tst.chn

952410
Am-241g
5.0855E-11 // Lambda from NuclideState T=432y
587b +3.2b // TotalSigmaC + SigmaF from NuclideState 
1425b +14.4b // TotalRI from NuclideState + RIf
0.23022b +1.378b // TotalSigmaFast from NuclideState + SigmaFastf
0.9998 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
4E-10%  -SF // decay from NuclideState 
3.2b // SigmaF from NuclideState 
14.4b // RIf from NuclideState 
1.378b // FastFissionSigma from DataModule
952410 end

952420
Am-242g
1.2019E-5 // Lambda from NuclideState T=16h
5500b +2100b // TotalSigmaC + SigmaF from NuclideState 
390.5b +1258b // TotalRI from NuclideState + RIf
0.21099b +1.756b // TotalSigmaFast from NuclideState + SigmaFastf
0.9996 // g_factor from NuclideState 
// comment 
17.3%  -EC // decay from NuclideState 
82.7%  -B- // decay from NuclideState 
2100b // SigmaF from NuclideState 
1258b // RIf from NuclideState 
1.756b // FastFissionSigma from DataModule
952420 end

952421
Am-242m1
1.5588E-10 // Lambda from NuclideState T=141y
1254b +6950b // TotalSigmaC + SigmaF from NuclideState 
246b +1561b // TotalRI from NuclideState + RIf
0.12079b // TotalSigmaFast from NuclideState 
1.1028 // g_factor from NuclideState 
// comment 
99.54%  -IT // decay from NuclideState 
1.5E-8%  -SF // decay from NuclideState 
0.46%  -A // decay from NuclideState 
6950b // SigmaF from NuclideState 
1561b // RIf from NuclideState
952421 end

952430
Am-243
2.9823E-12 // Lambda from NuclideState T=7.4E3y
75.1b +0.1983b // TotalSigmaC + SigmaF from NuclideState 
1820b +9b // TotalRI from NuclideState + RIf
0.19313b +1.08b // TotalSigmaFast from NuclideState + SigmaFastf
1.0128 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
3.7E-9%  -SF // decay from NuclideState 
0.1983b // SigmaF from NuclideState 
9b // RIf from NuclideState 
1.08b // FastFissionSigma from DataModule
952430 end

952440
Am-244g
1.9063E-5 // Lambda from NuclideState T=10.1h
600b +2300b // TotalSigmaC + SigmaF from NuclideState 
0 // RI default=0
0.35509b +1.756b // TotalSigmaFast from NuclideState + SigmaFastf
1.0224 // g_factor from NuclideState 
// comment 
100%  -B- // decay from NuclideState 
2300b // SigmaF from NuclideState 
1.756b // FastFissionSigma from DataModule
952440 end

952441
Am-244m
0.00044433 // Lambda from NuclideState T=26m
0 + 1600b //SigmaC default=0 + SigmaF from NuclideState 
0 // RI default=0
0.39089b // TotalSigmaFast from NuclideState 
1 // g_factor default
// comment 
99.96%  -B- // decay from NuclideState 
0.04%  -EC // decay from NuclideState 
1600b // SigmaF from NuclideState
952441 end

952450
Am-245
9.3922E-5 // Lambda from NuclideState T=2.05h
0 // SigmaC default=0
0 // RI default=0
0 // SigmaFast default=0
1 // g_factor default
// comment 
100%  -B- // decay from NuclideState
952450 end

972490
Bk-249
2.4311E-8 // Lambda from NuclideState T=330d
746b // TotalSigmaC from NuclideState 
1100b // TotalRI from NuclideState 
0.15862b +0.9695b // TotalSigmaFast from NuclideState + SigmaFastf
1.4971 // g_factor from NuclideState 
// comment 
4.7E-8%  -SF // decay from NuclideState 
0.0014%  -A // decay from NuclideState 
100%  -B- // decay from NuclideState 
0.9695b // FastFissionSigma from DataModule
972490 end

972500
Bk-250
5.9851E-5 // Lambda from NuclideState T=3.22h
350b +960b // TotalSigmaC + SigmaF from NuclideState 
0 // RI default=0
0.05763b +2.041b // TotalSigmaFast from NuclideState + SigmaFastf
0.9447 // g_factor from NuclideState 
// comment 
100%  -B- // decay from NuclideState 
960b // SigmaF from NuclideState 
2.041b // FastFissionSigma from DataModule
972500 end

