Information about Tin-115:


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Mass-Energy Data:

Atomic Mass:	114.903346	±	0.000003	amu
Excess Mass (Δ):	-90.032633	±	0.002983	MeV
Binding Energy:	979.117086	±	0.002987	MeV
β^- Decay Energy:	-3.030000	±	0.020000	MeV

"The 1995 update to the atomic mass evaluation" by G.Audi and A.H.Wapstra, Nuclear Physics A595 vol. 4 p.409-480, December 25, 1995.

Radioactive Decay Data:

Atomic Percent Abundance: 0.34%
Spin: 1/2+
Stable Isotope
Meta state at 0.612 Mev
Spin: 7/2+
Half life: 3.26 µs ( 3.26×10^-06 sec., λ = 212622 s^-1)
Mode of decay: γ (IT) (Q = 0.613 MeV)
Meta state at 0.713 Mev
Spin: 11/2- 3.26
Half life: 159 µs ( 0.000159 sec., λ = 4359.42 s^-1)
Mode of decay: γ (IT) (Q = 0.713 MeV)
Possible parent nuclides:
β^- from
115
49
In

E.C. from
115
51
Sb

R.R.Kinsey, et al.,The NUDAT/PCNUDAT Program for Nuclear Data,paper submitted to the 9 th International Symposium of Capture-Gamma_raySpectroscopy and Related Topics, Budapest, Hungary, Octover 1996.Data extracted from NUDAT database (Jan. 14/1999)

Magnetic Dipole Moments and Electric Quadrupole Moments
Ex(kev)	T_1/2	Spin	m(nm)	Q(b)	Ref. Std.	Method	Reference
0	stable	1/2+	-0.91883(7)		[23Na]	N	PR 79 35 (50)
613	3.26 ps	7/2+	+0.683(10)			TDPAD	RRou 20 141 (75)
				0.26(3)	[118Sn 3108]	TDPAD	HFI 2 326 (76)
714	159 ms	11/2-	-1.378(11)			TDPAD	RRou 20 141 (75)
			-1.369(4)			NMR/PAC	PL 34B (71)
				0.38(6)		QIR	PS 11 228 (75)

N. J. Stone, Table of Nuclear Magnetic Dipole and Electric Quadrupole Moments, to be published. 2000 Courtesy of T. Burrows at BNL/NNDC.