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1 Decay Scheme Pb ground state (J π = 9/2 + ) decays by 100 % beta minus to Bi. The strongest branch (91.28 (12) %) decays directly to the ground state (J π = 9/2 ). Le plomb se désintègre par émissions bêta principalement vers le niveau fondamental du bismuth. 2 Nuclear Data T 1/2 ( Pb ) : 36,1 (2) min Q ( Pb ) : 1367 (6) 2.1 β Transitions Probability Nature lg f t 100 β0,10 96 (6) 0,0172 (15) 1st forbidden nonunique 5,93 β0,9 133 (6) 0,0009 (3) β0,8 171 (6) 0,019 (4) β0,7 257 (6) 1,06 (4) 1st forbidden nonunique 5,58 β0,6 263 (6) 0,0047 (7) β0,5 286 (6) 0,0570 (24) β0,3 535 (6) 6,32 (9) 1st forbidden nonunique 5,73 β0,2 600 (6) < 0,09 1st forbidden nonunique > 7,7 β0,1 962 (6) 1,57 (9) 1st forbidden nonunique 7,21 β0,0 1367 (6) 91,28 (12) 1st forbidden nonunique 5,99 ANL /F.G. Kondev 1 16/05/2011 18/7/2011

2.2 Gamma Transitions and Internal Conversion Coefficients P γ+ce Multipolarity α K α L α M α T 100 γ 3,2(Bi) 65,304 (18) 0,59 (3) M1 5,05 (7) 1,188 (17) 6,61 (10) γ 7,4(Bi) 95,13 (5) 0,19 (3) M1 + 74,3% E2 2,8 (9) 4,8 (5) 1,27 (12) 9,3 (4) γ 5,2(Bi) 313,96 (4) 0,0268 (21) γ 7,2(Bi) 342,83 (3) 0,035 (6) [M1,E2] 0,16 (11) 0,035 (11) 0,0085 (22) 0,20 (12) γ 2,1(Bi) 361,846 (16) 0,049 (6) [M1,E2] 0,14 (10) 0,03 (1) 0,0072 (20) 0,17 (11) γ 1,0(Bi) 404,834 (9) 4,30 (7) M1 + 54,8% E2 0,095 (7) 0,0206 (8) 0,00499 (17) 0,122 (8) γ 3,1(Bi) 427,150 (15) 2,13 (5) M1 + 0,05% E2 0,1457 (21) 0,0249 (4) 0,00585 (9) 0,1783 (25) γ 8,2(Bi) 429,65 (6) 0,008 (3) γ 10,2(Bi) 504,07 (6) 0,0059 (8) γ 4,1(Bi) 609,55 (4) 0,033 (9) γ 5,1(Bi) 675,81 (4) 0,0181 (9) γ 7,1(Bi) 704,675 (25) 0,492 (10) M1 + 0,05% E2 0,0390 (6) 0,00657 (10) 0,001540 (22) 0,0476 (7) γ 2,0(Bi) 766,680 (13) 0,64 (4) M1 0,0313 (5) 0,00527 (8) 0,001234 (18) 0,0382 (6) γ 3,0(Bi) 831,984 (12) 3,60 (5) M1 + 13,8% E2 0,0229 (23) 0,0039 (4) 0,00092 (8) 0,028 (3) γ 10,1(Bi) 865,92 (6) 0,0046 (2) γ 4,0(Bi) 1014,38 (4) 0,0173 (5) γ 5,0(Bi) 1080,64 (4) 0,0121 (5) γ 6,0(Bi) 1103,52 (20) 0,0047 (7) γ 7,0(Bi) 1109,509 (23) 0,118 (3) [M1] 0,01209 (17) 0,00201 (3) 0,000470 (7) 0,01472 (21) γ 8,0(Bi) 1196,33 (5) 0,0103 (4) γ 9,0(Bi) 1234,3 (4) 0,0009 (3) γ 10,0(Bi) 1270,75 (6) 0,0068 (12) 3 Atomic Data 3.1 Bi ω K : 0,964 (4) ω L : 0,391 (16) n KL : 0,809 (5) 3.1.1 X Radiations Relative probability K Kα 2 74,8157 59,77 Kα 1 77,1088 100 Kβ 3 86,835 } Kβ 1 87,344 } Kβ 5 87,862 } 34,3 Kβ 2 89,732 } Kβ 4 90,074 } 10,5 KO 2,3 90,421 } ANL /F.G. Kondev 2 16/05/2011 18/7/2011

