Results:2 different decay possibilities were found

Dataset #1:

Author: M. Shamsuzzoha Basunia   Citation:Nuclear Data Sheets 121, 561 (2014)

Parent
Nucleus		Parent
E(level)		Parent
Jπ		Parent
T1/2		Decay Mode GS-GS Q-value
(keV) 		Daughter
Nucleus		Decay
Scheme 		ENSDF
file 
210
86		Rn
  0.0    0+   2.4 h 1    ε: 4 1 %   2367 9   
210
85		At
 

Electrons:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
Auger L     8.52       4.9 % 4   4.1E-4 4 
CE L    55.21 8        2.9 % 7   0.0016 4 
Auger K    61.2       0.17 % 3   1.04E-4 17 
CE M    68.38 7        0.69 % 18   4.7E-4 12 
CE N    71.66 7        0.18 % 5   1.3E-4 3 
CE O    72.59 7        0.038 % 10   2.8E-5 7 
CE P    72.69 7        0.0053 % 14   3.9E-6 10 
CE K    94.62 7        0.26 % 7   2.4E-4 6 
CE K   100.57 10        0.53 % 14   5.4E-4 14 
CE K   129.37 10        0.056 % 15   7.2E-5 19 
CE K   137.57 10        0.52 % 13   7.1E-4 18 
CE K   142.37 10        0.14 % 4   2.0E-4 5 
CE K   159.77 10        0.076 % 19   1.2E-4 3 
CE L   172.86 8        0.046 % 12   7.9E-5 20 
CE L   178.81 10        0.095 % 24   1.7E-4 4 
CE M   186.03 7        0.011 % 3   2.0E-5 5 
CE K   188.02 7        0.029 % 8   5.5E-5 14 
CE N   189.31 7        0.0028 % 7   5.3E-6 13 
CE O   190.24 7        6.0E-4 % 15   1.1E-6 3 
CE P   190.34 7        8.3E-5 % 21   1.6E-7 4 
CE M   191.98 10        0.023 % 6   4.3E-5 11 
CE N   195.26 10        0.0058 % 15   1.1E-5 3 
CE O   196.19 10        0.0012 % 3   2.4E-6 6 
CE P   196.29 10        1.7E-4 % 4   3.4E-7 9 
CE L   207.61 10        0.010 % 3   2.1E-5 6 
CE K   211.57 10        0.037 % 10   7.8E-5 20 
CE L   215.81 10        0.092 % 23   2.0E-4 5 
CE K   218.27 10        0.17 % 4   3.7E-4 9 
CE L   220.61 10        0.025 % 6   5.5E-5 14 
CE M   220.78 10        0.0023 % 6   5.2E-6 14 
CE N   224.06 10        6.1E-4 % 16   1.4E-6 4 
CE O   224.99 10        1.3E-4 % 4   2.9E-7 8 
CE P   225.09 10        1.8E-5 % 5   4.0E-8 11 
CE M   228.98 10        0.022 % 6   5.0E-5 13 
CE N   232.26 10        0.0056 % 14   1.3E-5 3 
CE O   233.19 10        0.0012 % 3   2.8E-6 7 
CE P   233.29 10        1.7E-4 % 4   3.9E-7 10 
CE M   233.78 10        0.0059 % 15   1.4E-5 4 
CE N   237.06 10        0.0015 % 4   3.6E-6 9 
CE O   237.99 10        3.3E-4 % 8   7.8E-7 20 
CE L   238.01 10        0.013 % 3   3.2E-5 8 
CE P   238.09 10        4.5E-5 % 11   1.1E-7 3 
CE M   251.18 10        0.0032 % 8   8.0E-6 20 
CE N   254.46 10        8.3E-4 % 21   2.1E-6 5 
CE O   255.39 10        1.8E-4 % 5   4.5E-7 12 
CE P   255.49 10        2.4E-5 % 6   6.2E-8 16 
CE K   264.27 7        0.015 % 4   3.9E-5 10 
CE L   266.26 8        0.0052 % 14   1.4E-5 4 
CE M   279.43 7        0.0012 % 3   3.4E-6 9 
CE N   282.71 7        3.2E-4 % 8   9.0E-7 23 
CE O   283.64 7        6.8E-5 % 18   1.9E-7 5 
