银的同位素

银（原子量：107.8682(2)）共有74个同位素，其中有2个同位素是稳定的。

**图表**
93Ag
47
46
92.94978(64)#
5# ms>1.5 µs
9/2+#
94Ag
47
47
93.94278(54)#
37(18) ms26(+26-9) ms
β+
94Pd
0+#
94m1Ag
1350(400)# keV
422(16) ms
β+ (>99.9%)
94Pd
(7+)

β+, p (93Rh
94m2Ag
6500(2000)# keV
300(200) ms
(21+)
95Ag
47
48
94.93548(43)#
1.74(13) s
β+ (>99.9%)
95Pd
(9/2+)
β+, p (94Rh
95m1Ag
344.2(3) keV
95m2Ag
2531(1) keV
95m3Ag
4859(1) keV
96Ag
47
49
95.93068(43)#
4.45(4) s
β+ (96.3%)
96Pd
(8+)
β+, p (3.7%)
95Rh
96m1Ag
0(50)# keV
6.9(6) s
(2+)
96m2Ag
700(200) ns
97Ag
47
50
96.92397(35)
25.3(3) s
β+
97Pd
(9/2+)
97mAg
2343(49) keV
5 ns
(21/2+)
98Ag
47
51
97.92157(7)
47.5(3) s
β+ (99.99%)
98Pd
(5+)
β+, p (.0012%)
97Rh
98mAg
167.83(15) keV
220(20) ns
(3+)
99Ag
47
52
98.91760(16)
124(3) s
β+
99Pd
(9/2)+
99mAg
506.1(4) keV
10.5(5) s
IT
99Ag
(1/2-)
100Ag
47
53
99.91610(8)
2.01(9) min
β+
100Pd
(5)+


100mAg
15.52(16) keV
2.24(13) min
IT
100Ag
(2)+
β+
100Pd
101Ag
47
54
100.91280(11)
11.1(3) min
β+
101Pd
9/2+
101mAg
274.1(3) keV
3.10(10) s
IT
101Ag
1/2-
102Ag
47
55
101.91169(3)
12.9(3) min
β+
102Pd
5+
102mAg
9.3(4) keV
7.7(5) min
β+ (51%)
102Pd
2+
IT (49%)
102Ag
103Ag
47
56
102.908973(18)
65.7(7) min
β+
103Pd
7/2+
103mAg
134.45(4) keV
5.7(3) s
IT
103Ag
1/2-
104Ag
47
57
103.908629(6)
69.2(10) min
β+
104Pd
5+
104mAg
6.9(4) keV
33.5(20) min
β+ (99.93%)
104Pd
2+
IT (.07%)
104Ag
105Ag
47
58
104.906529(12)
41.29(7) d
β+
105Pd
1/2-
105mAg
25.465(12) keV
7.23(16) min
IT (99.66%)
105Ag
7/2+
β+ (.34%)
105Pd
106Ag
47
59
105.906669(5)
23.96(4) min
β+ (99.5%)
106Pd
1+
β- (0.5%)
106Cd
106mAg
89.66(7) keV
8.28(2) d
β+
106Pd
6+
IT (4.16×10−6%)
106Ag
link=yes
47
60
106.905097(5)
Stable
1/2-
0.51839(8)
107mAg
93.125(19) keV
44.3(2) s
IT
107Ag
7/2+
108Ag
47
61
107.905956(5)
2.37(1) min
β- (97.15%)
108Cd
1+
β+ (2.85%)
108Pd
108mAg
109.440(7) keV
418(21) y
β+ (91.3%)
108Pd
6+
IT (8.96%)
108Ag
109Ag
47
62
108.904752(3)
Stable
1/2-
0.48161(8)
109mAg
88.0341(11) keV
39.6(2) s
IT
109Ag
7/2+
110Ag
47
63
109.906107(3)
24.6(2) s
β- (99.7%)
110Cd
1+
EC(.3%)
110Pd
110m1Ag
1.113 keV
660(40) ns
2-


