Astrojan 2009.05.10 0 0 164 Az atommag szerkezete Rend- szám Neutron szám Vegyjel m % izotóp Előfordulás ppm pep hamburger Stabil magok Izomer magok   1 H 1 99.985 1, 2   2   2n He 4 99.999863 240000 2 3, 4   3   4n Li 7 92.5 0.006 6, 7   4   5n Be 9 100 0.001 9   5   6n B 11 80.1 0.001 10, 11   6   6n C 12 98.9 4600 6 = 2 + 4 12, 13   7   7n N 14 99.634 970 7 = 1 + 6 14, 15 14, 15   8   8n O 8p 8n O16 99.762% stable 8 = 4+4 8p 9n O17   0.200% stable 8 = 1+3+4+ (1n) 8p 10n O18   0.200% stable 8 = 2+2+4 + (2n) 8p 12n O20 13.51 s 8 = 4+4 + (4n) 8p 14n O22 2.25 s 8 = 2 + 6 + (6n) 16 99.762 10700 8 = 2x4 16, 17, 18   9 10n F 19 100 0.4 9 = 1+2 + 6 + (1n) 19 10 10n Ne 10p 10n Ne20 90.48% stable 10 = 4 + 6 10p 11n Ne21   0.27% stable 10 = 1+3 + 6 + (1n) 10p 12n Ne22   9.25% stable 10 = 2+2 + 6 + (2n) 10p 14n Ne24 3.38 min 10 = 4 + 6 + (4n) 20 90.48 1340 10 = 4 + 6 20, 21, 22 11 12n Na 23 100 22 11 = 1+4 + 6 + (1n) 23 24 12 12n Mg 12p 12n Mg24 78.99% stable 12 = 6+6 12p 13n Mg25 10.00% stable 12 = 1+1+4 + 6 + (1n) 12p 14n Mg26 11.01% stable 12 = 2+4 + 6 + (2n) 12p 16n Mg28 20.915 h 12 = 4+2 + 6 + (4n) 24 78.99 580 12 = 6+6A 2 hatos gyűrű elemei egymás mellé rendeződve 6 db alfarészecskét hoznak létre, ez stabilizálja a két-gyűrűs magot 24, 25, 26 13 14n Al 27 100 55 13 = 1 + 2x6 + (1n) 27 24 14 14n Si 14p 14n Si28 92.23% stable 14 = 2 + 2x6 14p 15n Si29   4.683% stable 14 = 1+1 + 2x6 + (1n) 14p 16n Si30   3.087% stable 14 = 2 + 2x6 + (2n) 14p 18n Si32 132 y 14 = 4+4 + 6 + (4n) 14p 20n Si34 2.77 s 14 = 4+2+2 + 6 + (6n) 28 92.23 650 14 = 2 + 2x6 28, 29, 30 15 16n P 31 100 7 15 = 1+2 + 2x6 + (1n) 31 16 16n S 16p 16n S32 95.02% stable 16 = 4 + 2x6 16p 17n S33   0.75% stable 16 = 1+3 + 2x6 + (1n) 16p 18n S34   4.21% stable 16 = 2+2 + 2x6 + (2n) 16p 20n S36   0.02% stable 16 = 4 + 2x6 + (4n) 16p 22n S38 170.3 min 16 = 2+2 + 2x6 + (6n) 16p 24n S40 8.8 s 16 = 4 + 2x6 + (8n) 32 95.02 440 16 = 4 + 2x6 32, 33, 34, 36 43 17 18n Cl 35 75.77 1 17 = 1+4 + 2x6 + (1n) 35, 37 34, 38 18 22n Ar 18p 