CE P   283.74 7        9.4E-6 % 25   2.7E-8 7 
CE L   289.81 10        0.0065 % 17   1.9E-5 5 
CE L   296.51 10        0.030 % 8   8.8E-5 23 
CE K   300.82 7        0.011 % 3   3.3E-5 8 
CE M   302.98 10        0.0015 % 4   4.7E-6 12 
CE N   306.26 10        4.0E-4 % 10   1.2E-6 3 
CE O   307.19 10        8.6E-5 % 22   2.6E-7 7 
CE P   307.29 10        1.2E-5 % 3   3.6E-8 9 
CE M   309.68 10        0.0070 % 18   2.2E-5 6 
CE N   312.96 10        0.0018 % 5   5.7E-6 15 
CE O   313.89 10        3.9E-4 % 10   1.2E-6 3 
CE P   313.99 10        5.4E-5 % 14   1.7E-7 4 
CE K   327.77 10        0.030 % 8   9.9E-5 25 
CE L   342.51 8        0.0026 % 7   8.9E-6 23 
CE M   355.68 7        6.1E-4 % 16   2.2E-6 6 
CE N   358.96 7        1.6E-4 % 4   5.7E-7 15 
CE O   359.89 7        3.4E-5 % 9   1.2E-7 3 
CE P   359.99 7        4.7E-6 % 12   1.7E-8 4 
CE K   362.52 7        0.199 %  7.2E-4
CE K   377.07 7        0.018 % 5   7.0E-5 18 
CE L   379.06 8        0.0019 % 5   7.2E-6 18 
CE M   392.23 7        4.5E-4 % 12   1.8E-6 5 
CE K   392.97 10        0.0029 % 22   1.1E-5 9 
CE N   395.51 7        1.2E-4 % 3   4.6E-7 12 
CE O   396.44 7        2.5E-5 % 6   1.0E-7 3 
CE P   396.54 7        3.5E-6 % 9   1.4E-8 3 
CE K   400.42 7        0.019 % 5   7.5E-5 19 
CE L   406.01 10        0.0053 % 13   2.1E-5 5 
CE M   419.18 10        0.0012 % 3   5.2E-6 13 
CE N   422.46 10        3.2E-4 % 8   1.4E-6 3 
CE O   423.39 10        6.9E-5 % 17   2.9E-7 7 
CE P   423.49 10        9.6E-6 % 24   4.1E-8 10 
CE K   426.17 20        0.013 % 4   5.7E-5 15 
CE L   440.76 8        0.038 %  1.69E-4
CE K   444.27 20        0.004 % 3   1.9E-5 14 
CE M   453.93 7        0.0092 %  4.2E-5
CE L   455.31 8        0.0032 % 8   1.5E-5 4 
CE N   457.21 7        0.00238 %  1.09E-5
CE O   458.14 7        5.0E-4 %  2.31E-6
CE P   458.24 7        6.8E-5 %  3.1E-7
CE M   468.48 7        7.6E-4 % 19   3.6E-6 9 
CE L   471.21 10        6E-4 % 3   2.9E-6 16 
CE N   471.76 7        2.0E-4 % 5   9.3E-7 24 
CE O   472.69 7        4.2E-5 % 11   2.0E-7 5 
CE P   472.79 7        5.8E-6 % 15   2.8E-8 7 
CE K   475.22 7        0.074 % 19   3.5E-4 9 
CE L   478.66 8        0.0033 % 8   1.6E-5 4 
CE M   484.38 10        1.5E-4 % 7   7E-7 3 
CE N   487.66 10        3.7E-5 % 19   1.8E-7 9 
CE O   488.59 10        8E-6 % 4   3.8E-8 19 
CE P   488.69 10        1.1E-6 % 6   5E-9 3 
CE M   491.83 7        7.7E-4 % 19   3.8E-6 10 
CE N   495.11 7        2.0E-4 % 5   9.9E-7 25 
CE O   496.04 7        4.3E-5 % 11   2.1E-7 5 
CE P   496.14 7        5.9E-6 % 15   2.9E-8 7 
CE K   502.47 10        0.003 % 3   1.7E-5 14 
CE L   504.41 20        0.0023 % 6   1.2E-5 3 
CE M   517.58 20        5.5E-4 % 14   2.9E-6 7 
CE N   520.86 20        1.4E-4 % 4   7.5E-7 19 
CE O   521.79 20        3.1E-5 % 8   1.6E-7 4 
CE P   521.89 20        4.3E-6 % 11   2.2E-8 6 
