Liste der Isotope/5. Periode

Liste der Isotope/5. Periode

Dieser Artikel ist eine Liste der Isotope aller bekannten Elemente der fünften Periode.

Eine Übersicht über alle weiteren Isotope sowie eine Legende ist im Hauptartikel Liste der Isotope zu finden.

37 Rubidium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
74Rb 64,9 ms 10,4 (0+) K/β+ = 100
75Rb 19,0 s 7,02 (3/2−,5/2−) K/β+ = 100
76Rb 36,5 s 8,50 1(−) K/β+ = 100
77Rb 3,77 min 5,346 3/2− K/β+ = 100
78Rb 17,66 min 7,224 0(+) K/β+ = 100
78m1Rb 5,74 min 7,327 (K/β+), 0,103 (IT) 4(−) K/β+ = 90, IT = 10
79Rb 22,9 min 3,649 5/2+ K/β+ = 100
80Rb 34 s 5,723 1+ K/β+ = 100
81Rb 4,576 h 2,237 3/2− K/β+ = 100
81m1Rb 30,5 min 0,086 (IT), 2,237 (K/β+) 9/2+ IT = 97,6, K/β+ = 2,4
82Rb 1,273 min 0,910 1+ K/β+ = 100
82m1Rb 6,472 h 4,469 (K/β+), 0,069 (IT) 5− K/β+ = 100, IT < 0,33
83Rb 86,2 d 0,910 5/2− K = 100
83m1Rb 7,8 ms 9/2+ IT = ?, K/β+ = ?
84Rb 32,77 d 2,681 (K/β+), 0,894 (β) 2− K/β+ = 96,2, β = 3,8
84m1Rb 20,26 min 0,464 6− IT = 100
85Rb stabil 5/2− 72,165
86Rb 18,631 d 1,774 (β), 0,519 (K/β+) 2− β = 99,9948, K/β+ = 0,0052
86m1Rb 1,017 min 0,556 6− IT = 100
87Rb 4,81 × 1010 a 0,2833 3/2− β = 100 27,835
88Rb 17,78 min 5,316 2− β = 100
89Rb 15,15 min 4,501 3/2− β = 100
90Rb 158 s 6,590 0− β = 100
90m1Rb 258 s 6,697 (β) 0,107 (IT) 3− β = 97,4, IT = 2,6
91Rb 58,4 s 5,861 3/2(−) β = 100
92Rb 4,492 s 8,105 (β), 0,763 (βn) 0− β = 100, βn = 0,0107
93Rb 5,84 s 7,462 (β), 2,178 (βn) 5/2− β = 100, βn = 1,39
94Rb 2,702 s 10,307 (β), 3,560 (βn) 3(−) β = 100, βn = 10,4
95Rb 377,5 ms 9,279 (β), 4,932 (βn) 5/2− β = 100, βn = 8,73
96Rb 0,199 s 11,756 (β), 5,861 (βn) 2+ β = 100, βn = 13,8
97Rb 169,9 ms 10,42 (β), 6,54 (βn) 3/2(+) β = 100, βn = 25,1
98Rb 114 ms 12,344 (β), 6,46 (βn), 2,57 (β2n) (1,0) β = 100, βn = 13,6, β2n = 0,051
98m1Rb 96 ms 12,614 (β), 6,73 (βn) (4,5) β = 100
99Rb 50,3 ms 11,25 (β), 7,61 (βn) (5/2+) β = 100, βn = 20,7
100Rb 51 ms 13,50 (β), 7,40 (βn), ? (β2n) β = 100, βn = 6, β2n = 0,16
101Rb 32 ms 11,81 (β), 8,55 (βn) (3/2+) β = 100, βn = 28
102Rb 37 ms β = 100, βn = 18

38 Strontium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
75Sr 71 ms 10,6 (K/β+), 8,3 (Kp) K/β+ = 100, Kp = 6,5
76Sr 8,9 s 6,1 0+ K/β+ = 100
77Sr 9,0 s 6,85 (K/β+), 3,71 (Kp) 5/2+ K/β+ = 100, Kp < 0,25
78Sr 2,5 min 3,762 0+ K/β+ = 100
79Sr 2,25 min 5,318 3/2(−) K/β+ = 100
80Sr 106,3 min 1,868 0+ K/β+ = 100
81Sr 22,3 min 3,930 1/2− K/β+ = 100
82Sr 25,55 d 0,180 0+ K = 100
83Sr 32,41 h 2,276 7/2+ K/β+ = 100
83m1Sr 4,95 s 0,259 1/2− IT = 100
84Sr stabil 0+ 0,56
85Sr 64,84 d 1,065 9/2+ K = 100
85m1Sr 67,63 min 0,239 (IT), 1,304 (K/β+) 1/2− IT = 86,6, K/β+ = 13,4
86Sr stabil 0+ 9,86
86m1Sr 0,45 µs 2,956 8+ IT = 100
87Sr stabil 9/2+ 7,00
87m1Sr 2,803 h 0,389 (IT), 0,106 (K/β+) 1/2− K = 0,30, IT = 99,70
88Sr stabil 0+ 82,58
89Sr 50,53 d 1,495 5/2+ β = 100
90Sr 28,79 a 0,546 0+ β = 100
91Sr 9,63 h 2,699 5/2+ β = 100
92Sr 2,71 h 1,911 0+ β = 100
93Sr 7,423 min 4,137 5/2+ β = 100
94Sr 75,3 s 3,511 0+ β = 100
95Sr 23,90 s 6,080 1/2+ β = 100
96Sr 1,07 s 5,371 0+ β = 100
97Sr 426 ms 7,467 (β), 1,488 (βn) 1/2+ β = 100, βn = 0,005
98Sr 0,653 s 5,826 (β), 1,580 (βn) 0+ β = 100, βn = 0,18
99Sr 0,269 s 8,03 (β), 2,19 (βn) 3/2+ β = 100, βn = 0,100
100Sr 202 ms 7,08 (β), 1,91 (βn) 0+ β = 100, βn = 0,78
101Sr 118 ms 8,82 (β), 3,76 (βn) (5/2−) β = 100, βn = 2,37