18n Ar36   0.3365% stable 18 = 2+4 + 2x6 18p 20n Ar38   0.0632% stable 18 = 2+4 + 2x6 + (2n) 18p 22n Ar40 99.60037% stable 18 = 4+2 + 2x6 + (4n) 18p 24n Ar42 32.9 y 18 = 4+2 + 2x6 + (6n) 18p 26n Ar44 11.87 min 18 = 2+4 + 2x6 + (8n) 18p 28n Ar46 8.4 s 18 = 4+2 + 2x6 + (10n) 40 99.6 220 18 = 4+2 + 2x6 + (4n) 36, 38, 40 19 20n K 39 93.26 3 19 = 1+2+4 + 2x6 + (1n) 39, 41 20 20n Ca 20p 20n Ca40 96.94% stable 20 = 4+4 + 2x6 20p 22n Ca42   0.65% stable 20 = 2+2+4 + 2x6 + (2n) 20p 23n Ca43   0.135% stable 20 = 3+1+4 + 2x6 + (3n) 20p 24n Ca44   2.09% stable 20 = 4+4 + 2x6 + (4n) 20p 26n Ca46   0.004% 3x10+15 y 20 = 4+2+2 + 2x6 + (6n) 20p 28n Ca48   0.187% 4x10+19 y 20 = 2 + 6+2x6 + (8n) 20p 30n Ca50 13.9 s 20 = 2 + 6+2x6 + (10n) 40 96.941 67 20 = 4+4 + 2x6 40, 42, 43, 44 21 24n Sc 45 100 0.03 21 = 3 + 3x6 + (3n) 45 43, 44, 45, 46, 50 22 26n Ti 22p 22n Ti44 60.0 y 22 = 4 + 3x6 22p 24n Ti46   8.25% stable 22 = 2+2 + 3x6 + (2n) 22p 25n Ti47   7.44% stable 22 = 3+1 + 3x6 + (3n) 22p 26n Ti48 73.72% stable 22 = 4 + 3x6 + (4n) 22p 27n Ti49   5.41% stable 22 = 4+1+1 + 2x8 + (5n) 22p 28n Ti50   5.18% stable 22 = 4 + 6+12 + (6n) 22p 30n Ti52 1.7 min 22 = 2+2 + 6+12 + (8n) 22p 32n Ti54 1.5 s 22 = 4 + 6+12 + (10n) 48 73.8 3 22 = 4 + 3x6 + (4n) 46, 47, 48, 49, 50 23 28n V 51 100 0.7 23 = 1+4 + 3x6 + (5n) 50, 51 46 24 28n Cr 24p 24n Cr48 21.56 h 24 = 2+4 + 3x6 24p 26n Cr50   4.345% 1.8x10+17 y 24 = 2+4 + 3x6 + (2n) 24p 28n Cr52 83.789% stable 24 = 4+2 + 3x6 + (4n) 24p 29n Cr53   9.501% stable 24 = 4+1+1 + 3x6 + (5n) 24p 30n Cr54   2.365% stable 24 = 4+2 + 3x6 + (6n) 24p 32n Cr56 5.94 min 24 = 2+4 + 6+12 + (8n) 24p 34n Cr58 7.0 s 24 = 4+2 + 6+12 + (10n) 52 83.789 14 24 = 4+2 + 3x6 + (4n) 50, 52, 53, 54 25 30n Mn 55 100 8 25 = 1+4+2 + 3x6 + (5n) 55 52, 58, 60 26 30n Fe 26p 26n Fe52 8.275 h 26 = 4 + 6 + 2x8 26p 28n Fe54   5.85% 3.1x10+22 y 26 = 2+2 + 6 + 2x8 + (2n) 26p 30n Fe56 91.75% stable 26 = 4 + 6 + 2x8 + (4n) 26p 31n Fe57   2.12% stable 26 = 1+3 + 6 + 2x8 + (5n) 26p 32n Fe58   0.28% stable 26 = 4 + 6 + 2x8 + (6n) 26p 34n Fe60 1.5x10+6 y 26 = 2+2 + 6 + 2x8 + (8n) 26p 36n Fe62 68 s 26 = 4 + 6 + 2x8 + (10n) 56 91.72 1090 26 = 4 + 6 + 2x8 + (4n) 54, 56, 57, 58 53 27 32n Co 59 100 3 27 = 1+4 + 6 + 2x8 + (5n) 59 58, 60, 62 28 30n Ni 28p 28n Ni56 6.075 d 28 = 2+4 + 6 + 2x8 28p 30n Ni58 68.077% stable 28 = 2+4 + 6 + 2x8 + (2n) 28p 32n Ni60 26.223% stable 28 = 4+2 + 6 + 2x8 + (4n) 28p 33n Ni61   1.140% stable 28 = 4+1+1 + 6 + 2x8 + (5n) 28p 34n Ni62   3.634% stable 28 = 4+2 + 6 + 2x8 + (6n) 28p 36n Ni64   0.926% stable 28 = 2+4 + 6 + 2x8 + (8n) 28p 38n Ni66 54.6 h 28 = 4+2 + 6 + 2x8 + (10n) 28p 40n Ni68 29 s 28 = 4+2 + 6 + 2x8 + (12n) 58 68.077 60 28 = 2+4 + 6 + 2x8 + (2n) 58, 60, 61, 62, 64 29 34n Cu 63 69.17 0.06 29 = 4+1+2 + 6 + 2x8 + (5n) 63, 65 68 30 34n Zn 30p 32n Zn62 2.38 min 30 = 4+4 + 6 + 2x8 30p 32n Zn62 9.186 h 30 = 2+2+4 + 6 + 2x8 + (2n) 30p 34n Zn64 48.63% stable 30 = 4+4 + 6 + 2x8 + (4n) 30p 36n Zn66 27.90% stable 30 = 4+2+2 + 6 + 2x8 + (6n) 30p 37n Zn67   4.10% stable 30 = 4+3+1 + 6 + 2x8 + (7n) 30p 38n Zn68 18.75% stable 30 = 4+4 + 6 + 2x8 + (8n) 30p 40n Zn70   0.62% 5x10+14 y 30 = 4+4 + 6 + 2x8 + (10n) 30p 42n Zn72 46.5 h 30 = 4+2+2 + 6 + 2x8 + (12n) 30p 44n Zn74 95.6 s 30 = 4+4 + 6 + 2x8 + (14n) 64 48.63 0.3 30 = 4+4 + 6 + 2x8 + (4n) 64, 66, 67, 68, 70 61, 69, 71, 73, 77 31 38n Ga 69 60.1 0.01 31 = 1 + 6 + 3x8 + (7n) 69, 71 72, 74 32 42n Ge 32p 32n Ge64 63.7 s 32 = 4 + 2x6 + 2x8 32p 34n Ge66 2.26 h 32 = 2+2 + 2x6 + 2x8 + (2n) 32p 36n Ge68 270.8 d 32 = 4 + 2x6 + 2x8 + (4n) 32p 38n Ge70 20.37% stable 32 = 2 + 6 + 3x8 + (6n) 32p 40n Ge72 27.31% stable 32 = 2 + 6 + 3x8 + (8n) 32p 41n Ge73   7.76% stable 32 = 1+1 + 6 + 3x8 + (9n) 32p 42n Ge74 36.73% stable 32 = 2 + 6 + 3x8 + (10n) 32p 44n Ge76   7.83% 8x10+24 y 32 = 4 + 2x6 + 2x8 + (12n) 32p 46n Ge78 88.0 min 32 = 2+2 + 2x6 + 2x8 + (14n) 32p 48n Ge80 29.5 s 32 = 4 + 2x6 + 2x8 + (16n) 74 35.94 0.2 32 = 2 + 6 + 3x8 + (10n) 70, 72, 73, 74,76 69, 73, 75, 77, 79 33 42n As 75 100 0.008 33 = 1+2 + 6 + 3x8 + (9n) 