CE L   522.51 20        8E-4 % 4   4.1E-6 22 
CE M   535.68 20        1.9E-4 % 10   1.0E-6 5 
CE N   538.96 20        5E-5 % 3   2.7E-7 14 
CE O   539.89 20        1.1E-5 % 6   6E-8 3 
CE P   539.99 20        1.4E-6 % 8   8E-9 4 
CE K   552.97 7        0.053 % 13   2.9E-4 7 
CE L   553.46 8        0.013 % 3   7.1E-5 18 
CE M   566.63 7        0.0030 % 8   1.7E-5 4 
CE N   569.91 7        7.8E-4 % 20   4.5E-6 11 
CE O   570.84 7        1.7E-4 % 4   9.6E-7 24 
CE P   570.94 7        2.3E-5 % 6   1.3E-7 3 
CE L   580.71 10        7E-4 % 4   3.9E-6 22 
CE M   593.88 10        1.7E-4 % 9   1.0E-6 5 
CE N   597.16 10        4.4E-5 % 22   2.6E-7 13 
CE O   598.09 10        9E-6 % 5   6E-8 3 
CE P   598.19 10        1.3E-6 % 8   8E-9 5 
CE K   600.52 7        0.0039 % 10   2.3E-5 6 
CE K   625.47 10        8.5E-4 % 22   5.3E-6 14 
CE L   631.21 8        0.0092 % 23   5.8E-5 15 
CE M   644.38 7        0.0022 % 5   1.4E-5 4 
CE N   647.66 7        5.6E-4 % 14   3.6E-6 9 
CE O   648.59 7        1.2E-4 % 3   7.8E-7 20 
CE P   648.69 7        1.7E-5 % 4   1.1E-7 3 
CE K   660.87 10        0.0070 % 18   4.6E-5 12 
CE K   665.67 10        0.022 % 6   1.5E-4 4 
CE K   671.57 7        0.0036 % 9   2.4E-5 6 
CE L   678.76 8        0.0010 % 3   6.8E-6 17 
CE M   691.93 7        2.5E-4 % 6   1.7E-6 4 
CE N   695.21 7        6.4E-5 % 16   4.4E-7 11 
CE O   696.14 7        1.3E-5 % 3   9.2E-8 23 
CE P   696.24 7        1.7E-6 % 4   1.2E-8 3 
CE L   703.71 10        2.1E-4 % 5   1.5E-6 4 
CE K   708.47 10        0.0014 % 4   1.0E-5 3 
CE M   716.88 10        5.3E-5 % 13   3.8E-7 10 
CE N   720.16 10        1.4E-5 % 3   1.0E-7 3 
CE O   721.09 10        2.8E-6 % 7   2.1E-8 5 
CE P   721.19 10        3.6E-7 % 9   2.6E-9 7 
CE L   739.11 10        0.0012 % 3   8.9E-6 23 
CE L   743.91 10        0.0038 % 10   2.9E-5 7 
CE L   749.81 8        8.8E-4 % 22   6.6E-6 17 
CE M   752.28 10        2.8E-4 % 7   2.1E-6 5 
CE N   755.56 10        7.4E-5 % 19   5.6E-7 14 
CE O   756.49 10        1.6E-5 % 4   1.2E-7 3 
CE P   756.59 10        2.2E-6 % 6   1.7E-8 4 
CE M   757.08 10        9.1E-4 % 23   6.9E-6 17 
CE N   760.36 10        2.3E-4 % 6   1.8E-6 5 
CE O   761.29 10        5.0E-5 % 13   3.8E-7 10 
CE P   761.39 10        7.0E-6 % 18   5.3E-8 13 
CE M   762.98 7        2.2E-4 % 5   1.6E-6 4 
CE N   766.26 7        5.6E-5 % 14   4.3E-7 11 
CE O   767.19 7        1.2E-5 % 3   8.9E-8 22 
CE P   767.29 7        1.5E-6 % 4   1.1E-8 3 
CE L   786.71 10        3.3E-4 % 8   2.6E-6 7 
CE M   799.88 10        8.0E-5 % 20   6.4E-7 16 
CE N   803.16 10        2.1E-5 % 5   1.7E-7 4 
CE O   804.09 10        4.3E-6 % 11   3.5E-8 9 
CE P   804.19 10        5.5E-7 % 14   4.5E-9 11 
CE K   818.42 7        9.0E-4 % 23   7.4E-6 19 
CE K   862.02 7        0.0021 % 5   1.8E-5 4 