39 Yttrium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
77Y 63 ms 11,0 K/β+ = 100
79Y 14,8 s 7,1 (K/β+), 1,3 (Kp) (5/2+) K/β+ = 100, Kp = ?
80Y 35 s 9,1 (3,4,5) K/β+ = 100
81Y 70,4 s 5,51 (5/2+) K/β+ = 100
82Y 9,5 s 7,82 1+ K/β+ = 100
83Y 7,08 min 4,47 (9/2+) K/β+ = 100
83m1Y 2,85 min 4,532 (K/β+), 0,062 (IT) (3/2−) K/β+ = 60, IT = 40
84Y 4,6 s 6,49 1+ K/β+ = 100
84m1Y 39,5 min 6,49 (5−) K/β+ = 100
85Y 2,68 h 3,25 (1/2) - K/β+ = 100
85m1Y 4,86 h 3,27 (K/β+), 0,02 (IT) 9/2+ K/β+ = 100, IT < 2 × 10-3
86Y 14,74 h 5,24 4− K/β+ = 100
86m1Y 48 min 0,218 (IT), 5,458 (K/β+) (8+) IT = 99,31, K/β+ = 0,69
87Y 79,8 h 1,862 1/2− K/β+ = 100
87m1Y 13,37 h 0,381 (IT), 2,243 (K/β+) 9/2+ IT = 98,43, K/β+ = 1,57
88Y 106,65 d 3,623 4− K/β+ = 100
88m1Y 13,9 ms (8) + IT = 100
89Y stabil 1/2− 100
89m1Y 16,06 s 0,909 9/2+ IT = 100
90Y 64,00 h 2,282 2− β = 100
90m1Y 3,19 h 0,682 (IT), 2,964 (β) 7+ IT = 99,9982, β = 0,0018
91Y 58,51 d 1/2− β = 100
91m1Y 49,71 min 9/2+ IT = 100, β < 1,5
92Y 3,54 h 3,639 2− β = 100
93Y 10,18 h 2,893 1/2− β = 100
93m1Y 0,82 s 0,759 7/2+ IT = 100
94Y 18,7 min 4,919 2− β = 100
95Y 10,3 min 4,420 1/2− β = 100
96Y 5,34 s 7,087 0− β = 100
96m1Y 9,6 s 7,087 (8+) β ≈ 100
97Y 3,75 s 6,688 (β), 1,108 (βn) (1/2−) β = 100, βn = 0,055
97m1Y 1,17 s 7,356 (β), 0,668 (IT), 1,776 (βn) 9/2+ β>99,3, IT<0,7, βn<0,08
97m2Y 142 ms 3,523 (IT), 10,211 (β) 27/2− IT>80, β<20
98Y 0,584 s 8,830 (β), 2,443 (βn) 0− β = 100, βn = 0,33
98m1Y 2 s 8,830 (β), 0,0 (IT), 2,443 (βn) 4, 5 β = 90, IT<20, β = 3,4
99Y 1,470 s 7,567 (β), 2,990 (βn) 5/2+ β = 100, βn = 1,9
100Y 0,735 s 9,31 (β), 2,40 (βn) 1−,2− β = 100, βn = 0,92
100m1Y 0,94 s 9,31 (β) 3, 4, 5 β = 100
101Y 0,45 s 8,55 (β), 3,62 (βn) 5/2+ β = 100, βn = 1,94
102Y 0,36 s 9,85 (β) low β = 100
102m1Y 0,3 s 9,85 (β) high β = 100
103Y 0,23 s 9,6 (β), 4,9 (βn) 5/2+ β = 100, βn = 8
104Y 11,8 (β) β = 100

40 Zirconium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
81Zr 15 s 7,2 (K/β+), 4,2 (Kp) K/β+ = 100, Kp = ?
82Zr 32 s 4,0 0+ K/β+ = 100
83Zr 44 s 5,87 (K/β+), 2,26 (Kp) (1/2−) K/β+ = 100, Kp = ?
84Zr 25,9 min 0+ K/β+ = 100
85Zr 7,86 min 4,69 7/2+ K/β+ = 100
85m1Zr 10,9 s 4,982 (K/β+), 0,292 (IT) (1/2−) K/β+>8, IT < 92
86Zr 16,5 h 1,480 0+ K/β+ = 100
87Zr 1,68 h 3,665 (9/2) + K/β+ = 100
87m1Zr 14,0 s 0,336 (1/2) - IT = 100
88Zr 83,4 d 0,670 0+ K = 100
89Zr 78,41 h 2,832 9/2+ K/β+ = 100
89m1Zr 4,18 min 3,420 (K/β+), 0,588 (IT) 1/2− K/β+ = 6,23, IT = 93,77
90Zr stabil 0+ 51,45
90m1Zr 809,2 ms 2,319 5− IT = 100
91Zr stabil 5/2+ 11,22
92Zr stabil 0+ 17,15
93Zr 1,53 × 106 a 0,091 5/2+ β = 100
94Zr stabil 0+ 17,38
95Zr 64,02 d 1,125 5/2+ β = 100
96Zr 3,8 × 1019 a 3,350 0+ β β = 100 2,80
97Zr 16,91 h 2,658 1/2+ β = 100
98Zr 30,7 s 2,261 0+ β = 100
99Zr 2,1 s 4,558 (1/2+) β = 100
100Zr 7,1 s 3,34 0+ β = 100
101Zr 2,3 s 5,49 (3/2+) β = 100
102Zr 2,9 s 4,61 0+ β = 100
103Zr 1,3 s 6,95 (5/2−) β = 100
104Zr 1,2 s 5,9 0+ β = 100
105Zr 0,6 s 8,5 0+ β = 100

41 Niob

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
83Nb 4,1 s 7,5 (5/2+) K/β+ = 100
84Nb 12 s 9,6 (K/β+), 3,2 (Kp) 3+ K/β+ = 100, Kp = ?
85Nb 20,9 s 6,0 (9/2+) K/β+ = 100
86Nb 88 s 7,98 (5+) K/β+ = 100
86m1Nb 56 s 7,98 K/β+ = 100
87Nb 2,6 min 5,17 (9/2+) K/β+ = 100
87m1Nb 3,7 min 5,17 (1/2−) K/β+ = 100
88Nb 14,5 min 7,20 (8+) K/β+ = 100
88m1Nb 7,8 min 7,20 (4−) K/β+ = 100
89Nb 1,9 h 4,29 (9/2+) K/β+ = 100
89m1Nb 1,18 h 4,29 (1/2) - K/β+ = 100
90Nb 14,60 h 6,111 8+ K/β+ = 100
90m1Nb 18,81 s 0,125 4− IT = 100
90m2Nb 6,19 ms 1+ IT = 100
91Nb 680 a 1,253 9/2+ K/β+ = 100
91m1Nb 60,86 d 0,104 (IT), 1,357 (K/β+) 1/2− IT = 93, K/β+ = 7
92Nb 3,47 × 107 a 2,006 (K/β+), 0,356 (β) (7) + K/β+ = 100, β < 0,05
92m1Nb 10,15 d 2,141 (2) + K/β+ = 100
93Nb stabil 9/2+ 100
93m1Nb 16,13 a 0,031 1/2− IT = 100
94Nb 2,03 × 104 a 2,045 (6) + β = 100
94m1Nb 6,263 min 0,041 (IT), 2,086 (β) 3+ IT = 99,50, β = 0,50
95Nb 34,975 d 0,926 9/2+ β = 100
95m1Nb 86,6 h 0,236 (IT), 1,162 (β) 1/2− IT = 94,4, β = 5,6
96Nb 23,35 h 3,187 6+ β = 100
97Nb 72,1 min 1,934 9/2+ β = 100
97m1Nb 52,7 s 0,743 1/2− IT = 100
98Nb 2,86 s 4,586 1+ β = 100
98m1Nb 51,3 min 4,670 (β), 0,084 (IT) (5+) β = 99,9, IT < 0,2
99Nb 15,0 s 3,639 9/2+ β = 100
99m1Nb 2,6 min 4,004 (β), 0,365 (IT) 1/2− β = 96,2, IT < 3,8
100Nb 1,5 s 6,25 1+ β = 100
100m1Nb 2,99 s 6,75 4+, 5+ β = 100
101Nb 7,1 s 4,569 5/2+ β = 100
102Nb 1,3 s 7,21 1+ β = 100
102m1Nb 4,3 s 7,21 β = 100
103Nb 1,5 s 5,53 5/2+ β = 100
104Nb 4,8 s 8,11 (β), 0,55 (βn) 1+ β = 100, βn = 0,71
104m1Nb 0,92 s 8,325 β = 100
105Nb 2,95 s 6,49 5/2+ β = 100
106Nb 1,02 s 9,3 β = 100
107Nb 0,33 s 7,9 β = 100
108Nb 193 ms 2+
109Nb 0,19 s 9,1 (β), 5,0 (βn) β = 100, βn = 31
110Nb 0,17 s 12,1 (β), 5,8 (βn) β = 100, βn = 40

