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Tin Isotopes






Proton number: 50


Stable Isotopes


Tin stable isotope number 1: 112Sn
Neutrons: 62;
Abundance: 0.97%;
Jn: 0+;

Tin stable isotope number 2: 114Sn
Neutrons: 64;
Abundance: 0.66%;
Jn: 0+;

Tin stable isotope number 3: 115Sn
Neutrons: 65;
Abundance: 0.34%;
Jn: 1/2+;

Tin stable isotope number 4: 116Sn
Neutrons: 66;
Abundance: 14.54%;
Jn: 0+;

Tin stable isotope number 5: 117Sn
Neutrons: 67;
Abundance: 7.68%;
Jn: 1/2+;

Tin stable isotope number 6: 118Sn
Neutrons: 68;
Abundance: 24.22%;
Jn: 0+;

Tin stable isotope number 7: 119Sn
Neutrons: 69;
Abundance: 8.59%;
Jn: 1/2+;

Tin stable isotope number 8: 120Sn
Neutrons: 70;
Abundance: 32.58%;
Jn: 0+;

Tin stable isotope number 9: 122Sn
Neutrons: 72;
Abundance: 4.63%;
Jn: 0+;

Tin stable isotope number 10: 124Sn
Neutrons: 74;
Abundance: 5.79%;
Jn: 0+;

Natural Radioactive isotopes

There is no Tin Natural Radioactive isotopes known

Artificial Radioactive isotopes


Tin radioactive isotope number 1: 99Sn
Neutrons: 49;
Jn: Unknown;
Decay: ε p ?
ε ?;
t1/2: 0.005s ≈ 5.00 ms;

Tin radioactive isotope number 2: 100Sn
Neutrons: 50;
Jn: 0+;
Decay: ε : 100.00 %
ε p < 17.00 %;
t1/2: 0.94s ;

Tin radioactive isotope number 3: 101Sn
Neutrons: 51;
Jn: Unknown;
Decay: ε
ε p;
t1/2: 3s ;

Tin radioactive isotope number 4: 102Sn
Neutrons: 52;
Jn: 0+;
Decay: ε : 100.00 %;
t1/2: 4.5s ;

Tin radioactive isotope number 5: 103Sn
Neutrons: 53;
Jn: Unknown;
Decay: ε : 100.00 %
ε p;
t1/2: 7s ;

Tin radioactive isotope number 6: 104Sn
Neutrons: 54;
Jn: 0+;
Decay: ε : 100.00 %;
t1/2: 20.8s ;

Tin radioactive isotope number 7: 105Sn
Neutrons: 55;
Jn: 5/2+;
Decay: ε : 100.00 %
ε p;
t1/2: 34s ;

Tin radioactive isotope number 8: 106Sn
Neutrons: 56;
Jn: 0+;
Decay: ε : 100.00 %;
t1/2: 115s ;

Tin radioactive isotope number 9: 107Sn
Neutrons: 57;
Jn: 5/2+;
Decay: ε : 100.00 %;
t1/2: 174s ≈ 2.90 m;

Tin radioactive isotope number 10: 108Sn
Neutrons: 58;
Jn: 0+;
Decay: ε : 100.00 %;
t1/2: 618s ≈ 10.30 m;

Tin radioactive isotope number 11: 109Sn
Neutrons: 59;
Jn: 5/2+;
Decay: ε : 100.00 %;
t1/2: 1080s ≈ 18.00 m;

Tin radioactive isotope number 12: 110Sn
Neutrons: 60;
Jn: 0+;
Decay: ε : 100.00 %;
t1/2: 14796s ≈ 4.11 h;

Tin radioactive isotope number 13: 111Sn
Neutrons: 61;
Jn: 7/2+;
Decay: ε : 100.00 %;
t1/2: 2118s ≈ 35.30 m;

Tin radioactive isotope number 14: 113Sn
Neutrons: 63;
Jn: 1/2+;
Decay: ε : 100.00 %;
t1/2: 9943776s ≈ 115.09 d;

Tin radioactive isotope number 15: 113Sn
Neutrons: 63;
Jn: 7/2+;
Decay: IT : 91.10 %
ε : 8.90 %;
t1/2: 1284s ≈ 21.40 m;

Tin radioactive isotope number 16: 115Sn
Neutrons: 65;
Jn: 7/2+;
Decay: IT : 100.00 %;
t1/2: 3.26E-06s ≈ 3.26 µs;

Tin radioactive isotope number 17: 115Sn
Neutrons: 65;
Jn: 11/2-;
Decay: IT : 100.00 %;
t1/2: 0.000159s ≈ 0.16 ms;

Tin radioactive isotope number 18: 117Sn
Neutrons: 67;
Jn: 11/2-;
Decay: IT : 100.00 %;
t1/2: 1188864s ≈ 13.76 d;