982490
Cf-249
6.262E-11 // Lambda from NuclideState T=351y
497b +1642b // TotalSigmaC + SigmaF from NuclideState 
765b +2380b // TotalRI from NuclideState + RIf
0.13499b +1.741b // TotalSigmaFast from NuclideState + SigmaFastf
0.9697 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
5.2E-7%  -SF // decay from NuclideState 
1642b // SigmaF from NuclideState 
2380b // RIf from NuclideState 
1.741b // FastFissionSigma from DataModule
982490 end

982500
Cf-250
1.6804E-9 // Lambda from NuclideState T=13.1y
2034b // TotalSigmaC from NuclideState 
11600b // TotalRI from NuclideState 
0.09883b +1.895b // TotalSigmaFast from NuclideState + SigmaFastf
0.9956 // g_factor from NuclideState 
// comment 
0.08%  -SF // decay from NuclideState 
99.92%  -A // decay from NuclideState 
1.895b // FastFissionSigma from DataModule
982500 end

982510
Cf-251
2.4476E-11 // Lambda from NuclideState T=897y
2850b +4895b // TotalSigmaC + SigmaF from NuclideState 
1600b +5900b // TotalRI from NuclideState + RIf
0.03979b +2.43b // TotalSigmaFast from NuclideState + SigmaFastf
0.9592 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
4895b // SigmaF from NuclideState 
5900b // RIf from NuclideState 
2.43b // FastFissionSigma from DataModule
982510 end

982520
Cf-252
8.3099E-9 // Lambda from NuclideState T=2.64y
20.4b +32b // TotalSigmaC + SigmaF from NuclideState 
43.5b +110b // TotalRI from NuclideState + RIf
0.05622b +2.251b // TotalSigmaFast from NuclideState + SigmaFastf
0.9952 // g_factor from NuclideState 
// comment 
3.09%  -SF // decay from NuclideState 
96.91%  -A // decay from NuclideState 
32b // SigmaF from NuclideState 
110b // RIf from NuclideState 
2.251b // FastFissionSigma from DataModule
982520 end

982530
Cf-253
4.5045E-7 // Lambda from NuclideState T=17.8d
17.6b +1300b // TotalSigmaC + SigmaF from NuclideState 
13b +2000b // TotalRI from NuclideState + RIf
0 // SigmaFast default=0
1 // g_factor from NuclideState 
// comment 
99.69%  -B- // decay from NuclideState 
0.31%  -A // decay from NuclideState 
1300b // SigmaF from NuclideState 
2000b // RIf from NuclideState
982530 end

982540
Cf-254
1.326E-7 // Lambda from NuclideState T=60.5d
4.5b // TotalSigmaC from NuclideState 
0 // RI default=0
0.013385b +2.16b // TotalSigmaFast from NuclideState + SigmaFastf
1 // g_factor from NuclideState 
// comment 
0.31%  -A // decay from NuclideState 
99.69%  -SF // decay from NuclideState 
2.16b // FastFissionSigma from DataModule
982540 end

982550
Cf-255
0.00013591 // Lambda from NuclideState T=1.42h
0 // SigmaC default=0
0 // RI default=0
0 // SigmaFast default=0
1 // g_factor default
// comment 
100%  -B- // decay from NuclideState
982550 end

962410
Cm-241
2.4459E-7 // Lambda from NuclideState T=32.8d
140b // TotalSigmaC from NuclideState 
0 // RI default=0
0.05274b +1.942b // TotalSigmaFast from NuclideState + SigmaFastf
1 // g_factor from NuclideState 
// comment 
99%  -EC // decay from NuclideState 
1%  -A // decay from NuclideState 
1.942b // FastFissionSigma from DataModule
962410 end

962420
Cm-242g
4.9279E-8 // Lambda from NuclideState T=163d
16b +5b // TotalSigmaC + SigmaF from NuclideState 
110b // TotalRI from NuclideState 
0.073377b +1.844b // TotalSigmaFast from NuclideState + SigmaFastf
0.9938 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
6.2E-6%  -SF // decay from NuclideState 
5b // SigmaF from NuclideState 
1.844b // FastFissionSigma from DataModule
962420 end