42 Molybdän

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
84Mo 6,1 0+ K/β+ = 100
85Mo
86Mo 19,6 s 5,3 0+ K/β+ = 100
87Mo 13,4 s 6,49 (K/β+), 2,82 (β+p) (7/2+) K/β+ = 100, β+p = ?
88Mo 8,0 min 3,72 0+ K/β+ = 100
89Mo 2,04 min 5,58 (9/2+) K/β+ = 100
89m1Mo 190 ms 0,387 (1/2−) IT = 100
90Mo 5,56 h 2,489 0+ K/β+ = 100
91Mo 15,49 min 4,434 9/2+ K/β+ = 100
91m1Mo 65,0 s 5,087 (K/β+), 0,653 (IT) 1/2− K/β+ = 49,9, IT = 50,1
92Mo stabil 0+ 14,84
93Mo 4,0 × 103 a 0,405 5/2+ K = 100
93m1Mo 6,85 h 2,830 21/2+ IT = 99,88, K/β+ = 0,12
94Mo stabil 0+ 9,25
95Mo stabil 5/2+ 15,92
96Mo stabil 0+ 16,68
97Mo stabil 5/2+ 9,55
98Mo stabil 0+ 24,13
99Mo 65,94 h 1,357 1/2+ β = 100
100Mo 1,00 × 1019 a 3,034 0+ ββ = 100 9,63
101Mo 14,61 min 2,824 1/2+ β = 100
102Mo 11,3 min 1,01 0+ β = 100
103Mo 67,5 s 3,75 (3/2+) β = 100
104Mo 60 s 2,16 0+ β = 100
105Mo 35,6 s 4,95 (5/2−) β = 100
106Mo 8,4 s 3,52 0+ β = 100
107Mo 3,5 s 6,16 β = 100
108Mo 1,09 s 4,64 0+ β = 100
109Mo 0,53 s 7,5 β = 100
110Mo 0,30 s 5,9 0+ β = 100

43 Technetium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
88Tc 6,4 s 10,1 (6,7,8) K/β+ = 100
88m1Tc 5,8 s 10,1 (2,3) K/β+ = 100
89Tc 12,8 s 7,51 (9/2+) K/β+ = 100
89m1Tc 12,9 s 7,51 (1/2−) K/β+ = 100
90Tc 49,2 s 9,1 (8+) K/β+ = 100
90m1Tc 8,7 s 9,6 1+ K/β+ = 100
91Tc 3,14 min 6,22 (9/2) + K/β+ = 100
91m1Tc 3,3 min 6,57 (K/β+), 0,35 (IT) (1/2) - K/β+ = 100, IT < 1
92Tc 4,23 min 7,87 (8) + K/β+ = 100
93Tc 2,75 h 3,201 9/2+ K/β+ = 100
93m1Tc 43,5 min 3,593 (K/β+), 0,392 (IT) 1/2− IT = 76,6, K/β+ = 23,4
93m2Tc 10,2 µs 2,185 17/2− IT = 100
94Tc 293 min 4,256 7+ K/β+ = 100
94m1Tc 52,0 min 1,730 (K/β+), 0,075 (IT) (2) + K/β+ = 100, IT < 0,1
95Tc 20,0 h 1,691 9/2+ K/β+ = 100
95m1Tc 61 d 1,730 (K/β+), 0,039 (IT) 1/2− K/β+ = 96,12, IT = 3,88
96Tc 4,28 d 2,973 7+ K/β+ = 100
96m1Tc 51,5 min 3,007 (K/β+), 0,034 (IT) 4+ IT = 98,0, K/β+ = 2,0
97Tc 2,6 × 106 a 0,320 9/2+ K = 100
97m1Tc 90,1 d 0,471 (K/β+), 0,097 (IT) 1/2− IT = 100, K<0,34
98Tc 4,2 × 106 a 1,796 (6) + β = 100
99Tc 2,111 × 105 a 0,294 9/2+ β = 100
99m1Tc 6,01 h 0,143 (IT), 0,437 (β) 1/2− IT = 99,9963, β = 0,0037
100Tc 15,8 s 3,202 (β), 0,168 (K) 1+ β = 99,9982, K = 0,0018
101Tc 14,22 min 1,614 9/2+ β = 100
102Tc 5,28 s 4,53 1+ β = 100
102m1Tc 4,35 min 4,53 (β), 0,0 (IT) (4,5) β = 98, IT = 2
103Tc 54,2 s 2,66 5/2+ β = 100
104Tc 18,3 min 5,60 (3+) β = 100
105Tc 7,6 min 3,64 (3/2−) β = 100
106Tc 35,6 s 6,547 1, 2 β = 100
107Tc 21,2 s 4,82 β = 100
108Tc 5,17 s 7,72 2+ β = 100
109Tc 0,87 s 5,99 (3/2−) β = 100
110Tc 0,92 s 8,8 1+, 2+ β = 100
111Tc 0,3 s 7,0 β = 100
112Tc 0,28 s 10,0 β = 100
113Tc 0,13 s 8,2 β = 100

44 Ruthenium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
90Ru 11 s 5,6 0+ K/β+ = 100
91Ru 9 s 7,4 (9/2+) K/β+ = 100
91m1Ru 7,6 s 7,4 (K/β+), 4,3 (Kp) (1/2−) K/β+ = ?, Kp = ?, IT = ?
92Ru 3,65 min 4,5 0+ K/β+ = 100
93Ru 59,7 s 6,34 (9/2) + K/β+ = 100
93m1Ru 10,8 s 0,734 (IT), 7,074 (K/β+), 2,984 (Kp) (1/2) - IT = 22,0, K/β+ = 78,0, Kp = 0,027
94Ru 51,8 min 1,593 0+ K/β+ = 100
95Ru 1,643 h 2,572 5/2+ K/β+ = 100
96Ru stabil 0+ 5,52
97Ru 2,9 d 1,115 5/2+ K = 100
98Ru stabil 0+ 1,88
99Ru stabil 5/2+ 12,7
100Ru stabil 0+ 12,6
101Ru stabil 5/2+ 17,0
102Ru stabil 0+ 31,6
103Ru 39,26 d 0,763 3/2+ β = 100
103m1Ru 1,69 ms 0,238 11/2− IT = 100
104Ru stabil 0+ 18,7
105Ru 4,44 h 1,917 3/2+ β = 100
106Ru 373,59 d 0,039 0+ β = 100
107Ru 3,75 min 2,94 (5/2) + β = 100
108Ru 4,55 min 1,36 0+ β = 100
109Ru 34,5 s 4,16 (5/2+) β = 100
110Ru 14,6 s 2,81 0+ β = 100
111Ru 2,12 s 5,50 β = 100
112Ru 1,75 s 3,67 0+ β = 100
113Ru 0,80 s 6,6 β = 100
114Ru 0,53 s 4,8 0+ β = 100
115Ru 0,40 s 7,6 (β), 0,7 (βn) β = 100, βn = ?

