List of isotopes / atomic number 41 to atomic number 50

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The list of isotopes is the overview page for easy access to all elements. The structure is also explained there and the legend for the table can also be found there. Decay energies were recalculated with the given masses and the mass-energy equivalent of . ${\displaystyle \textstyle \Delta m=931{,}4940954{\frac {\mathrm {MeV} }{\mathrm {u} }}}$

₄₁ niobium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
83 Nb	4.1 s	7.5	(5/2 +)	εβ +
84 Nb	12 s	9.6 (εβ + ), 3.2 (εp)	3+	εβ + ≈ 100, εp =?
85 Nb	20.9 s	6.0	(9/2 +)	εβ +
86 Nb	88 s	7.98	(5+)	εβ +
86m1 Nb	56 s	7.98		εβ +
87 Nb	2.6 min	5.17	(9/2 +)	εβ +
87m1 Nb	3.7 min	5.17	(1 / 2−)	εβ +
88 Nb	14.5 min	7.20	(8+)	εβ +
88m1 Nb	7.8 min	7.20	(4−)	εβ +
89 Nb	1.9 h	4.29	(9/2 +)	εβ +
89m1 Nb	1.18 h	4.29	(1/2) -	εβ +
90 Nb	14.60 h	6.111	8+	εβ +
90m1 Nb	18.81 s	0.125	4−	IT
90m2 Nb	6.19 ms		1+	IT
91 Nb	680 a	1.253	9/2 +	εβ +
91m1 Nb	60.86 d	0.104 (IT), 1.357 (εβ + )	1 / 2−	IT = 93, εβ + = 7
92 Nb	3.47 · 10 7 a	2.006 (εβ + ), 0.356 (β - )	(7) +	εβ + ≈ 100, β - <0.05
92m1 Nb	10.15 d	2.141	(2) +	εβ +
93 Nb	stable SF		9/2 +		100
93m1 Nb	16.13 a	0.031	1 / 2−	IT
94 Nb	2.03 x 10 4 a	2.045	(6) +	β -
94m1 Nb	6.263 min	0.041 (IT), 2.086 (β - )	3+	IT = 99.50, β - = 0.50
95 Nb	34.975 d	0.926	9/2 +	β -
95m1 Nb	86.6 h	0.236 (IT), 1.162 (β - )	1 / 2−	IT = 94.4, β - = 5.6
96 Nb	23.35 h	3.187	6+	β -
97 Nb	72.1 min	1.934	9/2 +	β -
97m1 Nb	52.7 s	0.743	1 / 2−	IT
98 Nb	2.86 s	4,586	1+	β -
98m1 Nb	51.3 min	4.670 (β - ), 0.084 (IT)	(5+)	β - = 99.9, IT <0.2
99 Nb	15.0 s	3,639	9/2 +	β -
99m1 Nb	2.6 min	4.004 (β - ), 0.365 (IT)	1 / 2−	β - = 96.2, IT <3.8
100 Nb	1.5 s	6.25	1+	β -
100m1 Nb	2.99 s	6.75	4+, 5+	β -
101 Nb	7.1 s	4,569	5/2 +	β -
102 Nb	1.3 s	7.21	1+	β -
102m1 Nb	4.3 s	7.21		β -
103 Nb	1.5 s	5.53	5/2 +	β -
104 Nb	4.8 s	8.11 (β - ), 0.55 (β - n)	1+	β - ≈ 100, β - n = 0.71
104m1 Nb	0.92 s	8.325		β -
105 Nb	2.95 s	6.49	5/2 +	β -
106 Nb	1.02 s	9.3		β -
107 Nb	0.33 s	7.9		β -
108 Nb	193 ms		2+
109 Nb	0.19 s	9.1 (β - ), 5.0 (β - n)		β - ≈ 100, β - n = 31
110 Nb	0.17 s	12.1 (β - ), 5.8 (β - n)		β - ≈ 100, β - n = 40

