Determination of correlation factor and NMR diffusion parameters from the computer-simulated random motion of vacancies in cubic crystals
Author:
Publisher
Elsevier BV
Subject
General Physics and Astronomy,Hardware and Architecture
Reference7 articles.
1. Computer simulation of correlated self-diffusion via randomly migrating vacancies in cubic crystals
2. Determination of self-diffusion mechanisms from high-field nuclear-spin-relaxation experiments
3. Non-Arrhenius diffusional behavior and high-field nuclear spin relaxation in crystals
4. Tracer diffusion by a divacancy mechanism in b.c.c. lattices
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1. 7Li NMR Relaxation in Supreionic β-Lithium Aluminum;Journal of the Physical Society of Japan;1989-07-15
2. Motion-induced flip-flop transitions of quadrupolar nuclei on two sublattices. Theory of spin-lattice relaxation and application to Li3N. I;Journal of Physics C: Solid State Physics;1987-10-10
3. Diffusion of iron in copper studied by Mössbauer spectroscopy on single crystals;Physical Review B;1986-07-01
4. Monte Carlo Study of Correlated Diffusion in Solids;Journal of the Physical Society of Japan;1986-05-15
5. Monte Carlo Study of Diffusion in Non-Bravais Lattice: Application to the bcc Lattice;Journal of the Physical Society of Japan;1984-10
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