45 Rhodium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
93Rh 8,1 9/2+ K/β+ = 100
94Rh 70,6 s 9,6 (K/β+) (3+) K/β+ = 100, Kp = 1,8
94m1Rh 25,8 s 9,6 (8+) K/β+ = 100
95Rh 5,02 min 5,11 (9/2) + K/β+ = 100
95m1Rh 1,96 min 5,653 (K/β+), 0,543 (IT) (1/2) - K/β+ = 12, IT = 88
96Rh 9,90 min 6,446 6+ K/β+ = 100
96m1Rh 1,51 min 0,052 (IT), 6,498 (K/β+) 3+ IT = 60, K/β+ = 40
97Rh 30,7 min 3,52 (9/2) + K/β+ = 100
97m1Rh 46,2 min 3,779 (K/β+), 0,259 (IT) (1/2) - K/β+ = 94,4, IT = 5,6
98Rh 8,7 min 5,057 (2) + K/β+ = 100
98m1Rh 3,5 min 5,057 (K/β+), 0,0 (IT) (5+) K/β+>0, IT = ?
99Rh 16,1 d 2,103 1/2− K/β+ = 100
99m1Rh 4,7 h 2,167 (K/β+), 0,064 (IT) 9/2+ K/β+>99,84, IT < 0,16
100Rh 20,8 h 3,630 1− K/β+ = 100
100m1Rh 4,6 min 0,0 (IT), 3,630 (K/β+) (5+) IT ≈ 98,3, K/β+ ≈ 1,7
101Rh 3,3 a 0,542 1/2− K = 100
101m1Rh 4,34 d 0,699 (K), 0,157 (IT) 9/2+ K = 92,8, IT = 7,2
102Rh 207 d 2,323 (K/β+), 1,150 (β) (1−,2−) K/β+ = 80, β = 20
102m1Rh 2,9 a 2,464 (K/β+), 0,141 (IT) 6(+) K/β+ = 99,767, IT = 0,233
103Rh stabil 1/2− 100
103m1Rh 56,12 min 0,040 7/2+ IT = 100
104Rh 42,3 s 2,441 (β), 1,141 (K/β+) 1+ β = 99,55, K/β+ = 0,45
104m1Rh 4,34 min 0,129 (IT), 2,570 (β) 5+ IT = 99,87, β = 0,13
105Rh 35,36 h 0,567 7/2+ β = 100
105m1Rh 45 s 0,130 1/2− IT = 100
106Rh 29,80 s 3,541 1+ β = 100
106m1Rh 131 min 3,678 (6) + β = 100
107Rh 21,7 min 1,511 7/2+ β = 100
108Rh 16,8 s 4,510 1+ β = 100
108m1Rh 6,0 min 4,510 (5+) β = 100
109Rh 80 s 2,591 7/2+ β = 100
110Rh 3,2 s 5,40 1+ β = 100
110m1Rh 28,5 s 5,40 β = 100
111Rh 11 s 3,74 7/2+ β = 100
112Rh 2,1 s 6,8 1+ β = 100
112m1Rh 6,8 s 6,8 β = 100
113Rh 2,8 s 4,9 7/2+ β = 100
114Rh 1,85 s 7,9 1+ β = 100
114m1Rh 1,85 s 7,9 β = 100
115Rh 0,99 s 6,0 7/2+ β = 100
116Rh 0,68 s 8,9 1+ β = 100
116m1Rh 0,9 s 8,9 5, 6, 7 β = 100
117Rh 0,44 s 7,0 7/2+ β = 100

46 Palladium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
93Pd 60 s 9,5 K/β+ = 100
94Pd 9 s 6,6 0+ K/β+ = 100
95Pd
95m1Pd 13,3 s 10,2 (K/β+), 2,0 (IT), 7,1 (Kp) 21/2+ K/β+> = 91,3, IT < 9,7, Kp = 0,9
96Pd 122 s 3,45 0+ K/β+ = 100
97Pd 3,10 min 4,80 (5/2+) K/β+ = 100
98Pd 17,7 min 1,873 0+ K/β+ = 100
99Pd 21,4 min 3,365 (5/2) + K/β+ = 100
100Pd 3,63 d 0,361 0+ K = 100
101Pd 8,47 h 1,980 5/2+ K/β+ = 100
102Pd stabil 0+ 1,02
103Pd 16,991 d 0,543 5/2+ K = 100
104Pd stabil 0+ 11,14
105Pd stabil 5/2+ 22,33
106Pd stabil 0+ 27,33
107Pd 6,5 × 106 a 0,033 5/2+ β = 100
107m1Pd 21,3 s 0,215 11/2− IT = 100
108Pd stabil 0+ 26,46
109Pd 13,7012 h 1,116 5/2+ β = 100
109m1Pd 4,696 min 0,189 11/2− IT = 100
110Pd stabil 0+ 11,72
111Pd 23,4 min 2,190 5/2+ β = 100
111m1Pd 5,5 h 0,172 (IT), 2,362 (β) 11/2− IT = 73, β = 27
112Pd 21,03 h 0,288 0+ β = 100
113Pd 93 s 3,340 (5/2+) β = 100
113m1Pd 100 s 3,340 β = ?
113m2Pd 0,3 s 0,081 (9/2−) IT = 100
114Pd 2,42 min 1,451 0+ β = 100
115Pd 25 s 4,580 (5/2+) β = 100
115m1Pd 50 s 4,669 (β), 0,089 (IT) (11/2−) β = 92,0, IT = 8,0
116Pd 11,8 s 2,610 0+ β = 100
117Pd 4,3 s 5,70 (5/2+) β = 100
117m1Pd 19,1 ms 0,203 (11/2−) IT = 100
118Pd 1,9 s 4,1 0+ β = 100
119Pd 0,92 s 6,5 β = 100
120Pd 0,5 s 5,0 0+ β = 100