₄₂ molybdenum

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
84 months		6.1	0+	εβ +
85 mo
86 months	19.6 s	5.3	0+	εβ +
87 Mon	13.4 s	6.49 (εβ + ), 2.82 (β + p)	(7/2 +)	εβ + ≈ 100, β + p =?
88 Mon	8.0 min	3.72	0+	εβ +
89 Mon	2.04 min	5.58	(9/2 +)	εβ +
89m1 Mon	190 ms	0.387	(1 / 2−)	IT
90 months	5.56 h	2.489	0+	εβ +
91 Mon	15.49 min	4,434	9/2 +	εβ +
91m1 Mon	65.0 s	5.087 (εβ + ), 0.653 (IT)	1 / 2−	εβ + = 49.9, IT = 50.1
92 Mon	stable 2ε		0+		014.84
93 months	4.0 · 10 3 a	0.405	5/2 +	ε
93m1 Mon	6.85 h	2.830	21/2 +	IT = 99.88, εβ + = 0.12
94 months	stable SF		0+		009.25
95 mo	stable SF		5/2 +		015.92
96 months	stable SF		0+		016.68
97 months	stable SF		5/2 +		009.55
98 Mon	stable 2β		0+		024.13
99 mo	65.94 h	1.357	1/2 +	β -
100 months	1.0 x 10 19 a	3.034	0+	2β	009.63
101 months	14.61 min	2.824	1/2 +	β -
102 months	11.3 min	1.01	0+	β -
103 Mon	67.5 s	3.75	(3/2 +)	β -
104 Mon.	60 s	2.16	0+	β -
105 months	35.6 s	4.95	(5 / 2−)	β -
106 mo	8.4 s	3.52	0+	β -
107 Mon	3.5 s	6.16		β -
108 Mon	1.09 s	4.64	0+	β -
109 Mon	0.53 s	7.5		β -
110 months	0.30 s	5.9	0+	β -

₄₃ technetium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	Mass (u)
88 Tc	6.4 s	10.1	(6, 7, 8)	εβ +
88m1 Tc	5.8 s	10.1	(2.3)	εβ +
89 Tc	12.8 s	7.51	(9/2 +)	εβ +
89m1 Tc	12.9 s	7.51	(1 / 2−)	εβ +
90 Tc	49.2 s	9.1	(8+)	εβ +
90m1 Tc	8.7 s	9.6	1+	εβ +
91 Tc	3.14 min	6.22	(9/2) +	εβ +
91m1 Tc	3.3 min	6.57 (εβ + ), 0.35 (IT)	(1/2) -	εβ + ≈ 100, IT <1
92 Tc	4.23 min	7.87	(8) +	εβ +
93 Tc	2.75 h	3,201	9/2 +	εβ +
93m1 Tc	43.5 min	3.593 (εβ + ), 0.392 (IT)	1 / 2−	IT = 76.6, εβ + = 23.4
93m2 Tc	10.2 µs	2.185	17 / 2−	IT
94 Tc	293 min	4.256	7+	εβ +
94m1 Tc	52.0 min	1.730 (εβ + ), 0.075 (IT)	(2) +	εβ + ≈ 100, IT <0.1
95 Tc	20.0 h	1.691	9/2 +	εβ +
95m1 Tc	61 d	1.730 (εβ + ), 0.039 (IT)	1 / 2−	εβ + = 96.12, IT = 3.88
96 Tc	4.28 d	2,973	7+	εβ +
96m1 Tc	51.5 min	3.007 (εβ + ), 0.034 (IT)	4+	IT = 98.0, εβ + = 2.0
97 Tc	2.6 · 10 6 a	0.320	9/2 +	ε
97m1 Tc	90.1 d	0.097 (IT), 0.471 (ε)	1 / 2−	IT = 100, ε <0.34
98 Tc	4.2 · 10 6 a	1,796	(6) +	β -
99 Tc	2.111 x 10 5 a	0.294	9/2 +	β -
99m1 Tc	6.01 h	0.143 (IT), 0.437 (β - )	1 / 2−	IT ≈ 100, β - = 0.0037
100 Tc	15.8 s	3.202 (β - ), 0.168 (ε)	1+	β - ≈ 100, ε = 0.0018
101 Tc	14.22 min	1.614	9/2 +	β -
102 Tc	5.28 s	4.53	1+	β -
102m1 Tc	4.35 min	4.53 (β - ), 0.0 (IT)	(4, 5)	β - = 98, IT = 2
103 Tc	54.2 s	2.66	5/2 +	β -
104 Tc	18.3 min	5.60	(3+)	β -
105 Tc	7.6 min	3.64	(3 / 2−)	β -
106 Tc	35.6 s	6.547	1, 2	β -
107 Tc	21.2 s	4.82		β -
108 Tc	5.17 s	7.72	2+	β -
109 Tc	0.87 s	5.99	(3 / 2−)	β -
110 Tc	0.92 s	8.8	1+, 2+	β -
111 Tc	0.3 s	7.0		β -
112 Tc	0.28 s	10.0		β -
113 Tc	0.13 s	8.2		β -

