208PB 208TL B- DECAY (3.058 M)
208PB H TYP=Update$AUT=A.L. Nichols$CUT=30-MAY-2011$
208PB2 H TYP=Full$AUT=A.L. Nichols$CUT=30-AUG-2001$
208PB C Evaluation history: Type=Update;Author=A.L. Nichols;Cutoff date=30-MAY-2011
208PB2C Type=Full;Author=A.L. Nichols;Cutoff date=30-AUG-2001
208PB C References: 1954El07, 1957Ba05, 1957Kr56, 1957Vo22, 1960Em01, 1960Sc07,
208PB2C 1961Si11, 1963Da11, 1967Os01, 1967La20, 1969La23, 1969Au10, 1969Pa02,
208PB3C 1970Mu21, 1971Ac02, 1972Ja25, 1972DaZA, 1973Da38, 1975Ko02, 1976Av03,
208PB4C 1977Ge12, 1977La19, 1978Av01, 1982Sa36, 1983Va22, 1983Sc13, 1984Ge07,
208PB5C 1990Go33, 1992Li05, 1993El08, 1996Sc06, 1997Sc21, 1998ScZM, 1999ScZX,
208PB6C 2000He14, 2002Ba85, 2002Ra45, 2003Au03, 2006Va23, 2007Ma45, 2008Ki07
208PB T Auger electrons and X ray energies and emission intensities:
208PB T {U Energy (keV)} {U Intensity} {U Line}
208PB T
208PB T 72.8049 2.03 5 XKA2
208PB T 74.97 3.42 7 XKA1
208PB T
208PB T 84.451 |] XKB3
208PB T 84.937 |] 1.17 3 XKB1
208PB T 85.47 |] XKB5II
208PB T
208PB T 87.238 |] XKB2
208PB T 87.58 |] 0.353 11 XKB4
208PB T 87.911 |] XKO23
208PB T
208PB T 9.184-15.216 2.75 12 XL (total)
208PB T 9.184 0.0671 19 XLL
208PB T 10.45-10.551 1.27 4 XLA
208PB T 11.349 0.0209 7 XLC
208PB T 12.142-13.015 1.155 25 XLB
208PB T 14.765-15.216 0.220 5 XLG
208PB T
208PB T 56.028-61.669 |] KLL AUGER
208PB T 68.181-74.969 |] 0.27 3 KLX AUGER
208PB T 80.3-88 |] KXY AUGER
208PB T 5.262-10.398 4.50 13 L AUGER
208TL P 0.0 5+ 3.058 M 6 4999.0 17
208PB N 1.0 1.0 1 1.0
208PB G 808.32 130.030 7
208PB G 835.90 110.076 11
208PB L 0 0+ STABLE
208PB L 2614.552 103-
208PB G 2614.511 1099.755 4E3 0.00246 4
208PB2 G KC=1708E-6 24$LC=2.92E-4 4$MC=6.85E-5 10
208PB L 3197.711 105-
208PB B 1801.3 1749.2 6 5.61
208PBS B EAV=649.5 7
208PB G 583.187 2 85.0 3E2 0.0205 3
208PB2 G KC=0.01509 22$LC=0.00410 6$MC=1009E-6 15
208PB L 3475.078 114-
208PB B 1523.9 1722.1 5 5.69 1
208PBS B EAV=535.4 7
208PB G 277.37 2 6.6 3[M1+E2] 0.02 1 0.529 8
208PB2 G KC=0.432 6$LC=0.0739 11$MC=0.01730 25
208PB G 860.53 2 12.4 1[M1+E2] 0.015 0.0262 4
208PB2 G KC=0.0215 3$LC=0.00356 5$MC=8.31E-4 12
208PB L 3708.451 125-
208PB B 1290.5 1724.1 2 5.38
208PBS B EAV=441.5 7
208PB G 233.37 2 0.31 1[M1+E2] 0.70 7 0.66 3
208PB2 G KC=0.51 3$LC=0.1136 18$MC=0.0275 4
208PB G 510.74 2 22.5 2[M1+E2] -0.05 5 0.1019 16
208PB2 G KC=0.0835 13$LC=0.01406 21$MC=0.00329 5
208PB G 1093.90 2 0.44 1E2 0.00560 8
208PB2 G KC=0.00449 7$LC=8.44E-4 12$MC=2.00E-4 3
208PB L 3919.966 136-
208PB B 1079.0 170.63 4 6.68 1
208PBS B EAV=358.6 7
208PB G 211.52 2 0.18 1M1+E2 0.18 2 1.096 17
