238PU 238NP B- DECAY (2.102 D)
238PU H TYP=Full$AUT=V.P Chechev. N.K. Kuzmenko$CUT=30-NOV-2006$
238PU C Evaluation history: Type=Full;Author=V.P Chechev. N.K. Kuzmenko;Cutoff date=30-NOV-2006
238PU C References: 1950Fr53, 1952Du12, 1956Ba95, 1956Sm18, 1958Al92, 1960As10,
238PU2C 1960Al29, 1965Ak02, 1966Qa01, 1970Be57, 1972Wi22, 1981Le15, 1990Ch35,
238PU3C 1996Sc06, 2002Ch52, 2003Au03, 2006Re09
238PU T Auger electrons and X ray energies and emission intensities:
238PU T {U Energy (keV)} {U Intensity} {U Line}
238PU T
238PU T 99.525 0.210 8 XKA2
238PU T 103.734 0.332 12 XKA1
238PU T
238PU T 116.244 |] XKB3
238PU T 117.228 |] 0.122 5 XKB1
238PU T 117.918 |] XKB5II
238PU T
238PU T 120.54 |] XKB2
238PU T 120.969 |] 0.042 2 XKB4
238PU T 121.543 |] XKO23
238PU T
238PU T 12.125-21.984 32.4 14 XL (total)
238PU T 12.125 0.797 25 XLL
238PU T 14.083-14.279 12.5 4 XLA
238PU T 16.334 0.338 12 XLC
238PU T 16.499-19.331 15.4 5 XLB
238PU T 20.708-21.984 3.58 10 XLG
238PU T
238PU T 75.26-85.36 |] KLL AUGER
238PU T 92.607-103.729 |] 0.021 8 KLX AUGER
238PU T 109.93-121.78 |] KXY AUGER
238PU T 6.19-22.99 29.7 14 L AUGER
238NP P 0.0 2+ 2.102 D 5 1291.5 4
238PU N 1.0 1.0 1 1.0
238PU G 103.74 2 0.312 3
238PU G 116.27 8 0.04
238PU G 117.27 8 0.074
238PU G 120.5 0.02
238PU G 121.70 8 0.010 1
238PU G 220.87 110.0030 5(M2) 11.4 20
238PU G 885 0.040 5
238PU L 0 0+ 87.74 Y 3
238PU L 44.08 2 2+ 177 PS 5
238PU B 1247.4 4 41.0 25 8.38
238PUS B EAV=412.2 2
238PU G 44.07 2 0.1024 21E2 788 16
238PU2 G LC=572 12$MC=160 3
238PU L 145.95 2 4+
238PU G 101.88 2 0.252 8E2 14.5 3
238PU2 G LC=10.5 2$MC=2.94 6
238PU L 303.38 6 6+
238PU G 157.42 5 0.001 [E2] 2.19 4
238PU2 G KC=0.193 4$LC=1.45 3$MC=0.405 8
238PU L 605.14 4 1-
238PU B 686.4 4 0.103 3 10.08 1
238PUS B EAV=208.4 2
238PU G 561.14 5 0.106 2E1 0.0115 2
238PU2 G KC=0.00929 19$LC=0.00169 4$MC=4.07E-4 8
238PU G 605.16 5 0.077 2E1 0.0100 2
238PU2 G KC=0.00806 16$LC=0.00146 3$MC=3.50E-4 7
238PU L 661.40 6 3-
238PU B 630.1 4 0.036 3 10.44 1
238PUS B EAV=189.2 2
238PU G 515.51 7 0.0378 11E1+M2 0.114 17 0.022 4
238PU2 G KC=0.017 3$LC=0.0037 7$MC=0.00092 17
238PU G 617.39 5 0.0593 E1+M2 0.077 17 0.0120 14
238PU2 G KC=0.0095 11$LC=0.00185 22$MC=0.00045 5
238PU L 763.24 115-
238PU G 459.8 2 0.0023 15
238PU G 617.4 0.008
238PU L 941.46 8 0+
238PU G 336.36 150.0002 1[E1] 0.0324 7
238PU2 G KC=0.0257 5$LC=0.00503 10$MC=0.00122 3
238PU G 897.34 100.0073 10(E2) 0.0152 3
238PU2 G KC=0.0111 2$LC=0.00308 6$MC=0.00078 2