47 Silber

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
94Ag 10 ms 0+ K/β+ = 100
94m1Ag 0,42 s (9+) K/β+ = 100, Kp = ?
95Ag 2,0 s K/β+ = 100, Kp = ?
96Ag 5,1 s 11,6 (K/β+), 6,5 (Kp) (8+, 9+) K/β+ = 100, Kp = 8,0
97Ag 19 s 7,0 (9/2+) K/β+ = 100
98Ag 46,7 s 8,42 (5+) K/β+ = 100
99Ag 124 s 5,43 (9/2) + K/β+ = 100
99m1Ag 10,5 s 0,506 (1/2−) IT = 100
100Ag 2,01 min 7,050 (5) + K/β+ = 100
100m1Ag 2,24 min 7,066 (K/β+), 0,015 (IT) (2) + K/β+ = ?, IT = ?
101Ag 11,1 min 4,200 9/2+ K/β+ = 100
101m1Ag 3,10 s 0,274 (1/2) - IT = 100
102Ag 12,9 min 5,920 5+ K/β+ = 100
102m1Ag 7,7 min 5,929 (K/β+), 0,009 (IT) 2+ K/β+ = 51, IT = 49
103Ag 65,7 min 2,688 7/2+ K/β+ = 100
103m1Ag 5,7 s 0,134 1/2− IT = 100
104Ag 69,2 min 4,279 5+ K/β+ = 100
104m1Ag 33,5 min 4,286 (K/β+), 0,007 (IT) 2+ K/β+ = 100, IT < 0,07
105Ag 41,29 d 1,346 1/2− K/β+ = 100
105m1Ag 7,23 min 0,025 (IT), 1,371 (K/β+) 7/2+ IT = 99,66, K/β+ = 0,34
106Ag 23,96 min 2,965 (K/β+), 0,195 (β) 1+ K/β+ = 99,5, β < 1
106m1Ag 8,28 d 3,055 6+ K/β+ = 100
107Ag stabil 1/2− 51,839
107m1Ag 44,3 s 0,093 7/2+ IT = 100
108Ag 2,37 min 1,649 (β), 1,918 (K/β+) 1+ β = 97,15, K/β+ = 2,85
108m1Ag 418 a 2,027 (K/β+), 0,109 (IT) 6+ K/β+ = 91,3, IT = 8,7
109Ag stabil 1/2− 48,161
109m1Ag 39,6 s 0,088 7/2+ IT = 100
110Ag 24,6 s 2,891 (β), 0,893 (K) 1+ β = 99,70, K = 0,30
110m1Ag 249,79 d 3,010 (β), 0,188 (IT) 6+ β = 98,64, IT = 1,36
111Ag 7,45 d 1,037 1/2− β = 100
111m1Ag 64,8 s 0,060 (IT), 1,097 (β) 7/2+ IT = 99,3, β = 0,7
112Ag 3,130 h 3,956 2(−) β = 100
113Ag 5,37 h 2,016 1/2− β = 100
113m1Ag 68,7 s 0,043 (IT), 2,059 (β) 7/2+ IT = 64, β = 36
114Ag 4,6 s 5,080 1+ β = 100
114m1Ag 1,50 ms (LE 6+) IT = 100
115Ag 20,0 min 3,100 1/2− β = 100
115m1Ag 18,0 s 3,141 (β), 0,041 (IT) 7/2+ β = 79,0, IT = 21,0
116Ag 2,68 min 6,160 (2) - β = 100
116m1Ag 8,6 s 6,242 (β), 0,082 (IT) (5+) β = 94,0, IT = 6,0
117Ag 72,8 s 4,160 (1/2−) β = 100
117m1Ag 5,34 s 4,189 (β), 0,029 (IT) (7/2+) β = 94,0, IT = 6,0
118Ag 3,76 s 7,060 (1) - β = 100
118m1Ag 2,0 s 7,188 (β), 0,128 (IT) (4) + β = 59, IT = 41
119Ag 2,1 s 5,35 (7/2+) β = 100
119m1Ag 6,0 s 5,35 (1/2−) β = 100
120Ag 1,23 s 8,200 (3+) β = 100
120m1Ag 0,32 s 8,403 (β), 0,203 (IT) (6−) β ≈ 63, IT ≈ 37
121Ag 0,78 s 6,40 (β), 1,35 (βn) (7/2+) β = 100, βn = 0,080
122Ag 0,48 s 9,1 (β) 1,4 (βn) (3+) β = 100, βn = ?
122m1Ag 1,5 s β = 100
123Ag 0,309 s 7,4 (β), 2,5 (βn) (7/2+) β = 100, βn = 55
124Ag 0,172 s 10,1 (β), 2,7 (βn) β = 100, βn>0,1
125Ag 166 ms β = 100, βn = ?
126Ag 107 ms β = 100
127Ag 109 ms β = 100
128Ag 58 ms β = 100, βn = ?

48 Cadmium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
97Cd 3 s K/β+ = 100, Kp = ?
98Cd 9,2 s 5,42 0+ K/β+ = 100
99Cd 16 s 6,90 (K/β+), 4,15 (Kp), 6,10 (Kα) (5/2+) K/β+ = 100, Kp = 0,17 $ \left.^{+11}_{-5}\right. $, Kα < 1 × 10−4
100Cd 49,1 s 3,88 0+ K/β+ = 100
101Cd 1,36 min 5,48 (5/2+) K/β+ = 100
102Cd 5,5 min 2,587 0+ K/β+ = 100
103Cd 7,3 min 4,142 (5/2+) K/β+ = 100
104Cd 57,7 min 1,136 0+ K/β+ = 100
105Cd 55,5 min 2,739 5/2+ K/β+ = 100
106Cd stabil 0+ 1,25
107Cd 6,50 h 1,417 5/2+ K/β+ = 100
108Cd stabil 0+ 0,89
109Cd 462,6 d 0,214 5/2+ K = 100
110Cd stabil 0+ 12,49
111Cd stabil 1/2+ 12,80
111m1Cd 48,54 min 0,396 11/2− IT = 100
112Cd stabil 0+ 24,13
113Cd 7,7 × 1015 a 0,316 1/2+ β = 100 12,22
113m1Cd 14,1 a 0,580 (β), 0,264 (IT) 11/2− β = 99,86, IT = 0,14
114Cd stabil 0+ 28,73
115Cd 53,46 h 1,446 1/2+ β = 100
115m1Cd 44,6 d 1,627 11/2− β = 100
116Cd stabil 0+ 7,49
117Cd 2,49 h 2,517 1/2+ β = 100
117m1Cd 3,36 h 2,653 (11/2) - β = 100
118Cd 50,3 min 0,520 0+ β = 100
119Cd 2,69 min 3,800 3/2+ β = 100
119m1Cd 2,20 min 3,947 (11/2−) β = 100
120Cd 50,80 s 1,760 0+ β = 100
121Cd 13,5 s 4,890 (3/2+) β = 100
121m1Cd 8,3 s 5,105 (11/2−) β = 100
122Cd 5,24 s 3,00 0+ β = 100
123Cd 2,10 s 6,120 (3/2) + β = 100
123m1Cd 1,82 s 6,437 (β), 0,317 (IT) (11/2−) β = 100, IT = ?
124Cd 1,25 s 4,17 0+ β = 100
125Cd 0,65 s 7,16 (3/2+) β = 100
125m1Cd 0,57 s 7,209 (11/2−) β = 100
126Cd 0,506 s 5,49 0+ β = 100
127Cd 0,37 s 8,47 (3/2+) β = 100
128Cd 0,34 s 7,1 0+ β = 100
129Cd 0,27 s (3/2+) β = 100
130Cd 0,20 s 0+ β = 100, βn ≈ 4