75 79 34 46n Se 34p 34n Se68 35.5 s 34 = 4 + 6 + 3x8 34p 36n Se70 41.1 min 34 = 2+2 + 6 + 3x8 + (2n) 34p 38n Se72 8.4 d 34 = 4 + 6 + 3x8 + (4n) 34p 40n Se74   0.89% stable 34 = 4 + 6 + 3x8 + (6n) 34p 42n Se76   9.37% stable 34 = 2+2 + 6 + 3x8 + (8n) 34p 43n Se77   7.63% stable 34 = 2+1+1 + 6 + 3x8 + (9n) 34p 44n Se78 23.77% stable 34 = 4 + 6 + 3x8 + (10n) 34p 46n Se80 49.61% stable 34 = 4+2 + 2x6 + 2x8 + (12n) 34p 48n Se82   8.73% 8.3x10+19 y 34 = 2+4 + 2x6 + 2x8 + (14n) 34p 50n Se84 3.1 min 34 = 4+2 + 2x6 + 2x8 + (16n) 34p 52n Se86 15.3 s 34 = 4+2 + 2x6 + 2x8 + (18n) 80 49.61 0.03 34 = 4+2 + 2x6 + 2x8 + (12n) 74, 76, 77, 78, 80 73, 77, 79, 81 35 44n Br 79 50.69 0.007 35 = 1+2+2 + 6 + 3x8 + (9n) 79, 81 76, 77, 79, 80, 82 36 48n Kr 36p 36n Kr72 17.2 s 36 = 2 + 18 + 2x8 36p 38n Kr74 11.50 min 36 = 2 + 18 + 2x8 + (2n) 36p 40n Kr76 14.8 h 36 = 2 + 18 + 2x8 + (4n) 36p 42n Kr78   0.35% 9x10+19 y 36 = 2 + 6+12 + 2x8 + (6n) 36p 44n Kr80   2.28% stable 36 = 2 + 6+12 + 2x8 + (8n) 36p 46n Kr82 11.58% stable 36 = 2 + 6+12 + 2x8 + (10n) 36p 47n Kr83 11.49% stable 36 = 4+1+1 + 6 + 3x8 + (11n) 36p 48n Kr84 57.00% stable 36 = 2 + 6+12 + 2x8 + (12n) 36p 50n Kr86 17.30% stable 36 = 2 + 6+12 + 2x8 + (14n) 36p 52n Kr88 2.84 h 36 = 4+4 + 12 + 2x8 + (16n) 36p 54n Kr90 32.32 s 36 = 4+2+2 + 12 + 2x8 + (18n) 36p 56n Kr92 1.840 s 36 = 4+4 + 12 + 2x8 + (20n) 84 57.00 0.04 36 = 2 + 6+2x6 + 2x8 + (12n) 80, 82, 83, 84, 86 73, 79, 81, 83, 85 37 48n Rb 85 72.168 0.01 37 = 4+1+2 + 6 + 3x8 + (11n) 85, 87 78, 81, 82, 84, 86 38 50n Sr 38p 38n Sr76 8.9 s 38 = 4 + 3x6 + 2x8 38p 40n Sr78 2.5 min 38 = 2+2 + 3x6 + 2x8 + (2n) 38p 42n Sr80 106.3 min 38 = 4 + 3x6 + 2x8 + (4n) 38p 44n Sr82 25.55 d 38 = 4 + 6+2x6 + 2x8 + (6n) 38p 46n Sr84   0.56% stable 38 = 2+2 + 6+2x6 + 2x8 + (8n) 38p 48n Sr86   9.86% stable 38 = 4 + 6+2x6 + 2x8 + (10n) 38p 50n Sr88 82.58% stable 38 = 4 + 6+2x6 + 2x8 + (12n) 38p 52n Sr90 28.79 y 38 = 2+2 + 6+2x6 + 2x8 + (14n) 38p 54n Sr92 2.71 h 38 = 4 + 6+2x6 + 2x8 + (16n) 38p 56n Sr94 75.3 s 38 = 