# Isotopen van zilver

Het chemisch element zilver (Ag), met een atoommassa van 107,8682(2) u, bezit 2 stabiele isotopen: $^{107}$Ag en $^{109}$Ag, waarvan de eerste het meest abundant is (ongeveer 52%). Beide stabiele zilverisotopen zouden in staat zijn spontane splijting te ondergaan. De overige 28 radio-isotopen zijn onstabiel en hebben een relatief korte halveringstijd (de meeste minder dan een seconde).
De kortstlevende isotoop van zilver is $^{93}$Ag, met een halfwaardetijd van ongeveer 5 milliseconden. De langstlevende is $^{105}$Ag, met een halfwaardetijd van 41,29 dagen.

## Overzicht

| Nuclide | Z (p) | N (n) | Isotopische massa (u) | Halveringstijd | Radioactief verval | VP | Kernspin | Isotopische verhouding (molfractie) |
| Natuurlijk voorkomen (molfractie) |||
| $^{93}$Ag | 47 | 46 | 92,94978(64) | 5 ms | | | 9/2$^+$ | |
| $^{94}$Ag | 47 | 47 | 93,94278(54) | 37(18) ms | β$^+$ | $^{94}$Pd | 0$^+$ | |
| $^{94m1}$Ag | 1350(400) keV | 1350(400) keV | 1350(400) keV | 422(16) ms | β$^+$ (> 99,9%) | $^{94}$Pd | (7$^+$) | |
| $^{94m1}$Ag | 1350(400) keV | 1350(400) keV | 1350(400) keV | 422(16) ms | β$^+$, p (< 0,1%) | $^{93}$Rh | (7$^+$) | |
| $^{94m2}$Ag | 6500(2000) keV | 6500(2000) keV | 6500(2000) keV | 300(200) ms | | | (21$^+$) | |
| $^{95}$Ag | 47 | 48 | 94,93548(43) | 1,74(13) s | β$^+$ (> 99,9%) | $^{95}$Pd | (9/2$^+$) | |
| $^{95}$Ag | 47 | 48 | 94,93548(43) | 1,74(13) s | β$^+$, p (< 0,1%) | $^{94}$Rh | (9/2$^+$) | |
| $^{95m1}$Ag | 344,2(3) keV | 344,2(3) keV | 344,2(3) keV | < 0,5 s | | | (1/2$^−$) | |
| $^{95m2}$Ag | 2531(1) keV | 2531(1) keV | 2531(1) keV | < 16 ms | | | (23/2$^+$) | |
| $^{95m3}$Ag | 4859(1) keV | 4859(1) keV | 4859(1) keV | < 40 ms | | | (37/2$^+$) | |
| $^{96}$Ag | 47 | 49 | 95,93068(43) | 4,45(4) s | β$^+$ (96,3%) | $^{96}$Pd | (8$^+$) | |
| $^{96}$Ag | 47 | 49 | 95,93068(43) | 4,45(4) s | β$^+$, p (3,7%) | $^{95}$Rh | (8$^+$) | |
| $^{96m1}$Ag | 0(50) keV | 0(50) keV | 0(50) keV | 6,9(6) s | | | (2$^+$) | |
| $^{96m2}$Ag | | | | 700(200) ns | | | | |
| $^{97}$Ag | 47 | 50 | 96,92397(35) | 25,3(3) s | β$^+$ | $^{97}$Pd | (9/2$^+$) | |
| $^{97m}$Ag | 2343(49) keV | 2343(49) keV | 2343(49) keV | 5 ns | | | (21/2$^+$) | |
| $^{98}$Ag | 47 | 51 | 97,92157(7) | 47,5(3) s | β$^+$ (99,99%) | $^{98}$Pd | (5$^+$) | |
| $^{98}$Ag | 47 | 51 | 97,92157(7) | 47,5(3) s | β$^+$, p (0,0012%) | $^{97}$Rh | (5$^+$) | |
| $^{98m}$Ag | 167,83(15) keV | 167,83(15) keV | 167,83(15) keV | 220(20) ns | | | (3$^+$) | |
| $^{99}$Ag | 47 | 52 | 98,91760(16) | 124(3) s | β$^+$ | $^{99}$Pd | 9/2$^+$ | |