962430
Cm-243
7.5531E-10 // Lambda from NuclideState T=29.1y
130b +617b // TotalSigmaC + SigmaF from NuclideState 
215b +1570b // TotalRI from NuclideState + RIf
0.10861b +1.942b // TotalSigmaFast from NuclideState + SigmaFastf
0.9817 // g_factor from NuclideState 
// comment 
5.3E-9%  -SF // decay from NuclideState 
99.71%  -A // decay from NuclideState 
0.29%  -EC // decay from NuclideState 
617b // SigmaF from NuclideState 
1570b // RIf from NuclideState 
1.942b // FastFissionSigma from DataModule
962430 end

962440
Cm-244g
1.2143E-9 // Lambda from NuclideState T=18.1y
15.2b +1.04b // TotalSigmaC + SigmaF from NuclideState 
650b +12.5b // TotalRI from NuclideState + RIf
0.14772b +1.565b // TotalSigmaFast from NuclideState + SigmaFastf
0.9978 // g_factor from NuclideState 
// comment 
0.00013%  -SF // decay from NuclideState 
100%  -A // decay from NuclideState 
1.04b // SigmaF from NuclideState 
12.5b // RIf from NuclideState 
1.565b // FastFissionSigma from DataModule
962440 end

962441
Cm-244m
20.387 // Lambda from NuclideState T=34ms
0 // SigmaC default=0
0 // RI default=0
0 // SigmaFast default=0
1 // g_factor default
// comment 
100%  -IT // decay from NuclideState
962441 end

962450
Cm-245
2.5858E-12 // Lambda from NuclideState T=8.5E3y
369b +2145b // TotalSigmaC + SigmaF from NuclideState 
101b +840b // TotalRI from NuclideState + RIf
0.08307b +1.735b // TotalSigmaFast from NuclideState + SigmaFastf
0.9363 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
6.1E-7%  -SF // decay from NuclideState 
2145b // SigmaF from NuclideState 
840b // RIf from NuclideState 
1.735b // FastFissionSigma from DataModule
962450 end

962460
Cm-246
4.6176E-12 // Lambda from NuclideState T=4.8E3y
1.22b +0.14b // TotalSigmaC + SigmaF from NuclideState 
121b +10.2b // TotalRI from NuclideState + RIf
0.062882b +1.23b // TotalSigmaFast from NuclideState + SigmaFastf
1.0056 // g_factor from NuclideState 
// comment 
0.03%  -SF // decay from NuclideState 
99.97%  -A // decay from NuclideState 
0.14b // SigmaF from NuclideState 
10.2b // RIf from NuclideState 
1.23b // FastFissionSigma from DataModule
962460 end

962470
Cm-247
1.4089E-15 // Lambda from NuclideState T=1.6E7y
57b +81.9b // TotalSigmaC + SigmaF from NuclideState 
530b +760b // TotalRI from NuclideState + RIf
0.08747b +1.908b // TotalSigmaFast from NuclideState + SigmaFastf
0.9907 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
81.9b // SigmaF from NuclideState 
760b // RIf from NuclideState 
1.908b // FastFissionSigma from DataModule
962470 end

962480
Cm-248
6.316E-14 // Lambda from NuclideState T=3.5E5y
2.63b +0.37b // TotalSigmaC + SigmaF from NuclideState 
270b +15b // TotalRI from NuclideState + RIf
0.062092b +1.253b // TotalSigmaFast from NuclideState + SigmaFastf
1.0025 // g_factor from NuclideState 
// comment 
91.74%  -A // decay from NuclideState 
8.26%  -SF // decay from NuclideState 
0.37b // SigmaF from NuclideState 
15b // RIf from NuclideState 
1.253b // FastFissionSigma from DataModule
962480 end

962490
Cm-249
0.00018009 // Lambda from NuclideState T=1.07h
1.6b // TotalSigmaC from NuclideState 
0 // RI default=0
0.05655b +2.225b // TotalSigmaFast from NuclideState + SigmaFastf
1.0005 // g_factor from NuclideState 
// comment 
100%  -B- // decay from NuclideState 
2.225b // FastFissionSigma from DataModule
962490 end

962500
Cm-250
2.2659E-12 // Lambda from NuclideState T=9.7E3y
0.4b // TotalSigmaC from NuclideState 
0 // RI default=0
0.02481b +1.253b // TotalSigmaFast from NuclideState + SigmaFastf
1 // g_factor from NuclideState 
// comment 
11%  -A // decay from NuclideState 
80%  -SF // decay from NuclideState 
9%  -B- // decay from NuclideState 
1.253b // FastFissionSigma from DataModule
962500 end

