Results:3 different decay possibilities were found


Dataset #1:

Authors: D. Abriola, A.A. Sonzogni   Citation:Nuclear Data Sheets 107, 2423 (2006)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
94
41
Nb
 40.89212    3+   6.263 m 4    β-: 0.50 6  2045.2 20   
94
42
Mo
 

Beta-:

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




    62.16   222 3      7.5E-4 % 18   4.7E-7 11 
   160.87   513 3      0.0032 % 7   5.1E-6 11 
   444.01  1215.1 22      0.50 % 8   0.0022 4 

Mean beta- energy: 4.4E+2 keV 11, total beta- intensity: 0.50 % 8, mean beta- dose: 0.0022 MeV/Bq-s 7

Electrons:

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



Auger L     2.27       5.237E-4 % 20   1.189E-8 5 
Auger K    14.8       1.107E-4 % 19   1.64E-8 3 
CE K   682.0005 3        5.1E-6 % 7   3.5E-8 5 
CE L   699.1345 3        6.0E-7 % 9   4.2E-9 6 
CE K   851.0005 3        4.70E-4 %  4.00E-6
CE L   868.1345 3        5.495E-5 %  4.7699652E-7
CE K   973.0005 3        5.2E-7 % 9   5.1E-9 9 

Gamma and X-ray radiation:

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



XR l     2.29       2.07E-5 % 5   4.75E-10 11 
XR kα2    17.374       1.06E-4 % 3   1.85E-8 5 
XR kα1    17.479       2.02E-4 % 6   3.54E-8 10 
XR kβ3    19.59       1.62E-5 % 5   3.17E-9 9 
XR kβ1    19.607       3.14E-5 % 9   6.16E-9 18 
XR kβ2    19.965       6.89E-6 % 19   1.38E-9 4 
   702       0.0031 % 4   2.2E-5 3 
   871       0.50 %  0.0044
   993       7.5E-4 % 13   7.4E-6 13 

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
   702871
   871702, 993
   993871

Dataset #2:

Authors: D. Abriola, A.A. Sonzogni   Citation:Nuclear Data Sheets 107, 2423 (2006)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
94
41
Nb
 40.89212    3+   6.263 m 4    IT: 99.50 6      
94
41
Nb
 

Electrons:

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



Auger L     2.15      90.08 % 24   0.001937 5 
Auger K    14.0      14.22 % 23   0.00199 3 
CE K    21.95 3       57.113 %  0.012539
CE L    38.24 3       33.631 %  0.012861
CE M    40.47 3        6.547 %  0.0026497

Gamma and X-ray radiation:

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



XR l     2.17       3.24 % 8   7.03E-5 18 
XR kα2    16.521      12.5 % 3   0.00207 6 
XR kα1    16.615      23.9 % 7   0.00397 11 
XR kβ3    18.607       1.87 % 5   3.49E-4 10 
XR kβ1    18.623       3.63 % 10   6.75E-4 19 
XR kβ2    18.952       0.822 % 23   1.56E-4 4 
    40.94 3        0.07311 %  2.993E-5

Dataset #3:

Authors: D. Abriola, A.A. Sonzogni   Citation:Nuclear Data Sheets 107, 2423 (2006)

Parent
Nucleus
Parent
E(level)
Parent
Parent
T1/2
Decay Mode GS-GS Q-value
(keV)
Daughter
Nucleus
Decay
Scheme
 
ENSDF
file
 
94
41
Nb
 0.0    6+   2.03×10+4 y 16    β-: 100  2045.2 20   
94
42
Mo
 

Beta-:

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




   145.79   471.5 20    100 %  0.146

Mean beta- energy: 145.79 keV , total beta- intensity: 100 % , mean beta- dose: 0.146 MeV/Bq-s

Electrons:

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



Auger L     2.27       0.281 % 6   6.37E-6 13 
Auger K    14.8       0.0593 % 17   8.8E-6 3 
CE K   682.65 6        0.161 % 5   0.00110 3 
CE L   699.78 6        0.0190 % 10   1.33E-4 7 
CE K   851.091 18        0.094 % 3   8.0E-4 3 
CE L   868.226 18        0.011 %  9.54018E-5 20 

Gamma and X-ray radiation:

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



XR l     2.29       0.0111 % 4   2.55E-7 8 
XR kα2    17.374       0.0570 % 20   9.9E-6 3 
XR kα1    17.479       0.108 % 4   1.90E-5 7 
XR kβ3    19.59       0.0087 % 3   1.70E-6 6 
XR kβ1    19.607       0.0168 % 6   3.30E-6 12 
XR kβ2    19.965       0.00369 % 13   7.4E-7 3 
   702.65 6       99.80 % 10   0.7012 7 
   871.091 18       99.80 % 10   0.8693 9 

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
   702.65871.091
   871.091702.65