| $^{99m}$Ag | 506,1(4) keV | 506,1(4) keV | 506,1(4) keV | 10,5(5) s | IT | $^{99}$Ag | (1/2$^−$) | |
| $^{100}$Ag | 47 | 53 | 99,91610(8) | 2,01(9) min | β$^+$ | $^{100}$Pd | 5$^+$ | |
| $^{100m}$Ag | 15,52(16) keV | 15,52(16) keV | 15,52(16) keV | 2,24(13) min | IT | $^{100}$Ag | (2)$^+$ | |
| $^{100m}$Ag | 15,52(16) keV | 15,52(16) keV | 15,52(16) keV | 2,24(13) min | β$^+$ | $^{100}$Pd | (2)$^+$ | |
| $^{101}$Ag | 47 | 54 | 100,91280(11) | 11,1(3) min | β$^+$ | $^{101}$Pd | 9/2$^+$ | |
| $^{101m}$Ag | 274,1(3) keV | 274,1(3) keV | 274,1(3) keV | 3,10(10) s | IT | $^{101}$Ag | 1/2$^−$ | |
| $^{102}$Ag | 47 | 55 | 101,91169(3) | 12,9(3) min | β$^+$ | $^{102}$Pd | 5$^+$ | |
| $^{102m}$Ag | 9,3(4) keV | 9,3(4) keV | 9,3(4) keV | 7,7(5) min | β$^+$ (51%) | $^{102}$Pd | 2$^+$ | |
| $^{102m}$Ag | 9,3(4) keV | 9,3(4) keV | 9,3(4) keV | 7,7(5) min | IT (49%) | $^{102}$Ag | 2$^+$ | |
| $^{103}$Ag | 47 | 56 | 102,908973(18) | 65,7(7) min | β$^+$ | $^{103}$Pd | 7/2$^+$ | |
| $^{103m}$Ag | 134,45(4) keV | 134,45(4) keV | 134,45(4) keV | 5,7(3) s | IT | $^{103}$Ag | 1/2$^−$ | |
| $^{104}$Ag | 47 | 57 | 103,908629(6) | 69,2(10) min | β$^+$ | $^{104}$Pd | 5$^+$ | |
| $^{104m}$Ag | 6,9(4) keV | 6,9(4) keV | 6,9(4) keV | 33,5(20) min | β$^+$ (99,93%) | $^{104}$Pd | 2$^+$ | |
| $^{104m}$Ag | 6,9(4) keV | 6,9(4) keV | 6,9(4) keV | 33,5(20) min | IT (0,07%) | $^{104}$Ag | 2$^+$ | |
| $^{105}$Ag | 47 | 58 | 104,906529(12) | 41,29(7) dagen | β$^+$ | $^{105}$Pd | 1/2$^−$ | |
| $^{105m}$Ag | 25,465(12) keV | 25,465(12) keV | 25,465(12) keV | 7,23(16) min | IT (99,66%) | $^{105}$Ag | 7/2$^+$ | |
| $^{105m}$Ag | 25,465(12) keV | 25,465(12) keV | 25,465(12) keV | 7,23(16) min | β$^+$ (0,34%) | $^{105}$Pd | 7/2$^+$ | |
| $^{106}$Ag | 47 | 59 | 105,906669(5) | 23,96(4) min | β$^+$ (99,5%) | $^{106}$Pd | 1$^+$ | |
| $^{106}$Ag | 47 | 59 | 105,906669(5) | 23,96(4) min | β$^−$ (0,5%) | $^{106}$Cd | 1$^+$ | |
| $^{106m}$Ag | 89,66(7) keV | 89,66(7) keV | 89,66(7) keV | 8,28(2) dagen | β$^+$ | $^{106}$Pd | 6$^+$ | |
| $^{106m}$Ag | 89,66(7) keV | 89,66(7) keV | 89,66(7) keV | 8,28(2) dagen | IT (4,16 × 10$^{−6}$%) | $^{106}$Ag | 6$^+$ | |
| $^{107}$Ag | 47 | 60 | 106,905097(5) | stabiel | stabiel | stabiel | 1/2$^−$ | 0,51839(8) |
| $^{107m}$Ag | 93,125(19) keV | 93,125(19) keV | 93,125(19) keV | 44,3(2) s | IT | $^{107}$Ag | 7/2$^+$ | |
| $^{108}$Ag | 47 | 61 | 107,905956(5) | 2,37(1) min | β$^−$ (97,15%) | $^{108}$Cd | 1$^+$ | |
| $^{108}$Ag | 47 | 61 | 107,905956(5) | 2,37(1) min | β$^+$ (2,85%) | $^{108}$Pd | 1$^+$ | |
