Tin: Properties: Isotopes

Tin: Properties

Isotopes

Natural
Abun. (%) Atomic
Mass Half-
life Decay Mode
/Energy (/MeV) Part. En.
/Intensity
(MeV/%) Cross-sect.
Ther. Neut.
(b) Spin
(h/2 pi) Magnetic
Dipl.Mom.
(nm) Electric
Quad. Mom.
(b) Gamma En.
/Intensity
(MeV/%)
¹⁰³Sn 102.92802 7s ß⁺/ 7.6
¹⁰⁴Sn 103.92305 21s ß⁺,E.C./ 4.4
¹⁰⁵Sn 104.92137 28s ß⁺/ 6.3
¹⁰⁶Sn 105.91703 2m ß⁺/ 3.2
E.C. rad. an.
In k x rays
0.3865
0.4772
¹⁰⁷Sn 106.91587 2.92m E.C./ 5.1
ß⁺ 1.2 0.4218
0.6105
0.6785
1.0013
1.129
1.542
¹⁰⁸Sn 107.91188 10.3m ß⁺/ 2.06
E.C. 0.36 0⁺ In k x rays
0.2724
0.3965
0.105 - 1.68
¹⁰⁹Sn 108.911294 18m ß⁺/ 3.85
E.C. 1.52 7/2⁺ -1.08 nm 0.3 b rad. an.
In k x rays
0.6498
1.0992
¹¹⁰Sn 109.907858 4.1h E.C./ 0.58 0⁺ In k x rays
0.283
¹¹¹Sn 110.907741 35m ß⁺/ 2.45
E.C. 1.5 7/2⁺ 0.61 nm 0.2 b In k x rays
0.762
1.153
1.9147
¹¹²Sn 0.97 % 111.904826 0.56 b 0⁺
^113mSn 21.4m I.T./ 0.077
E.C. 7/2⁺ Sn k x rays
In k x rays
0.0774
¹¹³Sn 112.905176 115.1d E.C./ 1.038 9 b 1/2⁺ -0.879 nm In k x rays
0.25511
0.39169
¹¹⁴Sn 0.65 % 113.902784 0.12 b 0⁺
¹¹⁵Sn 0.36 % 114.903348 1/2⁺ -0.9188 nm
¹¹⁶Sn 14.53 % 115.901747 0.14 b 0⁺
^117mSn 13.6d I.T./ 0.3146 11/2^- -1.4 nm -0.4 b Sn k x rays
0.15856
¹¹⁷Sn 7.68 % 116.902956 1.1 b 1/2⁺ -1.001 nm
¹¹⁸Sn 24.22 % 117.901609 0⁺
^119mSn 293d I.T./ 0.0896 11/2^- -1.4 nm 0.21 b Sn k x rays
0.02387
¹¹⁹Sn 8.58 % 118.90331 1/2⁺ -1.0473 nm
¹²⁰Sn 32.59 % 119.9022 0.13 b 0⁺
^121mSn 55y I.T./ 0.006
ß^-
0.354 11/2^- Sn k x rays
0.03715
¹²¹Sn 120.904238 1.128d ß^-/ 0.388 0.383/ 100 3/2⁺ 0.698 nm -0.02 b
¹²²Sn 4.63 % 121.90344 0.15 b 0⁺
^123mSn 40.1m ß^-/ 1.428 1.26/ 99 3/2⁺ 0.1603
0.3814
¹²³Sn 122.905722 129.2d ß^-/ 1.403 1.42/ 99.4 11/2^- -1.37 nm 0.03 b 0.1603
1.0302
1.0886
¹²⁴Sn 5.79 % 123.905274 0.13 b 0⁺
^125mSn 9.51m ß^-/ 2.387 2.03/ 98 3/2⁺ 0.3321
1.404
¹²⁵Sn 124.907785 9.63d ß^-/ 2.36 2.35/ 82 11/2^- -1.35 nm 0.1 b 1.0671
0.2 - 2.3
¹²⁶Sn 125.907654 1x10⁵y ß^-/ 0.38 0.25/ 100 0⁺ 0.0643
0.0876
0.4148
0.6663
0.695
^127mSn 4.15m ß^-/ 3.21 2.72 3/2⁺ 0.4909
1.348
1.564
¹²⁷Sn 126.910355 2.12h ß^-/ 3.2 2.42
3.2 11/2^- 0.8231
1.0956
0.12 - 2.84
^128mSn 6.5s I.T./ 0.091 7^-
¹²⁸Sn 127.91056 59.1m ß^-/ 1.28 0.48
0.63 0⁺ 0.4823
0.5573
0.6805
^129mSn 6.9m ß^- 11/2^- 1.1611
¹²⁹Sn 128.91344 2.4m ß^-/ 4 3/2⁺ 0.6456
^130mSn 1.7m ß^- 7^- 0.1449
0.8992
¹³⁰Sn 129.91392 3.7m ß^-/ 2.2 1.1 0⁺ 0.07
0.1925
0.7798
^131mSn 1.02m ß^- 3.4 11/2^- 0.3043
0.45
0.7985
1.226
0.08 - 3.21
¹³¹Sn 130.91694 39s ß^-/ 4.64 3.8 3/2⁺ 0.3043
0.45
0.7985
1.226
0.08 - 3.21
¹³²Sn 131.91776 40s ß^-/ 3.1 1.8 0.0855
0.2467
0.3402
0.8985
¹³³Sn 132.92357 1.44s ß^-/ 7.8 7.5 7/2^-
¹³⁴Sn 133.92783 1.04s ß^-/ 6.8