CE K   868.32 7        0.0019 % 11   1.6E-5 10 
CE K   884.42 7        0.0019 % 5   1.7E-5 4 
CE L   896.66 8        1.4E-4 % 4   1.3E-6 3 
CE K   898.87 7        0.0020 % 5   1.8E-5 5 
CE M   909.83 7        3.3E-5 % 8   3.0E-7 8 
CE N   913.11 7        8.6E-6 % 22   7.8E-8 20 
CE O   914.04 7        1.8E-6 % 5   1.7E-8 4 
CE P   914.14 7        2.5E-7 % 6   2.3E-9 6 
CE L   940.26 8        4.4E-4 % 11   4.1E-6 10 
CE L   946.56 8        3.4E-4 % 18   3.3E-6 17 
CE M   953.43 7        1.1E-4 % 3   1.0E-6 3 
CE N   956.71 7        2.7E-5 % 7   2.6E-7 7 
CE O   957.64 7        5.7E-6 % 15   5.5E-8 14 
CE P   957.74 7        7.4E-7 % 19   7.1E-9 18 
CE M   959.73 7        8E-5 % 4   8E-7 4 
CE L   962.66 8        4.1E-4 % 11   3.9E-6 10 
CE N   963.01 7        2.1E-5 % 11   2.1E-7 11 
CE O   963.94 7        4.6E-6 % 23   4.4E-8 22 
CE P   964.04 7        6E-7 % 3   6E-9 3 
CE M   975.83 7        1.0E-4 % 3   9.5E-7 25 
CE L   977.11 8        4.2E-4 % 11   4.1E-6 10 
CE N   979.11 7        2.5E-5 % 7   2.5E-7 6 
CE O   980.04 7        5.3E-6 % 14   5.2E-8 14 
CE P   980.14 7        6.9E-7 % 18   6.8E-9 18 
CE M   990.28 7        1.0E-4 % 3   1.0E-6 3 
CE N   993.56 7        2.6E-5 % 7   2.6E-7 7 
CE O   994.49 7        5.4E-6 % 14   5.4E-8 14 
CE P   994.59 7        7.1E-7 % 18   7.1E-9 18 
CE K  1102.32 7        4.4E-4 % 11   4.9E-6 12 
CE L  1180.56 8        6.9E-5 % 18   8.1E-7 21 
CE M  1193.73 7        1.6E-5 % 4   1.9E-7 5 
CE N  1197.01 7        4.1E-6 % 11   5.0E-8 13 
CE O  1197.94 7        8.8E-7 % 22   1.1E-8 3 
CE P  1198.04 7        1.2E-7 % 3   1.4E-9 4 

Gamma and X-ray radiation:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
XR l    11.4       3.5 % 4   3.9E-4 5 
    72.70 7        0.65 % 17   4.8E-4 12 
XR kα2    78.948       1.40 % 16   0.00110 12 
XR kα1    81.517       2.3 % 3   0.00188 21 
XR kβ3    91.73       0.28 % 3   2.6E-4 3 
XR kβ1    92.315       0.54 % 6   5.0E-4 5 
XR kβ2    94.9       0.199 % 22   1.89E-4 21 
   190.35 7        0.16 % 4   3.1E-4 8 
   196.3 1        0.37 % 9   7.2E-4 18 
   225.1 1        0.057 % 15   1.3E-4 3 
   233.3 1        0.58 % 15   0.0014 3 
   238.1 1        0.17 % 4   3.9E-4 10 
   239.5 10        0.019 % 5   4.5E-5 12 
   255.5 1        0.11 % 3   2.8E-4 7 
   283.75 7        0.057 % 15   1.6E-4 4 
   307.3 1        0.089 % 23   2.7E-4 7 
   314.0 1        0.43 % 11   0.0013 3 
   331.7 3        0.019 % 5   6.2E-5 18 
   360.00 7        0.054 % 14   1.9E-4 5 
   396.55 7        0.052 % 13   2.1E-4 5 
   423.5 1        0.17 % 4   7.3E-4 18 
   458.25 7        1.9 %  0.0086
   472.80 7        0.14 % 4   6.7E-4 17 
   488.7 1        0.041 % 11   2.0E-4 5 
   496.15 7        0.16 % 4   8.0E-4 20 
   521.9 2        0.13 % 3   7.0E-4 18 
   540.0 2        0.072 % 20   3.9E-4 11 