4 + 3x6 + 2x8 + (18n) 38p 58n Sr96 1.07 s 38 = 2+2 + 3x6 + 2x8 + (20n) 38p 60n Sr98 0.653 s 38 = 4 + 3x6 + 2x8 + (22n) 88 82.58 0.04 38 = 4 + 6+2x6 + 2x8 + (12n) 84, 86, 87, 88 83, 85, 87 39 50n Y 89 100 0.007 39 = 1+4 + 3x6 + 2x8 + (11n) 89 80, 83, 85, sok 40 50n Zr 40p 40n Zr80 3.9 s 40 = 2+4 + 3x6 + 2x8 40p 42n Zr82 32 s 40 = 2+4 + 3x6 + 2x8 + (2n) 40p 44n Zr84 25.9 min 40 = 4+2 + 3x6 + 2x8 + (4n) 40p 46n Zr86 16.5 h 40 = 2+4 + 3x6 + 2x8 + (6n) 40p 48n Zr88 83.4 d 40 = 2+4 + 3x6 + 2x8 + (8n) 40p 50n Zr90 51.45% stable 40 = 4+2 + 3x6 + 2x8 + (10n) 40p 51n Zr91 11.22% stable 40 = 4+1+1 + 3x6 + 2x8 + (11n) 40p 52n Zr92 17.15% stable 40 = 4+2 + 3x6 + 2x8 + (12n) 40p 54n Zr94 17.38% stable 40 = 2+4 + 12+6 + 2x8 + (14n) 40p 56n Zr96   2.80% 2.2x10+19 y 40 = 4+2 + 12+6 + 2x8 + (16n) 40p 58n Zr98 30.7 s 40 = 4+2 + 12+6 + 2x8 + (18n) 40p 60n Zr100 7.1 s 40 = 2+4 + 18 + 2x8 + (20n) 40p 62n Zr102 2.9 s 40 = 4+2 + 18 + 2x8 + (22n) 40p 64n Zr104 1.2 s 40 = 4+2 + 18 + 2x8 + (24n) 90 51.45 0.05 40 = 4+2 + 3x6 + 2x8 + (10n) 90, 91, 92, 94, 96 85, 87, 89, 90, 91 41 52n Nb 93 100 0.002 41 = 1+4+2 + 3x6 + 2x8 + (11n) 93 90, 91, 93, sok 42 56n Mo 42p 44n Mo86 19.6 s 42 = 2+2+4 +18 + 2x8 + (2n) 42p 46n Mo88 8.0 min 42 = 4+4 +18 + 2x8 + (4n) 42p 48n Mo90 5.56 h 42 = 4+4 + 6+12 + 2x8 + (6n) 42p 50n Mo92 14.84% stable 42 = 2+2+4 + 6+12 + 2x8 + (8n) 42p 52n Mo94   9.25% stable 42 = 4+4 + 6+12 + 2x8 + (10n) 42p 53n Mo95 15.92% stable 42 = 4+1+3 + 6+12 + 2x8 + (11n) 42p 54n Mo96 16.68% stable 42 = 4+2+2 + 6+12 + 2x8 + (12n) 42p 55n Mo97   9.55% stable 42 = 1+3+4 + 12+6 + 2x8 + (13n) 42p 56n Mo98 24.13% stable 42 = 2+2+4 + 12+6 + 2x8 + (14n) 42p 58n Mo100   9.63% 9.5x10+18 y 42 = 4+4 + 12+6 + 2x8 + (16n) 42p 60n Mo102 11.3 min 42 = 4+2+2 + 12+6 + 2x8 + (18n) 42p 62n Mo104 60 s 42 = 4+4 + 12+6 + 2x8 + (20n) 42p 64n Mo106 8.4 s 42 = 4+4 + 18 + 2x8 + (22n) 42p 66n Mo108 1.09 s 42 = 4+2+2 + 18 + 2x8 + (24n) 98 24.13 0.005 42 = 2+2+4 + 12+6 + 2x8 + (14n) 92, 94, 95, 97, sok 89, 91, 93 43 55n Tc 98 0 43 = 1 + 12+6 + 3x8 + (12n) 0 86, 91, 93, sok 44 58n Ru 44p 46n Ru90 11 s 44 = 2+4 + 6 + 8 + 2x12 + (2n) 44p 48n Ru92 3.65 min 44 = 4+2 + 6 + 8 + 2x12 + (4n) 44p 50n Ru94 51.8 min 44 = 4+2 + 6 + 8 + 2x12 + (6n) 44p 52n Ru96 5.54% stable 44 = 2+4 + 6 + 8 + 2x12 + (8n) 44p 54n Ru98   1.87% stable 44 = 2+4 + 6 + 8 + 2x12 + (10n) 44p 56n Ru100 12.60% stable 44 = 4+2 + 6 + 8 + 2x12 + (12n) 44p 58n Ru102 31.55% stable 44 = 4+2 + 6 + 8 + 2x12 + (14n) 44p 60n Ru104 18.62% stable 44 = 2+4 + 6 + 8 + 2x12 + (16n) 44p 62n Ru106 373.59 d 44 = 4+2 + 6 + 8 + 2x12 + (18n) 44p 64n Ru108 4.55 min 44 = 4+2 + 6 + 8 + 2x12 + (20n) 102 31.6 0.004 44 = 4+2 + 6 + 8 + 2x12 + (14n) 100, 101, 104, sok 91, 93, 103 45 58n Rh 103 100 0.0006 45 = 1 + 12 + 8 + 2x12 + (13n) 103 95, 96, 97, sok 46 60n Pd 46p 46n Pd92 0.7 s 46 = 2 + 12 + 8 + 2x12 46p 48n Pd94 9.0 s 46 = 2 + 12 + 8 + 2x12 + (2n) 46p 50n Pd96 122 s 46 = 4+2 + 16 + 2x12 + (4n) 46p 52n Pd98 17.7 min 46 = 6 + 16 + 2x12 + (6n) 46p 54n Pd100 3.63 d 46 = 2 + 12 + 8 + 2x12 + (8n) 46p 56n Pd102   1.02% stable 46 = 2 + 12 + 8 + 2x12 + (10n) 46p 58n Pd104 11.14% stable 46 = 2 + 12 + 8 + 2x12 + (12n) 46p 59n Pd105 22.33% stable 46 = 1+1 + 12 + 8 + 2x12 + (13n) 46p 60n Pd106 27.33% stable 46 = 2 + 12 + 8 + 2x12 + (14n) 46p 62n Pd108 26.46% stable 46 = 6 + 16 + 2x12 + (16n) 46p 64n Pd110 11.72% stable 46 = 2+4 + 16 + 2x12 + (18n) 46p 66n Pd112 21.03 h 46 = 2 + 12 + 8 + 2x12 + (20n) 46p 68n Pd114 2.42 min 46 = 2 + 12 + 8 + 2x12 + (22n) 46p 70n Pd116 11.8 s 46 = 2 + 12 + 8 + 2x12 + (24n) 106 27.33 0.002 46 = 2 + 12 + 8 + 2x12 + (14n) 104, 105, 106, sok 93, 95, 107, sok 47 60n Ag 107 51.839 0.0006 47 = 1+2 + 12 + 8 + 2x12 + (13n) 107, 109 99, 100, 101, sok 48 66n Cd 48p 48n Cd96 1 s 48 = 4 + 12 + 8 + 2x12 48p 50n Cd98 9.2 s 48 = 2+2 + 12 + 8 + 2x12 + (2n) 48p 52n Cd100 49.1 s 48 = 4 + 12 + 8 + 2x12 + (4n) 48p 54n Cd102 5.5 min 48 = 2 + 6 + 16 + 2x12 + (6n) 48p 56n Cd104 57.7 min 48 = 4 + 12 + 8 + 2x12 + (8n) 48p 58n Cd106   1.25% 2.6x10+17 y 48 = 2+2 + 12 + 8 + 