Liste der Isotope/Ordnungszahl 41 bis Ordnungszahl 50

Liste der Isotope ist die Übersichtsseite, um komfortabel auf alle Elemente zugreifen zu können. Dort wird auch der Aufbau erklärt und die Legende zur Tabelle ist auch dort zu finden. Zerfallsenergien wurden mit den angegebenen Massen und dem Masse-Energie-Äquivalent von $\textstyle \Delta m=931{,}4940954{\frac {\mathrm {MeV} }{\mathrm {u} }}$ neu berechnet.

₄₁ Niob

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
83Nb	4,1 s	7,5	(5/2+)	εβ+
84Nb	12 s	9,6 (εβ+), 3,2 (εp)	3+	εβ+ ≈ 100, εp = ?
85Nb	20,9 s	6,0	(9/2+)	εβ+
86Nb	88 s	7,98	(5+)	εβ+
86m1Nb	56 s	7,98		εβ+
87Nb	2,6 min	5,17	(9/2+)	εβ+
87m1Nb	3,7 min	5,17	(1/2−)	εβ+
88Nb	14,5 min	7,20	(8+)	εβ+
88m1Nb	7,8 min	7,20	(4−)	εβ+
89Nb	1,9 h	4,29	(9/2+)	εβ+
89m1Nb	1,18 h	4,29	(1/2)−	εβ+
90Nb	14,60 h	6,111	8+	εβ+
90m1Nb	18,81 s	0,125	4−	IT
90m2Nb	6,19 ms		1+	IT
91Nb	680 a	1,253	9/2+	εβ+
91m1Nb	60,86 d	0,104 (IT), 1,357 (εβ+)	1/2−	IT = 93, εβ+ = 7
92Nb	3,47·107 a	2,006 (εβ+), 0,356 (β−)	(7)+	εβ+ ≈ 100, β− < 0,05
92m1Nb	10,15 d	2,141	(2)+	εβ+
93Nb	stabil SF		9/2+		100
93m1Nb	16,13 a	0,031	1/2−	IT
94Nb	2,03·104 a	2,045	(6)+	β−
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−
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−
97Nb	72,1 min	1,934	9/2+	β−
97m1Nb	52,7 s	0,743	1/2−	IT
98Nb	2,86 s	4,586	1+	β−
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−
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−
100m1Nb	2,99 s	6,75	4+, 5+	β−
101Nb	7,1 s	4,569	5/2+	β−
102Nb	1,3 s	7,21	1+	β−
102m1Nb	4,3 s	7,21		β−
103Nb	1,5 s	5,53	5/2+	β−
104Nb	4,8 s	8,11 (β−), 0,55 (β−n)	1+	β− ≈ 100, β−n = 0,71
104m1Nb	0,92 s	8,325		β−
105Nb	2,95 s	6,49	5/2+	β−
106Nb	1,02 s	9,3		β−
107Nb	0,33 s	7,9		β−
108Nb	193 ms		2+
109Nb	0,19 s	9,1 (β−), 5,0 (β−n)		β− ≈ 100, β−n = 31
110Nb	0,17 s	12,1 (β−), 5,8 (β−n)		β− ≈ 100, β−n = 40

₄₂ Molybdän

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
84Mo		6,1	0+	εβ+
85Mo
86Mo	19,6 s	5,3	0+	εβ+
87Mo	13,4 s	6,49 (εβ+), 2,82 (β+p)	(7/2+)	εβ+ ≈ 100, β+p = ?
88Mo	8,0 min	3,72	0+	εβ+
89Mo	2,04 min	5,58	(9/2+)	εβ+
89m1Mo	190 ms	0,387	(1/2−)	IT
90Mo	5,56 h	2,489	0+	εβ+
91Mo	15,49 min	4,434	9/2+	εβ+
91m1Mo	65,0 s	5,087 (εβ+), 0,653 (IT)	1/2−	εβ+ = 49,9, IT = 50,1
92Mo	stabil 2ε		0+		014,84
93Mo	4,0·103 a	0,405	5/2+	ε
93m1Mo	6,85 h	2,830	21/2+	IT = 99,88, εβ+ = 0,12
94Mo	stabil SF		0+		009,25
95Mo	stabil SF		5/2+		015,92
96Mo	stabil SF		0+		016,68
97Mo	stabil SF		5/2+		009,55
98Mo	stabil 2β		0+		024,13
99Mo	65,94 h	1,357	1/2+	β−
100Mo	1,0·1019 a	3,034	0+	2β	009,63
101Mo	14,61 min	2,824	1/2+	β−
102Mo	11,3 min	1,01	0+	β−
103Mo	67,5 s	3,75	(3/2+)	β−
104Mo	60 s	2,16	0+	β−
105Mo	35,6 s	4,95	(5/2−)	β−
106Mo	8,4 s	3,52	0+	β−
107Mo	3,5 s	6,16		β−
108Mo	1,09 s	4,64	0+	β−
109Mo	0,53 s	7,5		β−
110Mo	0,30 s	5,9	0+	β−