   570.95 7        0.93 % 23   0.0053 13 
   598.2 1        0.085 % 22   5.1E-4 13 
   648.70 7        0.93 % 23   0.0061 15 
   696.25 7        0.32 % 8   0.0023 6 
   721.2 1        0.076 % 19   5.5E-4 14 
   756.6 1        0.18 % 5   0.0014 4 
   761.4 1        0.60 % 15   0.0045 11 
   767.30 7        0.37 % 9   0.0028 7 
   796       0.015 % 4   1.2E-4 3 
   804.2 1        0.15 % 4   0.0012 3 
   837       0.017 % 5   1.4E-4 4 
   911.9 1        0.066 % 18   6.0E-4 17 
   914.15 7        0.33 % 8   0.0030 8 
   957.75 7        0.31 % 8   0.0030 8 
   964.05 7        0.14 % 4   0.0014 4 
   980.15 7        0.31 % 8   0.0030 8 
   994.60 7        0.33 % 8   0.0032 8 
  1198.05 7        0.26 % 7   0.0031 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
    72.70190.35, 190.35, 196.3, 196.3, 225.1, 225.1, 233.3, 233.3, 238.1, 238.1, 239.5, 239.5,
248, 255.5, 255.5, 283.75, 283.75, 307.3, 307.3, 314.0, 314.0, 331.7, 331.7,
360.00, 360.00, 396.55, 396.55, 423.5, 423.5, 437.85, 458.25, 458.25,
472.80, 472.80, 484.5, 488.7, 488.7, 521.9, 521.9, 540.0, 540.0, 570.95, 570.95,
591.9, 598.2, 598.2, 648.70, 648.70, 673, 689, 696.25, 696.25, 756.6, 756.6,
761.4, 761.4, 767.30, 767.30, 796, 796, 804.2, 804.2, 828, 837, 837, 879.65,
911.9, 911.9, 914.15, 914.15, 957.75, 957.75, 964.05, 964.05, 980.15,
980.15, 994.60, 994.60, 1164.5, 1198.05, 1198.05, 1202.5, 1743
   190.3572.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0, 331.7, 331.7,
437.85, 458.25, 472.80, 472.80, 484.5, 570.95, 570.95, 591.9, 673, 689, 767.30,
767.30, 804.2, 804.2, 828, 879.65, 914.15, 914.15, 1202.5
   190.3572.70, 458.25
   196.372.70, 190.35, 225.1, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 423.5, 458.25, 488.7,
496.15, 521.9, 540.0, 570.95, 648.70, 696.25, 721.2, 761.4, 796, 828,
879.65, 911.9, 964.05, 980.15
   196.372.70, 190.35, 225.1, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 423.5, 458.25, 488.7,
496.15, 521.9, 540.0, 570.95, 648.70, 696.25, 721.2, 761.4, 796, 911.9,
964.05, 980.15
   225.172.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0, 331.7, 331.7,
423.5, 437.85, 472.80, 472.80, 484.5, 496.15, 570.95, 570.95, 591.9, 673, 689,
767.30, 767.30, 804.2, 804.2, 828, 879.65, 914.15, 914.15, 1202.5
   225.172.70, 423.5, 496.15
   233.372.70, 190.35, 225.1, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 423.5, 458.25, 488.7,
496.15, 521.9, 540.0, 570.95, 591.9, 648.70, 673, 689, 696.25, 721.2,
761.4, 796, 911.9, 964.05, 980.15
   233.372.70, 190.35, 225.1, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 423.5, 458.25, 488.7,
496.15, 521.9, 540.0, 570.95, 648.70, 696.25, 721.2, 761.4, 796, 911.9,
964.05, 980.15
   238.172.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 283.75, 283.75, 314.0, 314.0,
360.00, 360.00, 396.55, 396.55, 437.85, 458.25, 472.80, 472.80, 484.5, 591.9,