49 Indium

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
100In 7,0 s 10,2 (K/β+), 5,3 (Kp) K/β+ = 100, Kp>3,9
101In 15,1 s 7,3 (K/β+), 2,5 (Kp) K/β+ ≈ 100, Kp = ?
102In 22 s 8,9 (K/β+) (6+) K/β+ = 100, Kp = 0,0093
103In 65 s 6,05 (9/2) + K/β+ = 100
103m1In 34 s (1/2−) K/β+ = 67, IT = 33
104In 1,80 min 7,91 (6+) K/β+ = 100
104m1In 15,7 s 0,094 (IT), 8,003 (K/β+) (3+) IT = 80, K/β+ = 20
105In 5,07 min 4,849 (9/2) + K/β+ = 100
105m1In 48 s 0,674 (1/2) - IT = 100
106In 6,2 min 6,521 7+ K/β+ = 100
106m1In 5,2 min 6,550 (3+) K/β+ = 100
107In 32,4 min 3,426 9/2+ K/β+ = 100
107m1In 50,4 s 0,678 1/2− IT = 100
108In 58,0 min 5,148 7+ K/β+ = 100
108m1In 39,6 min 5,178 2+ K/β+ = 100
109In 4,2 h 2,020 9/2+ K/β+ = 100
109m1In 1,34 min 0,650 1/2− IT = 100
109m2In 0,209 s 2,102 (19/2+) IT = 100
110In 4,9 h 3,878 7+ K/β+ = 100
110m1In 69,1 min 3,940 2+ K/β+ = 100
111In 2,8047 d 0,865 9/2+ K = 100
111m1In 7,7 min 0,537 1/2− IT = 100
112In 14,97 min 2,586 (K/β+), 0,664 (β) 1+ K/β+ = 56, β = 44
112m1In 20,56 min 0,157 4+ IT = 100
113In stabil 9/2+ 4,3
113m1In 1,6582 h 0,392 1/2− IT = 100
114In 71,9 s 1,989 (β), 1,452 (K/β+) 1+ β = 99,50, K/β+ = 0,50
114m1In 49,51 d 0,190 (IT), 1,642 (K/β+) 5+ IT = 96,75, K/β+ = 3,25
114m2In 43,1 ms 0,502 (IT) 8− IT = 100
115In 4,41 × 1014 a 0,495 9/2+ β = 100 95,7
115m1In 4,486 h 0,336 (IT), 0,831 (β) 1/2− IT = 95,0, β = 5,0
116In 14,10 s 3,274 (β), 0,470 (K) 1+ β>99,94, K<0,06
116m1In 54,29 min 3,401 5+ β = 100
116m2In 2,18 s 0,290 8− IT = 100
117In 43,2 min 1,455 9/2+ β = 100
117m1In 116,2 min 1,770 (β), 0,315 (IT) 1/2− β = 52,9, IT = 47,1
118In 5,0 s 4,423 1+ β = 100
118m1In 4,45 min 4,483 5+ β = 100
118m2In 8,5 s 0,200 (IT), 4,623 (β) 8− IT = 98,6, β = 1,4
119In 2,4 min 2,364 9/2+ β = 100
119m1In 18,0 min 2,675 (β), 0,311 (IT) 1/2− β = 94,4, IT = 5,6
120In 3,08 s 5,370 1+ β = 100
120m1In 46,2 s 5,370 (3,4,5) + β = 100
120m2In 47,3 s 5,370 (8−) β = 100
121In 23,1 s 3,360 9/2+ β = 100
121m1In 3,88 min 3,674 (β), 0,314 (IT) 1/2− β = 98,8, IT = 1,2
122In 1,5 s 6,370 1+ β = 100
122m1In 10,3 s 6,370 5+ β = 100
122m2In 10,8 s 6,370 8− β = 100
123In 5,98 s 4,391 9/2+ β = 100
123m1In 47,8 s 4,718 1/2− β = 100
124In 3,11 s 7,36 3+ β = 100
124m1In 3,7 s 7,41 (8−) β = 100
125In 2,36 s 5,42 9/2(+) β = 100
125m1In 12,2 s 5,78 1/2(−) β = 100
126In 1,60 s 8,21 3(+) β = 100
126m1In 1,64 s 8,321 7−,8−,9− β = 100
127In 1,09 s 6,51 (β), 0,95 (βn) (9/2+) β = 100, βn<0,03
127m1In 3,67 s 6,972 (β), 1,421 (βn) (1/2−) β = 100, βn = 0,69
128In 0,84 s 8,90 (β), 1,08 (βn) (3+) β = 100, βn<0,04
128m1In 0,72 s 9,30 (β), 1,40 (βn) (8−) β = 100, βn<0,04
129In 0,61 s 7,66 (β), 2,29 (βn) (9/2+) β = 100, βn = 0,25
129m1In 1,23 s 8,04 (β), 2,67 (βn), 0,38 (IT) (1/2−) β>99,7, βn = 2,5, IT < 0,3
130In 0,32 s 10,25 (β), 2,57 (βn) 1(−) β = 100, βn = 0,90
130m1In 0,55 s 10,30 (β), 2,62 (βn) (10−) β = 100, βn<1,67
130m2In 0,55 s 10,65 (β), 2,97 (βn) (5+) β = 100, βn<1,67
131In 0,282 s 9,18 (β), 3,97 (βn) (9/2+) β = 100, βn<2,2
131m1In 0,35 s 9,543 (β), 4,333 (βn), 0,636 (IT) (1/2−) β = 100, βn<2,2, IT < 0,04
131m2In 0,32 s 13,45 (β), 8,24 (βn), 4,27 (IT) (21/2+) β = 100, βn<2,2
132In 0,201 s 13,6 (β), 6,3 (βn) (7−) β = 100, βn = 6,2
133In 180 ms 13,5 (β), 11,1 (βn) (9/2+) β = 100, βn = 85
134In 138 ms β = 100, βn = 65

50 Zinn

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
100Sn 0,94 s 7,27 (K/β+), 5,70 (Kp) 0+ K/β+ = 100, Kp < 17
101Sn 3 s 8,8 (K/β+), 7,5 (Kp) K/β+ = 100, Kp = ?
102Sn 4,5 s 5,4 0+ K/β+ = 100
103Sn 7 s 7,7 K/β+ = 100
104Sn 20,8 s 4,52 0+ K/β+ = 100
105Sn 31 s 6,25 (K/β+), 3,45 (β+p) K/β+ = 100, β+p = ?
106Sn 115 s 3,18 0+ K/β+ = 100
107Sn 2,90 min 5,01 (5/2+) K/β+ = 100
108Sn 10,30 min 2,092 0+ K/β+ = 100
109Sn 18,0 min 3,850 5/2(+) K/β+ = 100
110Sn 4,11 h 0,638 0+ K = 100
111Sn 35,3 min 2,445 7/2+ K/β+ = 100
112Sn stabil 0+ 0,97
113Sn 115,09 d 1,036 1/2+ K/β+ = 100
113m1Sn 21,4 min 0,077 (IT), 1,113 (K/β+) 7/2+ IT = 91,1, K/β+ = 8,9
114Sn stabil 0+ 0,65
114m1Sn 3,26 µs 0,613 7/2+ IT = 100
114m2Sn 159 µs 0,713 11/2+ IT = 100
115Sn stabil 1/2+ 0,34
116Sn stabil 0+ 14,53
117Sn stabil 1/2+ 7,68
117m1Sn 13,60 d 0,315 11/2− IT = 100
118Sn stabil 0+ 24,23
119Sn stabil 1/2+ 8,59
119m1Sn 293,1 d 0,090 11/2− IT = 100
120Sn stabil 0+ 32,59
121Sn 27,06 h 0,388 3/2+ β = 100
121m1Sn 44 a 0,006 (IT), 0,394 (β) 11/2− IT = 77,6, β = 22,4
122Sn stabil 0+ 4,63
123Sn 129,2 d 1,404 11/2− β = 100
123m1Sn 40,06 min 1,429 3/2+ β = 100
124Sn stabil 0+ 5,79
124m1Sn 45 µs 2,657 10+ IT = 100
125Sn 9,64 d 2,364 11/2− β = 100
125m1Sn 9,52 min 2,364 3/2+ β = 100
126Sn 1 × 105 a 0,380 0+ β = 100
127Sn 2,10 h 3,201 (11/2−) β = 100
127m1Sn 4,13 min 3,206 (3/2+) β = 100
128Sn 59,07 min 1,274 0+ β = 100
128m1Sn 6,5 s 2,092 (7−) IT = 100
129Sn 2,23 min 4,000 (3/2+) β = 100
129m1Sn 6,9 min 4,035 (β), 0,035 (IT) (11/2−) β = 100, IT ≈ 2 × 10-4
130Sn 3,72 min 2,150 0+ β = 100
130m1Sn 1,7 min 4,097 (7−) β = 100
131Sn 56,0 s 4,638 (3/2+) β = 100
131m1Sn 58,4 s 4,880 (β), 0,242 (IT) (11/2−) β = 100, IT < 0,009
132Sn 39,7 s 3,30 0+ β = 100
133Sn 1,45 s 7,99 (β), 0,69 (βn) (7/2−) β = 100, βn = 0,08
134Sn 1,12 s 6,8 (β), 3,7 (βn) 0+ β = 100, βn = 17