238PU G 941.5 3
238PU L 962.78 2 1-
238PU B 328.7 4 1.25 1 7.95 1
238PUS B EAV=91.8 2
238PU G 301.37 7 0.0106 10E2 0.208 4
238PU2 G KC=0.0766 16$LC=0.096 2$MC=0.0264 5
238PU G 357.64 7 0.0504 13M1+E2 2.43 20 0.214 16
238PU2 G KC=0.133 12$LC=0.060 5$MC=0.0158 12
238PU G 918.70 4 0.529 6E1 0.0047 1
238PU2 G KC=0.00383 8$LC=0.00066 1$MC=1.58E-4 3
238PU G 962.76 2 0.645 8E1 0.00433 9
238PU2 G KC=0.00352 7$LC=0.00061 1$MC=1.45E-4 3
238PU L 968.2 4 (2)-
238PU B 323.3 6 0.082 6 9.11
238PUS B EAV=90.1 2
238PU G 924 0.065
238PU G 968.9 4 0.015 8[M2] 0.116 3
238PU2 G KC=0.089 2$LC=0.0200 4$MC=0.0050 1
238PU L 983.09 7 2+
238PU B 308.4 4 0.27 3 8.51
238PUS B EAV=85.6 2
238PU G 321.75 200.0013 8
238PU G 378.05 130.0030 5
238PU G 836.96 7 0.0206 8[E2] 0.0174 4
238PU2 G KC=0.0125 3$LC=0.00366 8$MC=0.00093 2
238PU G 938.94 100.0327 25+E2 4.4 4
238PU2 G KC=3.5 4$LC=0.67 7
238PU G 983.0 3 0.068 20[E2] 0.0128 3
238PU2 G KC=0.00947 19$LC=0.00247 5$MC=0.00062 1
238PU L 985.45 5 2-
238PU B 306.0 4 0.49 1 8.25
238PUS B EAV=84.9 2
238PU G 324.02 9 0.0146 8M1+E2 2.8 8 0.26 7
238PU2 G KC=0.15 6$LC=0.082 7$MC=0.022 2
238PU G 380.31 100.0111 5[M1] 0.623 9
238PU2 G KC=0.493 10$LC=0.098 2$MC=0.0237 5
238PU G 941.40 4 0.504 6[E1+M2]
238PU L 1028.54 2 2+
238PU B 263.0 4 44.75 19 6.09
238PUS B EAV=72.0 2
238PU G 882.63 3 0.803 9(E2) 0.0157 3
238PU2 G KC=0.0114 2$LC=0.00320 7$MC=0.00081 2
238PU G 984.45 2 25.18 13M1+E2 0.0125 5
238PU2 G KC=0.0096 3$LC=0.0022 1$MC=0.0006 1
238PU G 1028.54 2 18.25 13E2 0.0117 2
238PU2 G KC=0.00875 18$LC=0.00222 5$MC=0.00055 1
238PU L 1069.94 2 3+
238PU B 221.6 4 11.50 7 6.44
238PUS B EAV=59.9 2
238PU G 923.99 2 2.604 20(M1+E2) 0.014 1
238PU2 G KC=0.0099 4
238PU G 1025.87 2 8.76 6M1+E2 0.0120 5
238PU2 G KC=0.0091 4$LC=0.0021 1$MC=0.0006 1
238PU L 1082.56 6 (4)-
238PU G 114.4 4 0.0058 10[E2] 8.47 17
238PU2 G LC=6.15 12$MC=1.72 14
238PU G 319.29 110.0083 10M1+E2 1.0 5 0.59 25
238PU2 G KC=0.43 22$LC=0.118 25$MC=0.030 5
238PU G 421.1 1 0.021 1[M1] 0.472 7
238PU2 G KC=0.374 8$LC=0.0737 15$MC=0.0179 4
238PU G 936.60 5 0.365 5[E1+M2] -0.24 4 0.0112 22
238PU2 G KC=0.0089 17$LC=0.0018 4$MC=0.00044 10
238PU L 1202.46 8 (3)-
238PU B 89.0 4 0.51 6 6.57 1
238PUS B EAV=23.0 2
238PU G 120.11 5 0.101 5M1(+E2) 3.8 6
238PU2 G LC=2.8 6$MC=0.69 6
238PU G 132.5 1 0.0014 8[E1] 0.267 5
238PU2 G KC=0.203 4$LC=0.048 1$MC=0.0118 2
238PU G 174.08 5 0.0229 8[E1] 0.142 3
238PU2 G KC=0.110 2$LC=0.0241 5$MC=0.0059 1