Results:

Dataset #1:

Authors: M. Shamsuzzoha Basunia, Anagha Chakraborty   Citation:Nuclear Data Sheets 205, 1 (2025)

Parent
Nucleus		Parent
E(level)		Parent
Jπ		Parent
T1/2		Decay Mode GS-GS Q-value
(keV) 		Daughter
Nucleus		Decay
Scheme 		ENSDF
file 
25
13		Al
  0    5/2+   7.168 s 4    ε: 100 %   4276.81 4   
25
12		Mg
 

Beta+:

Energy
(keV)		End-point energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
   538.871 27   1290.23 6       0.006 % 4   3.2E-5 22 
   698.416 19   1643.05 4       0.78 % 3   0.00547 20 
   993.384 23   2280.05 5       0.047 % 6   4.7E-4 6 
  1455.304 19   3254.81 4      99.07 % 4   1.4418 6 

Mean beta+ energy: 1449.1 keV 9, total beta+ intensity: 99.91 % 5, mean beta+ dose: 1.4477 MeV/Bq-s 12

Electrons:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
Auger K     1.18       0.074 % 4   8.7E-7 5 
CE K   388.40 4        2.1E-6 % 4   8.1E-9 14 
CE L   389.71 4        1.35E-7 % 24   5.3E-10 9 
CE M   389.71 4        5.0E-9 % 9   1.9E-11 3 
CE K   583.72 3        2.0E-6 % 4   1.19E-8 21 
CE L   585.03 3        1.31E-7 % 23   7.7E-10 13 
CE M   585.03 3        4.8E-9 % 8   2.8E-11 5 
CE K   973.44 4        3.4E-7 % 6   3.3E-9 6 
CE M   974.74 4        8.1E-10 % 14   7.9E-12 14 
CE L   974.74 4        2.2E-8 % 4   2.1E-10 4 
CE K  1610.403 11        4.40E-6 % 17   7.1E-8 3 
CE L  1611.708 11        2.83E-7 % 11   4.56E-9 17 
CE M  1611.708 11        1.05E-8 % 4   1.69E-10 6 
CE K  1963.20 5        2.5E-8 % 17   5E-10 3 
CE L  1964.50 5        1.6E-9 % 11   3.1E-11 21 
CE M  1964.50 5        6E-11 % 4   1.2E-12 8 

Gamma and X-ray radiation:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
XR kα1     1.254       0.00152 % 18   1.91E-8 22 
XR kα2     1.254       7.6E-4 % 9   9.5E-9 11 
   389.710 35        0.023 % 4   9.0E-5 16 
Annihil.   511.0     199.81 % 10  
   585.028 30        0.023 % 4   1.35E-4 23 
   974.742 35        0.024 % 4   2.3E-4 4 
  1611.708 11        0.79 % 3   0.0127 5 
  1964.501 45        0.006 % 4   1.2E-4 8 

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
   389.710585.028 (3.38E-9)
   585.028389.710 (3.38E-9)