₄₄ ruthenium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
90 Ru	11 s	5.6	0+	εβ +
91 Ru	9 s	7.4	(9/2 +)	εβ +
91m1 Ru	7.6 s	7.4 (εβ + ), 4.3 (εp)	(1 / 2−)	εβ + =?, εp =?, IT =?
92 Ru	3.65 min	4.5	0+	εβ +
93 Ru	59.7 s	6.34	(9/2) +	εβ +
93m1 Ru	10.8 s	0.734 (IT), 7.074 (εβ + ), 2.984 (εp)	(1/2) -	IT = 22.0, εβ + = 78.0, εp = 0.027
94 Ru	51.8 min	1.593	0+	εβ +
95 Ru	1.643 h	2.572	5/2 +	εβ +
96 Ru	stable 2ε		0+		005.52
97 Ru	2.9 d	1.115	5/2 +	ε
98 Ru	stable SF		0+		001.88
99 Ru	stable SF		5/2 +		012.7
100 Ru	stable SF		0+		012.6
101 Ru	stable SF		5/2 +		017.0
102 Ru	stable SF		0+		031.6
103 Ru	39.26 d	0.763	3/2 +	β -
103m1 Ru	1.69 ms	0.238	11 / 2−	IT
104 Ru	stable 2β		0+		018.7
105 Ru	4.44 h	1.917	3/2 +	β -
106 Ru	373.59 d	0.039	0+	β -
107 Ru	3.75 min	2.94	(5/2) +	β -
108 Ru	4.55 min	1.36	0+	β -
109 Ru	34.5 s	4.16	(5/2 +)	β -
110 Ru	14.6 s	2.81	0+	β -
111 Ru	2.12 s	5.50		β -
112 Ru	1.75 s	3.67	0+	β -
113 Ru	0.80 s	6.6		β -
114 Ru	0.53 s	4.8	0+	β -
115 Ru	0.40 s	7.6 (β - ), 0.7 (β - n)		β - ≈ 100, β - n =?

₄₅ rhodium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
93 Rh		8.1	9/2 +	εβ +
94 Rh	70.6 s	9.6 (εβ + )	(3+)	εβ + ≈ 100, εp = 1.8
94m1 Rh	25.8 s	9.6	(8+)	εβ +
95 Rh	5.02 min	5.11	(9/2) +	εβ +
95m1 Rh	1.96 min	5.653 (εβ + ), 0.543 (IT)	(1/2) -	εβ + = 12, IT = 88
96 Rh	9.90 min	6.446	6+	εβ +
96m1 Rh	1.51 min	0.052 (IT), 6.498 (εβ + )	3+	IT = 60, εβ + = 40
97 Rh	30.7 min	3.52	(9/2) +	εβ +
97m1 Rh	46.2 min	3.779 (εβ + ), 0.259 (IT)	(1/2) -	εβ + = 94.4, IT = 5.6
98 Rh	8.7 min	5.057	(2) +	εβ +
98m1 Rh	3.5 min	5.057 (εβ + ), 0.0 (IT)	(5+)	εβ + > 0, IT =?
99 Rh	16.1 d	2.103	1 / 2−	εβ +
99m1 Rh	4.7 h	2.167 (εβ + ), 0.064 (IT)	9/2 +	εβ + > 99.84, IT <0.16
100 Rh	20.8 h	3,630	1−	εβ +
100m1 Rh	4.6 min	0.0 (IT), 3.630 (εβ + )	(5+)	IT ≈ 98.3, εβ + ≈ 1.7
101 Rh	3.3 a	0.542	1 / 2−	ε
101m1 Rh	4.34 d	0.699 (ε), 0.157 (IT)	9/2 +	ε = 92.8, IT = 7.2
102 Rh	207 d	2.323 (εβ + ), 1.150 (β - )	(1−, 2−)	εβ + = 80, β - = 20
102m1 Rh	2.9 a	2.464 (εβ + ), 0.141 (IT)	6 (+)	εβ + = 99.767, IT = 0.233
103 Rh	stable SF		1 / 2−		100
103m1 Rh	56.12 min	0.040	7/2 +	IT
104 Rh	42.3 s	2.441 (β - ), 1.141 (εβ + )	1+	β - = 99.55, εβ + = 0.45
104m1 Rh	4.34 min	0.129 (IT), 2.570 (β - )	5+	IT = 99.87, β - = 0.13
105 Rh	35.36 h	0.567	7/2 +	β -
105m1 Rh	45 s	0.130	1 / 2−	IT
106 Rh	29.80 s	3.541	1+	β -
106m1 Rh	131 min	3,678	(6) +	β -
107 Rh	21.7 min	1.511	7/2 +	β -
108 Rh	16.8 s	4,510	1+	β -
108m1 Rh	6.0 min	4,510	(5+)	β -
109 Rh	80 s	2.591	7/2 +	β -
110 Rh	3.2 s	5.40	1+	β -
110m1 Rh	28.5 s	5.40		β -
111 Rh	11 s	3.74	7/2 +	β -
112 Rh	2.1 s	6.8	1+	β -
112m1 Rh	6.8 s	6.8		β -
113 Rh	2.8 s	4.9	7/2 +	β -
114 Rh	1.85 s	7.9	1+	β -
114m1 Rh	1.85 s	7.9		β -
115 Rh	0.99 s	6.0	7/2 +	β -
116 Rh	0.68 s	8.9	1+	β -
116m1 Rh	0.9 s	8.9	5, 6, 7	β -
117 Rh	0.44 s	7.0	7/2 +	β -