₄₃ Technetium

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

₄₄ Ruthenium

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
90Ru	11 s	5,6	0+	εβ+
91Ru	9 s	7,4	(9/2+)	εβ+
91m1Ru	7,6 s	7,4 (εβ+), 4,3 (εp)	(1/2−)	εβ+ = ?, εp = ?, IT = ?
92Ru	3,65 min	4,5	0+	εβ+
93Ru	59,7 s	6,34	(9/2)+	εβ+
93m1Ru	10,8 s	0,734 (IT), 7,074 (εβ+), 2,984 (εp)	(1/2)−	IT = 22,0, εβ+ = 78,0, εp = 0,027
94Ru	51,8 min	1,593	0+	εβ+
95Ru	1,643 h	2,572	5/2+	εβ+
96Ru	stabil 2ε		0+		005,52
97Ru	2,9 d	1,115	5/2+	ε
98Ru	stabil SF		0+		001,88
99Ru	stabil SF		5/2+		012,7
100Ru	stabil SF		0+		012,6
101Ru	stabil SF		5/2+		017,0
102Ru	stabil SF		0+		031,6
103Ru	39,26 d	0,763	3/2+	β−
103m1Ru	1,69 ms	0,238	11/2−	IT
104Ru	stabil 2β		0+		018,7
105Ru	4,44 h	1,917	3/2+	β−
106Ru	373,59 d	0,039	0+	β−
107Ru	3,75 min	2,94	(5/2)+	β−
108Ru	4,55 min	1,36	0+	β−
109Ru	34,5 s	4,16	(5/2+)	β−
110Ru	14,6 s	2,81	0+	β−
111Ru	2,12 s	5,50		β−
112Ru	1,75 s	3,67	0+	β−
113Ru	0,80 s	6,6		β−
114Ru	0,53 s	4,8	0+	β−
115Ru	0,40 s	7,6 (β−), 0,7 (β−n)		β− ≈ 100, β−n = ?

₄₅ Rhodium

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

₄₆ Palladium

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
93Pd	60 s	9,5		εβ+
94Pd	9 s	6,6	0+	εβ+
95Pd
95m1Pd	13,3 s	10,2 (εβ+), 2,0 (IT), 7,1 (εp)	21/2+	εβ+ > 91,3, IT < 9,7, εp = 0,9
96Pd	122 s	3,45	0+	εβ+
97Pd	3,10 min	4,80	(5/2+)	εβ+
98Pd	17,7 min	1,873	0+	εβ+
99Pd	21,4 min	3,365	(5/2)+	εβ+
100Pd	3,63 d	0,361	0+	ε
101Pd	8,47 h	1,980	5/2+	εβ+
102Pd	stabil 2ε		0+		001,02
103Pd	16,991 d	0,543	5/2+	ε
104Pd	stabil SF		0+		011,14
105Pd	stabil SF		5/2+		022,33
106Pd	stabil SF		0+		027,33
107Pd	6,5·106 a	0,033	5/2+	β−
107m1Pd	21,3 s	0,215	11/2−	IT
108Pd	stabil SF		0+		026,46
109Pd	13,7012 h	1,116	5/2+	β−
109m1Pd	4,696 min	0,189	11/2−	IT
110Pd	stabil 2β		0+		011,72
111Pd	23,4 min	2,190	5/2+	β−
111m1Pd	5,5 h	0,172 (IT), 2,362 (β−)	11/2−	IT = 73, β− = 27
112Pd	21,03 h	0,288	0+	β−
113Pd	93 s	3,340	(5/2+)	β−
113m1Pd	100 s	3,340		β− = ?
113m2Pd	0,3 s	0,081	(9/2−)	IT
114Pd	2,42 min	1,451	0+	β−
115Pd	25 s	4,580	(5/2+)	β−
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−
117Pd	4,3 s	5,70	(5/2+)	β−
117m1Pd	19,1 ms	0,203	(11/2−)	IT
118Pd	1,9 s	4,1	0+	β−
119Pd	0,92 s	6,5		β−
120Pd	0,5 s	5,0	0+	β−

