242AM 242AM IT DECAY (143 Y)
242AM H TYP=Full$AUT=A. Nichols$CUT=30-APR-2010$
242AM C Evaluation history: Type=Full;Author=A. Nichols;Cutoff date=30-APR-2010
242AM C References: 1950St61, 1959Ba22, 1960As05, 1967Ca04, 1977La19, 1979Ba67,
242AM2C 1979Ze05, 1980VyZZ, 1986Ze06, 1990Ho02, 1996Sc06, 1998Ak04, 1998ScZM,
242AM3C 1999ScZX, 2002Ak06, 2002Ba25, 2002Ch52, 2002Ra45, 2003Au03, 2008Ki07
242AM T Auger electrons and X ray energies and emission intensities:
242AM T {U Energy (keV)} {U Intensity} {U Line}
242AM T
242AM T 102.03 XKA2
242AM T 106.472 XKA1
242AM T
242AM T 119.243 |] XKB3
242AM T 120.284 |] XKB1
242AM T 120.989 |] XKB5II
242AM T
242AM T 123.58 |] XKB2
242AM T 124.127 |] XKB4
242AM T 124.723 |] XKO23
242AM T
242AM T 12.377-22.836 25.0 11 XL (total)
242AM T 12.377 0.608 18 XLL
242AM T 14.414-14.62 9.33 24 XLA
242AM T 16.819 0.274 9 XLC
242AM T 16.89-19.11 12.2 3 XLB
242AM T 22.072-22.836 2.90 8 XLG
242AM T
242AM T 77.04-85.638 |] KLL AUGER
242AM T 94.891-106.467 |] KLX AUGER
242AM T 112.72-124.97 |] KXY AUGER
242AM T 6.26-23.7 22.1 11 L AUGER
242AM P 48.60 5 5- 143 Y 2
242AM N 1.005E0 1.005E0 0.9954 1.005E0
242AM G 89.60 5 0.0013 3
242AM G 160.61 2 0.00041 18
242AM G 165.97 150.00004623
242AM G 233.69 100.00013 3
242AM L 0 1- 16.01 H 2
242AM L 48.60 5 5- 143 Y 2
242AM G 48.60 5 1.414E-422E4 7.04E5 8
242AM2 G LC=3.33E5 5$MC=2.66E5 5
238NP 242AM A DECAY (143 Y)
238NP H TYP=Full$AUT=A. Nichols$CUT=30-APR-2010$
238NP C Evaluation history: Type=Full;Author=A. Nichols;Cutoff date=30-APR-2010
238NP C References: 1950St61, 1959Ba22, 1960As05, 1967Ca04, 1977La19, 1979Ba67,
238NP2C 1979Ze05, 1980VyZZ, 1986Ze06, 1990Ho02, 1996Sc06, 1998Ak04, 1998ScZM,
238NP3C 1999ScZX, 2002Ak06, 2002Ba25, 2002Ch52, 2002Ra45, 2003Au03, 2008Ki07
238NP T Auger electrons and X ray energies and emission intensities:
238NP T {U Energy (keV)} {U Intensity} {U Line}
238NP T
238NP T 97.069 0.019 9 XKA2
238NP T 101.059 0.030 14 XKA1
238NP T
238NP T 113.303 |] XKB3
238NP T 114.234 |] 0.011 5 XKB1
238NP T 114.912 |] XKB5II
238NP T
238NP T 117.463 |] XKB2
238NP T 117.876 |] 0.0037 17 XKB4
238NP T 118.429 |] XKO23
238NP T
238NP T 11.871-21.491 0.37 4 XL (total)
238NP T 11.871 0.0090 9 XLL
