233PA 233TH B- DECAY (22.15 M) 233PA C References: 1952Ru10, 1955Je26, 1957Dr46, 1957Fr55, 1968Da24, 1968Br25, 233PA2C 1969HoZY, 1969Va06, 1970Se06, 1972SeZI, 1972Vo08, 1972De67, 1976Sk01, 233PA3C 1976JeZU, 1979Go12, 1979Bo30, 1988Wo01, 1989Ab05, 1998Us01, 2003Au03, 233PA4C 2005Si15, 2008De31, 2008Ki07, 2008Go10, 2008De10 233PA T Auger electrons and ^X ray energies and emission intensities: 233PA T {U Energy (keV)} {U Intensity } {U Line } 233PA T 233PA T 92.288 0.39 1 XKA2 233PA T 95.869 0.615 13 XKA1 233PA T 233PA T 107.595 |] XKB3 233PA T 108.422 |] 0.235 6 XKB1 233PA T 109.072 |] XKB5II 233PA T 233PA T 111.405 |] XKB2 233PA T 111.87 |] 0.079 3 XKB4 233PA T 112.38 |] XKO23 233PA T 233PA T 11.366-21.6 8.2 9 XL (total) 233PA T 11.366 0.14 2 XLL 233PA T 13.122-13.291 2.84 32 XLA 233PA T 14.946 XLC 233PA T 15.3-16.7 4.3 5 XLB 233PA T 19.9-21.6 0.95 11 XLG 233PA T 233PA T 70.081-78.822 |] KLL AUGER 233PA T 88.03-95.56 |] 0.041 5 ^KLX AUGER 233PA T 101.78-112.4 |] KXY AUGER 233PA T 5.9-21.6 8.6 10 L AUGER 233PA N 1.0 1.0 1 1.0 233TH P 0.0 1/2+ 22.15 M 8 1243.1 14 233PA L 0 3/2- 26.975 D 13 233PA B 1243.1 1434 6 6.2 233PAS B EAV=413.8 6 233PA L 6.65 5 1/2- 233PA B 1236.4 1450 6 6.1 233PAS B EAV=411.2 6 233PA G 6.65 5 0.0165 18(M1) 3080 60 233PA2 G KC= $LC= $MC=2280 50 233PA L 57.10 2 7/2- 233PA G 57.10 2 0.0498 15E2 176 4 233PA2 G KC= $LC=128.4 26$MC=35.4 7 233PA L 70.49 105/2- 233PA G 63.92 6 0.0007 3 (E2) 102.1 21 233PA2 G KC= $LC=74.6 15$MC=20.6 4 233PA G 70.49 100.0007 4 [M1+E2] 1 1 40 30 233PA2 G KC= $LC=28 19$MC=7 6 233PA L 86.477 105/2+ 233PA G 29.373 102.17 7 E1 3.07 6 233PA2 G KC= $LC=2.29 5$MC=0.586 12 233PA G 86.477 101.843 22E1 1.43 8 233PA2 G KC= $LC=1.13 4$MC=0.22 6 233PA L 94.65 5 3/2+ 233PA B 1148.4 1410.4 4 6.6 233PAS B EAV=377.8 6 233PA G 8.22 5 (M1+E2) 233PA G 87.99 3 0.1698 20[E1] 0.169 3 233PA2 G KC= $LC=0.128 3$MC=0.0312 6 233PA G 94.65 5 0.775 9 E1 0.140 3 233PA2 G KC= $LC=0.105 2$MC=0.0257 5 233PA L 103.8 1 7/2+ 233PA G 17.40 5 233PA G 46.53 4 233PA L 169.159 101/2+ 233PA B 1073.9 140.692 12 7.7 233PAS B EAV=349.7 6 233PA G 74.51 5 0.0402 17[M1] 9.85 20 233PA2 G KC= $LC=7.43 15$MC=1.79 4 233PA G 162.504 120.1674 26[E1] 0.157 3 233PA2 G KC=0.123 3$LC=0.0260 5$MC=0.0063 1 233PA G 169.162 100.251 4 [E1] 0.1431 29 