.9825
% β- = 0.0175
     
   115.564 5  (2)-       58.8438 10 
   100
M1+E2
    56.720
1-
E(level)
(keV)		Jπ(level) T1/2(level)E(γ)I(γ)M(γ)Final Levels
Band 6 - (π 3/2[402])-(ν 9/2[505])? band (1994Ga05).
    84.275 3  3- 1.9 ns 4       
   277.993 5  (4)-      193.718 4 
   100
M1
    84.275
3-

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Additional Gamma Data:















E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
    12.984 (6+)       12.984[E2] 5.7×104α5.7×104 AP
    56.720 1- 1.45 m 5 
% IT = 99.9825
% β- = 0.0175
    56.71 3 E3 2.85×103B(E3)(W.u.)=0.00119 5, α=2.85E3
    66.830 (4)- 15 ns 4      50.780 10 E2 98.9B(E2)(W.u.)=15 5, α=98.9
(4)- 15 ns 4      66.83 2 [E1] 0.231B(E1)(W.u.)=4.0E-6 12, α=0.231
    84.275 3- 1.9 ns 4      84.276 3 E1 0.614B(E1)(W.u.)=0.000111 24, α=0.614
   104.776 (1)- 17.4 ns 26      48.0568 8 M1+E20.163 1012.3B(E2)(W.u.)=3.8 8, B(M1)(W.u.)=0.00084 13, α=12.3 5
   115.564 (2)-       58.8438 10 M1+E20.227 57.17α=7.17 14
   118.7824 3- > 15 ns     34.520 10 M1 24.3B(M1)(W.u.)<0.00066, α=24.3
3- > 15 ns    118.7817 18 E1 0.257B(E1)(W.u.)<3.5E-6, α=0.257
   128.744 (0)-       23.970 6 M1 71.4α=71.4
(0)-       72.025 3 M1 2.80α=2.80
   139.942 (5+)      126.958 3 M1 3.09α=3.09
   143.556 (1)-       28.010 10 M1 45.0α=45.0
(1)-       38.80 2 M1 17.19α=17.19
(1)-       86.837 5 M1 9.17α=9.17
   144.904 (5+)      144.904 5 (M1) 2.12α=2.12
   168.14 (11-) 241 y 9 
% IT = 100
   155.16 12 (E5) 1085B(E5)(W.u.)=0.68 3, α=1085
   192.935 (2)-       49.390 10 M1 8.44α=8.44
(2)-       77.368 4 M1 12.62α=12.62
(2)-      108.668 12 M1 4.83α=4.83
(2)-      136.210 6 (M1,E2) 1.9α=1.9 6
   193.511 (1)+ 2.7 ns 6      49.970 10 (E1) 0.513B(E1)(W.u.)=4.2E-6 11, α=0.513
(1)+ 2.7 ns 6      77.9466 8 E1 0.738B(E1)(W.u.)=3.9E-5 13, α=0.738
(1)+ 2.7 ns 6      88.7335 8 E1 0.540B(E1)(W.u.)=2.8E-5 8, α=0.540
(1)+ 2.7 ns 6     136.792 2 E1 0.179B(E1)(W.u.)=4.0E-6 11, α=0.179
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
   212.808 (1,2)-       69.252 6 M1 3.14α=3.14
(1,2)-      108.0318 16 M1 4.91α=4.91
(1,2)-      156.081 3 M1 1.721α=1.721
   216.905 (4+)      216.905 4 M1 0.685α=0.685
   223.352 (6+)      207.302 6 E1 0.0624α=0.0624
   225.918 (2)-       32.981 7 M1 27.8α=27.8
(2)-      107.129 10 M1 5.03α=5.03
(2)-      110.358 4 M1 4.62α=4.62
(2)-      121.136 7 M1 3.54α=3.54
(2)-      169.202 7 E2 0.617α=0.617
   235.760 (1-)      107.025 8 M1 5.04α=5.04
(1-)      179.038 2 M1+E21.0 +2-40.81α=0.81 11
   239.770 (1)-      111.025 3 M1 4.54α=4.54
   240.902 (2)-      136.1248 15 M1 2.54α=2.54