| $^{108m}$Ag | 109,440(7) keV | 109,440(7) keV | 109,440(7) keV | 418(21) jaar | β$^+$ (91,3%) | $^{108}$Pd | 6$^+$ | |
| $^{108m}$Ag | 109,440(7) keV | 109,440(7) keV | 109,440(7) keV | 418(21) jaar | IT (8,96%) | $^{108}$Ag | 6$^+$ | |
| $^{109}$Ag | 47 | 62 | 108,904752(3) | stabiel | stabiel | stabiel | 1/2- | 0,48161(8) |
| $^{109m}$Ag | 88,0341(11) keV | 88,0341(11) keV | 88,0341(11) keV | 39,6(2) s | IT | $^{109}$Ag | 7/2$^+$ | |
| $^{110}$Ag | 47 | 63 | 109,906107(3) | 24,6(2) s | β$^−$ (99,7%) | $^{110}$Cd | 1$^+$ | |
| $^{110}$Ag | 47 | 63 | 109,906107(3) | 24,6(2) s | EV (0,3%) | $^{110}$Pd | 1$^+$ | |
| $^{110m1}$Ag | 1,113 keV | 1,113 keV | 1,113 keV | 660(40) ns | | | 2$^−$ | |
| $^{110m2}$Ag | 117,59(5) keV | 117,59(5) keV | 117,59(5) keV | 249,950(24) dagen | β$^−$ (98,64%) | $^{110}$Cd | 6$^+$ | |
| $^{110m2}$Ag | 117,59(5) keV | 117,59(5) keV | 117,59(5) keV | 249,950(24) dagen | IT (1,36%) | $^{110}$Ag | 6$^+$ | |
| $^{111}$Ag | 47 | 64 | 110,905291(3) | 7,45(1) dagen | β$^−$ | $^{111}$Cd | 1/2$^−$ | |
| $^{111m}$Ag | 59,82(4) keV | 59,82(4) keV | 59,82(4) keV | 64,8(8) s | IT (99,3%) | $^{111}$Ag | 7/2$^+$ | |
| $^{111m}$Ag | 59,82(4) keV | 59,82(4) keV | 59,82(4) keV | 64,8(8) s | β$^−$ (0,7%) | $^{111}$Cd | 7/2$^+$ | |
| $^{112}$Ag | 47 | 65 | 111,907005(18) | 3,130(9) uur | β$^−$ | $^{112}$Cd | 2$^−$ | |
| $^{113}$Ag | 47 | 66 | 112,906567(18) | 5,37(5) uur | β$^−$ | $^{113m}$Cd | 1/2$^−$ | |
| $^{113m}$Ag | 43,50(10) keV | 43,50(10) keV | 43,50(10) keV | 68,7(16) s | IT (64%) | $^{113}$Ag | 7/2$^+$ | |
| $^{113m}$Ag | 43,50(10) keV | 43,50(10) keV | 43,50(10) keV | 68,7(16) s | β$^−$ (36%) | $^{113}$Cd | 7/2$^+$ | |
| $^{114}$Ag | 47 | 67 | 113,908804(27) | 4,6(1) s | β$^−$ | $^{114}$Cd | 1$^+$ | |
| $^{114m}$Ag | 199(5) keV | 199(5) keV | 199(5) keV | 1,50(5) ms | IT | $^{114}$Ag | (< 7$^+$) | |
| $^{115}$Ag | 47 | 68 | 114,90876(4) | 20,0(5) min | β$^−$ | $^{115m}$Cd | 1/2$^−$ | |
| $^{115m}$Ag | 41,16(10) keV | 41,16(10) keV | 41,16(10) keV | 18,0(7) s | β$^−$ (79%) | $^{115}$Cd | 7/2$^+$ | |
| $^{115m}$Ag | 41,16(10) keV | 41,16(10) keV | 41,16(10) keV | 18,0(7) s | IT (21%) | $^{115}$Ag | 7/2$^+$ | |
| $^{116}$Ag | 47 | 69 | 115,91136(5) | 2,68(10) min | β$^−$ | $^{116}$Cd | 2$^−$ | |
| $^{116m}$Ag | 81,90(20) keV | 81,90(20) keV | 81,90(20) keV | 8,6(3) s | β$^−$ (94%) | $^{116}$Cd | (5$^+$) | |
| $^{116m}$Ag | 81,90(20) keV | 81,90(20) keV | 81,90(20) keV | 8,6(3) s | IT (6%) | $^{116}$Ag | (5$^+$) | |
| $^{117}$Ag | 47 | 70 | 116,91168(5) | 73,6(14) s | β$^−$ | $^{117m}$Cd | 1/2$^−$ | |