₄₇ Silber

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
94Ag	10 ms		0+	εβ+
94m1Ag	0,42 s		(9+)	εβ+ ≈ 100, εp = ?
95Ag	2,0 s			εβ+ ≈ 100, εp = ?
96Ag	5,1 s	11,6 (εβ+), 6,5 (εp)	(8+, 9+)	εβ+ ≈ 100, εp = 8,0
97Ag	19 s	7,0	(9/2+)	εβ+
98Ag	46,7 s	8,42	(5+)	εβ+
99Ag	124 s	5,43	(9/2)+	εβ+
99m1Ag	10,5 s	0,506	(1/2−)	IT
100Ag	2,01 min	7,050	(5)+	εβ+
100m1Ag	2,24 min	7,066 (εβ+), 0,015 (IT)	(2)+	εβ+ = ?, IT = ?
101Ag	11,1 min	4,200	9/2+	εβ+
101m1Ag	3,10 s	0,274	(1/2)−	IT
102Ag	12,9 min	5,920	5+	εβ+
102m1Ag	7,7 min	5,929 (εβ+), 0,009 (IT)	2+	εβ+ = 51, IT = 49
103Ag	65,7 min	2,688	7/2+	εβ+
103m1Ag	5,7 s	0,134	1/2−	IT
104Ag	69,2 min	4,279	5+	εβ+
104m1Ag	33,5 min	4,286 (εβ+), 0,007 (IT)	2+	εβ+ ≈ 100, IT < 0,07
105Ag	41,29 d	1,346	1/2−	εβ+
105m1Ag	7,23 min	0,025 (IT), 1,371 (εβ+)	7/2+	IT = 99,66, εβ+ = 0,34
106Ag	23,96 min	2,965 (εβ+), 0,195 (β−)	1+	εβ+ = 99,5, β− < 1
106m1Ag	8,28 d	3,055	6+	εβ+
107Ag	stabil SF		1/2−		051,839
107m1Ag	44,3 s	0,093	7/2+	IT
108Ag	2,37 min	1,649 (β−), 1,918 (εβ+)	1+	β− = 97,15, εβ+ = 2,85
108m1Ag	418 a	2,027 (εβ+), 0,109 (IT)	6+	εβ+ = 91,3, IT = 8,7
109Ag	stabil SF		1/2−		048,161
109m1Ag	39,6 s	0,088	7/2+	IT
110Ag	24,6 s	2,891 (β−), 0,893 (ε)	1+	β− = 99,70, ε = 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−
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−
113Ag	5,37 h	2,016	1/2−	β−
113m1Ag	68,7 s	0,043 (IT), 2,059 (β−)	7/2+	IT = 64, β− = 36
114Ag	4,6 s	5,080	1+	β−
114m1Ag	1,50 ms		(≤6+)	IT
115Ag	20,0 min	3,100	1/2−	β−
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−
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−
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−
118m1Ag	2,0 s	7,188 (β−), 0,128 (IT)	(4)+	β− = 59, IT = 41
119Ag	2,1 s	5,35	(7/2+)	β−
119m1Ag	6,0 s	5,35	(1/2−)	β−
120Ag	1,23 s	8,200	(3+)	β−
120m1Ag	0,32 s	8,403 (β−), 0,203 (IT)	(6−)	β− ≈ 63, IT ≈ 37
121Ag	0,78 s	6,40 (β−), 1,35 (β−n)	(7/2+)	β− ≈ 100, β−n = 0,080
122Ag	0,48 s	9,1 (β−) 1,4 (β−n)	(3+)	β− ≈ 100, β−n = ?
122m1Ag	1,5 s			β−
123Ag	0,309 s	7,4 (β−), 2,5 (β−n)	(7/2+)	β− ≈ 100, β−n = 55
124Ag	0,172 s	10,1 (β−), 2,7 (β−n)		β− ≈ 100, β−n > 0,1
125Ag	166 ms			β− ≈ 100, β−n = ?
126Ag	107 ms			β−
127Ag	109 ms			β−
128Ag	58 ms			β− ≈ 100, β−n = ?