992530
Es-253
3.9192E-7 // Lambda from NuclideState T=20.5d
183.8b // TotalSigmaC from NuclideState 
3864b // TotalRI from NuclideState 
0 // SigmaFast default=0
1 // g_factor from NuclideState 
// comment 
8.7E-6%  -SF // decay from NuclideState 
100%  -A // decay from NuclideState
992530 end

992540
Es-254g
2.9099E-8 // Lambda from NuclideState T=276d
28.3b +1826b // TotalSigmaC + SigmaF from NuclideState 
18.2b +1200b // TotalRI from NuclideState + RIf
0.08453b +2.183b // TotalSigmaFast from NuclideState + SigmaFastf
0.9509 // g_factor from NuclideState 
// comment 
3E-6%  -SF // decay from NuclideState 
100%  -A // decay from NuclideState 
1.7E-6%  -B- // decay from NuclideState 
0.0001%  -EC // decay from NuclideState 
1826b // SigmaF from NuclideState 
1200b // RIf from NuclideState 
2.183b // FastFissionSigma from DataModule
992540 end

992541
Es-254m
4.8993E-6 // Lambda from NuclideState T=1.64d
0 + 1966b //SigmaC default=0 + SigmaF from NuclideState 
0 // RI default=0
0 // SigmaFast default=0
1 // g_factor default
// comment 
0.33%  -A // decay from NuclideState 
0.05%  -SF // decay from NuclideState 
3%  -IT // decay from NuclideState 
98%  -B- // decay from NuclideState 
0.08%  -EC // decay from NuclideState 
1966b // SigmaF from NuclideState
992541 end

992550
Es-255
2.0157E-7 // Lambda from NuclideState T=39.8d
55b // TotalSigmaC from NuclideState 
0 // RI default=0
0.04391b +2.25b // TotalSigmaFast from NuclideState + SigmaFastf
1 // g_factor from NuclideState 
// comment 
0.0041%  -SF // decay from NuclideState 
8%  -A // decay from NuclideState 
92%  -B- // decay from NuclideState 
2.25b // FastFissionSigma from DataModule
992550 end

942380
Pu-238g
2.5062E-10 // Lambda from NuclideState T=87.6y
540b +17.9b // TotalSigmaC + SigmaF from NuclideState 
162b +33b // TotalRI from NuclideState + RIf
0.10297b +1.994b // TotalSigmaFast from NuclideState + SigmaFastf
0.9565 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
1.9E-7%  -SF // decay from NuclideState 
17.9b // SigmaF from NuclideState 
33b // RIf from NuclideState 
1.994b // FastFissionSigma from DataModule
942380 end

942390
Pu-239
9.1164E-13 // Lambda from NuclideState T=2.4E4y
269.3b +748.1b // TotalSigmaC + SigmaF from NuclideState 
200b +301b // TotalRI from NuclideState + RIf
0.056985b +1.8b // TotalSigmaFast from NuclideState + SigmaFastf
1.1445 // g_factor from NuclideState 
// comment 
3E-10%  -SF // decay from NuclideState 
100%  -A // decay from NuclideState 
748.1b // SigmaF from NuclideState 
301b // RIf from NuclideState 
1.8b // FastFissionSigma from DataModule
942390 end

942400
Pu-240g
3.3485E-12 // Lambda from NuclideState T=6.6E3y
289.5b +0.056b // TotalSigmaC + SigmaF from NuclideState 
8100b +8.8b // TotalRI from NuclideState + RIf
0.096827b +1.357b // TotalSigmaFast from NuclideState + SigmaFastf
1.0278 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
5.7E-6%  -SF // decay from NuclideState 
0.056b // SigmaF from NuclideState 
8.8b // RIf from NuclideState 
1.357b // FastFissionSigma from DataModule
942400 end

942410
Pu-241g
1.5381E-9 // Lambda from NuclideState T=14.3y
358.2b +1011.1b // TotalSigmaC + SigmaF from NuclideState 
162b +570b // TotalRI from NuclideState + RIf
0.13957b +1.648b // TotalSigmaFast from NuclideState + SigmaFastf
1.0179 // g_factor from NuclideState 
// comment 
2E-14%  -SF // decay from NuclideState 
100%  -B- // decay from NuclideState 
0.0025%  -A // decay from NuclideState 
1011.1b // SigmaF from NuclideState 
570b // RIf from NuclideState 
1.648b // FastFissionSigma from DataModule
942410 end