₄₆ palladium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
93 Pd	60 s	9.5		εβ +
94 Pd	9 s	6.6	0+	εβ +
95 Pd
95m1 Pd	13.3 s	10.2 (εβ + ), 2.0 (IT), 7.1 (εp)	21/2 +	εβ + > 91.3, IT <9.7, εp = 0.9
96 Pd	122 s	3.45	0+	εβ +
97 Pd	3.10 min	4.80	(5/2 +)	εβ +
98 Pd	17.7 min	1,873	0+	εβ +
99 Pd	21.4 min	3.365	(5/2) +	εβ +
100 Pd	3.63 d	0.361	0+	ε
101 Pd	8.47 h	1,980	5/2 +	εβ +
102 Pd	stable 2ε		0+		001.02
103 Pd	16,991 d	0.543	5/2 +	ε
104 Pd	stable SF		0+		011.14
105 Pd	stable SF		5/2 +		022.33
106 Pd	stable SF		0+		027.33
107 Pd	6.5 · 10 6 a	0.033	5/2 +	β -
107m1 Pd	21.3 s	0.215	11 / 2−	IT
108 Pd	stable SF		0+		026.46
109 Pd	13.7012 h	1.116	5/2 +	β -
109m1 Pd	4.696 min	0.189	11 / 2−	IT
110 Pd	stable 2β		0+		011.72
111 Pd	23.4 min	2.190	5/2 +	β -
111m1 Pd	5.5 h	0.172 (IT), 2.362 (β - )	11 / 2−	IT = 73, β - = 27
112 Pd	21.03 h	0.288	0+	β -
113 Pd	93 p	3.340	(5/2 +)	β -
113m1 Pd	100 s	3.340		β - =?
113m2 Pd	0.3 s	0.081	(9 / 2−)	IT
114 Pd	2.42 min	1.451	0+	β -
115 Pd	25 s	4,580	(5/2 +)	β -
115m1 Pd	50 s	4.669 (β - ), 0.089 (IT)	(11 / 2−)	β - = 92.0, IT = 8.0
116 Pd	11.8 s	2,610	0+	β -
117 Pd	4.3 s	5.70	(5/2 +)	β -
117m1 Pd	19.1 ms	0.203	(11 / 2−)	IT
118 Pd	1.9 s	4.1	0+	β -
119 Pd	0.92 s	6.5		β -
120 Pd	0.5 s	5.0	0+	β -

