Handbook of Nuclear Chemistry: Chemical Applications of Nuclear Reactions and Radiations, Volume 3

By Zoltán Klencsár (eds)

Appendix Reference Data

J.Csikai ¹ , R.D czi ¹ , R.B.Firestone ² , Z.Homonnay ³ , G.L.Moln r ⁴ , R.Zeisler ⁵

¹ Department of Experimental Physics, University of Debrecen, Debrecen, Hungary

² Isotopes Project, Lawrence Berkeley National Laboratory, Berkeley, California, USA

³ Department of Nuclear Chemistry, E tv s Lor nd University, Budapest, Hungary

⁴ Institute of Isotope and Surface Chemistry, Chemical Research Center, Budapest, Hungary

⁵ Analytical Chemistry Division, National Institute of Standards and Technology, Gaithersburg, USA

1. M SSBAUER NUCLIDES ^[*]

Table 1: Table of M ssbauer nuclides and isomeric transitions. E: energy of the level, T _1/2: half-life, ?: internal conversion coefficient, A: natural abundance, I: nuclear spin, Q: nuclear quadrupole moment, b: barn, ?: nuclear magnetic moment, ? _N: nuclear magneton, g: gyromagnetic factor, ? ₀: nuclear absorption cross section, W ₀: natural line width expressed as Doppler-speed interval.
Nuclide	E keV	T _1/2 ns	A %	I ?	Q b	? ? _N	g mm s ^?1 T ^?1	? ₀ 10 ⁴b
K-40	0		0.012	4
29.56	4.25	6.6	3				28.7	2.18
Fe-57	0		2.14	1/2	0.0	0.090604	0.118821
14.4130	97.81	8.21	3/2	0.21	0.15532	0.067897	256	0.1940
136.478	8.7	0.142	5/2				34.5	0.230
Ni-61	0		1.19	3/2	0.162	0.74980	0.070083
67.408	5.27	0.135	5/2	1.21	0.478	0.0268	71.2	0.770
Zn-67	0

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