942420
Pu-242g
5.8879E-14 // Lambda from NuclideState T=3.7E5y
18.5b +0.2b // TotalSigmaC + SigmaF from NuclideState 
1115b +5b // TotalRI from NuclideState + RIf
0.094537b +1.127b // TotalSigmaFast from NuclideState + SigmaFastf
1.01 // g_factor from NuclideState 
// comment 
100%  -A // decay from NuclideState 
0.00055%  -SF // decay from NuclideState 
0.2b // SigmaF from NuclideState 
5b // RIf from NuclideState 
1.127b // FastFissionSigma from DataModule
942420 end

942430
Pu-243
3.885E-5 // Lambda from NuclideState T=4.96h
87b +196b // TotalSigmaC + SigmaF from NuclideState 
270b +550b // TotalRI from NuclideState + RIf
0 // SigmaFast default=0
1 // g_factor from NuclideState 
// comment 
100%  -B- // decay from NuclideState 
196b // SigmaF from NuclideState 
550b // RIf from NuclideState
942430 end

942440
Pu-244g
2.7474E-16 // Lambda from NuclideState T=8E7y
1.7b // TotalSigmaC from NuclideState 
40.6b // TotalRI from NuclideState 
0 // SigmaFast default=0
1 // g_factor from NuclideState 
// comment 
99.88%  -A // decay from NuclideState 
0.12%  -SF // decay from NuclideState
942440 end

942450
Pu-245
1.8337E-5 // Lambda from NuclideState T=10.5h
150b // TotalSigmaC from NuclideState 
220b // TotalRI from NuclideState 
0 // SigmaFast default=0
1 // g_factor from NuclideState 
// comment 
100%  -B- // decay from NuclideState
942450 end

922350
U-235g
3.123E-17 // Lambda from NuclideState T=7E8y
98.3b +582.6b // TotalSigmaC + SigmaF from NuclideState 
144b +275b // TotalRI from NuclideState + RIf
0.10063b +1.235b // TotalSigmaFast from NuclideState + SigmaFastf
0.9898 // g_factor from NuclideState 
// comment 
7E-9%  -SF // decay from NuclideState 
100%  -A // decay from NuclideState 
582.6b // SigmaF from NuclideState 
275b // RIf from NuclideState 
1.235b // FastFissionSigma from DataModule 
922350 end
952420
952410
//decay
//Thermal
//Resonance
0.004387b // FAST SigmaN2N from NuclideList
0.9996 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952420->952410 end
952410
952420
//decay
533b // THERMAL Capture to 0 from NuclideList
1230b // RESONANCE RI to 0 from NuclideList
0.2296b // FAST SigmaNG from NuclideList
0.9998 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952410->952420 end
952421
952410
//decay
//Thermal
//Resonance
0.004387b // FAST SigmaN2N from NuclideList
1.1028 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952421->952410 end
952421
952420
0.9954*1.5588E-10// DECAY IT*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952421->952420 end
952410
952421
//decay
54b // THERMAL Capture to 1 from NuclideList
195b // RESONANCE RI to 1 from NuclideList
//Fast
0.9998 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952410->952421 end
952420
952421
//decay
//Thermal
//Resonance
// 1.228b // FAST SigmaNN from NuclideList
0.9996 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952420->952421 end
952430
952420
//decay
//Thermal
//Resonance
0.003728b // FAST SigmaN2N from NuclideList
1.0128 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952430->952420 end
952420
952430
//decay
5500b // THERMAL Capture to 0 from NuclideList
390.5b // RESONANCE RI to 0 from NuclideList
0.2066b // FAST SigmaNG from NuclideList
0.9996 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952420->952430 end
952421
952430
//decay
1254b // THERMAL Capture to 0 from NuclideList
246b // RESONANCE RI to 0 from NuclideList
0.1164b // FAST SigmaNG from NuclideList
1.1028 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952421->952430 end
952440
952430
//decay
//Thermal
//Resonance
0.02399b // FAST SigmaN2N from NuclideList
1.0224 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952440->952430 end
952430
952440
//decay
3.8b // THERMAL Capture to 0 from NuclideList
94b // RESONANCE RI to 0 from NuclideList
0.1894b // FAST SigmaNG from NuclideList
1.0128 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952430->952440 end
952441
952430
//decay
//Thermal
//Resonance
0.02399b // FAST SigmaN2N from NuclideList