₄₇ silver

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
94 Ag	10 ms		0+	εβ +
94m1 Ag	0.42 s		(9+)	εβ + ≈ 100, εp =?
95 Ag	2.0 s			εβ + ≈ 100, εp =?
96 Ag	5.1 s	11.6 (εβ + ), 6.5 (εp)	(8+, 9+)	εβ + ≈ 100, εp = 8.0
97 Ag	19 s	7.0	(9/2 +)	εβ +
98 Ag	46.7 s	8.42	(5+)	εβ +
99 Ag	124 s	5.43	(9/2) +	εβ +
99m1 Ag	10.5 s	0.506	(1 / 2−)	IT
100 Ag	2.01 min	7,050	(5) +	εβ +
100m1 ag	2.24 min	7.066 (εβ + ), 0.015 (IT)	(2) +	εβ + =?, IT =?
101 Ag	11.1 min	4,200	9/2 +	εβ +
101m1 ag	3.10 s	0.274	(1/2) -	IT
102 Ag	12.9 min	5.920	5+	εβ +
102m1 Ag	7.7 min	5.929 (εβ + ), 0.009 (IT)	2+	εβ + = 51, IT = 49
103 Ag	65.7 min	2,688	7/2 +	εβ +
103m1 Ag	5.7 s	0.134	1 / 2−	IT
104 Ag	69.2 min	4,279	5+	εβ +
104m1 Ag	33.5 min	4.286 (εβ + ), 0.007 (IT)	2+	εβ + ≈ 100, IT <0.07
105 Ag	41.29 d	1.346	1 / 2−	εβ +
105m1 ag	7.23 min	0.025 (IT), 1.371 (εβ + )	7/2 +	IT = 99.66, εβ + = 0.34
106 Ag	23.96 min	2.965 (εβ + ), 0.195 (β - )	1+	εβ + = 99.5, β - <1
106m1 ag	8.28 d	3.055	6+	εβ +
107 Ag	stable SF		1 / 2−		051.839
107m1 ag	44.3 s	0.093	7/2 +	IT
108 Ag	2.37 min	1.649 (β - ), 1.918 (εβ + )	1+	β - = 97.15, εβ + = 2.85
108m1 ag	418 a	2.027 (εβ + ), 0.109 (IT)	6+	εβ + = 91.3, IT = 8.7
109 Ag	stable SF		1 / 2−		048.161
109m1 ag	39.6 s	0.088	7/2 +	IT
110 Ag	24.6 s	2.891 (β - ), 0.893 (ε)	1+	β - = 99.70, ε = 0.30
110m1 ag	249.79 d	3.010 (β - ), 0.188 (IT)	6+	β - = 98.64, IT = 1.36
111 Ag	7.45 d	1.037	1 / 2−	β -
111m1 Ag	64.8 s	0.060 (IT), 1.097 (β - )	7/2 +	IT = 99.3, β - = 0.7
112 Ag	3.130 h	3.956	2 (-)	β -
113 Ag	5.37 h	2.016	1 / 2−	β -
113m1 ag	68.7 s	0.043 (IT), 2.059 (β - )	7/2 +	IT = 64, β - = 36
114 Ag	4.6 s	5.080	1+	β -
114m1 Ag	1.50 ms		(≤6 +)	IT
115 Ag	20.0 min	3,100	1 / 2−	β -
115m1 ag	18.0 s	3.141 (β - ), 0.041 (IT)	7/2 +	β - = 79.0, IT = 21.0
116 Ag	2.68 min	6.160	(2) -	β -
116m1 Ag	8.6 s	6.242 (β - ), 0.082 (IT)	(5+)	β - = 94.0, IT = 6.0
117 Ag	72.8 s	4.160	(1 / 2−)	β -
117m1 Ag	5.34 s	4.189 (β - ), 0.029 (IT)	(7/2 +)	β - = 94.0, IT = 6.0
118 Ag	3.76 s	7,060	(1) -	β -
118m1 Ag	2.0 s	7.188 (β - ), 0.128 (IT)	(4) +	β - = 59, IT = 41
119 Ag	2.1 s	5.35	(7/2 +)	β -
119m1 ag	6.0 s	5.35	(1 / 2−)	β -
120 Ag	1.23 s	8,200	(3+)	β -
120m1 ag	0.32 s	8.403 (β - ), 0.203 (IT)	(6−)	β - ≈ 63, IT ≈ 37
121 Ag	0.78 s	6.40 (β - ), 1.35 (β - n)	(7/2 +)	β - ≈ 100, β - n = 0.080
122 Ag	0.48 s	9.1 (β - ) 1.4 (β - n)	(3+)	β - ≈ 100, β - n =?
122m1 ag	1.5 s			β -
123 Ag	0.309 s	7.4 (β - ), 2.5 (β - n)	(7/2 +)	β - ≈ 100, β - n = 55
124 Ag	0.172 s	10.1 (β - ), 2.7 (β - n)		β - ≈ 100, β - n> 0.1
125 Ag	166 ms			β - ≈ 100, β - n =?
126 Ag	107 ms			β -
127 Ag	109 ms			β -
128 Ag	58 ms			β - ≈ 100, β - n =?