   265.160 (0-)      208.437 7 M1 0.765α=0.765
   267.128 (3)-       26.231 6 M1 54.7α=54.7
(3)-       54.324 4 M1 6.38α=6.38
(3)-      151.561 3 M1 1.87α=1.87
   277.993 (4)-      193.718 4 M1 0.938α=0.938
   284.215 (2)+       90.7035 15 M1 8.10α=8.10
   288.403 (2)-       95.47 4 M1 7.00α=7.00
(2)-      172.841 4 M1 1.291α=1.291
(2)-      183.624 6 M1 1.090α=1.090
(2)-      231.67 3 M1 0.571α=0.571
   292.381 (2)-       66.472 14 M1 3.53α=3.53
(2)-      176.826 25 M1 1.211α=1.211
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
   310.999 2-      206.219 4 M1 0.788α=0.788
2-      226.74 4 M1 0.606α=0.606
2-      254.277 15 M1 0.442α=0.442
   319.883 (2)-      201.108 20 M1 0.845α=0.845
(2)-      215.091 12 M1 0.701α=0.701
   331.077 (2)-      105.155 12 M1 5.30α=5.30
(2)-      118.270 6 M1 3.79α=3.79
(2)-      187.521 6 M1 1.027α=1.027
(2)-      215.519 8 M1 0.697α=0.697
(2)-      226.297 3 M1 0.609α=0.609
   331.761 (1)-       90.854 5 M1 8.06α=8.06
(1)-      138.247 4 (E1) 0.1744α=0.1744
(1)-      203.018 8 M1 0.823α=0.823
(1)-      216.196 4 M1 0.691α=0.691
   351.690 (2)+      267.416 10 (E1) 0.0333α=0.0333
(2)+      351.691 5 E2 0.0599α=0.0599
   365.653 (2-,3-)       98.524 4 M1 6.39α=6.39
(2-,3-)      139.736 9 M1 2.35α=2.35
   366.730 (2)-      261.951 6 M1 0.407α=0.407
   368.353 (2)-      263.571 8 M1 0.400α=0.400
(2)-      284.072 12 M1 0.326α=0.326
   389.720 (2)-      122.599 10 M1 3.42α=3.42
(2)-      284.939 14 M1+E21.1 +30-70.21α=0.21 9
   392.351 (1,2,3)-      166.086 6 M1 1.445α=1.445
(1,2,3)-      199.41 4 M1 0.865α=0.865
(1,2,3)-      276.762 16 E2 0.1209α=0.1209
E(level)
(keV)		Jπ(level)T1/2(level)E(γ)
(keV)		MultipolarityMixing
Ratio		Conversion
Coefficient		Additional Data
   415.038 1-,2-,3-       83.956 15 M1 10.10α=10.10
1-,2-,3-      174.144 10 M1 1.264α=1.264
   418.141 (3+,4+)      133.934 9 M1 2.66α=2.66
(3+,4+)      278.199 16 (E2) 0.1190α=0.1190
(3+,4+)      333.866 9 E1 0.0196α=0.0196
   440.870 (3+)      156.653 3 (M1) 1.704α=1.704
   451.250 (1,2)-      140.237 14 M1 2.33α=2.33
(1,2)-      162.826 15 M1 1.528α=1.528
(1,2)-      258.338 25 M1 0.423α=0.423
   489.50 1-,2-,3-      197.072 8 M1 0.894α=0.894
   508.988 (2,3)-      177.926 12 M1 1.190α=1.190
(2,3)-      241.872 15 M1 0.507α=0.507
   513.197 (4+)       72.326 5 M1 2.76α=2.76
(4+)       95.068 12 M1 7.08α=7.08
   529.167 (1-)      264.003 9 M1,E2 0.27α=0.27 13
(1-)      302.911 10 M1 0.274α=0.274
   530.266 1-,2-,3-      199.190 12 M1 0.868α=0.868
   670.640 (4+)      229.769 11 M1 0.584α=0.584
(4+)      252.54 6 M1,E2 0.31α=0.31 15