Tin radioactive isotope number 19: 119Sn
Neutrons: 69;
Jn: 11/2-;
Decay: IT : 100.00 %;
t1/2: 25323840s ≈ 293.10 d;

Tin radioactive isotope number 20: 121Sn
Neutrons: 71;
Jn: 3/2+;
Decay: β - : 100.00 %;
t1/2: 97308s ≈ 27.03 h;

Tin radioactive isotope number 21: 121Sn
Neutrons: 71;
Jn: 11/2-;
Decay: IT : 77.60 %
β - : 22.40 %;
t1/2: 1384430000s ≈ 43.90 y;

Tin radioactive isotope number 22: 123Sn
Neutrons: 73;
Jn: 11/2-;
Decay: β - : 100.00 %;
t1/2: 11162880s ≈ 129.20 d;

Tin radioactive isotope number 23: 123Sn
Neutrons: 73;
Jn: 3/2+;
Decay: β - : 100.00 %;
t1/2: 2403.6s ≈ 40.06 m;

Tin radioactive isotope number 24: 125Sn
Neutrons: 75;
Jn: 11/2-;
Decay: β - : 100.00 %;
t1/2: 832896s ≈ 9.64 d;

Tin radioactive isotope number 25: 125Sn
Neutrons: 75;
Jn: 3/2+;
Decay: β - : 100.00 %;
t1/2: 571.2s ≈ 9.52 m;

Tin radioactive isotope number 26: 126Sn
Neutrons: 76;
Jn: 0+;
Decay: β - : 100.00 %;
t1/2: 7.25328E+12s ≈ 2.300000e+5 y;

Tin radioactive isotope number 27: 127Sn
Neutrons: 77;
Jn: 11/2-;
Decay: β - : 100.00 %;
t1/2: 7560s ≈ 2.10 h;

Tin radioactive isotope number 28: 127Sn
Neutrons: 77;
Jn: 3/2+;
Decay: β - : 100.00 %;
t1/2: 247.8s ≈ 4.13 m;

Tin radioactive isotope number 29: 128Sn
Neutrons: 78;
Jn: 0+;
Decay: β - : 100.00 %;
t1/2: 3544.2s ≈ 59.07 m;

Tin radioactive isotope number 30: 128Sn
Neutrons: 78;
Jn: 7-;
Decay: IT : 100.00 %;
t1/2: 6.5s ;

Tin radioactive isotope number 31: 129Sn
Neutrons: 79;
Jn: 3/2+;
Decay: β - : 100.00 %;
t1/2: 133.8s ≈ 2.23 m;

Tin radioactive isotope number 32: 129Sn
Neutrons: 79;
Jn: 11/2-;
Decay: β - : 100.00 %
IT < 2.0E-3 %;
t1/2: 414s ≈ 6.90 m;

Tin radioactive isotope number 33: 130Sn
Neutrons: 80;
Jn: 0+;
Decay: β - : 100.00 %;
t1/2: 223.2s ≈ 3.72 m;

Tin radioactive isotope number 34: 130Sn
Neutrons: 80;
Jn: 7-;
Decay: β - : 100.00 %;
t1/2: 102s ;

Tin radioactive isotope number 35: 131Sn
Neutrons: 81;
Jn: 3/2+;
Decay: β - : 100.00 %;
t1/2: 56s ;

Tin radioactive isotope number 36: 131Sn
Neutrons: 81;
Jn: 11/2-;
Decay: β - ~ 100.00 %
IT;
t1/2: 58.4s ;

Tin radioactive isotope number 37: 132Sn
Neutrons: 82;
Jn: 0+;
Decay: β - : 100.00 %;
t1/2: 39.7s ;

Tin radioactive isotope number 38: 132Sn
Neutrons: 82;
Jn: 8+;
Decay: IT : 100.00 %;
t1/2: 2.03E-06s ≈ 2.03 µs;

Tin radioactive isotope number 39: 133Sn
Neutrons: 83;
Jn: 7/2-;
Decay: β - : 100.00 %
β -n : 0.08 %;
t1/2: 1.45s ;

Tin radioactive isotope number 40: 134Sn
Neutrons: 84;
Jn: 0+;
Decay: β - : 100.00 %
β -n : 17.00 %;
t1/2: 1.05s ;

Tin radioactive isotope number 41: 135Sn
Neutrons: 85;
Jn: 7/2-;
Decay: β - : 100.00 %
β -n : 21.00 %;
t1/2: 0.53s ;

Tin radioactive isotope number 42: 136Sn
Neutrons: 86;
Jn: 0+;
Decay: β - : 100.00 %
β -n : 30.00 %;
t1/2: 0.25s ;

Tin radioactive isotope number 43: 137Sn
Neutrons: 87;
Jn: Unknown;
Decay: β - : 100.00 %
β -n : 58.00 %;
t1/2: 0.19s ;
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