233PA2 G KC=0.1120 22$LC=0.0235 5$MC=0.00568 12 233PA L 201.62 5 3/2+ 233PA B 1041.4 140.074 8 8.6 233PAS B EAV=337.6 6 233PA G 115.14 5 0.003 7 [M1+E2] 10 4 233PA2 G KC=5 6$LC=3.4 13$MC=0.9 4 233PA G 131.101 250.0508 13E1 0.262 5 233PA2 G KC=0.202 4$LC=0.0451 9$MC=0.01094 22 233PA G 194.97 7 0.1073 17E1 0.1024 20 233PA2 G KC=0.0806 16$LC=0.0164 3$MC=0.00397 8 233PA G 201.62 5 0.0221 8 E1 0.0946 19 233PA2 G KC=0.0746 15$LC=0.0151 3$MC=0.00365 7 233PA L 212.34 5 5/2+ 233PA G 108.5 1 0.0006 M1+E2 0.22 22 3.5 6 233PA2 G KC=0.00303 5$LC=2.7 5$MC=0.65 13 233PA G 117.692 200.0029 3 M1+E2 0.30 9 12.2 4 233PA2 G KC=9.3 5$LC=2.16 12$MC=0.53 4 233PA G 141.74 10 233PA G 155.239 200.00023 3 E1 0.176 4 233PA2 G KC=0.137 3$LC=0.0292 6$MC=0.00708 10 233PA G 212.34 5 0.0065 6 E1 0.0839 17 233PA2 G KC=0.0662 12$LC=0.01331 26$MC=0.00321 6 233PA L 237.86 2 5/2+ 233PA G 134.285 200.0018 5 [M1+E2] 0.4 4 8.0 14 233PA2 G KC=6.1 17$LC=1.48 24$MC=0.37 8 233PA G 143.23 2 0.0114 7 M1+E2 0.4 4 6.7 12 233PA2 G KC=5.0 14$LC=1.21 16$MC=0.30 6 233PA G 151.409 200.0067 3 [M1+E2] 0.69 20 4.9 6 233PA2 G KC=3.4 7$LC=1.08 6$MC=0.276 19 233PA G 180.76 3 0.00011 3 [E1] 0.1223 24 233PA2 G KC=0.096 2$LC=0.0199 4$MC=0.0048 1 233PA G 237.86 6 0.0019 4 [E1] 0.0645 13 233PA2 G KC=0.0511 10$LC=0.0101 2$MC=0.00243 5 233PA L 257.30 155/2- 233PA B 985.8 140.60 3 8.1 1U 233PAS B EAV=317.0 6 233PA G 153.49 180.0407 7 [E1] 0.180 4 233PA2 G KC=0.140 3$LC=0.0301 6$MC=0.00728 14 233PA G 162.504 0.16 [E1] 0.157 3 233PA2 G KC=0.1230 18$LC=0.0260 5$MC=0.0063 1 233PA G 170.60 6 0.507 9 [E1] 0.1403 28 233PA2 G KC=0.1099 20$LC=0.0230 5$MC=0.00556 11 233PA G 186.80 180.0209 9 [M1+E2] 2.2 13 233PA2 G KC=1.5 13$LC=0.531 9$MC=0.137 10 233PA G 250.65 160.0047 3 [E2] 0.317 6 233PA2 G KC=0.1043 21$LC=0.156 3$MC=0.0423 8 233PA G 257.30 150.0524 12[M1+E2] 1 1 0.8 6 233PA2 G KC=0.6 6$LC=0.18 4$MC=0.045 7 233PA L 447.762 203/2- 233PA B 795.3 140.821 14 7.2 233PAS B EAV=247.8 5 233PA G 190.552 140.0861 15M1 3.26 6 233PA2 G KC=2.60 5$LC=0.499 10$MC=0.1204 24 233PA G 246.14 6 0.0041 6 [E1] 0.0596 12 233PA2 G KC=0.0473 9$LC=0.00929 19$MC=0.00224 4 233PA G 278.7 4 0.0047 6 233PA G 361.285 220.0218 6 [E1] 0.0255 5 233PA2 G KC=0.0205 4$LC=0.00380 8$MC=0.000912 2 233PA G 377.27 110.0275 9 [M1+E2] 0.3 3 0.46 