Results:2 different decay possibilities were found


Dataset #1:

Author: Jun Chen and Balraj Singh   Citation:Nuclear Data Sheets 157, 1 (2019)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
50
25
Mn
 0.0    0+   283.19 ms 10    ε: 100  7634.48   
50
24
Cr
 

Beta+:

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




   699.88 92   1614.48 7       7.0E-4 % 10   4.9E-6 7 
  1246.08 95  ? 2785.48 7       1.5E-4 % 15   1.9E-6 19 
  1340.65 96   2984.48 7       0.056 % 3   7.5E-4 4 
  3104.00  6612.48 7      99.839 % 3   3.09900 9 

Mean beta+ energy: 3102.99 keV 17, total beta+ intensity: 99.896 % 4, mean beta+ dose: 3.09976 MeV/Bq-s 21

Electrons:

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



Auger L     0.54       0.1484 % 5   8.01E-7 3 
Auger K     4.78       0.0656 % 5   3.136E-6 22 

Gamma and X-ray radiation:

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



XR l     0.57       3.9E-4 % 13   2.2E-9 8 
XR kα2     5.405       0.0077 % 4   4.14E-7 20 
XR kα1     5.415       0.0151 % 6   8.2E-7 3 
XR kβ1     5.947       0.00170 % 7   1.01E-7 4 
XR kβ3     5.947       8.7E-4 % 4   5.16E-8 22 
Annihil.   511.0     199.792 % 8  
   783 S      1.978E-6 % 15   1.549E-8 12 
  2844       0.0190 % 20   5.4E-4 6 
  3044 ?      1.5E-4 % 15   5E-6 5 
  3628       0.0380 % 20   0.00138 7 
  4215 S      7.0E-4 % 10   3.0E-5 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
   7832844, 3044, 4215
  2844783
  3044783
  4215783

Dataset #2:

Author: Jun Chen and Balraj Singh   Citation:Nuclear Data Sheets 157, 1 (2019)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
50
25
Mn
 225.289    5+   1.75 m 3    ε: 100  7634.48   
50
24
Cr
 

Beta+:

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




  1355 4   3012.3 4      28.5 % 12   0.386 16 
  1595 4  ? 3513.2 3      69 % 5   1.10 8 
  1672 4   3673.9 4       8.0 % 23   0.13 4 

Mean beta+ energy: 1.54E+3 keV 12, total beta+ intensity: 106 % 6, mean beta+ dose: 1.62 MeV/Bq-s 15

Electrons:

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



Auger L     0.54       1.26 % 10   6.8E-6 6 
Auger K     4.78       0.56 % 5   2.66E-5 23 
CE K   155.0108 3        0.06 % 6   9E-5 9 
CE L   160.3054 4        0.006 % 6   9E-6 9 

Gamma and X-ray radiation:

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



XR l     0.57       0.0033 % 12   1.9E-8 7 
XR kα2     5.405       0.065 % 7   3.5E-6 4 
XR kα1     5.415       0.129 % 13   7.0E-6 7 
XR kβ1     5.947       0.0144 % 14   8.6E-7 8 
XR kβ3     5.947       0.0074 % 7   4.4E-7 4 
   161 ?      1.0 % 10   0.0016 16 
Annihil.   511.0     211 % 11  
   661.5 3       25.0 % 10   0.165 7 
   783.3 1      100.0 % 20   0.783 16 
  1098.0 2       98.5 % 23   1.08 3 
  1282.4 3       33.0 % 20   0.42 3 
  1443.3 2       69 % 5   1.00 7 
  1944.5 5        3.8 % 5   0.074 10 
  2541 ?      0.5 % 5   0.013 13 
  3042 ?      1.0 % 10   0.03 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
   161783.3, 1098.0, 1282.4
   661.5783.3, 1098.0, 1282.4
   783.3161, 661.5, 1098.0, 1282.4, 1443.3, 1944.5, 2541, 3042
  1098.0161, 661.5, 783.3, 1282.4, 1443.3, 1944.5
  1282.4161, 661.5, 783.3, 1098.0
  1443.3783.3, 1098.0
  1944.5783.3, 1098.0
  2541783.3
  3042783.3