110m2Ag
117.59(5) keV
249.950(24) d
β- (98.64%)
110Cd
6+
IT (1.36%)
110Ag
111Ag
47
64
110.905291(3)
7.45(1) d
β-
111Cd
1/2-
111mAg
59.82(4) keV
64.8(8) s
IT (99.3%)
111Ag
7/2+
β- (.7%)
111Cd
112Ag
47
65
111.907005(18)
3.130(9) h
β-
112Cd
2(-)
113Ag
47
66
112.906567(18)
5.37(5) h
β-
113mCd
1/2-
113mAg
43.50(10) keV
68.7(16) s
IT (64%)
113Ag
7/2+
β- (36%)
113Cd
114Ag
47
67
113.908804(27)
4.6(1) s
β-
114Cd
1+
114mAg
199(5) keV
1.50(5) ms
IT
114Ag
(115Ag
47
68
114.90876(4)
20.0(5) min
β-
115mCd
1/2-
115mAg
41.16(10) keV
18.0(7) s
β- (79%)
115Cd
7/2+
IT (21%)
115Ag
116Ag
47
69
115.91136(5)
2.68(10) min
β-
116Cd
(2)-
116mAg
81.90(20) keV
8.6(3) s
β- (94%)
116Cd
(5+)
IT (6%)
116Ag
117Ag
47
70
116.91168(5)
73.6(14) s72.8(+20-7) s
β-
117mCd
1/2-#
117mAg
28.6(2) keV
5.34(5) s
β- (94%)
117mCd
(7/2+)
IT (6%)
117Ag
118Ag
47
71
117.91458(7)
3.76(15) s
β-
118Cd
1-
118m1Ag
45.79(9) keV
~0.1 µs
0(-) to 2(-)
118m2Ag
127.49(5) keV
2.0(2) s
β- (59%)
118Cd
4(+)
IT (41%)
118Ag
118m3Ag
279.37(20) keV
~0.1 µs
(2+,3+)
119Ag
47
72
118.91567(10)
6.0(5) s
β-
119mCd
1/2-#
119mAg
20(20)# keV
2.1(1) s
β-
119Cd
7/2+#
120Ag
47
73
119.91879(8)
1.23(4) s
β- (99.99%)
120Cd
3(+#)
β-, n (.003%)
119Cd
120mAg
203.0(10) keV
371(24) ms
β- (63%)
120Cd
6(-)
IT (37%)
120Ag
121Ag
47
74
120.91985(16)
0.79(2) s
β- (99.92%)
121Cd
(7/2+)#

β-, n (.076%)
120Cd
122Ag
47
75
121.92353(22)#
0.529(13) s
β- (>99.9%)
122Cd
(3+)
β-, n (121Cd
122mAg
80(50)# keV
1.5(5) s
β- (>99.9%)
122Cd
8-#
β-, n (121Cd
123Ag
47
76
122.92490(22)#
0.300(5) s
β- (99.45%)
123Cd
(7/2+)
β-, n (.549%)
122Cd
124Ag
47
77
123.92864(21)#
172(5) ms
β- (99.9%)
124Cd
3+#

β-, n (.1%)
123Cd
124mAg
0(100)# keV
200# ms
β-
124Cd
8-#
IT
124Ag
125Ag
47
78
124.93043(32)#
166(7) ms
β- (>99.9%)
125Cd
(7/2+)#
β-, n (124Cd
126Ag
47
79
125.93450(32)#
107(12) ms
β- (>99.9%)
126Cd
3+#
β-, n (125Cd
127Ag
47
80
126.93677(32)#
79(3) ms
β- (>99.9%)
127Cd
7/2+#
β-, n (126Cd
128Ag
47
81
127.94117(32)#
58(5) ms
129Ag
47
82
128.94369(43)#
44(7) ms46(+5-9) ms
7/2+#
129mAg
0(200)# keV
~160 ms
1/2-#
130Ag
47
83
129.95045(36)#
~50 ms
0+

**参考文献**
 Isotope masses from  Ame2003 Atomic Mass Evaluation by G. Audi, A.H. Wapstra, C. Thibault, J. Blachot and O. Bersillon in Nuclear Physics A729 (2003).- Isotopic compositions and standard atomic masses from  Atomic weights of the elements. Review 2000 (IUPAC Technical Report) date=20110324090740 . Pure Appl. Chem. Vol. 75, No. 6, pp. 683-800, (2003) and  Atomic Weights Revised (2005) date=20080305062433 .- Half-life, spin, and isomer data selected from these sources. Editing notes on this article's talk page.
** Audi, Bersillon, Blachot, Wapstra.  The Nubase2003 evaluation of nuclear and decay properties date=20110716114059 , Nuc. Phys. A 729, pp. 3-128 (2003).
** National Nuclear Data Center, Brookhaven National Laboratory. Information extracted from the  NuDat 2.1 database date=20190513230730  (retrieved Sept. 2005).
** David R. Lide (ed.), Norman E. Holden in CRC Handbook of Chemistry and Physics, 85th Edition, online version. CRC Press. Boca Raton, Florida (2005). Section 11, Table of the Isotopes.