₄₈ Cadmium

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
97Cd	3 s			εβ+ ≈ 100, εp = ?
98Cd	9,2 s	5,42	0+	εβ+
99Cd	16 s	6,90 (εβ+), 4,15 (εp), 6,10 (εα)	(5/2+)	εβ+ ≈ 100, εp = 0,17$\left.^{+11}_{-5}\right.$, εα < 1·10−4
100Cd	49,1 s	3,88	0+	εβ+
101Cd	1,36 min	5,48	(5/2+)	εβ+
102Cd	5,5 min	2,587	0+	εβ+
103Cd	7,3 min	4,142	(5/2+)	εβ+
104Cd	57,7 min	1,136	0+	εβ+
105Cd	55,5 min	2,739	5/2+	εβ+
106Cd	stabil 2ε		0+		001,25
107Cd	6,50 h	1,417	5/2+	εβ+
108Cd	stabil 2ε		0+		000,89
109Cd	462,6 d	0,214	5/2+	ε
110Cd	stabil SF		0+		012,49
111Cd	stabil SF		1/2+		012,80
111m1Cd	48,54 min	0,396	11/2−	IT
112Cd	stabil SF		0+		024,13
113Cd	7,7·1015 a	0,316	1/2+	β−	012,22
113m1Cd	14,1 a	0,580 (β−), 0,264 (IT)	11/2−	β− = 99,86, IT = 0,14
114Cd	stabil 2β		0+		028,73
115Cd	53,46 h	1,446	1/2+	β−
115m1Cd	44,6 d	1,627	11/2−	β−
116Cd	(3,0±0,3)·1019 a		0+	2β−	007,49
117Cd	2,49 h	2,517	1/2+	β−
117m1Cd	3,36 h	2,653	(11/2)−	β−
118Cd	50,3 min	0,520	0+	β−
119Cd	2,69 min	3,800	3/2+	β−
119m1Cd	2,20 min	3,947	(11/2−)	β−
120Cd	50,80 s	1,760	0+	β−
121Cd	13,5 s	4,890	(3/2+)	β−
121m1Cd	8,3 s	5,105	(11/2−)	β−
122Cd	5,24 s	3,00	0+	β−
123Cd	2,10 s	6,120	(3/2)+	β−
123m1Cd	1,82 s	6,437 (β−), 0,317 (IT)	(11/2−)	β− ≈ 100, IT = ?
124Cd	1,25 s	4,17	0+	β−
125Cd	0,65 s	7,16	(3/2+)	β−
125m1Cd	0,57 s	7,209	(11/2−)	β−
126Cd	0,506 s	5,49	0+	β−
127Cd	0,37 s	8,47	(3/2+)	β−
128Cd	0,34 s	7,1	0+	β−
129Cd	0,27 s		(3/2+)	β−
130Cd	0,20 s		0+	β− ≈ 100, β−n ≈ 4

