Lattice site and hyperfine field of Fr in Fe studied by nuclear orientation and emission channelling | Zendy

M. Lindroos | Zendy; P. Richards | Zendy; J. De Wächter | Zendy; U. Wahl | Zendy; H. Haas | Zendy; H. Pattyn | Zendy; J. Říkovská | Zendy; N. J. Stone | Zendy; G. Langouche | Zendy; K. Nishimura | Zendy; I. S. Oliveira | Zendy; M. Vesković | Zendy

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Lattice site and hyperfine field of Fr in Fe studied by nuclear orientation and emission channelling

Author(s) -

M. Lindroos,

P. Richards,

J. De Wächter,

U. Wahl,

H. Haas,

H. Pattyn,

J. Říkovská,

N. J. Stone,

G. Langouche,

K. Nishimura,

I. S. Oliveira,

M. Vesković

Publication year - 1993

Publication title -

hyperfine interactions

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.359

H-Index - 48

eISSN - 1572-9540

pISSN - 0304-3843

DOI - 10.1007/bf00567611

Subject(s) - channelling , hyperfine structure , lattice (music) , monte carlo method , spectral line , condensed matter physics , atomic physics , physics , materials science , chemistry , ion , statistics , mathematics , quantum mechanics , acoustics , astronomy

The issue of lattice sites of Fr in Fe has been studied with two different techniques, integral low temperature nuclear orientation (LTNO) and emission channelling. Monte Carlo simulations of the system fitted to the channelling spectra reveal a large fraction of Fr in substitutional sites and hint at a possible complex site distribution. Using a two-site model for the LTNO data, a large fraction in high field site, in agreement with the channelling data, is deduced. © 1993 J.C. Baltzer AG, Science Publishers

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