208TL 212BI A DECAY (60.54 M)
208TL H TYP=Update$AUT=A.L. Nichols$CUT=30-MAY-2010$
208TL2 H TYP=Full$AUT=A.L. Nichols$CUT=30-NOV-2003$
208TL C Evaluation history: Type=Update;Author=A.L. Nichols;Cutoff date=30-MAY-2010
208TL2C Type=Full;Author=A.L. Nichols;Cutoff date=30-NOV-2003
208TL C References: 1914Le01, 1951Ry17, 1957Bu34, 1960Wa14, 1960Em01, 1960Sc07,
208TL2C 1961Ap03, 1962Fl03, 1962Be09, 1965Wa09, 1965Le08, 1966KlZZ, 1967Be19,
208TL3C 1968Yt02, 1972DaZA, 1973Da38, 1977La19, 1978Av01, 1982Be09, 1982Sa36,
208TL4C 1983Sc13, 1983Va22, 1984Ge07, 1992Li05, 1996Sc06, 1998ScZM, 1999ScZX,
208TL5C 2002Ra45, 2002Ba85, 2003Au03, 2005Br03, 2007St23, 2007Ma45, 2008Ki07
208TL T Auger electrons and X ray energies and emission intensities:
208TL T {U Energy (keV)} {U Intensity} {U Line}
208TL T
208TL T 70.8325 0.0525 23 XKA2
208TL T 72.8725 0.089 4 XKA1
208TL T
208TL T 82.118 |] XKB3
208TL T 82.577 |] 0.0301 14 XKB1
208TL T 83.115 |] XKB5II
208TL T
208TL T 84.838 |] XKB2
208TL T 85.134 |] 0.0089 5 XKB4
208TL T 85.444 |] XKO23
208TL T
208TL T 8.953-14.738 7.1 3 XL (total)
208TL T 8.953 0.171 6 XLL
208TL T 10.172-10.268 3.3 1 XLA
208TL T 10.994 0.0230 7 XLC
208TL T 11.812-12.643 2.76 5 XLB
208TL T 14.291-14.738 0.579 9 XLG
208TL T
208TL T 54.587-59.954 |] KLL AUGER
208TL T 66.37-72.86 |] 0.0069 8 KLX AUGER
208TL T 78.12-85.5 |] KXY AUGER
208TL T 5.182-10.132 12.2 4 L AUGER
212BI P 0.0 1- 60.54 M 6 6207.26 3
208TL N 2.783E0 2.783E0 0.3593 2.783E0
208TL L 0 5+ 3.058 M 6
208TL A 0
208TL A 6090.14 3 27.00 28481
208TL L 39.858 4 4+
208TL A 6051.04 3 69.86 28126
208TL G 39.858 4 1.07 1[M1] 23.3 4
208TL2 G LC=17.81 25$MC=4.17 6
208TL L 328.04 5 5+
208TL A 5768.29 6 1.70 8 279
208TL G 288.18 5 0.32 2M1+E2 0.08 0.436 7
208TL2 G KC=0.357 5$LC=0.0605 9$MC=0.01411 20
208TL G 328.04 5 0.121 3[M1] 0.308 5
208TL2 G KC=0.252 4$LC=0.0425 6$MC=0.00991 14
208TL L 473.4 4 (4)+
208TL A 5625.7 4 0.167 8 595
208TL G 433.5 4 0.011 1[M1] 0.1453 21
208TL2 G KC=0.1193 17$LC=0.0199 3$MC=0.00465 7
208TL G 473.4 4 0.044 3[M1+E2] 1.0 2 0.074 10
208TL2 G KC=0.059 8$LC=0.0115 10$MC=0.00273 21
208TL L 492.84 4 (3)+
208TL A 5606.60 5 1.20 8 67
208TL G 164.80 6 0.0055 6(E2) 0.816 12
208TL2 G KC=0.263 4$LC=0.413 6$MC=0.1078 16
208TL G 452.98 4 0.34 3(M1) 0.1293 18
208TL2 G KC=0.1061 15$LC=0.01772 25$MC=0.00413 6
208TL G 492.84 4 0.039 10E2 0.0291 4
208TL2 G KC=0.0207 3$LC=0.00633 9$MC=1567E-6 22
208TL L 617 2 +
208TL L 620.4 3 (6)+
208TL A 5481.4 3 0.0139 111380
208TL G 580.5 3 0.0011 2E2 0.0198 3
208TL2 G KC=0.01470 21$LC=0.00388 6$MC=9.50E-4 14
208TL G 620.4 3 0.0038 4[M1+E2] 1.0 2 0.037 5
208TL2 G KC=0.030 4$LC=0.0054 5$MC=0.00129 12
208TL L 760 2 +
208TL A 5344 2 0.00100 8 3770
208TL L 803 2 +
208TL A 5302 2 11100E-81120300
212PO 212BI B- DECAY (60.54 M)
212PO H TYP=Update$AUT=A.L. Nichols$CUT=30-MAY-2010$
212PO2 H TYP=Full$AUT=A.L. Nichols$CUT=30-NOV-2003$