₄₉ Indium

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
100In	7,0 s	10,2 (εβ+), 5,3 (εp)		εβ+ ≈ 100, εp > 3,9
101In	15,1 s	7,3 (εβ+), 2,5 (εp)		εβ+ ≈ 100, εp = ?
102In	22 s	8,9 (εβ+)	(6+)	εβ+ ≈ 100, εp = 0,0093
103In	65 s	6,05	(9/2) +	εβ+
103m1In	34 s		(1/2−)	εβ+ = 67, IT = 33
104In	1,80 min	7,91	(6+)	εβ+
104m1In	15,7 s	0,094 (IT), 8,003 (εβ+)	(3+)	IT = 80, εβ+ = 20
105In	5,07 min	4,849	(9/2)+	εβ+
105m1In	48 s	0,674	(1/2)−	IT
106In	6,2 min	6,521	7+	εβ+
106m1In	5,2 min	6,550	(3+)	εβ+
107In	32,4 min	3,426	9/2+	εβ+
107m1In	50,4 s	0,678	1/2−	IT
108In	58,0 min	5,148	7+	εβ+
108m1In	39,6 min	5,178	2+	εβ+
109In	4,2 h	2,020	9/2+	εβ+
109m1In	1,34 min	0,650	1/2−	IT
109m2In	0,209 s	2,102	(19/2+)	IT
110In	4,9 h	3,878	7+	εβ+
110m1In	69,1 min	3,940	2+	εβ+
111In	2,8047 d	0,865	9/2+	ε
111m1In	7,7 min	0,537	1/2−	IT
112In	14,97 min	2,586 (εβ+), 0,664 (β−)	1+	εβ+ = 56, β− = 44
112m1In	20,56 min	0,157	4+	IT
113In	stabil SF		9/2+		004,3
113m1In	1,6582 h	0,392	1/2−	IT
114In	71,9 s	1,989 (β−), 1,452 (εβ+)	1+	β− = 99,50, εβ+ = 0,50
114m1In	49,51 d	0,190 (IT), 1,642 (εβ+)	5+	IT = 96,75, εβ+ = 3,25
114m2In	43,1 ms	0,502 (IT)	8−	IT
115In	4,41·1014 a	0,495	9/2+	β−	095,7
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 (ε)	1+	β− > 99,94, ε < 0,06
116m1In	54,29 min	3,401	5+	β−
116m2In	2,18 s	0,290	8−	IT
117In	43,2 min	1,455	9/2+	β−
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−
118m1In	4,45 min	4,483	5+	β−
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−
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−
120m1In	46,2 s	5,370	(3, 4, 5)+	β−
120m2In	47,3 s	5,370	(8−)	β−
121In	23,1 s	3,360	9/2+	β−
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−
122m1In	10,3 s	6,370	5+	β−
122m2In	10,8 s	6,370	8−	β−
123In	5,98 s	4,391	9/2+	β−
123m1In	47,8 s	4,718	1/2−	β−
124In	3,11 s	7,36	3+	β−
124m1In	3,7 s	7,41	(8−)	β−
125In	2,36 s	5,42	9/2(+)	β−
125m1In	12,2 s	5,78	1/2(−)	β−
126In	1,60 s	8,21	3(+)	β−
126m1In	1,64 s	8,321	7−,8−,9−	β−
127In	1,09 s	6,51 (β−), 0,95 (β−n)	(9/2+)	β− ≈ 100, β−n < 0,03
127m1In	3,67 s	6,972 (β−), 1,421 (β−n)	(1/2−)	β− ≈ 100, β−n = 0,69
128In	0,84 s	8,90 (β−), 1,08 (β−n)	(3+)	β− ≈ 100, β−n < 0,04
128m1In	0,72 s	9,30 (β−), 1,40 (β−n)	(8−)	β− ≈ 100, β−n < 0,04
129In	0,61 s	7,66 (β−), 2,29 (β−n)	(9/2+)	β− ≈ 100, β−n = 0,25
129m1In	1,23 s	8,04 (β−), 2,67 (β−n), 0,38 (IT)	(1/2−)	β− > 99,7, β−n = 2,5, IT < 0,3
130In	0,32 s	10,25 (β−), 2,57 (β−n)	1(−)	β− ≈ 100, β−n = 0,90
130m1In	0,55 s	10,30 (β−), 2,62 (β−n)	(10−)	β− ≈ 100, β−n < 1,67
130m2In	0,55 s	10,65 (β−), 2,97 (β−n)	(5+)	β− ≈ 100, β−n < 1,67
131In	0,282 s	9,18 (β−), 3,97 (β−n)	(9/2+)	β− ≈ 100, β−n < 2,2
131m1In	0,35 s	9,543 (β−), 4,333 (β−n), 0,636 (IT)	(1/2−)	β− ≈ 100, β−n < 2,2, IT < 0,04
131m2In	0,32 s	13,45 (β−), 8,24 (β−n), 4,27 (IT)	(21/2+)	β− ≈ 100, β−n < 2,2
132In	0,201 s	13,6 (β−), 6,3 (β−n)	(7−)	β− ≈ 100, β−n = 6,2
133In	180 ms	13,5 (β−), 11,1 (β−n)	(9/2+)	β− ≈ 100, β−n = 85
134In	138 ms			β− ≈ 100, β−n = 65