208PB2 G KC=0.890 14$LC=0.1570 22$MC=0.0369 6
208PB G 722.26 2 0.24 4M1+E2 0.31 3 0.0387 7
208PB2 G KC=0.0317 6$LC=0.00534 10$MC=1248E-6 22
208PB L 3946.578 144-
208PB B 1052.4 170.048 3 7.76 1
208PBS B EAV=348.4 7
208PB G 748.87 2 0.046 3[M1] 0.0375 6
208PB2 G KC=0.0308 5$LC=0.00512 8$MC=1196E-6 17
208PB L 3961.162 135-
208PB B 1037.8 173.17 4 5.92
208PBS B EAV=342.8 7
208PB G 252.71 2 0.78 2[M1+E2] -0.40 4 0.616 15
208PB2 G KC=0.495 14$LC=0.0926 14$MC=0.0220 4
208PB G 486.08 2 0.049 4[M1] 0.1164 17
208PB2 G KC=0.0954 14$LC=0.01608 23$MC=0.00376 6
208PB G 763.45 2 1.80 2[M1+E2] -0.10 1 0.0354 5
208PB2 G KC=0.0291 4$LC=0.00484 7$MC=1130E-6 16
208PB L 3995.438 134-
208PB B 1003.6 170.007 3 8.5 1
208PBS B EAV=329.7 7
208PB G 1380.89 2 0.007 3[M1] 0.0078511
208PB2 G KC=0.00643 9$LC=1050E-6 15$MC=2.45E-4 4
208PB L 4125.347 125-
208PB B 873.7 170.174 9 6.92
208PBS B EAV=280.8 6
208PB G 650.27 2 0.041 5[M1] 0.0541 8
208PB2 G KC=0.0444 7$LC=0.00742 11$MC=1733E-6 25
208PB G 927.64 2 0.128 7[M1] 0.0216 3
208PB2 G KC=0.01774 25$LC=0.00293 5$MC=6.84E-4 10
208PB L 4180.414 145-
208PB B 818.6 170.231 9 6.7
208PBS B EAV=260.4 6
208PB G 705.34 2 0.022 4[M1] 0.0438 7
208PB2 G KC=0.0360 5$LC=0.00599 9$MC=1399E-6 20
208PB G 982.70 2 0.204 8[M1] 0.0186 3
208PB2 G KC=0.01530 22$LC=0.00253 4$MC=5.89E-4 9
208PB L 4261.871 134-
208PB B 737.1 170.002 1 8.6 1
208PBS B EAV=230.8 6
208PB G 1647.32 2 0.002 1[M1] 0.00518 8
208PB2 G KC=0.00411 6$LC=6.69E-4 10$MC=1556E-7 22
208PB L 4296.560 135-
208PB B 702.4 170.102 11 6.82
208PBS B EAV=218.3 6
208PB G 588.108 180.06 1[M1] 0.0704 10
208PB2 G KC=0.0577 8$LC=0.00968 14$MC=0.00226 4
208PB G 821.48 2 0.041 4M1 0.0295 5
208PB2 G KC=0.0242 4$LC=0.00402 6$MC=9.39E-4 14
208PB L 4323.946 144+
208PB B 675.1 170.005 2 8.1
208PBS B EAV=208.6 6
208PB G 1126.24 2 0.005 2E1 0.00203 3
208PB2 G KC=1691E-6 24$LC=2.56E-4 4$MC=5.90E-5 9
208PB L 4358.670 134-
208PB B 640.3 170.045 4 7.04 1
208PBS B EAV=196.4 6
208PB G 883.59 2 0.031 3[M1] 0.0244 4
208PB2 G KC=0.0201 3$LC=0.00333 5$MC=7.76E-4 11
208PB G 1160.96 2 0.011 3[M1] 0.0121417
208PB2 G KC=0.01000 14$LC=1641E-6 23$MC=3.82E-4 6
208PB G 1744.120 160.002 1M1+E2 0.00457 7
208PB2 G KC=0.00356 5$LC=5.78E-4 8$MC=1344E-7 19
208PB L 4383.285 176-
208PB B 615.7 170.017 5 7.41 1
208PBS B EAV=187.7 6
208PB G 1185.57 2 0.017 5[M1] 0.0115117
208PB2 G KC=0.00947 14$LC=1555E-6 22$MC=3.62E-4 5
208PB L 4480.746 166-
208PB B 518.3 170.052 5 6.67 1
208PBS B EAV=154.3 6
208PB G 1283.04 2 0.052 5[M1] 0.0094314
208PB2 G KC=0.00775 11$LC=1269E-6 18$MC=2.95E-4 5