673, 689, 756.6, 756.6, 828, 837, 837, 879.65, 914.15, 914.15, 1164.5,
1198.05, 1198.05, 1202.5
   238.172.70, 458.25
   239.572.70, 190.35, 196.3, 196.3, 225.1, 233.3, 233.3, 238.1, 283.75, 331.7, 423.5, 458.25,
496.15, 521.9, 591.9, 648.70, 673, 689, 696.25, 721.2, 828, 879.65, 980.15
   239.572.70, 190.35, 225.1, 238.1, 283.75, 331.7, 423.5, 458.25, 496.15, 521.9, 648.70,
696.25, 721.2, 980.15
   24872.70, 190.35, 225.1, 238.1, 283.75, 331.7, 360.00, 423.5, 458.25, 496.15, 521.9,
598.2, 648.70, 696.25, 721.2, 837, 914.15, 980.15, 1198.05
   255.572.70, 196.3, 196.3, 233.3, 233.3, 423.5, 496.15, 540.0, 591.9, 673, 689, 828, 879.65,
964.05
   255.572.70, 423.5, 496.15, 540.0, 964.05
   283.7572.70, 196.3, 196.3, 233.3, 233.3, 238.1, 239.5, 239.5, 248, 314.0, 314.0, 437.85,
458.25, 472.80, 472.80, 484.5, 591.9, 673, 689, 696.25, 828, 879.65, 914.15,
914.15, 1202.5
   283.7572.70, 238.1, 458.25, 696.25
   307.372.70, 196.3, 196.3, 233.3, 233.3, 423.5, 488.7, 496.15, 591.9, 673, 689, 828, 879.65,
911.9
   307.372.70, 423.5, 488.7, 496.15, 911.9
   314.072.70, 190.35, 225.1, 238.1, 283.75, 331.7, 360.00, 423.5, 458.25, 496.15, 521.9,
598.2, 648.70, 696.25, 721.2, 837, 914.15, 980.15, 1198.05
   314.072.70, 190.35, 225.1, 238.1, 283.75, 331.7, 360.00, 423.5, 458.25, 496.15, 521.9,
598.2, 648.70, 696.25, 721.2, 837, 914.15, 980.15, 1198.05
   331.772.70, 190.35, 196.3, 196.3, 225.1, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0,
423.5, 437.85, 458.25, 472.80, 472.80, 484.5, 496.15, 591.9, 648.70, 673,
689, 721.2, 828, 879.65, 914.15, 914.15, 1202.5
   331.772.70, 190.35, 225.1, 423.5, 458.25, 496.15, 648.70, 721.2
   360.0072.70, 238.1, 248, 314.0, 314.0, 396.55, 396.55, 437.85, 458.25, 484.5, 591.9, 673,
689, 696.25, 837, 837, 1164.5
   360.0072.70, 238.1, 458.25, 696.25
   396.5572.70, 238.1, 360.00, 458.25, 591.9, 598.2, 673, 689, 696.25
   396.5572.70, 238.1, 360.00, 458.25, 598.2, 696.25
   423.572.70, 196.3, 196.3, 225.1, 225.1, 233.3, 233.3, 239.5, 239.5, 248, 255.5, 255.5,
307.3, 307.3, 314.0, 314.0, 331.7, 331.7, 437.85, 472.80, 472.80, 484.5, 488.7,
488.7, 540.0, 540.0, 570.95, 570.95, 591.9, 673, 689, 767.30, 767.30, 796,
796, 804.2, 804.2, 828, 879.65, 914.15, 914.15, 1202.5
   423.572.70
   437.8572.70, 190.35, 225.1, 238.1, 283.75, 331.7, 360.00, 423.5, 458.25, 496.15, 521.9,
598.2, 648.70, 696.25, 721.2, 837, 914.15, 980.15, 1198.05
   458.2572.70, 190.35, 190.35, 196.3, 196.3, 233.3, 233.3, 238.1, 238.1, 239.5, 239.5, 248,
283.75, 283.75, 314.0, 314.0, 331.7, 331.7, 360.00, 360.00, 396.55, 396.55,
437.85, 472.80, 472.80, 484.5, 521.9, 521.9, 570.95, 570.95, 591.9, 598.2,
598.2, 673, 689, 756.6, 756.6, 761.4, 761.4, 767.30, 767.30, 804.2, 804.2,
828, 837, 837, 879.65, 914.15, 914.15, 957.75, 957.75, 994.60, 994.60, 1164.5,