2x12 + (10n) 48p 60n Cd108   0.89% stable 48 = 4 + 12 + 8 + 2x12 + (12n) 48p 62n Cd110 12.49% stable 48 = 2+2 + 12 + 8 + 2x12 + (14n) 48p 63n Cd111 12.80% stable 48 = 3+1 + 12 + 8 + 2x12 + (15n) 48p 64n Cd112 24.13% stable 48 = 4 + 12 + 8 + 2x12 + (16n) 48p 65n Cd113 12.22% stable 48 = 1+1 + 6 + 16 + 2x12 + (17n) 48p 66n Cd114 28.73% stable 48 = 2 + 6 + 16 + 2x12 + (18n) 48p 68n Cd116   7.49% 1.2x10+21 y 48 = 4 + 12 + 8 + 2x12 + (20n) 48p 70n Cd118 50.3 min 48 = 2+2 + 12 + 8 + 2x12 + (22n) 48p 72n Cd120 50.80 s 48 = 4 + 12 + 8 + 2x12 + (24n) 48p 74n Cd122 5.24 s 48 = 4+2 + 18 + 8+2x8 + (26n) 48p 76n Cd124 1.25 s 48 = 2+4 + 18 + 8+2x8 + (28n) 48p 78n Cd126 0.506 s 48 = 4+2 + 18 + 8+2x8 + (30n) 48p 80n Cd128 0.28 s 48 = 4+2 + 18 + 8+2x8 + (32n) 48p 82n Cd130 0.20 s 48 = 2+4 + 18 + 8+2x8 + (34n) 114 28.73 0.002 48 = 2 + 6 + 16 + 2x12 + (18n) 111, 112, 113, sok 111, 113, 123 49 66n In 115 95.7 0.0003 49 = 1+2 + 6 + 16 + 2x12 + (17n) 113, 115 103, 104, 105, sok 50 70n Sn 50p 52n Sn102 4.5 s 50 = 2+4 + 12 + 8 + 2x12 + (2n) 50p 54n Sn104 20.8 s 50 = 4+2 + 12 + 8 + 2x12 + (4n) 50p 56n Sn106 115 s 50 = 4+2 + 12 + 8 + 2x12 + (6n) 50p 58n Sn108 10.30 min 50 = 2+4 + 12 + 8 + 2x12 + (8n) 50p 60n Sn110 4.11 h 50 = 2+4 + 12 + 8 + 2x12 + (10n) 50p 62n Sn112   0.97% stable 50 = 4+2 + 12 + 8 + 2x12 + (12n) 50p 64n Sn114   0.66% stable 50 = 2+4 + 12 + 8 + 2x12 + (14n) 50p 65n Sn115   0.34% stable 50 = 3+1+2 + 12 + 8 + 2x12 + (15n) 50p 66n Sn116 14.54% stable 50 = 4 + 6 + 2x8 + 2x12 + (16n) 50p 67n Sn117   7.68% stable 50 = 1+3 + 6 + 2x8 + 2x12 + (17n) 50p 68n Sn118 24.22% stable 50 = 2+2 + 6 + 2x8 + 2x12 + (18n) 50p 69n Sn119   8.59% stable 50 = 3+1 + 6 + 2x8 + 2x12 + (19n) 50p 70n Sn120 32.58% stable 50 = 4 + 6 + 2x8 + 2x12 + (20n) 50p 72n Sn122   4.63% stable 50 = 4 + 6 + 2x8 + 2x12 + (22n) 50p 74n Sn124   5.79% stable 50 = 2+2 + 6 + 2x8 + 2x12 + (24n) 50p 76n Sn126 1x10+5 y 50 = 4 + 6 + 2x8 + 2x12 + (26n) 120 32.58 0.004 50 = 4 + 6 + 16 + 2x12 + (20n) 116, 118, 120, sok 113, 117, 119, sok