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Additional Level Data and Comments:

E(level)Jπ(level)T1/2(level)Comments
     0.04+ 73.829 d 11 
% β- = 95.24 4
% ε = 4.76 4
Q=+2.22 7, μ=+1.924 10
%β-, %ε: from |S(I(γ+ce) to 192Pt g.s.), representing all decays by β-, and |S(I(γ+ce) to 192Os g.s.), representing all decays by ε.
E(level): %β-, %ε: from |S(I(γ+ce) to 192Pt g.s.), representing all decays by β-, and |S(I(γ+ce) to 192Os g.s.), representing all decays by ε.
T1/2(level): Weighted average (χ2/n-1=2.63 cf. critical value of 2.60) of 73.84 d 5 and 73.814 d 17 (1992Wo06), 73.810 d 19 (2002Un02), 73.831 d 8 (1980Ho17), 74.02 d 6 (1972La14), 73.6 d 4 (1963Ha17), and 74.2 d 2 (1961Wy01). Others: 74.37 d 7 (1951Ka39) and 74.17 d 7 (1960Al15), measured using electrometers (analog instruments); the authors determined the half-life of 192Ir using unweighted least-squares fits and their reported uncertainties are the standard deviations of those fits. Other recent evaluations (2004Wo02 and 1999BeZQ,1999BeZS obtain values (73.826 d 10 and 73.827 d 13, respectively) similar to that recommended here (73.829 d 11).
    56.7201- 1.45 m 5 
% IT = 99.9825
% β- = 0.0175
%β-: from |SIβ- (three groups) relative to total number of disintegrations (1959Sc41; uncertainty unstated).
E(level): %β-: from |SIβ- (three groups) relative to total number of disintegrations (1959Sc41; uncertainty unstated). (π 3/2[402])-(ν 1/2[510])? band (1991Ke10).
    84.2753- 1.9 ns 4  E(level): (π 3/2[402])-(ν 9/2[505])? band (1994Ga05).
   104.776(1)- 17.4 ns 26  E(level): (π 3/2[402])-(ν 3/2[512])? band (1994Ga05).
   115.564(2)-   E(level): (π 3/2[402])-(ν 1/2[510])? band (1991Ke10).
   128.744(0)-   Eγ=128.736 25 for a transition in (n,γ) E=thermal suggests a placement from this level, but the implied M4 multipolarity (α=1082) rules this out because that γ was absent from the ce spectrum.
E(level): Eγ=128.736 25 for a transition in (n,γ) E=thermal suggests a placement from this level, but the implied M4 multipolarity (α=1082) rules this out because that γ was absent from the ce spectrum. (π 3/2[402])-(ν 3/2[512])? band (1994Ga05). Jπ=(0-,3-) for E=130.8 7 level in (n,γ) E=2, 24 keV, and E=130.8 10 for a level fed by a primary γ from a 1+,2+ capture state in (n,γ) E=thermal. These data suggest a (0-,3-) level at 130.8 6. (n,γ) E=thermal populates a nearby Jπ|<2- 128.7 level and (n,γ) E=2, 24 keV would be expected to do likewise. Possibly the energy mismatch is not significant, but the existence of a 131+129 doublet cannot be ruled out. If there were a doublet, the (n,γ) E=2, 24 keV data would favor J=0 for the 129 level (since π=- is established independently for that level) and Jπ=1+,2+ for a 131 level.
Jπ(level): Jπ=(0-,3-) for E=130.8 7 level in (n,γ) E=2, 24 keV, and E=130.8 10 for a level fed by a primary γ from a 1+,2+ capture state in (n,γ) E=thermal. These data suggest a (0-,3-) level at 130.8 6. (n,γ) E=thermal populates a nearby Jπ|<2- 128.7 level and (n,γ) E=2, 24 keV would be expected to do likewise. Possibly the energy mismatch is not significant, but the existence of a 131+129 doublet cannot be ruled out. If there were a doublet, the (n,γ) E=2, 24 keV data would favor J=0 for the 129 level (since π=- is established independently for that level) and Jπ=1+,2+ for a 131 level.
   143.556(1)-   E(level): (π 1/2[400])-(ν 3/2[512])? band (1994Ga05).
   144.904(5+)   XREF: γ(143).
   168.14(11-) 241 y 9 
% IT = 100
%IT: only IT decay has been observed (γ-ray spectrum from very old source almost identical to spectrum from 192Ir g.s. decay (1959Sc41)). The β- and ε+β+ decay energies are such that the highest spin state available for population would be the (7-) 1518 level in 192Pt.
E(level): %IT: only IT decay has been observed (γ-ray spectrum from very old source almost identical to spectrum from 192Ir g.s. decay (1959Sc41)). The β- and ε+β+ decay energies are such that the highest spin state available for population would be the (7-) 1518 level in 192Pt.
   193.511(1)+ 2.7 ns 6  E(level): (π 11/2[505])-(ν 9/2[505])? band (1991Ke10,1997BaZV).
   202.9LE 3   XREF: E(198)F(198).
   240.902(2)-   XREF: γ(245)H(246).
E(level): (π 3/2[402])-(ν 3/2[512])? band (1994Ga05).
   277.993(4)-   E(level): (π 3/2[402])-(ν 9/2[505])? band (1994Ga05).
   284.215(2)+   E(level): (π 11/2[505])-(ν 9/2[505])? band (1991Ke10,1997BaZV).
   292.381(2)-   E(level): (π 1/2[400])-(ν 3/2[512])? band (1994Ga05).
   319.883(2)-   XREF: C(317.4).
   351.690(2)+   E(level): γ band (1991Ke10).
   392.351(1,2,3)-   E(level): (π 3/2[402])-(ν 3/2[512])? band (1994Ga05).
   418.141(3+,4+)   E(level): γ band (1991Ke10).
   439.31-,2-,3-   XREF: F(437.6).
   440.870(3+)   E(level): (π 11/2[505])-(ν 9/2[505])? band (1991Ke10,1997BaZV).
   489.501-,2-,3-   XREF: H(493).
   513.197(4+)   E(level): γ band (1991Ke10).
   530.2661-,2-,3-   XREF: F(532.5).
   670.640(4+)   E(level): (π 11/2[505])-(ν 9/2[505])? band (1991Ke10,1997BaZV).
E(level)Jπ(level)T1/2(level)Comments
   681.01-,2-,3-   XREF: F(679).
   702.20- TO 3-   XREF: H(697).
  1050.531-,2-,3-   XREF: F(1053).