51 Antimon

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
104Sb 7,4 s 12,20 (K/β+), 8,00 (Kp), 0,31 (p) K/β+ ≈ 100, Kp < 7, p < 1
105Sb 1,12 s 9,44 (K/β+), 0,483 (p) K/β+ ≈ 100, p = ?
106Sb 4+
107Sb 7,9 (K/β+), 1,5 (α) 5/2+ K/β+ = ?, α = ?
108Sb 7,4 s 9,51 (K/β+) (4+) K/β+ = 100, Kp = ?
109Sb 17,0 s 6,38 (5/2+) K/β+ = 100
110Sb 23,0 s 8,30 3+ K/β+ = 100
111Sb 75 s 5,10 (5/2+) K/β+ = 100
112Sb 51,4 s 7,055 3+ K/β+ = 100
113Sb 6,67 min 3,905 5/2+ K/β+ = 100
114Sb 3,49 min 5,880 3+ K/β+ = 100
115Sb 32,1 min 3,030 5/2+ K/β+ = 100
115m1Sb 6,2 ns 1,300 11/2− IT = 100
115m2Sb 159 ns 2,796 19/2− IT = 100
115m3Sb 4,1 ns 3,660 25/2+ IT = 100
116Sb 15,8 min 4,707 3+ K/β+ = 100
116m1Sb 60,3 min 5,090 8− K/β+ = 100
117Sb 2,80 h 1,757 5/2+ K/β+ = 100
117m1Sb 355 µs 3,131 5/2+ IT = 100
118Sb 3,6 min 3,657 1+ K/β+ = 100
118m1Sb 5,00 h 3,907 8− K/β+ = 100
119Sb 38,19 h 0,594 5/2+ K = 100
119m1Sb 0,85 s (25/2+) IT = 100
120Sb 15,89 min 2,681 1+ K/β+ = 100
120m1Sb 5,76 d 2,681 8− K/β+ = 100
121Sb stabil 5/2+ 57,36
122Sb 2,7238 d 1,979 (β), 1,620 (K/β+) 2− β = 97,59, K/β+ = 2,41
122m1Sb 0,53 ms 0,137 5+ IT = 100
122m2Sb 4,191 min 0,164 (8) - IT = 100
123Sb stabil 7/2+ 42,64
124Sb 60,20 d 2,905 3− β = 100
124m1Sb 93 s 0,011 (IT), 2,916 (β) 5+ IT = 75, β = 25
124m2Sb 20,2 min 0,037 (8) - IT = 100
125Sb 2,7582 a 0,767 7/2+ β = 100
126Sb 12,46 d 3,670 (8) - β = 100
126m1Sb 19,15 min 3,688 (β), 0,016 (IT) (5) + β = 86, IT = 14
126m2Sb 11 s 0,040 (3) - IT = 100
127Sb 3,85 d 1,581 7/2+ β = 100
128Sb 9,01 h 4,380 8− β = 100
128m1Sb 10,4 min 4,380 (β), 0,0 (IT) 5+ β = 96,4, IT = 3,6
129Sb 4,40 h 2,380 7/2+ β = 100
129m1Sb 17,7 min 4,231 (β), 1,851 (IT) (19/2−) β = 85, IT = 15
130Sb 39,5 min 4,96 (8−) β = 100
130m1Sb 6,3 min 4,96 (5) + β = 100
131Sb 23,03 min 3,19 (7/2+) β = 100
132Sb 2,79 min 5,29 (4+) β = 100
132m1Sb 4,10 min 5,29 (8−) β = 100
133Sb 2,5 min 4,003 (7/2+) β = 100
133m1Sb 3 µs 4,365 IT = 100
133m2Sb 16 µs 4,527 IT = 100
134Sb 0,78 s 8,42 (0−) β = 100
134m1Sb 10,23 s 8,42 (β), 0,91 (β) (7−) β = 100, βn = 0,091
135Sb 1,71 s 8,12 (β), 4,62 (βn) (7/2+) β = 100, βn = 16,4
136Sb 0,82 s 9,3 (β), 4,7 (βn) β = 100, βn = 24,0, β2n = ?

52 Tellur

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
106Te 60 µs 4,32 0+ α = 100
107Te 3,1 ms 4,008 (α), 10,1 (K/β+) α > 70, K/β+ < 30
108Te 2,1 s 6,8 (K/β+), 3,442 (α) 0+ K/β+ = 51, α = 49, β+p = 2,4
109Te 4,6 s 8,68 (K/β+), 3,23 (α) K/β+ = 96,1, α = 3,9, Kp = ?
110Te 18,6 s 5,25 (K/β+), 2,723 (α) 0+ K/β+ ≈ 100, α ≈ 0,003
111Te 19,3 s 7,37 (K/β+), 5,07 (Kp) (5/2+) K/β+ = 100, Kp = ?
112Te 2,0 min 4,35 0+ K/β+ = 100
113Te 1,7 min 6,10 (7/2+) K/β+ = 100
114Te 15,2 min 2,80 0+ K/β+ = 100
115Te 5,8 min 4,64 7/2+ K/β+ = 100
115m1Te 6,7 min 4,66 (K/β+), 0,02 (IT) (1/2) + K/β+ < 100, IT = ?
116Te 2,49 h 1,51 0+ K/β+ = 100
117Te 62 min 3,535 1/2+ K/β+ = 100
117m1Te 103 ms 0,261 11/2− IT = 100
118Te 6,00 d 0,278 0+ K = 100
119Te 16,03 h 2,293 1/2+ K/β+ = 100
119m1Te 4,70 d 2,554 (K/β+), 0,261 (IT) 11/2− K/β+ = 100, IT < 0,008
120Te stabil 0+ 0,096
121Te 16,78 d 1,040 1/2+ K/β+ = 100
121m1Te 154 d 0,294 (IT), 1,334 (K/β+) 11/2− IT = 88,6, K/β+ = 11,4
122Te stabil 0+ 2,603
123Te 1 × 1013 a 0,051 1/2+ K = 100 0,908
123m1Te 119,7 d 0,248 11/2− IT = 100
124Te stabil 0+ 4,816
125Te stabil 1/2+ 7,139
125m1Te 57,40 d 0,145 11/2− IT = 100
126Te stabil 0+ 18,95
127Te 9,35 h 0,698 3/2+ β = 100
127m1Te 109 d 0,088 (IT), 0,786 (β) 11/2− IT = 97,6, β = 2,4
128Te 7,2 × 1024 a 0,867 0+ ββ = 100 31,69
129Te 69,6 min 1,498 3/2+ β = 100
129m1Te 33,6 d 0,105 (IT), 1,604 (β) 11/2− IT = 63, β = 37
130Te 7,9 × 1020 a 2,528 0+ β β = 100 33,80
131Te 25,0 min 2,233 3/2+ β = 100
131m1Te 30 h 2,415 (β), 0,182 (IT) 11/2− β = 77,8, IT = 22,2
132Te 3,204 d 0,493 0+ β = 100
133Te 12,5 min 2,920 (3/2+) β = 100
133m1Te 55,4 min 3,254 (β), 0,334 (IT) (11/2−) β = 82,5, IT = 17,5
134Te 41,8 min 1,56 0+ β = 100
135Te 19,0 s 5,96 (7/2−) β = 100
136Te 17,5 s 5,07 (β), 1,29 (βn) 0+ β = 100, βn = 1,1
137Te 2,49 s 6,94 (β), 1,87 (βn) (7/2−) β = 100, βn = 2,69
138Te 1,4 s 6,37 (β), 2,50 (βn) 0+ β = 100, βn = 6,3