₄₈ cadmium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
97 Cd	3 s			εβ + ≈ 100, εp =?
98 Cd	9.2 s	5.42	0+	εβ +
99 Cd	16 s	6.90 (εβ + ), 4.15 (εp), 6.10 (εα)	(5/2 +)	εβ + ≈ 100, εp = 0.17 , εα <1 · 10 −4 ${\displaystyle \left.^{+11}_{-5}\right.}$
100 Cd	49.1 s	3.88	0+	εβ +
101 Cd	1.36 min	5.48	(5/2 +)	εβ +
102 Cd	5.5 min	2.587	0+	εβ +
103 Cd	7.3 min	4,142	(5/2 +)	εβ +
104 Cd	57.7 min	1.136	0+	εβ +
105 Cd	55.5 min	2.739	5/2 +	εβ +
106 Cd	stable 2ε		0+		001.25
107 Cd	6.50 h	1.417	5/2 +	εβ +
108 Cd	stable 2ε		0+		000.89
109 Cd	462.6 d	0.214	5/2 +	ε
110 Cd	stable SF		0+		012.49
111 Cd	stable SF		1/2 +		012.80
111m1 Cd	48.54 min	0.396	11 / 2−	IT
112 Cd	stable SF		0+		024.13
113 Cd	7.7 x 10 15 a	0.316	1/2 +	β -	012.22
113m1 Cd	14.1 a	0.580 (β - ), 0.264 (IT)	11 / 2−	β - = 99.86, IT = 0.14
114 Cd	stable 2β		0+		028.73
115 Cd	53.46 h	1.446	1/2 +	β -
115m1 Cd	44.6 d	1.627	11 / 2−	β -
116 Cd	(3.0 ± 0.3) 10 19 a		0+	2β -	007.49
117 Cd	2.49 h	2.517	1/2 +	β -
117m1 Cd	3.36 h	2.653	(11/2) -	β -
118 Cd	50.3 min	0.520	0+	β -
119 Cd	2.69 min	3,800	3/2 +	β -
119m1 Cd	2.20 min	3,947	(11 / 2−)	β -
120 Cd	50.80 s	1.760	0+	β -
121 Cd	13.5 s	4,890	(3/2 +)	β -
121m1 Cd	8.3 s	5.105	(11 / 2−)	β -
122 Cd	5.24 s	3.00	0+	β -
123 Cd	2.10 s	6.120	(3/2) +	β -
123m1 Cd	1.82 s	6.437 (β - ), 0.317 (IT)	(11 / 2−)	β - ≈ 100, IT =?
124 Cd	1.25 s	4.17	0+	β -
125 Cd	0.65 s	7.16	(3/2 +)	β -
125m1 CD	0.57 s	7.209	(11 / 2−)	β -
126 Cd	0.506 s	5.49	0+	β -
127 Cd	0.37 s	8.47	(3/2 +)	β -
128 Cd	0.34 s	7.1	0+	β -
129 Cd	0.27 s		(3/2 +)	β -
130 Cd	0.20 s		0+	β - ≈ 100, β - n ≈ 4

