Results:3 different decay possibilities were found

Dataset #1:

Authors: Balraj Singh, and Jun Chen   Citation:Nuclear Data Sheets 169, 1 (2020)

Parent
Nucleus		Parent
E(level)		Parent
Jπ		Parent
T1/2		Decay Mode GS-GS Q-value
(keV) 		Daughter
Nucleus		Decay
Scheme 		ENSDF
file 
190
74		W
  1743.610    (8+)   111 ns 17    IT: 100 %       
190
74		W
 

Electrons:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
Auger L     6.53      27.0 % 16   0.00176 11 
CE K    32.4750 3       14 % 3   0.0046 8 
Auger K    45.7       1.48 % 18   6.8E-4 8 
CE L    89.9002 3        2.3 % 4   0.0020 4 
CE M    99.1804 4        0.51 % 9   5.1E-4 9 
CE N   101.4050 4        0.123 % 23   1.25E-4 23 
CE O   101.966       0.020 % 4   2.1E-5 4 
CE K   137.3 5       12.08 % 18   0.0166 3 
CE L   194.7 5        7.22 % 11   0.01406 22 
CE M   204.0 5        1.80 % 3   0.00366 6 
CE N   206.2 5        0.424 % 7   8.75E-4 15 
CE O   206.8 5        0.0600 % 9   1.241E-4 20 
CE K   288.8 5        3.44 % 6   0.00995 17 
CE L   346.2 5        1.079 % 16   0.00374 6 
CE M   355.5 5        0.261 % 4   9.27E-4 14 
CE N   357.7 5        0.0620 % 10   2.22E-4 3 
CE O   358.3 5        0.00916 % 13   3.28E-5 5 
CE K   414.8 5        1.690 % 24   0.00701 10 
CE L   472.2 5        0.410 % 6   0.00193 3 
CE M   481.5 5        0.0974 % 15   4.69E-4 7 
CE N   483.7 5        0.0233 % 4   1.126E-4 19 
CE O   484.3 5        0.00353 % 6   1.71E-5 3 
CE K   524.1 11        0.22 % 4   0.00117 22 
CE L   581.5 11        0.047 % 9   2.8E-4 5 
CE M   590.8 11        0.0111 % 21   6.6E-5 12 
CE N   593.0 11        0.0027 % 5   1.6E-5 3 
CE O   593.6 11        4.1E-4 % 8   2.4E-6 5 
CE K   624.5 5        0.61 % 3   0.00380 19 
CE L   681.9 5        0.118 % 6   8.1E-4 4 
CE M   691.2 5        0.0276 % 14   1.90E-4 9 
CE N   693.4 5        0.0066 % 3   4.58E-5 23 
CE O   694.0 5        0.00103 % 5   7.2E-6 4 

Gamma and X-ray radiation:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
XR l     8.4      10.7 % 8   9.0E-4 6 
XR kα2    57.981       8.8 % 7   0.0051 4 
XR kα1    59.318      15.1 % 13   0.0090 8 
XR kβ3    66.95       1.72 % 14   0.00115 10 
XR kβ1    67.244       3.3 % 3   0.00223 19 
XR kβ2    69.067       1.15 % 10   8.0E-4 7 
   102       3.8 % 7   0.0039 7 
   206.8 5       78.4 % 3   0.1621 7 
   358.3 5       95.15 % 7   0.3409 5 
   484.3 5       97.77 % 3   0.4735 5 
   593.6 11       21 % 4   0.122 23 
   694.0 5       79 % 4   0.54 3 

Gamma Coincidence Data:

For each gamma, the list of gammas in coincidence is given.
If experimentally known, an estimate of the average time interval (in seconds) between both gammas is given.

E(γ)Coincidence
   102206.8, 358.3, 484.3, 593.6
   206.8102, 358.3, 484.3, 593.6, 694.0
   358.3102, 206.8, 484.3, 593.6, 694.0
   484.3102, 206.8, 358.3, 593.6, 694.0
   593.6102, 206.8, 358.3, 484.3
   694.0206.8, 358.3, 484.3

Dataset #2:

Authors: Balraj Singh, and Jun Chen   Citation:Nuclear Data Sheets 169, 1 (2020)

Parent
Nucleus		Parent
E(level)		Parent
Jπ		Parent
T1/2		Decay Mode GS-GS Q-value
(keV) 		Daughter
Nucleus		Decay
Scheme 		ENSDF
file 
190
74		W
  1840.614    (10-)   166 µs 6    IT: 100 %       
190
74		W
 