1198.05, 1198.05, 1202.5, 1743
   458.2572.70
   472.8072.70, 190.35, 225.1, 238.1, 283.75, 331.7, 423.5, 458.25, 496.15, 521.9, 591.9,
648.70, 673, 689, 696.25, 721.2, 980.15
   472.8072.70, 190.35, 225.1, 238.1, 283.75, 331.7, 423.5, 458.25, 496.15, 521.9, 648.70,
696.25, 721.2, 980.15
   484.572.70, 190.35, 225.1, 238.1, 283.75, 331.7, 360.00, 423.5, 458.25, 496.15, 521.9,
598.2, 648.70, 696.25, 721.2, 837, 914.15, 980.15, 1198.05
   488.772.70, 196.3, 196.3, 233.3, 233.3, 307.3, 307.3, 423.5, 496.15, 591.9, 673, 689,
828, 879.65
   488.772.70, 423.5, 496.15
   496.15196.3, 196.3, 225.1, 225.1, 233.3, 233.3, 239.5, 239.5, 248, 255.5, 255.5, 307.3,
307.3, 314.0, 314.0, 331.7, 331.7, 437.85, 472.80, 472.80, 484.5, 488.7, 488.7,
540.0, 540.0, 570.95, 570.95, 591.9, 673, 689, 767.30, 767.30, 796, 796,
804.2, 804.2, 828, 879.65, 914.15, 914.15, 1202.5
   521.972.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0, 437.85, 458.25,
472.80, 472.80, 484.5, 591.9, 673, 689, 828, 879.65, 914.15, 914.15, 1202.5
   521.972.70, 458.25
   540.072.70, 196.3, 196.3, 233.3, 233.3, 255.5, 255.5, 423.5, 496.15, 591.9, 673, 689,
828, 879.65
   540.072.70, 423.5, 496.15
   570.9572.70, 190.35, 196.3, 196.3, 225.1, 233.3, 233.3, 423.5, 458.25, 496.15, 591.9, 648.70,
673, 689, 721.2, 828, 879.65
   570.9572.70, 190.35, 225.1, 423.5, 458.25, 496.15, 648.70, 721.2
   591.972.70, 190.35, 225.1, 233.3, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 360.00, 396.55,
423.5, 458.25, 472.80, 488.7, 496.15, 521.9, 540.0, 570.95, 598.2, 648.70,
696.25, 721.2, 756.6, 761.4, 796, 804.2, 911.9, 964.05, 980.15, 994.60
   598.272.70, 248, 314.0, 314.0, 396.55, 396.55, 437.85, 458.25, 484.5, 591.9, 673, 689,
837, 837, 1164.5
   598.272.70, 458.25
   648.7072.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0, 331.7, 331.7,
437.85, 472.80, 472.80, 484.5, 570.95, 570.95, 591.9, 673, 689, 767.30, 767.30,
804.2, 804.2, 828, 879.65, 914.15, 914.15, 1202.5
   648.7072.70
   67372.70, 190.35, 225.1, 233.3, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 360.00, 396.55,
423.5, 458.25, 472.80, 488.7, 496.15, 521.9, 540.0, 570.95, 598.2, 648.70,
696.25, 721.2, 756.6, 761.4, 796, 804.2, 911.9, 964.05, 980.15, 994.60
   68972.70, 190.35, 225.1, 233.3, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 360.00, 396.55,
423.5, 458.25, 472.80, 488.7, 496.15, 521.9, 540.0, 570.95, 598.2, 648.70,
696.25, 721.2, 756.6, 761.4, 796, 804.2, 911.9, 964.05, 980.15, 994.60
   696.2572.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 283.75, 283.75, 314.0, 314.0,
360.00, 360.00, 396.55, 396.55, 437.85, 472.80, 472.80, 484.5, 591.9, 673,
689, 756.6, 756.6, 828, 837, 837, 879.65, 914.15, 914.15, 1164.5, 1198.05,
1198.05, 1202.5
   696.2572.70