| $^{117m}$Ag | 28,6(2) keV | 28,6(2) keV | 28,6(2) keV | 5,34(5) s | β$^−$ (94%) | $^{117m}$Cd | (7/2$^+$) | |
| $^{117m}$Ag | 28,6(2) keV | 28,6(2) keV | 28,6(2) keV | 5,34(5) s | IT (6%) | $^{117}$Ag | (7/2$^+$) | |
| $^{118}$Ag | 47 | 71 | 117,91458(7) | 3,76(15) s | β$^−$ | $^{118}$Cd | 1$^−$ | |
| $^{118m1}$Ag | 45,79(9) keV | 45,79(9) keV | 45,79(9) keV | ± 0,1 µs | | | 0$^−$ tot 2$^−$ | |
| $^{118m2}$Ag | 127,49(5) keV | 127,49(5) keV | 127,49(5) keV | 2,0(2) s | β$^−$ (59%) | $^{118}$Cd | 4$^+$ | |
| $^{118m2}$Ag | 127,49(5) keV | 127,49(5) keV | 127,49(5) keV | 2,0(2) s | IT (41%) | $^{118}$Ag | 4$^+$ | |
| $^{118m3}$Ag | 279,37(20) keV | 279,37(20) keV | 279,37(20) keV | ± 0,1 µs | | | (2$^+$, 3$^+$) | |
| $^{119}$Ag | 47 | 72 | 118,91567(10) | 6,0(5) s | β$^−$ | $^{119m}$Cd | 1/2$^−$ | |
| $^{119m}$Ag | 20(20) keV | 20(20) keV | 20(20) keV | 2,1(1) s | β$^−$ | $^{119}$Cd | 7/2$^+$ | |
| $^{120}$Ag | 47 | 73 | 119,91879(8) | 1,23(4) s | β$^−$ (99,99%) | $^{120}$Cd | 3$^+$ | |
| $^{120}$Ag | 47 | 73 | 119,91879(8) | 1,23(4) s | β$^−$, n (0,003%) | $^{119}$Cd | 3$^+$ | |
| $^{120m}$Ag | 203,0(10) keV | 203,0(10) keV | 203,0(10) keV | 371(24) ms | β$^−$ (63%) | $^{120}$Cd | 6$^−$ | |
| $^{120m}$Ag | 203,0(10) keV | 203,0(10) keV | 203,0(10) keV | 371(24) ms | IT (37%) | $^{120}$Ag | 6$^−$ | |
| $^{121}$Ag | 47 | 74 | 120,91985(16) | 0,79(2) s | β$^−$ (99,92%) | $^{121}$Cd | (7/2$^+$) | |
| $^{121}$Ag | 47 | 74 | 120,91985(16) | 0,79(2) s | β$^−$, n (0,076%) | $^{120}$Cd | (7/2$^+$) | |
| $^{122}$Ag | 47 | 75 | 121,92353(22) | 0,529(13) s | β$^−$ (> 99,9%) | $^{122}$Cd | (3$^+$) | |
| $^{122}$Ag | 47 | 75 | 121,92353(22) | 0,529(13) s | β$^−$, n (< 0,1%) | $^{121}$Cd | (3$^+$) | |
| $^{122m}$Ag | 80(50) keV | 80(50) keV | 80(50) keV | 1,5(5) s | β$^−$ (> 99,9%) | $^{122}$Cd | 8$^−$ | |
| $^{122m}$Ag | 80(50) keV | 80(50) keV | 80(50) keV | 1,5(5) s | β$^−$, n (< 0,1%) | $^{121}$Cd | 8$^−$ | |
| $^{123}$Ag | 47 | 76 | 122,92490(22) | 0,300(5) s | β$^−$ (99,45%) | $^{123}$Cd | (7/2$^+$) | |
| $^{123}$Ag | 47 | 76 | 122,92490(22) | 0,300(5) s | β$^−$, n (0,549%) | $^{122}$Cd | (7/2$^+$) | |
| $^{124}$Ag | 47 | 77 | 123,92864(21) | 172(5) ms | β$^−$ (99,9%) | $^{124}$Cd | 3$^+$ | |
| $^{124}$Ag | 47 | 77 | 123,92864(21) | 172(5) ms | β$^−$, n (0,1%) | $^{123}$Cd | 3$^+$ | |
| $^{124m}$Ag | 0(100) keV | 0(100) keV | 0(100) keV | 200 ms | β$^−$ | $^{124}$Cd | 8$^−$ | |
| $^{124m}$Ag | 0(100) keV | 0(100) keV | 0(100) keV | 200 ms | IT | $^{124}$Ag | 8$^−$ | |
| $^{125}$Ag | 47 | 78 | 124,93043(32) | 166(7) ms | β$^−$ (> 99,9%) | $^{125}$Cd | (7/2$^+$) | |