// auto created by BuildDefaultLinks
952441->952430 end
952430
952441
//decay
71.3b // THERMAL Capture to 1 from NuclideList
1726b // RESONANCE RI to 1 from NuclideList
//Fast
1.0128 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952430->952441 end
952440
952441
//decay
//Thermal
//Resonance
// 1.15b // FAST SigmaNN from NuclideList
1.0224 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952440->952441 end
952440
952450
//decay
600b // THERMAL Capture to 0 from NuclideList
//Resonance
0.3311b // FAST SigmaNG from NuclideList
1.0224 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
952440->952450 end
952441
952450
//decay
//Thermal
//Resonance
0.3669b // FAST SigmaNG from NuclideList

// auto created by BuildDefaultLinks
952441->952450 end
972490
952450
1.4E-5*2.4311E-8// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
972490->952450 end
972500
972490
//decay
//Thermal
//Resonance
0.02657b // FAST SigmaN2N from NuclideList
0.9447 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
972500->972490 end
972490
972500
//decay
746b // THERMAL Capture to 0 from NuclideList
1100b // RESONANCE RI to 0 from NuclideList
0.1546b // FAST SigmaNG from NuclideList
1.4971 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
972490->972500 end
972490
982490
1*2.4311E-8// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
972490->982490 end
982500
982490
//decay
//Thermal
//Resonance
0.0017b // FAST SigmaN2N from NuclideList
0.9956 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982500->982490 end
972500
982500
1*5.9851E-5// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
972500->982500 end
982490
982500
//decay
497b // THERMAL Capture to 0 from NuclideList
765b // RESONANCE RI to 0 from NuclideList
0.1208b // FAST SigmaNG from NuclideList
0.9697 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982490->982500 end
982510
982500
//decay
//Thermal
//Resonance
0.01234b // FAST SigmaN2N from NuclideList
0.9592 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982510->982500 end
982500
982510
//decay
2034b // THERMAL Capture to 0 from NuclideList
11600b // RESONANCE RI to 0 from NuclideList
0.09713b // FAST SigmaNG from NuclideList
0.9956 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982500->982510 end
982520
982510
//decay
//Thermal
//Resonance
0.00493b // FAST SigmaN2N from NuclideList
0.9952 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982520->982510 end
982510
982520
//decay
2850b // THERMAL Capture to 0 from NuclideList
1600b // RESONANCE RI to 0 from NuclideList
0.02745b // FAST SigmaNG from NuclideList
0.9592 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982510->982520 end
982520
982530
//decay
20.4b // THERMAL Capture to 0 from NuclideList
43.5b // RESONANCE RI to 0 from NuclideList
0.05129b // FAST SigmaNG from NuclideList
0.9952 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982520->982530 end
982540
982530
//decay
//Thermal
//Resonance
0.006948b // FAST SigmaN2N from NuclideList
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982540->982530 end
982530
982540
//decay
17.6b // THERMAL Capture to 0 from NuclideList
13b // RESONANCE RI to 0 from NuclideList
//Fast
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982530->982540 end
982540
982550
//decay
4.5b // THERMAL Capture to 0 from NuclideList
//Resonance
0.006437b // FAST SigmaNG from NuclideList
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
982540->982550 end
962410
952410
0.99*2.4459E-7// DECAY EC*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962410->952410 end
962420
962410
//decay
//Thermal
//Resonance
0.001727b // FAST SigmaN2N from NuclideList
0.9938 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962420->962410 end
952420
962420
0.827*1.2019E-5// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952420->962420 end
962410
962420
//decay
140b // THERMAL Capture to 0 from NuclideList
//Resonance
0.04116b // FAST SigmaNG from NuclideList
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962410->962420 end
962430
952430
0.0029*7.5531E-10// DECAY EC*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962430->952430 end
962430
962420
//decay
//Thermal
//Resonance
0.01568b // FAST SigmaN2N from NuclideList
0.9817 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962430->962420 end
962420
962430
//decay
16b // THERMAL Capture to 0 from NuclideList
110b // RESONANCE RI to 0 from NuclideList
0.07165b // FAST SigmaNG from NuclideList
0.9938 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962420->962430 end
962440
962430
//decay
//Thermal
//Resonance
0.004616b // FAST SigmaN2N from NuclideList
0.9978 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962440->962430 end
952440
962440
1*1.9063E-5// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952440->962440 end
952441
962440