₅₀ Zinn

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
100Sn	(1,16±0,2) s	7,27 (εβ+), 5,70 (εp)	0+	εβ+ ≈ 100, εp < 17
101Sn	3 s	8,8 (εβ+), 7,5 (εp)		εβ+ ≈ 100, εp = ?
102Sn	4,5 s	5,4	0+	εβ+
103Sn	7 s		7,7	εβ+
104Sn	20,8 s	4,52	0+	εβ+
105Sn	31 s	6,25 (εβ+), 3,45 (β+p)		εβ+ ≈ 100, β+p = ?
106Sn	115 s	3,18	0+	εβ+
107Sn	2,90 min	5,01	(5/2+)	εβ+
108Sn	10,30 min	2,092	0+	εβ+
109Sn	18,0 min	3,850	5/2(+)	εβ+
110Sn	4,11 h	0,638	0+	ε
111Sn	35,3 min	2,445	7/2+	εβ+
112Sn	stabil 2ε		0+		000,97
113Sn	115,09 d	1,036	1/2+	εβ+
113m1Sn	21,4 min	0,077 (IT), 1,113 (εβ+)	7/2+	IT = 91,1, εβ+ = 8,9
114Sn	stabil SF		0+		000,65
114m1Sn	3,26 µs	0,613	7/2+	IT
114m2Sn	159 µs	0,713	11/2+	IT
115Sn	stabil SF		1/2+		000,34
116Sn	stabil SF		0+		014,53
117Sn	stabil		1/2+		007,68
117m1Sn	13,60 d	0,315	11/2−	IT
118Sn	stabil SF		0+		024,23
119Sn	stabil SF		1/2+		008,59
119m1Sn	293,1 d	0,090	11/2−	IT
120Sn	stabil SF		0+		032,59
121Sn	27,06 h	0,388	3/2+	β−
121m1Sn	44 a	0,006 (IT), 0,394 (β−)	11/2−	IT = 77,6, β− = 22,4
122Sn	stabil 2β		0+		004,63
123Sn	129,2 d	1,404	11/2−	β−
123m1Sn	40,06 min	1,429	3/2+	β−
124Sn	stabil 2β		0+		005,79
124m1Sn	45 µs	2,657	10+	IT
125Sn	9,64 d	2,364	11/2−	β−
125m1Sn	9,52 min	2,364	3/2+	β−
126Sn	1·105 a	0,380	0+	β−
127Sn	2,10 h	3,201	(11/2−)	β−
127m1Sn	4,13 min	3,206	(3/2+)	β−
128Sn	59,07 min	1,274	0+	β−
128m1Sn	6,5 s	2,092	(7−)	IT
129Sn	2,23 min	4,000	(3/2+)	β−
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−
130m1Sn	1,7 min	4,097	(7−)	β−
131Sn	56,0 s	4,638	(3/2+)	β−
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−
133Sn	1,45 s	7,99 (β−), 0,69 (β−n)	(7/2−)	β− ≈ 100, β−n = 0,08
134Sn	1,12 s	6,8 (β−), 3,7 (β−n)	0+	β− ≈ 100, β−n = 17

Quellen

Siehe auch Liste der Isotope#Weblinks

Liste der Isotope nach Ordnungszahl

bis 10 ∙ 11 bis 20 ∙ 21 bis 30 ∙ 31 bis 40 ∙ 41 bis 50 ∙ 51 bis 60 ∙ 61 bis 70 ∙ 71 bis 80 ∙ 81 bis 90 ∙ 91 bis 100 ∙ ab 101