212PO C Evaluation history: Type=Update;Author=A.L. Nichols;Cutoff date=30-MAY-2010
212PO2C Type=Full;Author=A.L. Nichols;Cutoff date=30-NOV-2003
212PO C References: 1914Le01, 1951Ry17, 1957Bu34, 1960Wa14, 1960Em01, 1960Sc07,
212PO2C 1961Ap03, 1962Fl03, 1962Be09, 1965Wa09, 1965Le08, 1966KlZZ, 1967Be19,
212PO3C 1968Yt02, 1972DaZA, 1973Da38, 1977La19, 1978Av01, 1982Be09, 1982Sa36,
212PO4C 1983Sc13, 1983Va22, 1984Ge07, 1992Li05, 1996Sc06, 1998ScZM, 1999ScZX,
212PO5C 2002Ra45, 2002Ba85, 2003Au03, 2005Br03, 2007St23, 2007Ma45, 2008Ki07
212PO T Auger electrons and X ray energies and emission intensities:
212PO T {U Energy (keV)} {U Intensity} {U Line}
212PO T
212PO T 76.864 0.0388 8 XKA2
212PO T 79.293 0.0647 13 XKA1
212PO T
212PO T 89.256 |] XKB3
212PO T 89.807 |] 0.0223 6 XKB1
212PO T 90.363 |] XKB5II
212PO T
212PO T 92.263 |] XKB2
212PO T 92.618 |] 0.00693 20 XKB4
212PO T 92.983 |] XKO23
212PO T
212PO T 9.658-16.213 0.0563 24 XL (total)
212PO T 9.658 0.00138 4 XLL
212PO T 11.016-11.13 0.0253 7 XLA
212PO T 12.085 0.00044013 XLC
212PO T 12.823-13.778 0.0241 6 XLB
212PO T 15.742-16.213 0.00477 11 XLG
212PO T
212PO T 58.978-65.205 |] KLL AUGER
212PO T 71.902-79.289 |] 0.0048 6 KLX AUGER
212PO T 84.8-93.1 |] KXY AUGER
212PO T 5.434-10.934 0.0833 25 L AUGER
212BI P 0.0 1- 60.54 M 6 2252.1 17
212PO N 1.561E0 1.561E0 0.6407 1.561E0
212PO L 0 0+ 300 NS 2
212PO B 2252.1 1755.31 9 7.267 1
212POS B EAV=834.2 7
212PO L 727.330 9 2+
212PO B 1524.8 174.50 6 7.718 1
212POS B EAV=533.1 7
212PO G 727.330 9 6.65 4E2 0.0139320
212PO2 G KC=0.01054 15$LC=0.00257 4$MC=6.28E-4 9
212PO L 1512.70 8 2+
212PO B 739.4 171.44 1 7.094 1
212POS B EAV=230.8 6
212PO G 785.37 9 1.11 1M1+E2 0.09 0.0387 6
212PO2 G KC=0.0316 5$LC=0.00539 8$MC=1266E-6 18
212PO G 1512.70 8 0.29 1E2 0.00344 5
212PO2 G KC=0.00274 4$LC=4.83E-4 7$MC=1139E-7 16
212PO L 1620.738 101+
212PO B 631.4 171.90 3 6.74
212POS B EAV=192.7 6
212PO G 893.408 140.38 1M1+E2 0.045 0.0278 4
212PO2 G KC=0.0227 4$LC=0.00386 6$MC=9.06E-4 13
212PO G 1620.738 101.51 3[M1] 0.00620 9
212PO2 G KC=0.00494 7$LC=8.24E-4 12$MC=1.93E-4 3
212PO L 1679.450 142+
212PO B 572.7 170.21 4 7.55 1
212POS B EAV=172.4 6
212PO G 952.12 2 0.14 4M1+E2 0.65 0.0190 3
212PO2 G KC=0.01548 22$LC=0.00269 4$MC=6.34E-4 9
212PO G 1679.450 140.07 1E2 0.00291 4
212PO2 G KC=0.00227 4$LC=3.91E-4 6$MC=9.20E-5 13
212PO L 1800.9 2 0+
212PO B 451.2 170.032 4 8.03 1
212POS B EAV=131.7 6
212PO G 180.2 2 0.0031 12M1 2.08 3
212PO2 G KC=1.692 25$LC=0.298 5$MC=0.0704 10
212PO G 1073.6 2 0.0154 6E2 0.00642 9
212PO2 G KC=0.00510 8$LC=1002E-6 14$MC=2.40E-4 4
212PO G 1800.9 2
212PO L 1805.96 102+
212PO B 446.1 170.68 4 6.67 1
212POS B EAV=130.1 6
212PO G 1078.63 100.55 2M1+E2 0.135 0.0169224
212PO2 G KC=0.01386 20$LC=0.00234 4$MC=5.49E-4 8
212PO G 1805.96 100.12 3E2 0.00261 4
212PO2 G KC=0.00200 3$LC=3.38E-4 5$MC=7.94E-5 12