	Natural Abun. (%)	Atomic Mass	Half- life	Decay Mode /Energy (/MeV)	Part. En. /Intensity (MeV/%)	Cross-sect. Ther. Neut. (b)	Spin (h/2 pi)	Magnetic Dipl.Mom. (nm)	Electric Quad. Mom. (b)	Gamma En. /Intensity (MeV/%)
¹⁰³Sn		102.92802	7s	ß⁺/ 7.6
¹⁰⁴Sn		103.92305	21s	ß⁺,E.C./ 4.4
¹⁰⁵Sn		104.92137	28s	ß⁺/ 6.3
¹⁰⁶Sn		105.91703	2m	ß⁺/ 3.2 E.C.						rad. an. In k x rays 0.3865 0.4772
¹⁰⁷Sn		106.91587	2.92m	E.C./ 5.1 ß⁺	1.2					0.4218 0.6105 0.6785 1.0013 1.129 1.542
¹⁰⁸Sn		107.91188	10.3m	ß⁺/ 2.06 E.C.	0.36		0⁺			In k x rays 0.2724 0.3965 0.105 - 1.68
¹⁰⁹Sn		108.911294	18m	ß⁺/ 3.85 E.C.	1.52		7/2⁺	-1.08 nm	0.3 b	rad. an. In k x rays 0.6498 1.0992
¹¹⁰Sn		109.907858	4.1h	E.C./ 0.58			0⁺			In k x rays 0.283
¹¹¹Sn		110.907741	35m	ß⁺/ 2.45 E.C.	1.5		7/2⁺	0.61 nm	0.2 b	In k x rays 0.762 1.153 1.9147
¹¹²Sn	0.97 %	111.904826				0.56 b	0⁺
^113mSn			21.4m	I.T./ 0.077 E.C.			7/2⁺			Sn k x rays In k x rays 0.0774
¹¹³Sn		112.905176	115.1d	E.C./ 1.038		9 b	1/2⁺	-0.879 nm		In k x rays 0.25511 0.39169
¹¹⁴Sn	0.65 %	113.902784				0.12 b	0⁺
¹¹⁵Sn	0.36 %	114.903348					1/2⁺	-0.9188 nm
¹¹⁶Sn	14.53 %	115.901747				0.14 b	0⁺
^117mSn			13.6d	I.T./ 0.3146			11/2^-	-1.4 nm	-0.4 b	Sn k x rays 0.15856
¹¹⁷Sn	7.68 %	116.902956				1.1 b	1/2⁺	-1.001 nm
¹¹⁸Sn	24.22 %	117.901609					0⁺
^119mSn			293d	I.T./ 0.0896			11/2^-	-1.4 nm	0.21 b	Sn k x rays 0.02387
¹¹⁹Sn	8.58 %	118.90331					1/2⁺	-1.0473 nm
¹²⁰Sn	32.59 %	119.9022				0.13 b	0⁺
^121mSn			55y	I.T./ 0.006 ß^-	0.354		11/2^-			Sn k x rays 0.03715
¹²¹Sn		120.904238	1.128d	ß^-/ 0.388	0.383/ 100		3/2⁺	0.698 nm	-0.02 b
¹²²Sn	4.63 %	121.90344				0.15 b	0⁺
^123mSn			40.1m	ß^-/ 1.428	1.26/ 99		3/2⁺			0.1603 0.3814
¹²³Sn		122.905722	129.2d	ß^-/ 1.403	1.42/ 99.4		11/2^-	-1.37 nm	0.03 b	0.1603 1.0302 1.0886
¹²⁴Sn	5.79 %	123.905274				0.13 b	0⁺
^125mSn			9.51m	ß^-/ 2.387	2.03/ 98		3/2⁺			0.3321 1.404
¹²⁵Sn		124.907785	9.63d	ß^-/ 2.36	2.35/ 82		11/2^-	-1.35 nm	0.1 b	1.0671 0.2 - 2.3
¹²⁶Sn		125.907654	1x10⁵y	ß^-/ 0.38	0.25/ 100		0⁺			0.0643 0.0876 0.4148 0.6663 0.695
^127mSn			4.15m	ß^-/ 3.21	2.72		3/2⁺			0.4909 1.348 1.564
¹²⁷Sn		126.910355	2.12h	ß^-/ 3.2	2.42 3.2		11/2^-			0.8231 1.0956 0.12 - 2.84
^128mSn			6.5s	I.T./ 0.091			7^-
¹²⁸Sn		127.91056	59.1m	ß^-/ 1.28	0.48 0.63		0⁺			0.4823 0.5573 0.6805
^129mSn			6.9m	ß^-			11/2^-			1.1611
¹²⁹Sn		128.91344	2.4m	ß^-/ 4			3/2⁺			0.6456
^130mSn			1.7m	ß^-			7^-			0.1449 0.8992
¹³⁰Sn		129.91392	3.7m	ß^-/ 2.2	1.1		0⁺			0.07 0.1925 0.7798
^131mSn			1.02m	ß^-	3.4		11/2^-			0.3043 0.45 0.7985 1.226 0.08 - 3.21
¹³¹Sn		130.91694	39s	ß^-/ 4.64	3.8		3/2⁺			0.3043 0.45 0.7985 1.226 0.08 - 3.21
¹³²Sn		131.91776	40s	ß^-/ 3.1	1.8					0.0855 0.2467 0.3402 0.8985
¹³³Sn		132.92357	1.44s	ß^-/ 7.8	7.5		7/2^-
¹³⁴Sn		133.92783	1.04s	ß^-/ 6.8