8 233PA2 G KC=0.36 7$LC=0.071 8$MC=0.0172 17 233PA G 440.94 4 0.1912 23(M1+E2) 0.3 3 0.30 5 233PA2 G KC=0.24 4$LC=0.046 6$MC=0.0111 13 233PA G 447.762 200.1043 14[M1+E2] 0.27 27 0.29 4 233PA2 G KC=0.23 4$LC=0.045 5$MC=0.0108 11 233PA L 454.40 7 3/2+ 233PA B 788.7 140.217 13 7.7 233PAS B EAV=245.5 5 233PA G 216.54 8 0.0130 7 (M1+E2) 1 1 1.4 9 233PA2 G KC=1.0 9$LC=0.32 4$MC=0.081 4 233PA G 252.78 9 0.0066 3 [M1+E2] 0.4 4 1.3 3 233PA2 G KC=1.0 3$LC=0.215 20$MC=0.052 4 233PA G 285.24 7 0.0154 9 [M1+E2] 0.4 4 0.94 22 233PA2 G KC=0.74 20$LC=0.152 18$MC=0.037 4 233PA G 359.74 4 0.0869 12M1 0.559 11 233PA2 G KC=0.446 9$LC=0.0848 19$MC=0.0204 4 233PA G 367.92 7 0.0037 7 [M1] 0.525 10 233PA2 G KC=0.420 8$LC=0.0797 16$MC=0.0192 4 233PA L 553.88 6 1/2,3/2+ 233PA B 689.2 141.23 3 6.8 233PAS B EAV=210.5 5 233PA G 316.1 0.0037 4 E1 0.0340 7 233PA2 G KC=0.0272 4$LC=0.00515 10$MC=0.00124 2 233PA G 459.222 7 0.989 12M1 0.288 6 233PA2 G KC=0.230 5$LC=0.0435 9$MC=0.01047 21 233PA G 467.40 6 0.0144 4 [M1E2] 0.16 11 233PA2 G KC=0.13 10$LC=0.029 13$MC=0.007 233PA L 585.50 5 3/2+ 233PA B 657.6 140.15 3 7.6 233PAS B EAV=199.6 5 233PA G 347.64 6 0.0145 8 [M1] 0.613 12 233PA2 G KC=0.49 1$LC=0.0932 18$MC=0.0224 5 233PA G 490.80 6 0.1078 16M1 0.241 5 233PA2 G KC=0.193 4$LC=0.0363 7$MC=0.00874 18 233PA G 499.02 4 0.1576 21M1 0.230 5 233PA2 G KC=0.184 3$LC=0.0347 5$MC=0.00835 12 233PA L 669.9 5 (3/2)- 233PA B 573.2 140.0174 22 8.4 233PAS B EAV=170.8 5 233PA G 412.5 5 0.0083 7 [M1] 0.385 8 233PA2 G KC=0.308 6$LC=0.0583 12$MC=0.0140 3 233PA G 663.3 5 0.0037 5 [M1] 0.1075 22 233PA2 G KC=0.0862 17$LC=0.0161 3$MC=0.00388 8 233PA G 669.9 5 0.0018 233PA L 764.55 6 1/2,3/2+ 233PA B 478.5 141.19 3 6.3 233PAS B EAV=139.5 5 233PA G 179.05 8 0.0278 7 (M1+E2) 0.4 4 3.5 8 233PA2 G KC=2.7 8$LC=0.602 15$MC=0.148 10 233PA G 210.67 8 0.0178 11[M1+E2] 0.97 97 1.5 10 233PA2 G KC=1.1 9$LC=0.35 3$MC=0.0890 21 233PA G 526.69 6 0.0463 11[M1E2] 0.12 8 233PA2 G KC=0.09 7$LC=0.02 1$MC=0.005 3 233PA G 552.21 8 0.0165 5 (M1) 0.1754 35 233PA2 G KC=0.1404 28$LC=0.0264 5$MC=0.00635 13 233PA G 562.93 8 0.0545 7 [M1] 0.167 3 233PA2 G KC=0.1334 27$LC=0.0251 5$MC=0.00603 12 233PA G 595.39 6 0.1178 16(M1) 0.143 3 233PA2 G KC=0.1148 22$LC=0.0216 4$MC=0.00518 10 233PA G 669.901 160.504 6 [M1] 0.1047 