1*0.9996*0.00044433// DECAY B-*lambda from NuclideList and SubBranching added
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952441->962440 end
962430
962440
//decay
130b // THERMAL Capture to 0 from NuclideList
215b // RESONANCE RI to 0 from NuclideList
0.09293b // FAST SigmaNG from NuclideList
0.9817 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962430->962440 end
962441
962440
1*20.387// DECAY IT*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962441->962440 end
952441
962441
0*0.9996*0.00044433// DECAY B-*lambda from NuclideList and SubBranching added
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952441->962441 end
962440
962441
//decay
//Thermal
//Resonance
// 1.103b // FAST SigmaNN from NuclideList
0.9978 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962440->962441 end
962450
962440
//decay
//Thermal
//Resonance
0.01792b // FAST SigmaN2N from NuclideList
0.9363 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962450->962440 end
952450
962450
1*9.3922E-5// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952450->962450 end
982490
962450
1*6.262E-11// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982490->962450 end
962440
962450
//decay
15.2b // THERMAL Capture to 0 from NuclideList
650b // RESONANCE RI to 0 from NuclideList
0.1431b // FAST SigmaNG from NuclideList
0.9978 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962440->962450 end
962460
962450
//decay
//Thermal
//Resonance
0.005052b // FAST SigmaN2N from NuclideList
1.0056 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962460->962450 end
982500
962460
0.9992*1.6804E-9// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982500->962460 end
962450
962460
//decay
369b // THERMAL Capture to 0 from NuclideList
101b // RESONANCE RI to 0 from NuclideList
0.06515b // FAST SigmaNG from NuclideList
0.9363 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962450->962460 end
962470
962460
//decay
//Thermal
//Resonance
0.01324b // FAST SigmaN2N from NuclideList
0.9907 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962470->962460 end
982510
962470
1*2.4476E-11// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982510->962470 end
962460
962470
//decay
1.22b // THERMAL Capture to 0 from NuclideList
121b // RESONANCE RI to 0 from NuclideList
0.05783b // FAST SigmaNG from NuclideList
1.0056 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962460->962470 end
962480
962470
//decay
//Thermal
//Resonance
0.008202b // FAST SigmaN2N from NuclideList
1.0025 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962480->962470 end
982520
962480
0.9691*8.3099E-9// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982520->962480 end
962470
962480
//decay
57b // THERMAL Capture to 0 from NuclideList
530b // RESONANCE RI to 0 from NuclideList
0.07423b // FAST SigmaNG from NuclideList
0.9907 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962470->962480 end
962490
972490
1*0.00018009// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962490->972490 end
962490
962480
//decay
//Thermal
//Resonance
0.02854b // FAST SigmaN2N from NuclideList
1.0005 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962490->962480 end
982530
962490
0.0031*4.5045E-7// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982530->962490 end
962480
962490
//decay
2.63b // THERMAL Capture to 0 from NuclideList
270b // RESONANCE RI to 0 from NuclideList
0.05389b // FAST SigmaNG from NuclideList
1.0025 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962480->962490 end
962500
972500
0.09*2.2659E-12// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962500->972500 end
962500
962490
//decay
//Thermal
//Resonance
0.01204b // FAST SigmaN2N from NuclideList
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962500->962490 end
982540
962500
0.0031*1.326E-7// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982540->962500 end
962490
962500
//decay
1.6b // THERMAL Capture to 0 from NuclideList
//Resonance
0.02801b // FAST SigmaNG from NuclideList
1.0005 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
962490->962500 end
992530
972490
1*3.9192E-7// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
992530->972490 end
982530
992530
0.9969*4.5045E-7// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982530->992530 end
992540
972500
1*2.9099E-8// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
992540->972500 end
992540
982540
1E-6*2.9099E-8// DECAY EC*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
992540->982540 end
992540
992530
//decay
//Thermal
//Resonance
0.01883b // FAST SigmaN2N from NuclideList
0.9509 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
992540->992530 end
992530
992540
//decay
5.8b // THERMAL Capture to 0 from NuclideList
114b // RESONANCE RI to 0 from NuclideList
//Fast
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