Relative probability L Ll 9,4207 Lα 10,7308 10,8387 Lη 11,7127 Lβ 12,4814 13,8066 Lγ 14,7735 15,7084 3.1.2 Auger Electrons Relative probability Auger K KLL 57,491 63,419 100 KLX 70,025 77,105 56 KXY 82,53 90,52 7,84 Auger L 5,42 16,34 4 Electron Emissions Electrons e AL (Bi) 5,42 16,34 0,782 (18) e AK (Bi) 0,029 (4) KLL 57,491 63,419 } KLX 70,025 77,105 } KXY 82,53 90,52 } ec 3,2 L (Bi) 48,916 51,885 0,389 (21) ec 1,0 K (Bi) 314,308 (9) 0,36 (3) ec 3,1 K (Bi) 336,624 (15) 0,264 (7) β0,10 max: 96 (6) 0,0172 (15) β0,10 avg: 25,0 (17) β0,9 max: 133 (6) 0,0009 (3) β0,9 avg: 35,0 (17) β 0,8 max: 171 (6) 0,019 (4) ANL /F.G. Kondev 3 16/05/2011 18/7/2011

Electrons β 0,8 avg: 45,6 (18) β0,7 max: 257 (6) 1,06 (4) β0,7 avg: 71,0 (18) β0,6 max: 263 (6) 0,0047 (7) β0,6 avg: 72,8 (18) β0,5 max: 286 (6) 0,0570 (24) β0,5 avg: 79,7 (19) β0,3 max: 535 (6) 6,32 (9) β0,3 avg: 159,8 (21) β0,2 max: 600 (6) < 0,09 β0,2 avg: 182,2 (21) β0,1 max: 962 (6) 1,57 (9) β0,1 avg: 313,3 (23) β0,0 max: 1367 (6) 91,28 (12) β0,0 avg: 470,9 (24) 5 Photon Emissions 5.1 XRay Emissions Photons XL (Bi) 9,4207 15,7084 0,494 (13) XKα 2 (Bi) 74,8157 0,228 (10) } Kα XKα 1 (Bi) 77,1088 0,381 (17) } XKβ 3 (Bi) 86,835 } XKβ 1 (Bi) 87,344 } 0,130 (6) K β 1 XKβ 5 (Bi) 87,862 } XKβ 2 (Bi) 89,732 } XKβ 4 (Bi) 90,074 } 0,0399 (20) K β 2 XKO 2,3 (Bi) 90,421 } ANL /F.G. Kondev 4 16/05/2011 18/7/2011

5.2 Gamma Emissions Photons γ 3,2 (Bi) 65,304 (18) 0,077 (4) γ 7,4 (Bi) 95,13 (5) 0,018 (3) γ 5,2 (Bi) 313,96 (4) 0,0268 (21) γ 7,2 (Bi) 342,83 (3) 0,029 (4) γ 2,1 (Bi) 361,846 (16) 0,042 (3) γ 1,0 (Bi) 404,834 (9) 3,83 (6) γ 3,1 (Bi) 427,150 (15) 1,81 (4) γ 8,2 (Bi) 429,65 (6) 0,008 (3) γ 10,2 (Bi) 504,07 (6) 0,0059 (8) γ 4,1 (Bi) 609,55 (4) 0,033 (9) γ 5,1 (Bi) 675,81 (4) 0,0181 (9) γ 7,1 (Bi) 704,675 (25) 0,47 (1) γ 2,0 (Bi) 766,680 (13) 0,62 (4) γ 3,0 (Bi) 831,984 (12) 3,50 (5) γ 10,1 (Bi) 865,92 (6) 0,0046 (2) γ 4,0 (Bi) 1014,38 (4) 0,0173 (5) γ 5,0 (Bi) 1080,64 (4) 0,0121 (5) γ 6,0 (Bi) 1103,52 (20) 0,0047 (7) γ 7,0 (Bi) 1109,509 (23) 0,116 (3) γ 8,0 (Bi) 1196,33 (5) 0,0103 (4) γ 9,0 (Bi) 1234,3 (4) 0,0009 (3) γ 10,0 (Bi) 1270,75 (6) 0,0068 (12) 6 Main Production Modes Po 215(α)Pb 7 References B.W. Sargent. Can. J. Res. 17A (1939) 103 (Halflife) M. Giannini, D. Prosperi, S. Sciuti. Nuovo Cimento 25 (1962) 1227 S.E. Vandenbosch, C.V.K. Baba, P.R. Christensen, O.B. Nielsen, H. Nordby. Nucl. Phys. 41 (1963) 482 C.R. Cothern, R.D. Connor. Can. J. Phys. 43 (1965) 383 R.O. Mead, J.E. Draper. Phys. Rev. 139 (1965) B9 M. Nurmia, D. Giessing, W. Sievers, L. Varga. Ann. Acad. Sci. Fennicae Ser. A VI (1965) No.167 (Halflife) W.F. Davidson, C.R. Cothern, R.D. Connor. Can. J. Phys. 45 (1967) 2295 J. Dalmasso, H. Maria. C. R. Acad. Sci. (Paris) 265B (1967) 822 ANL /F.G. Kondev 5 16/05/2011 18/7/2011