238NP T 13.761-13.946 0.143 13 XLA
238NP T 15.861 0.0022 4 XLC
238NP T 16.109-17.992 0.164 13 XLB
238NP T 20.784-21.491 0.040 3 XLG
238NP T
238NP T 73.501-83.134 |] KLL AUGER
238NP T 90.358-101.054 |] 0.0019 7 KLX AUGER
238NP T 107.19-118.66 |] KXY AUGER
238NP T 6.036-13.516 0.35 4 L AUGER
242AM P 48.60 5 5- 143 Y 2 5588.50 25
238NP N 2.174E2 2.174E2 0.0046 2.174E2
238NP G 89.60 5 0.0013 3
238NP G 160.61 2 0.00041 18
238NP G 165.97 150.00004623
238NP G 233.69 100.00013 3
238NP L 0 2+ 2.102 D 5
238NP L 26.427 2 3+
238NP A 5517.93 250.003 3 4000000
238NP G 26.427 2 0.000708 M1+E2 0.1 338 5
238NP2 G LC=252 4$MC=63.7 9
238NP L 62.330 4 4+
238NP L 86.674 2 3+
238NP A 5458.68 250.139 3939000
238NP G 24.34 1 0.000064 9M1+E2 0.01 322 5
238NP2 G LC=242 4$MC=59.6 9
238NP G 60.247 3 0.0055 5M1+E2 0.07 23.1 4
238NP2 G LC=17.34 25$MC=4.23 6
238NP G 86.674 2 0.0229 7M1+E2 0.1 7.95 12
238NP2 G LC=5.98 9$MC=1.459 21
238NP L 106.155 155+
238NP L 121.645 9 4+
238NP L 136.045 2 3- 6 NS
238NP A 5410.13 251.0 2 2820
238NP G 49.371 3 0.134 4E1 0.821 12
238NP2 G LC=0.615 9$MC=0.1536 22
238NP G 73.72 1 0.0079 6E1 0.285 4
238NP2 G LC=0.214 3$MC=0.0529 8
238NP G 109.618 3 0.0184 E1 0.1010 15
238NP2 G LC=0.0760 11$MC=0.0186 3
238NP G 136.045 2 0.0094 3E1 0.247 4
238NP2 G KC=0.190 3$LC=0.0436 6$MC=0.01064 15
238NP L 161.69 2 6+
238NP L 165.532 155+
238NP G 139.11 2 0.00011 E2 3.40 5
238NP2 G KC=0.211 3$LC=2.32 4$MC=0.646 9
238NP L 179.154 7 4-
238NP A 5367.73 251.11 201430
238NP G 43.11 1 0.00006414M1+E2 0.045 61.3 9
238NP2 G LC=46.1 7$MC=11.25 16
238NP G 57.51 1 0.00097 23E1 0.549 8
238NP2 G LC=0.412 6$MC=0.1023 15
238NP G 92.48 1 0.0028 3E1 0.1574 22
238NP2 G LC=0.1184 17$MC=0.0291 4
238NP G 152.73 1 0.00069 E1 0.189 3
238NP2 G KC=0.1457 21$LC=0.0324 5$MC=0.00791 11
238NP L 182.878 2 2-
238NP G 46.833 3 7.4E-6 14M1+E2 0.063 48.8 7
238NP2 G LC=36.7 6$MC=8.97 13
238NP G 156.451 3 0.00027 5E1 0.1784 25
238NP2 G KC=0.1379 20$LC=0.0305 5$MC=0.00744 11
238NP G 182.878 2 0.00092 3E1 0.1238 18
238NP2 G KC=0.0965 14$LC=0.0206 3$MC=0.00502 7
238NP L 215.522 4 3-
238NP A 5331.97 250.15 116400
238NP G 32.64 1 0.000019 3M1+E2 0.014 136.4 20
238NP2 G LC=102.6 15$MC=25.0 4
238NP G 79.48 1 0.00012423M1+E2 1.0 2 26 4
238NP2 G LC=19 3$MC=5.2 8