Electrons:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
Auger L     6.53      83.7 % 20   0.00547 13 
CE K    27.4750 3       67.9 %  0.0187
CE K    32.4750 3       14 % 3   0.0046 8 
Auger K    45.7       4.6 % 4   0.00210 19 
CE L    84.9002 3       23.0 %  0.0195
CE L    89.9002 3        2.3 % 4   0.0020 4 
CE M    94.1804 4        5.71 %  0.00538
CE N    96.4050 4        1.387 %  0.001337
CE O    96.966       0.220 %  2.13E-4
CE M    99.1804 4        0.51 % 9   5.1E-4 9 
CE N   101.4050 4        0.123 % 23   1.25E-4 23 
CE O   101.966       0.020 % 4   2.1E-5 4 
CE K   137.3 5       12.08 % 18   0.0166 3 
CE L   194.7 5        7.22 % 11   0.01406 22 
CE M   204.0 5        1.80 % 3   0.00366 6 
CE N   206.2 5        0.424 % 7   8.75E-4 15 
CE O   206.8 5        0.0600 % 9   1.241E-4 20 
CE K   288.8 5        3.44 % 6   0.00995 17 
CE L   346.2 5        1.079 % 16   0.00374 6 
CE M   355.5 5        0.261 % 4   9.27E-4 14 
CE N   357.7 5        0.0620 % 10   2.22E-4 3 
CE O   358.3 5        0.00916 % 13   3.28E-5 5 
CE K   414.8 5        1.690 % 24   0.00701 10 
CE L   472.2 5        0.410 % 6   0.00193 3 
CE M   481.5 5        0.0974 % 15   4.69E-4 7 
CE N   483.7 5        0.0233 % 4   1.126E-4 19 
CE O   484.3 5        0.00353 % 6   1.71E-5 3 
CE K   524.1 11        0.22 % 4   0.00116 21 
CE L   581.5 11        0.047 % 9   2.7E-4 5 
CE M   590.8 11        0.0110 % 20   6.5E-5 12 
CE N   593.0 11        0.0026 % 5   1.6E-5 3 
CE O   593.6 11        4.1E-4 % 7   2.4E-6 4 
CE K   624.5 5        0.61 % 3   0.00380 19 
CE L   681.9 5        0.118 % 6   8.1E-4 4 
CE M   691.2 5        0.0276 % 14   1.90E-4 9 
CE N   693.4 5        0.0066 % 3   4.58E-5 23 
CE O   694.0 5        0.00103 % 5   7.2E-6 4 

Gamma and X-ray radiation:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
XR l     8.4      33.0 % 14   0.00278 12 
XR kα2    57.981      27.4 % 9   0.0159 5 
XR kα1    59.318      47.1 % 16   0.0279 9 
XR kβ3    66.95       5.36 % 18   0.00359 12 
XR kβ1    67.244      10.3 % 3   0.00693 23 
XR kβ2    69.067       3.58 % 12   0.00248 8 
    97       2.04 %  0.00198
   102       3.8 % 7   0.0039 7 
   206.8 5       78.4 % 3   0.1621 7 
   358.3 5       95.15 % 7   0.3409 5 
   484.3 5       97.77 % 3   0.4735 5 
   593.6 11       20 % 4   0.121 22 
   694.0 5       79 % 4   0.54 3 

Gamma Coincidence Data:

For each gamma, the list of gammas in coincidence is given.
If experimentally known, an estimate of the average time interval (in seconds) between both gammas is given.

E(γ)Coincidence
    97102 (1.11E-7), 206.8 (1.11E-7), 358.3 (1.11E-7), 484.3 (1.11E-7), 593.6 (1.11E-7),
694.0 (1.11E-7)
   10297 (1.11E-7), 206.8, 358.3, 484.3, 593.6
   206.897 (1.11E-7), 102, 358.3, 484.3, 593.6, 694.0
   358.397 (1.11E-7), 102, 206.8, 484.3, 593.6, 694.0
   484.397 (1.11E-7), 102, 206.8, 358.3, 593.6, 694.0
   593.697 (1.11E-7), 102, 206.8, 358.3, 484.3
   694.097 (1.11E-7), 206.8, 358.3, 484.3

Dataset #3:

Authors: Balraj Singh, and Jun Chen   Citation:Nuclear Data Sheets 169, 1 (2020)

Parent
Nucleus		Parent
E(level)		Parent
Jπ		Parent
T1/2		Decay Mode GS-GS Q-value
(keV) 		Daughter
Nucleus		Decay
Scheme 		ENSDF
file 
190
74		W
  0.0    0+   30.0 m 15    β-: 100 %   1200 40   
190
75		Re
 

Beta-:

Energy
(keV)		End-point energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
   310 30      8.8E+2 4    100 % 10   0.31 4 

Mean beta- energy: 3.1E+2 keV 5, total beta- intensity: 100 % 10, mean beta- dose: 0.31 MeV/Bq-s 6

Electrons:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
Auger L     6.7      81 % 5   0.0054 3 
Auger K    47.0       4.9 % 6   0.0023 3 
CE K    85.92 10       46 % 5   0.039 4 
CE K    90.42 10       64 % 6   0.058 5 
CE L   145.07 10        7.3 % 8   0.0106 11 
CE L   149.57 10       17.1 % 16   0.0256 24 
CE M   154.67 10        1.67 % 17   0.0026 3 
CE N   156.98 10        0.41 % 4   6.4E-4 7 
CE O   157.57 10        0.068 % 7   1.07E-4 11 
CE M   159.17 10        4.2 % 4   0.0067 6 
CE N   161.48 10        1.02 % 9   0.00165 15 
CE O   162.07 10        0.168 % 15   2.7E-4 3 

Gamma and X-ray radiation:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
XR l     8.65      33.8 % 24   0.00293 20 
XR kα2    59.718      30.0 % 22   0.0179 13 
XR kα1    61.141      51 % 4   0.0314 23 
XR kβ3    68.995       5.9 % 4   0.0041 3 
XR kβ1    69.309      11.4 % 8   0.0079 6 
XR kβ2    71.195       4.0 % 3   0.00283 20 
   157.6 1       39 % 4   0.061 6 
   162.1 1       11.0 % 10   0.0178 16 

Gamma Coincidence Data:

For each gamma, the list of gammas in coincidence is given.
If experimentally known, an estimate of the average time interval (in seconds) between both gammas is given.

E(γ)Coincidence
   157.6162.1
   162.1157.6