Results:3 different decay possibilities were found


Dataset #1:

Author: F.G. Kondev   Citation:Nuclear Data Sheets 110,2815 (2009)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
84
37
Rb
 463.598    6-   20.26 m 4    IT: 100      
84
37
Rb
 

Electrons:

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



Auger L     1.68      33.9 % 23   5.7E-4 4 
Auger K    11.4       8.5 % 7   9.7E-4 8 
CE K   200.41 10       23.2 % 21   0.046 4 
CE L   213.54 10        4.9 % 5   0.0105 11 
CE M   215.29 10        0.83 % 9   0.00178 19 
CE N   215.58 10        0.083 % 8   1.80E-4 18 
CE K   232.82 10        1.89 %  0.0044
CE L   245.95 10        0.227 %  5.6E-4
CE M   247.70 10        0.037 %  9.3E-5
CE N   247.99 10        0.0041 %  1.02E-5
CE K   448.42 10        1.10 % 8   0.0049 4 
CE L   461.55 10        0.162 % 12   7.5E-4 5 
CE M   463.30 10        0.0270 % 20   1.25E-4 9 
CE N   463.59 10        0.00287 % 21   1.33E-5 10 

Gamma and X-ray radiation:

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



XR l     1.69       0.82 % 6   1.39E-5 10 
XR kα2    13.336       5.2 % 4   6.9E-4 6 
XR kα1    13.395       9.9 % 9   0.00133 12 
XR kβ3    14.952       0.73 % 6   1.09E-4 9 
XR kβ1    14.961       1.41 % 12   2.11E-4 18 
XR kβ2    15.185       0.222 % 19   3.4E-5 3 
   215.61 10       31.3 % 18   0.068 4 
   248.02 10       63 %  0.156
   463.62 10       33.1 % 24   0.153 11 

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
   215.61248.02 (3.10E-10)
   248.02215.61 (3.10E-10)

Dataset #2:

Authors: J.K. Tuli, A. Luca, S. Juutinen, and B. Singh   Citation:Nuclear Data Sheets 110,2815 (2009)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
84
37
Rb
 0    2-   32.82 d 7    ε: 96.1 20  2686.3 27   
84
36
Kr
 

Beta+:

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




   340.5 13    783 3      12.6 % 7   0.043 3 
   758.5 14   1664 3      13.1 % 7   0.099 5 

Mean beta+ energy: 5.5E+2 keV 3, total beta+ intensity: 25.7 % 10, mean beta+ dose: 0.142 MeV/Bq-s 10

Electrons:

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



Auger L     1.5      74.8 % 18   0.00112 3 
Auger K    10.8      21.0 % 6   0.00227 7 

Gamma and X-ray radiation:

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



XR l     1.59       1.64 % 6   2.61E-5 10 
XR kα2    12.598      11.5 % 5   0.00145 7 
XR kα1    12.651      22.2 % 10   0.00281 12 
XR kβ3    14.104       1.60 % 7   2.25E-4 10 
XR kβ1    14.111       3.09 % 14   4.37E-4 20 
XR kβ2    14.311       0.408 % 18   5.8E-5 3 
Annihil.   511.0      51.4 % 20  
   881.6041 16       68.9 %  0.607
  1016.158 11        0.349 % 15   0.00354 15 
  1897.751 11        0.74 % 3   0.0140 6 

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
   881.60411016.158
  1016.158881.6041

Dataset #3:

Authors: B. Singh, A. Negret, and K. Zuber   Citation:Nuclear Data Sheets 110,2815 (2009)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
84
37
Rb
 0    2-   32.82 d 7    β-: 3.9 20  896   
84
38
Sr
 

Beta-:

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




   332.8 13    896 3      3.9 % 20   0.013 7 

Mean beta- energy: 3.3E+2 keV 24, total beta- intensity: 3.9 % 20, mean beta- dose: 0.013 MeV/Bq-s 12