238NP G 93.88 1 0.0036 4E1 0.1513 22
238NP2 G LC=0.1138 16$MC=0.0280 4
238NP G 153.19 1 0.00031 4E1 0.187 3
238NP2 G KC=0.1447 21$LC=0.0322 5$MC=0.00785 11
238NP G 189.10 1 0.00027 5E1 0.1146 16
238NP2 G KC=0.0894 13$LC=0.0190 3$MC=0.00462 7
238NP G 215.522 4 0.00059 10E1 0.0847 12
238NP2 G KC=0.0664 10$LC=0.01376 20$MC=0.00334 5
238NP L 218.7 6 (6)+
238NP L 232.828 8 5-
238NP A 5314.95 250.61 111250
238NP G 53.67 1 0.0021 3M1+E2 0.25 46.0 7
238NP2 G LC=34.2 5$MC=8.73 13
238NP G 96.78 1 0.00033 6E2 16.90 24
238NP2 G LC=12.28 18$MC=3.42 5
238NP G 111.18 1 0.0025 4E1 0.0974 14
238NP2 G LC=0.0733 11$MC=0.0180 3
238NP L 250.33 3 (1)+
238NP G 250.33 3 0.00056 (M1+E2) 1.0 2 1.08 16
238NP2 G KC=0.77 15$LC=0.233 12$MC=0.0595 21
238NP L 258.853 8 4-
238NP G 43.33 1 8.7E-6 14M1+E2 0.32 126.7 18
238NP2 G LC=93.5 14$MC=24.6 4
238NP G 75.98 1 9.7E-6 14E2 52.8 8
238NP2 G LC=38.4 6$MC=10.70 15
238NP G 122.81 1 0.00004 2M1+E2 1.0 2 9.6 9
238NP2 G KC=5.4 12$LC=3.11 22$MC=0.83 7
238NP G 152.70 2 0.00069 E1 0.189 3
238NP2 G KC=0.1458 21$LC=0.0325 5$MC=0.00791 11
238NP G 196.52 1 0.00010 5E1 0.1048 15
238NP2 G KC=0.0819 12$LC=0.01725 25$MC=0.00419 6
238NP G 232.43 1 0.00056 3E1 0.0712 10
238NP2 G KC=0.0560 8$LC=0.01145 16$MC=0.00278 4
238NP L 275.519 9 5+
238NP A 5272.96 251.00 11414
238NP G 153.87 1 0.00332 10M1+E2 0.14 7.02 10
238NP2 G KC=5.53 8$LC=1.123 16$MC=0.273 4
238NP G 213.19 1 0.00005518M1+E2 1.0 2 1.73 25
238NP2 G KC=1.19 24$LC=0.401 11$MC=0.1032 17
238NP L 297.03 5 (6)-
238NP A 5251.80 250.020 1115300
238NP G 131.50 5 0.00027 6E1 0.268 4
238NP2 G KC=0.205 3$LC=0.0475 7$MC=0.01161 17
238NP G 190.88 5 0.00010624E1 0.1121 16
238NP2 G KC=0.0875 13$LC=0.0185 3$MC=0.00451 7
238NP L 299.23 6 (3)+
238NP A 5249.64 260.020 1114800
238NP G 236.90 6 0.00004623M1+E2 1.0 2 1.27 19
238NP2 G KC=0.89 18$LC=0.280 12$MC=0.0717 21
238NP G 272.80 6 0.000037 8M1+E2 1.0 2 0.85 13
238NP2 G KC=0.61 12$LC=0.176 11$MC=0.0448 21
238NP G 299.23 6 0.00002814M1+E2 1.0 2 0.65 10
238NP2 G KC=0.48 9$LC=0.131 9$MC=0.0332 19
238NP L 300.68 7 (1 to 4)-
238NP A 5248.21 260.39 11730
238NP G 85.16 7 0.0010 3M1+E2 1.0 2 19 3
238NP2 G LC=14.3 18$MC=3.9 6
238NP G 238.35 7 0.000016 8E1 0.0673 10
