Results:3 different decay possibilities were found


Dataset #1:

Author: Huang Xiaolong   Citation:Nuclear Data Sheets 108, 1093 (2007)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
200
85
At
 3354    (10-)   3.5 s 2    α   6596.4 14   
196
83
Bi
 

Alphas:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



  6536.9 21      10.5 %  0.686

Electrons:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



Auger L     8.15       9.42 % 25   7.67E-4 20 
CE K    11.5 20        0.026 %  3.0E-6
Auger K    58.2       0.153 % 17   8.9E-5 10 
CE K    67.8 3        4.21 %  0.00285
CE L    85.6 20        7.6 %  0.0065
CE M    98.0 20        2.2 %  0.0022
CE L   141.9 3        4.47 %  0.00635
CE M   154.3 3        1.27 %  0.00196

Gamma and X-ray radiation:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



     9 4       10.5 %  9E-4
XR l    10.8       6.05 % 25   6.5E-4 3 
XR kα2    74.815       1.17 % 3   8.78E-4 19 
XR kα1    77.107       1.96 % 4   0.00151 3 
XR kβ3    86.83       0.237 % 5   2.06E-4 4 
XR kβ1    87.349       0.453 % 9   3.96E-4 8 
XR kβ2    89.784       0.167 % 3   1.49E-4 3 
   102.0 20        0.0673 %  6.87E-5
   158.3 3        0.134 %  2.12E-4

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
     9102.0, 158.3
   102.09, 158.3
   158.39, 102.0

Dataset #2:

Author: Huang Xiaolong   Citation:Nuclear Data Sheets 108, 1093 (2007)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
200
85
At
 0    (3+)   43 s 1    α: 52 4  6596.4 14   
196
83
Bi
 

Alphas:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



  6464.6 13      57 %  3.7

Dataset #3:

Author: Huang Xiaolong   Citation:Nuclear Data Sheets 108, 1093 (2007)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
200
85
At
 104    (7+)   47 s 1    α   6596.4 14   
196
83
Bi
 

Alphas:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



  6306 5       0.073 % 21   0.0046 13 
  6411.8 13      43 % 7   2.7 4 
  6575 3       0.36 % 8   0.023 6 

Electrons:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



Auger L     8.15      19.5 % 5   0.00159 4 
CE K    11.5 20        1.8E-4 %  2.1E-8
Auger K    58.2       0.62 % 7   3.6E-4 4 
CE K    67.8 3       17.1 %  0.01159
CE L    85.6 20        0.053 %  4.5E-5
CE M    98.0 20        0.015 %  1.5E-5
CE L   141.9 3       18.2 %  0.0258
CE M   154.3 3        5.16 %  0.00796

Gamma and X-ray radiation:

Energy
(keV)
Intensity
(%)
Dose
( MeV/Bq-s )



     9 4       43 %  0.0038
XR l    10.8      12.5 % 5   0.00135 6 
XR kα2    74.815       4.74 % 10   0.00354 8 
XR kα1    77.107       7.90 % 15   0.00609 12 
XR kβ3    86.83       0.956 % 19   8.30E-4 16 
XR kβ1    87.349       1.83 % 4   0.00160 3 
XR kβ2    89.784       0.672 % 14   6.03E-4 12 
   102.0 20        4.7E-4 %  4.8E-7
   158.3 3        0.54 %  8.6E-4

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
     9102.0, 158.3
   102.09, 158.3
   158.39, 102.0