992530->992540 end
992541
972500
0.0033*4.8993E-6// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
992541->972500 end
992541
982540
0.0008*4.8993E-6// DECAY EC*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
992541->982540 end
992541
992540
0.03*4.8993E-6// DECAY IT*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
992541->992540 end
992530
992541
//decay
178b // THERMAL Capture to 1 from NuclideList
3750b // RESONANCE RI to 1 from NuclideList
//Fast
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
992530->992541 end
992540
992541
//decay
//Thermal
//Resonance
// 0.8761b // FAST SigmaNN from NuclideList
0.9509 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
992540->992541 end
992550
992540
//decay
//Thermal
//Resonance
0.00562b // FAST SigmaN2N from NuclideList
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
992550->992540 end
982550
992550
1*0.00013591// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
982550->992550 end
992540
992550
//decay
28.3b // THERMAL Capture to 0 from NuclideList
18.2b // RESONANCE RI to 0 from NuclideList
0.0657b // FAST SigmaNG from NuclideList
0.9509 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
992540->992550 end
962420
942380
1*4.9279E-8// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962420->942380 end
942390
942380
//decay
//Thermal
//Resonance
0.004045b // FAST SigmaN2N from NuclideList
1.1445 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942390->942380 end
962430
942390
0.9971*7.5531E-10// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962430->942390 end
942380
942390
//decay
540b // THERMAL Capture to 0 from NuclideList
162b // RESONANCE RI to 0 from NuclideList
0.0993b // FAST SigmaNG from NuclideList
0.9565 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942380->942390 end
942400
942390
//decay
//Thermal
//Resonance
0.003547b // FAST SigmaN2N from NuclideList
1.0278 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942400->942390 end
962440
942400
1*1.2143E-9// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962440->942400 end
942390
942400
//decay
269.3b // THERMAL Capture to 0 from NuclideList
200b // RESONANCE RI to 0 from NuclideList
0.05294b // FAST SigmaNG from NuclideList
1.1445 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942390->942400 end
942410
952410
1*1.5381E-9// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
942410->952410 end
942410
942400
//decay
//Thermal
//Resonance
0.02137b // FAST SigmaN2N from NuclideList
1.0179 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942410->942400 end
962450
942410
1*2.5858E-12// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962450->942410 end
942400
942410
//decay
289.5b // THERMAL Capture to 0 from NuclideList
8100b // RESONANCE RI to 0 from NuclideList
0.09328b // FAST SigmaNG from NuclideList
1.0278 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942400->942410 end
942420
942410
//decay
//Thermal
//Resonance
0.006667b // FAST SigmaN2N from NuclideList
1.01 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942420->942410 end
952420
942420
0.173*1.2019E-5// DECAY EC*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952420->942420 end
962460
942420
0.9997*4.6176E-12// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962460->942420 end
942410
942420
//decay
358.2b // THERMAL Capture to 0 from NuclideList
162b // RESONANCE RI to 0 from NuclideList
0.1182b // FAST SigmaNG from NuclideList
1.0179 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942410->942420 end
942430
952430
1*3.885E-5// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
942430->952430 end
962470
942430
1*1.4089E-15// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962470->942430 end
942420
942430
//decay
18.5b // THERMAL Capture to 0 from NuclideList
1115b // RESONANCE RI to 0 from NuclideList
0.08787b // FAST SigmaNG from NuclideList
1.01 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942420->942430 end
952441
942440
0.0004*0.00044433// DECAY EC*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
952441->942440 end
962480
942440
0.9174*6.316E-14// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
962480->942440 end
942430
942440
//decay
87b // THERMAL Capture to 0 from NuclideList
270b // RESONANCE RI to 0 from NuclideList
//Fast
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942430->942440 end
942450
952450
1*1.8337E-5// DECAY B-*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
942450->952450 end
942440
942450
//decay
1.7b // THERMAL Capture to 0 from NuclideList
40.6b // RESONANCE RI to 0 from NuclideList
//Fast
1 // G_FACTOR from NuclideList
// auto created by BuildDefaultLinks
942440->942450 end
942390
922350
1*9.1164E-13// DECAY A*lambda from NuclideList
//Thermal
//Resonance
//Fast

// auto created by BuildDefaultLinks
942390->922350 end