C. Briancon, C.F. Leang, R. Walen. C. R. Acad. Sci. (Paris) 266B (1968) 1533 S. Gorodetzky, F.A. Beck, T. Byrski, A. Knipper. Nucl. Phys. A117 (1968) 208 W.D. Hamilton, K.E. Davies. Nucl. Phys. A114 (1968) 577 E.F. da Silveira, A.G. de Pinho, C.V. de Barros. An. Acad. Brasil. Cienc. 43 (1971) 97 N.B. Gove, M.J. Martin. Nucl. Data Tables A10 (1971) 205 (Log ft) K. BlatonAlbicka, B. KotlinskaFilipek, M. Matul, K. Stryczniewicz, M. Nowicki, E. Ruchowska Lukasiak. Nukleonika 21 (1976) 935 M.M. Hindi, E.G. Adelberger, S.E. Kellogg, T. Murakami. Phys. Rev. C38 (1988) 1370 E. Schönfeld, H. Janssen. Nucl. Instrum. Methods Phys. Res. A369 (1996) 527 (Kshell fluorescence yields) E. Schönfeld, G. Rodloff. Report PTB6.11981 Braunschweig (1998) (K Auger electron energies) E. Schönfeld, G. Rodloff. Report PTB6.1119991 Braunschweig (1999) (K Xray energies and relative emission probabilities) E. Schönfeld, H. Janssen. Appl. Radiat. Isot. 52 (2000) 595 (Xray and Auger electron emission probabilities and energies) G. Audi, A.H. Wapstra, C. Thibault. Nucl. Phys. A729 (2003) 337 (Q) R.D. Deslattes, E.G. Kessler Jr., P. Indelicato, L. de Billy, E. Lindroth, J. Anton. Rev. Mod. Phys. 75 (2003) 35 (K and L Xray energies) E. Browne. Nucl. Data Sheets 103 (2004) 183 (Nuclear levels, multipolarities and mixing ratios) C. Dulieu, M.M. Bé, V. Chisté. Proc. Int. Conf. on Nuclear Data for Science and Technology, Nice, France, 2227 April 2007 (2008) 97 (SAISINUC software) T. Kibedi, T.W. Burrows, M.B. Trzhaskovskaya, P.M. Davidson, C.W. Nestor Jr.. Nucl. Instrum. Methods Phys. Res. A589 (2008) 202 (Theoretical ICCs) F.G. Kondev, S. Lalkovski. Nucl. Data Sheets 112 (2011) 707 (Nuclear levels) ANL /F.G. Kondev 6 16/05/2011 18/7/2011

LNELNHB/CEA Table de Radionucléides Pb 82 129 0 Pb 82 129 + 9/2 ; 0 36,1 (2) min Emission intensities per 100 disintegrations 0,0172 0,0009 0,019 1,06 0,0047 0,057 10 9 8 7 6 5 4 9 6 8 0,005 0,004 0,006 0,000 9 3 0,008 0,010 0,018 0,029 0,47 0,116 0,004 7 8 1 1 0,026 0,018 0,012 3 0,033 0,017 + (7/2,9/2,11/2) ; 1270,75 1234,3 1196,33 9/2 ; 1109,509 1103,52 1080,64 (7/2,9/2,11/2) ; 1014,38 6,32 0,09 3 2 7 0,07 1,81 3,5 2 0,04 0,62 9/2 ; 831,984 (9/2,11/2) ; 766,68 1,57 1 3,83 7/2 ; 404,834 0,317 ns 91,28 0 Bi 83 128 Q = 1367 % = 100 9/2 ; 0 2,15 (2) min ANL / F.G. Kondev Scheme page : 1/1 16/05/2011 06/07/2011