₄₉ indium

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
100 in	7.0 s	10.2 (εβ + ), 5.3 (εp)		εβ + ≈ 100, εp> 3.9
101 in	15.1 s	7.3 (εβ + ), 2.5 (εp)		εβ + ≈ 100, εp =?
102 in	22 s	8.9 (εβ + )	(6+)	εβ + ≈ 100, εp = 0.0093
103 in	65 s	6.05	(9/2) +	εβ +
103m1 in	34 p		(1 / 2−)	εβ + = 67, IT = 33
104 in	1.80 min	7.91	(6+)	εβ +
104m1 in	15.7 s	0.094 (IT), 8.003 (εβ + )	(3+)	IT = 80, εβ + = 20
105 in	5.07 min	4,849	(9/2) +	εβ +
105m1 in	48 s	0.674	(1/2) -	IT
106 in	6.2 min	6.521	7+	εβ +
106m1 in	5.2 min	6,550	(3+)	εβ +
107 in	32.4 min	3.426	9/2 +	εβ +
107m1 in	50.4 s	0.678	1 / 2−	IT
108 in	58.0 min	5.148	7+	εβ +
108m1 in	39.6 min	5.178	2+	εβ +
109 in	4.2 h	2.020	9/2 +	εβ +
109m1 in	1.34 min	0.650	1 / 2−	IT
109m2 in	0.209 s	2.102	(19/2 +)	IT
110 in	4.9 h	3.878	7+	εβ +
110m1 in	69.1 min	3,940	2+	εβ +
111 in	2.8047 d	0.865	9/2 +	ε
111m1 in	7.7 min	0.537	1 / 2−	IT
112 in	14.97 min	2.586 (εβ + ), 0.664 (β - )	1+	εβ + = 56, β - = 44
112m1 in	20.56 min	0.157	4+	IT
113 in	stable SF		9/2 +		004.3
113m1 in	1.6582 h	0.392	1 / 2−	IT
114 in	71.9 s	1.989 (β - ), 1.452 (εβ + )	1+	β - = 99.50, εβ + = 0.50
114m1 in	49.51 d	0.190 (IT), 1.642 (εβ + )	5+	IT = 96.75, εβ + = 3.25
114m2 in	43.1 ms	0.502 (IT)	8−	IT
115 in	4.41 · 10 14 a	0.495	9/2 +	β -	095.7
115m1 in	4.486 h	0.336 (IT), 0.831 (β - )	1 / 2−	IT = 95.0, β - = 5.0
116 in	14.10 s	3.274 (β - ), 0.470 (ε)	1+	β - > 99.94, ε <0.06
116m1 in	54.29 min	3.401	5+	β -
116m2 in	2.18 s	0.290	8−	IT
117 in	43.2 min	1.455	9/2 +	β -
117m1 in	116.2 min	1.770 (β - ), 0.315 (IT)	1 / 2−	β - = 52.9, IT = 47.1
118 in	5.0 s	4,423	1+	β -
118m1 in	4.45 min	4,483	5+	β -
118m2 in	8.5 s	0.200 (IT), 4.623 (β - )	8−	IT = 98.6, β - = 1.4
119 in	2.4 min	2,364	9/2 +	β -
119m1 in	18.0 min	2.675 (β - ), 0.311 (IT)	1 / 2−	β - = 94.4, IT = 5.6
120 in	3.08 s	5.370	1+	β -
120m1 in	46.2 s	5.370	(3, 4, 5) +	β -
120m2 in	47.3 s	5.370	(8−)	β -
121 in	23.1 s	3.360	9/2 +	β -
121m1 in	3.88 min	3.674 (β - ), 0.314 (IT)	1 / 2−	β - = 98.8, IT = 1.2
122 in	1.5 s	6.370	1+	β -
122m1 in	10.3 s	6.370	5+	β -
122m2 in	10.8 s	6.370	8−	β -
123 in	5.98 s	4,391	9/2 +	β -
123m1 in	47.8 s	4.718	1 / 2−	β -
124 in	3.11 s	7.36	3+	β -
124m1 in	3.7 s	7.41	(8−)	β -
125 in	2.36 s	5.42	9/2 (+)	β -
125m1 in	12.2 s	5.78	1/2 (-)	β -
126 in	1.60 s	8.21	3 (+)	β -
126m1 in	1.64 s	8.321	7−, 8−, 9−	β -
127 in	1.09 s	6.51 (β - ), 0.95 (β - n)	(9/2 +)	β - ≈ 100, β - n <0.03
127m1 in	3.67 s	6.972 (β - ), 1.421 (β - n)	(1 / 2−)	β - ≈ 100, β - n = 0.69
128 in	0.84 s	8.90 (β - ), 1.08 (β - n)	(3+)	β - ≈ 100, β - n <0.04
128m1 in	0.72 s	9.30 (β - ), 1.40 (β - n)	(8−)	β - ≈ 100, β - n <0.04
129 in	0.61 s	7.66 (β - ), 2.29 (β - n)	(9/2 +)	β - ≈ 100, β - n = 0.25
129m1 in	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
130 in	0.32 s	10.25 (β - ), 2.57 (β - n)	1 (-)	β - ≈ 100, β - n = 0.90
130m1 in	0.55 s	10.30 (β - ), 2.62 (β - n)	(10−)	β - ≈ 100, β - n <1.67
130m2 in	0.55 s	10.65 (β - ), 2.97 (β - n)	(5+)	β - ≈ 100, β - n <1.67
131 in	0.282 s	9.18 (β - ), 3.97 (β - n)	(9/2 +)	β - ≈ 100, β - n <2.2
131m1 in	0.35 s	9.543 (β - ), 4.333 (β - n), 0.636 (IT)	(1 / 2−)	β - ≈ 100, β - n <2.2, IT <0.04
131m2 in	0.32 s	13.45 (β - ), 8.24 (β - n), 4.27 (IT)	(21/2 +)	β - ≈ 100, β - n <2.2
132 in	0,201 s	13.6 (β - ), 6.3 (β - n)	(7−)	β - ≈ 100, β - n = 6.2
133 in	180 ms	13.5 (β - ), 11.1 (β - n)	(9/2 +)	β - ≈ 100, β - n = 85
134 in	138 ms			β - ≈ 100, β - n = 65