238NP2 G KC=0.0530 8$LC=0.01078 16$MC=0.00261 4
238NP L 300.743 16(6)-
238NP A 5248.15 250.39 11730
238NP G 67.92 2 0.0040 3M1+E2 0.35 6 24 3
238NP2 G LC=17.7 19$MC=4.6 6
238NP G 135.21 2 0.0068 4E1 0.251 4
238NP2 G KC=0.192 3$LC=0.0443 7$MC=0.01081 16
238NP G 139.05 3 0.00011 E1 0.235 4
238NP2 G KC=0.180 3$LC=0.0412 6$MC=0.01006 15
238NP G 194.59 2 0.00142 5E1 0.1072 15
238NP2 G KC=0.0837 12$LC=0.01768 25$MC=0.00430 6
238NP L 312.70 2 5-
238NP G 53.85 2 2.8E-6 14M1+E2 0.16 37.2 6
238NP2 G LC=27.8 4$MC=6.93 10
238NP G 97.18 2 0.000007 4E2 16.58 24
238NP2 G LC=12.05 17$MC=3.36 5
238NP G 151.01 3 0.00008318E1 0.194 3
238NP2 G KC=0.1495 21$LC=0.0334 5$MC=0.00814 12
238NP G 176.66 2 0.00002814E2 1.285 18
238NP2 G KC=0.181 3$LC=0.804 12$MC=0.223 4
238NP G 250.37 2 0.00056 E1 0.0602 9
238NP2 G KC=0.0475 7$LC=0.00958 14$MC=0.00232 4
238NP L 328.6 5 6+
238NP G 163.1 5 0.0161 M1+E2 1.0 2 3.9 5
238NP2 G KC=2.5 5$LC=1.04 3$MC=0.273 11
238NP L 334.0 6 (1 to 3)-
238NP A 5215.4 7 0.030 116000
238NP L 342.439 8 5-
238NP A 5207.15 2588.9 201.8
238NP G 66.92 1 0.0150 5E1 0.368 6
238NP2 G LC=0.277 4$MC=0.0684 10
238NP G 109.61 1 0.0184 M1+E2 1.0 2 6.7 7
238NP2 G LC=4.9 5$MC=1.32 14
238NP G 126.92 1 0.00013 7E2 5.03 7
238NP2 G KC=0.196 3$LC=3.51 5$MC=0.979 14
238NP G 163.29 1 0.0161 M1+E2 1.0 2 3.9 5
238NP2 G KC=2.5 5$LC=1.04 3$MC=0.272 11
238NP G 206.39 1 0.00156 18E2 0.711 10
238NP2 G KC=0.1454 21$LC=0.412 6$MC=0.1138 16
238NP G 280.11 1 0.000060 6E1 0.0468 7
238NP2 G KC=0.0371 6$LC=0.00735 11$MC=0.00178 3
238NP L 374.7 10(5)+
238NP A 5175.4 100.020 115000
238NP L 376.70 7 (6)-
238NP A 5173.45 260.020 114900
238NP G 270.55 7 0.000029 8E1 0.0506 7
238NP2 G KC=0.0400 6$LC=0.00798 12$MC=0.00193 3
238NP L 389.4 5 7+
238NP G 170.7 8 0.00063 5M1+E2 1.0 2 3.4 5
238NP2 G KC=2.2 5$LC=0.882 23$MC=0.230 9
238NP L 397.3 15 +
238NP A 5153.2 150.020 113600
238NP L 407.59 6 6-
238NP A 5143.07 265.61 2411.2
238NP G 174.76 6 0.00017 4M1+E2 1.0 2 3.1 4
238NP2 G KC=2.1 5$LC=0.809 17$MC=0.211 7
238NP L 459.6 6 (6)+
238NP A 5091.9 7 0.20 7 146
238NP L 469.1 12(1 to 4)-
238NP A 5082.6 120.030 11840
238NP L 484 3 7-
238NP A 5068 3 0.26 7 81
238NP L 525.3 15(7)+
238NP A 5027.3 150.020 11540
238NP L 578 3 +
238NP A 4975 3 0.0020 112400