   721.2196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0, 331.7, 331.7, 437.85,
472.80, 472.80, 484.5, 570.95, 570.95, 591.9, 673, 689, 767.30, 767.30, 804.2,
804.2, 828, 879.65, 914.15, 914.15, 1202.5
   756.672.70, 238.1, 458.25, 591.9, 673, 689, 696.25
   756.672.70, 238.1, 458.25, 696.25
   761.472.70, 196.3, 196.3, 233.3, 233.3, 458.25, 591.9, 673, 689, 828, 879.65
   761.472.70, 458.25
   767.3072.70, 190.35, 225.1, 423.5, 458.25, 496.15, 648.70, 721.2, 828, 879.65
   767.3072.70, 190.35, 225.1, 423.5, 458.25, 496.15, 648.70, 721.2
   79672.70, 196.3, 196.3, 233.3, 233.3, 423.5, 496.15, 591.9, 673, 689, 828, 879.65
   79672.70, 423.5, 496.15
   804.272.70, 190.35, 225.1, 423.5, 458.25, 496.15, 591.9, 648.70, 673, 689, 721.2
   804.272.70, 190.35, 225.1, 423.5, 458.25, 496.15, 648.70, 721.2
   82872.70, 190.35, 196.3, 225.1, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 423.5, 458.25,
488.7, 496.15, 521.9, 540.0, 570.95, 648.70, 696.25, 721.2, 761.4, 767.30,
796, 911.9, 957.75, 964.05, 980.15
   83772.70, 238.1, 248, 314.0, 314.0, 360.00, 437.85, 458.25, 484.5, 598.2, 696.25
   83772.70, 238.1, 360.00, 458.25, 598.2, 696.25
   879.6572.70, 190.35, 196.3, 225.1, 238.1, 239.5, 255.5, 283.75, 307.3, 331.7, 423.5, 458.25,
488.7, 496.15, 521.9, 540.0, 570.95, 648.70, 696.25, 721.2, 761.4, 767.30,
796, 911.9, 957.75, 964.05, 980.15
   911.972.70, 196.3, 196.3, 233.3, 233.3, 307.3, 307.3, 591.9, 673, 689, 828, 879.65
   911.972.70
   914.1572.70, 190.35, 225.1, 238.1, 248, 283.75, 314.0, 314.0, 331.7, 423.5, 437.85, 458.25,
484.5, 496.15, 521.9, 648.70, 696.25, 721.2, 980.15
   914.1572.70, 190.35, 225.1, 238.1, 283.75, 331.7, 423.5, 458.25, 496.15, 521.9, 648.70,
696.25, 721.2, 980.15
   957.7572.70, 458.25, 828, 879.65
   957.7572.70, 458.25
   964.0572.70, 196.3, 196.3, 233.3, 233.3, 255.5, 255.5, 591.9, 673, 689, 828, 879.65
   964.0572.70
   980.1572.70, 196.3, 196.3, 233.3, 233.3, 239.5, 239.5, 248, 314.0, 314.0, 437.85, 472.80,
472.80, 484.5, 591.9, 673, 689, 828, 879.65, 914.15, 914.15, 1202.5
   980.1572.70
   994.6072.70, 458.25, 591.9, 673, 689
   994.6072.70, 458.25
  1164.572.70, 238.1, 360.00, 458.25, 598.2, 696.25
  1198.0572.70, 238.1, 248, 314.0, 314.0, 437.85, 458.25, 484.5, 696.25
  1198.0572.70, 238.1, 458.25, 696.25
  1202.572.70, 190.35, 225.1, 238.1, 283.75, 331.7, 423.5, 458.25, 496.15, 521.9, 648.70,
696.25, 721.2, 980.15
  174372.70, 458.25

Dataset #2:

Author: F.G. Kondev   Citation:Nuclear Data Sheets 201, 346 (2025)

Parent
Nucleus		Parent
E(level)		Parent
Jπ		Parent
T1/2		Decay Mode GS-GS Q-value
(keV) 		Daughter
Nucleus		Decay
Scheme 		ENSDF
file 
210
86		Rn
  0.0    0+   2.42 h 5    α: 96 1 %   6159.0 22   
206
84		Po
 

Alphas:

Energy
(keV)		Intensity
(%)		Dose
( MeV/Bq-s )
  5354 22       0.00538 %  2.88E-4
  6041 3      96.0 %  5.80