53 Iod

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
108I 36 ms 4,03 (α) (1) α = 91, p < 1
109I 100 µs 0,82 (p) p ≈ 100
110I 0,65 s 11,9 (K/β+), 3,58 (α), 8,6 (Kp), 17,7 (Kα) K/β+ = 83, α = 17, Kp = 11, Kα = 1,1
111I 2,5 s 8,50 (K/β+), 3,28 (α) (5/2+) K/β+ = 99,9, α ≈ 0,1
112I 3,42 s 10,20 (K/β+), 2,99 (α) K/β+ = 100, α ≈ 0,0012
113I 6,6 s 7,20 (K/β+), 2,71 (α) (5/2+) K/β+ = 100, Kα = ?, α = 3,310 × 10-7
114I 2,1 s 9,1 (K/β+), 4,3 (Kp) 1+ K/β+ = 100, Kp = ?
114m1I 6,2 s 9,366 (K/β+), 0,266 (IT) (7) K/β+ = ?, IT = ?
115I 1,3 min 5,90 (5/2+) K/β+ = 100
116I 2,91 s 7,75 1+ K/β+ = 100
116m1I 3,27 µs (7−)
117I 2,22 min 4,67 (5/2) + K/β+ = 100
118I 13,7 min 7,04 2− K/β+ = 100
118m1I 8,5 min 7,144 (K/β+), 0,104 (IT) (7−) K/β+ < 100, IT > 0
119I 19,1 min 3,510 5/2+ K/β+ = 100
120I 81,0 min 5,615 2− K/β+ = 100
120m1I 53 min 5,615 4 bis 8 K/β+ = 100
121I 2,12 h 2,270 5/2+ K/β+ = 100
122I 3,63 min 4,234 1+ K/β+ = 100
122m1I 80 µs
123I 13,27 h 1,242 5/2+ K/β+ = 100
124I 4,1760 d 3,160 2− K/β+ = 100
125I 59,408 d 0,027 5/2+ K = 100
126I 13,11 d 2,155 (K/β+), 1,258 (β) 2− K/β+ = 56,3, β = 43,7
127I stabil 5/2+ 100
128I 24,99 min 2,118 (β), 1,251 (K/β+) 1+ β = 93,1, K/β+ = 6,9
129I 1,57 × 107 a 0,194 7/2+ β = 100
130I 12,36 h 2,949 5+ β = 100
130m1I 9,0 min 0,040 (IT), 2,989 (β) 2+ IT = 84, β = 16
131I 8,02070 d 0,606 7/2+ β = 100
132I 2,295 h 3,577 4+ β = 100
132m1I 1,387 h 0,120 (IT), 3,697 (β) (8−) IT = 86, β = 14
133I 20,8 h 1,770 7/2+ β = 100
133m1I 9 s 1,634 (19/2−) IT = 100
134I 52,5 min 4,170 (4) + β = 100
134m1I 3,60 min 0,316 (IT), 4,486 (β) (8) - IT = 97,7, β = 2,3
135I 6,57 h 2,648 7/2+ β = 100
136I 83,4 s 6,93 (1−) β = 100
136m1I 46,9 s 7,57 (6−) β = 100
137I 24,5 s 5,88 (β), 1,85 (βn) (7/2+) β = 100, βn = 6,97
138I 6,49 s 7,82 (β), 2,01 (βn) (2−) β = 100, βn = 5,5
139I 2,29 s 6,806 (β), 3,21 (βn) (7/2+) β = 100, βn = 9,9
140I 0,86 s 8,76 (β), 3,34 (βn) (4) β = 100, βn = 9,3
141I 0,43 s 7,8 (β), 4,4 (βn) β = 100, βn = 21,2

54 Xenon

Isotop Halbwertszeit Zerfallsenergie in MeV Spin / Parität Zerfallsart(en) Häufigkeit in %
110Xe 0,60 µs 3,886 (α) 0+ K/β+ = ?, α = ?
111Xe 0,74 s 10,60 (K/β+), 3,72 (α) K/β+ = ?, α = ?
112Xe 2,7 s 7,20 (K/β+), 3,317 (α) 0+ K/β+ = 99,2, α = 0,8 +11− 5
113Xe 2,74 s 9,06 (K/β+), 7,91 (Kp), 3,10 (α) K/β+ ≈ 100, α ≈ 0,011, Kp = 7, Kα ≈ 0,007
114Xe 10,0 s 5,9 0+ K/β+ = 100
115Xe 18 s 8,0 (K/β+), 6,2 (Kp) (5/2+) K/β+ = 100, Kp = 0,34, Kα = 0,0003
116Xe 59 s 4,66 0+ K/β+ = 100
117Xe 61 s 6,44 (K/β+), 4,02 (Kp) 5/2(+) K/β+ = 100, Kp = 0,0029
118Xe 3,8 min 2,9 0+ K/β+ = 100
119Xe 5,8 min 5,0 (5/2+) K/β+ = 100
120Xe 40 min 1,96 0+ K/β+ = 100
121Xe 40,1 min 3,73 5/2(+) K/β+ = 100
122Xe 20,1 h 0,89 0+ K = 100
123Xe 2,08 h 2,676 (1/2) + K/β+ = 100
124Xe > 4,8 × 1016 a 0+ KEC = 100 0,10
125Xe 16,9 h 1,652 (1/2) + K/β+ = 100
125m1Xe 57 s 0,253 (9/2) - IT = 100
126Xe stabil 0+ 0,09
127Xe 36,4 d 0,662 1/2+ K = 100
127m1Xe 69,2 s 0,297 9/2− IT = 100
128Xe stabil 0+ 1,91
129Xe stabil 1/2+ 26,4
129m1Xe 8,88 d 0,236 11/2− IT = 100
130Xe stabil 0+ 4,1
131Xe stabil 3/2+ 21,2
131m1Xe 11,84 d 0,164 11/2− IT = 100
132Xe stabil 0+ 26,9
132m1Xe 8,39 ms 2,752 (10+) IT = 100
133Xe 5,243 d 0,427 3/2+ β = 100
133m1Xe 2,19 d 0,233 11/2− IT = 100
134Xe stabil 0+ 10,4
134m1Xe 290 ms 1,965 7− IT = 100
135Xe 9,14 h 1,151 3/2+ β = 100
135m1Xe 15,29 min 0,527 (IT), 1,678 (β) 11/2− IT = 99,996, β = 0,004
136Xe > 10 × 1021 a 0+ 8,9
137Xe 3,818 min 4,172 7/2− β = 100
138Xe 14,08 min 2,770 0+ β = 100
139Xe 39,68 s 5,057 3/2− β = 100
140Xe 13,60 s 4,06 0+ β = 100
141Xe 1,73 s 6,15 (β), 0,67 (βn) 5/2(−) β = 100, βn = 0,044
142Xe 1,22 s 5,04 (β) 0+ β = 100, βn = 0,406
143Xe 0,30 s 7,31 (β) 5/2− β = 100
144Xe 1,15 s 6,1 0+ β = 100
145Xe 0,9 s β = 100, βn = ?
146Xe 146 ms 0+ β = 100
147Xe 130 ms