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Additional Gamma Comments:

E(level)E(gamma)Comments
    12.984    12.984E(γ): from level energy difference; no radiation observed.
    56.720    56.71M(γ): From 192Ir IT decay (1.45 min).
    66.830    66.83M(γ): not M2 or higher, from RUL and T1/2(67 level).
   144.904   144.904M(γ): M1 for (144.8γ+144.9γ) doublet dominated by the latter γ.
   168.14   155.16E(γ): From 192Ir IT decay (241 y).
M(γ): From 192Ir IT decay (241 y).
   193.511    49.970M(γ): α(L1)exp allows mult=M1 or E1+M2 (δ=+0.21 3); Δπ=yes from level scheme, but δ violates RUL.
   223.352   210.353E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   226.261   169.541E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   240.902    97.351E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   136.1248M(γ): based on α(K)exp for 136.1γ+136.2γ doublet in which this transition is major component.
   292.381   148.822E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   331.761   138.247M(γ): E1,E2 from α(K)exp; Δπ=yes from level scheme.
   351.690   267.416M(γ): E1,E2 from α(K)exp in (n,γ); Δπ=yes from level scheme.
   389.720    97.351E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   148.822E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   418.141   273.25E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   278.199M(γ): E1,E2 from α(K)exp; Δπ=(no) from level scheme.
   451.250   210.353E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   489.50   169.541E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   508.988   273.25E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity
   530.266   210.353E(γ): Multiply placed with undivided intensity
I(γ): Multiply placed with undivided intensity

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