21 233PA2 G KC=0.0839 17$LC=0.0157 3$MC=0.00377 8 233PA G 678.04 100.0647 9 [M1E2] 0.06 4 233PA2 G KC=0.05 4$LC=0.010 5$MC=0.0025 12 233PA G 757.90 7 0.0324 7 233PA G 764.55 6 0.0891 13 233PA L 811.6 2 (3/2)+ 233PA B 431.5 140.385 4 6.6 233PAS B EAV=124.3 5 233PA G 226.1 2 0.0171 7 M1+(E2) 2.02 4 233PA2 G KC=1.61 3$LC=0.308 6$MC=0.0743 15 233PA G 573.7 4 0.0332 10[M1] 0.158 3 233PA2 G KC=0.1268 25$LC=0.0238 5$MC=0.00573 12 233PA G 599.3 2 0.0294 5 [M1] 0.141 3 233PA2 G KC=0.1129 22$LC=0.0212 4$MC=0.00509 10 233PA G 610.0 3 0.0567 12[M1] 0.134 3 233PA2 G KC=0.1077 20$LC=0.0202 4$MC=0.00485 9 233PA G 642.4 2 0.0202 5 [M1] 0.1171 23 233PA2 G KC=0.0938 19$LC=0.0176 4$MC=0.00422 8 233PA G 707.8 3 0.0091 5 [E2] 0.0209 4 233PA2 G KC=0.0148 3$LC=0.00455 9$MC=0.00115 2 233PA G 717.0 2 0.0421 9 (M1) 0.0874 17 233PA2 G KC=0.0701 14$LC=0.0131 3$MC=0.00314 6 233PA G 725.1 2 0.0633 10(M1) 0.0848 17 233PA2 G KC=0.068 1$LC=0.01271 25$MC=0.00305 6 233PA G 741.1 2 0.0236 5 [E1] 0.0061512 233PA2 G KC=0.00502 10$LC=0.000860 17$MC=0.000204 4 233PA G 805.0 2 0.0214 6 [E1] 0.0052911 233PA2 G KC=0.00432 9$LC=0.00073 2$MC=0.000174 4 233PA G 811.6 2 0.0060 2 [E1] 0.0052110 233PA2 G KC=0.00426 9$LC=0.000720 15$MC=0.000171 4 233PA L 984.8 5 (3/2)+ 233PA B 258.3 140.205 2 6.2 233PAS B EAV=70.8 4 233PA G 398.8 5 0.0111 7 [M1] 0.422 8 233PA2 G KC=0.337 7$LC=0.0639 13$MC=0.0154 3 233PA G 430.9 4 0.0178 4 (M1) 0.342 6 233PA2 G KC=0.273 5$LC=0.0517 10$MC=0.01245 24 233PA G 783.2 5 0.0056 3 [M1] 0.0692 14 233PA2 G KC=0.05550 11$LC=0.01034 20$MC=0.00248 5 233PA G 815.9 4 0.0195 6 [M1] 0.0621 12 233PA2 G KC=0.0498 10$LC=0.0093 2$MC=0.00223 5 233PA G 880.9 5 0.0097 4 E2 0.0135 3 233PA2 G KC=0.0100 2$LC=0.00258 5$MC=0.000640 13 233PA G 890.1 5 0.1052 14[M1] 0.0493 10 233PA2 G KC=0.0396 8$LC=0.00735 15$MC=0.00176 4 233PA G 898.3 5 0.0022 4 [M1] 0.0481 10 233PA2 G KC=0.0386 8$LC=0.00717 14$MC=0.00172 3 233PA G 978.2 5 0.0058 3 [E1] 0.003747 233PA2 G KC=0.00306 6$LC=0.00051 1$MC=0.000121 2 233PA G 984.8 5 0.0102 3 [E1] 0.003697 233PA2 G KC=0.00303 6$LC=0.00051 1$MC=0.000120 2 233PA L 1018.7 5 (3/2)+ 233PA B 224.4 140.0434 9 6.7 233PAS B EAV=60.9 4 233PA G 433.2 4 0.0117 4 233PA G 806.4 5 0.0123 5 233PA G 817.0 6 0.0095 5 233PA G 849.5 5 0.0039 3 233PA G 948.3 5 0.0060 3