| $^{125}$Ag | 47 | 78 | 124,93043(32) | 166(7) ms | β$^−$, n (< 0,1%) | $^{124}$Cd | (7/2$^+$) | |
| $^{126}$Ag | 47 | 79 | 125,93450(32) | 107(12) ms | β$^−$ (> 99,9%) | $^{126}$Cd | 3$^+$ | |
| $^{126}$Ag | 47 | 79 | 125,93450(32) | 107(12) ms | β$^−$, n (< 0,1%) | $^{125}$Cd | 3$^+$ | |
| $^{127}$Ag | 47 | 80 | 126,93677(32) | 79(3) ms | β$^−$ (> 99,9%) | $^{127}$Cd | 7/2$^+$ | |
| $^{127}$Ag | 47 | 80 | 126,93677(32) | 79(3) ms | β$^−$, n (< 0,1%) | $^{126}$Cd | 7/2$^+$ | |
| $^{128}$Ag | 47 | 81 | 127,94117(32) | 58(5) ms | | | | |
| $^{129}$Ag | 47 | 82 | 128,94369(43) | 44(7) ms | | | 7/2$^+$ | |
| $^{129m}$Ag | 0(200) keV | 0(200) keV | 0(200) keV | ± 160 ms | | | 1/2$^−$ | |
| $^{130}$Ag | 47 | 83 | 129,95045(36) | ± 50 ms | | | 0$^+$ | |

## Overzicht van isotopen per element

* (en) R.B. Firestone, S.Y. Frank Chu & C.M. Baglin (1999) - Table of Isotopes (online versie van de cd-rom)
* (en) G. Audi, A.H. Wapstra, C. Thibault, J. Blachot & O. Bersillon (2003) - The NUBASE evaluation of nuclear and decay properties, Nuclear Physics A, 729, pp. 3-128
* (en) J.R. de Laeter, J.K. Böhlke, P. De Bièvre, H. Hidaka, H.S. Peiser, K.J.R. Rosman & P.D.P. Taylor (2003) - Atomic weights of the elements. Review 2000 (IUPAC Technical Report), Pure and Applied Chemistry, 75 (6), pp. 683–800
* (en) M.E. Wieser (2006) - Atomic weights of the elements 2005 (IUPAC Technical Report), Pure and Applied Chemistry, 78 (11), pp. 2051–2066
* (en) David R. Lide (2004) - CRC Handbook of Chemistry and Physics (85th ed.), hoofdstuk 11, CRC Press - ISBN 978-0849304859
$^{92}$Ag · $^{93}$Ag · $^{94}$Ag · $^{94m1}$Ag · $^{94m2}$Ag · $^{95}$Ag · $^{95m1}$Ag · $^{95m2}$Ag · $^{95m3}$Ag · $^{96}$Ag · $^{96m1}$Ag · $^{96m2}$Ag · $^{97}$Ag · $^{97m}$Ag · $^{98}$Ag · $^{98m}$Ag · $^{99}$Ag · $^{99m}$Ag · $^{100}$Ag · $^{100m}$Ag · $^{101}$Ag · $^{101m}$Ag · $^{102}$Ag · $^{102m}$Ag · $^{103}$Ag · $^{103m}$Ag · $^{104}$Ag · $^{104m}$Ag · $^{105}$Ag · $^{105m}$Ag · $^{106}$Ag · $^{106m}$Ag · $^{107}$Ag · $^{107m}$Ag · $^{108}$Ag · $^{108m}$Ag · $^{109}$Ag · $^{109m}$Ag · $^{110}$Ag · $^{110m1}$Ag · $^{110m2}$Ag · $^{111}$Ag · $^{111m}$Ag · $^{112}$Ag · $^{113}$Ag · $^{113m}$Ag · $^{114}$Ag · $^{114m}$Ag · $^{115}$Ag · $^{115m}$Ag · $^{116}$Ag · $^{116m}$Ag · $^{117}$Ag · $^{117m}$Ag · $^{118}$Ag · $^{118m1}$Ag · $^{118m2}$Ag · $^{118m3}$Ag · $^{119}$Ag · $^{119m}$Ag · $^{120}$Ag · $^{120m}$Ag · $^{121}$Ag · $^{122}$Ag · $^{122m}$Ag · $^{123}$Ag · $^{124}$Ag · $^{124m}$Ag · $^{125}$Ag · $^{126}$Ag · $^{127}$Ag · $^{128}$Ag · $^{129}$Ag · $^{129m}$Ag · $^{130}$Ag · $^{131}$Ag · $^{132}$Ag