₅₀ tin

isotope	Half-life	Decay energy (MeV)	Spin / parity	Type (s) of decay (%)	NH (%)	Mass (u)
100 Sn	(1.16 ± 0.2) s	7.27 (εβ + ), 5.70 (εp)	0+	εβ + ≈ 100, εp <17
101 Sn	3 s	8.8 (εβ + ), 7.5 (εp)		εβ + ≈ 100, εp =?
102 Sn	4.5 s	5.4	0+	εβ +
103 Sn	7 s		7.7	εβ +
104 Sn	20.8 s	4.52	0+	εβ +
105 Sn	31 p	6.25 (εβ + ), 3.45 (β + p)		εβ + ≈ 100, β + p =?
106 Sn	115 s	3.18	0+	εβ +
107 Sn	2.90 min	5.01	(5/2 +)	εβ +
108 Sn	10.30 min	2.092	0+	εβ +
109 Sn	18.0 min	3,850	5/2 (+)	εβ +
110 Sn	4.11 h	0.638	0+	ε
111 Sn	35.3 min	2,445	7/2 +	εβ +
112 Sn	stable 2ε		0+		000.97
113 Sn	115.09 d	1.036	1/2 +	εβ +
113m1 Sn	21.4 min	0.077 (IT), 1.113 (εβ + )	7/2 +	IT = 91.1, εβ + = 8.9
114 Sn	stable SF		0+		000.65
114m1 Sn	3.26 µs	0.613	7/2 +	IT
114m2 Sn	159 µs	0.713	11/2 +	IT
115 Sn	stable SF		1/2 +		000.34
116 Sn	stable SF		0+		014.53
117 Sn	stable		1/2 +		007.68
117m1 Sn	13.60 d	0.315	11 / 2−	IT
118 Sn	stable SF		0+		024.23
119 Sn	stable SF		1/2 +		008.59
119m1 Sn	293.1 d	0.090	11 / 2−	IT
120 Sn	stable SF		0+		032.59
121 Sn	27.06 h	0.388	3/2 +	β -
121m1 Sn	44 a	0.006 (IT), 0.394 (β - )	11 / 2−	IT = 77.6, β - = 22.4
122 Sn	stable 2β		0+		004.63
123 Sn	129.2 d	1.404	11 / 2−	β -
123m1 Sn	40.06 min	1,429	3/2 +	β -
124 Sn	stable 2β		0+		005.79
124m1 Sn	45 µs	2.657	10+	IT
125 Sn	9.64 d	2,364	11 / 2−	β -
125m1 Sn	9.52 min	2,364	3/2 +	β -
126 Sn	1 · 10 5 a	0.380	0+	β -
127 Sn	2.10 h	3,201	(11 / 2−)	β -
127m1 Sn	4.13 min	3.206	(3/2 +)	β -
128 Sn	59.07 min	1.274	0+	β -
128m1 Sn	6.5 s	2.092	(7−)	IT
129 Sn	2.23 min	4,000	(3/2 +)	β -
129m1 Sn	6.9 min	4.035 (β - ), 0.035 (IT)	(11 / 2−)	β - ≈ 100, IT ≈ 2 · 10 −4
130 Sn	3.72 min	2.150	0+	β -
130m1 Sn	1.7 min	4.097	(7−)	β -
131 Sn	56.0 s	4,638	(3/2 +)	β -
131m1 Sn	58.4 s	4.880 (β - ), 0.242 (IT)	(11 / 2−)	β - ≈ 100, IT <0.009
132 Sn	39.7 s	3.30	0+	β -
133 Sn	1.45 s	7.99 (β - ), 0.69 (β - n)	(7 / 2−)	β - ≈ 100, β - n = 0.08
134 Sn	1.12 s	6.8 (β - ), 3.7 (β - n)	0+	β - ≈ 100, β - n = 17

swell

See also list of isotopes # web links