Effect of higher-order terms in the free-electron screening-charge distribution on the electric field gradient in dilute alloys of cubic host metals
Author:
Publisher
American Physical Society (APS)
Link
http://harvest.aps.org/v2/journals/articles/10.1103/PhysRevB.27.7776/fulltext
Reference14 articles.
1. Electric-field-gradient tensor in nonmagnetic dilute alloys of copper
2. Calculation of electric-field gradient in a dilute alloy of Al-Mg
3. Electric-field-gradient tensor in cubic crystals with dilute concentration of vacancies: Application to Al
4. Theory of Electric Field Gradient Due to a Point Defect in a Cubic Metal
5. Electron and Positron Densities and the Temperature Dependence of the Positron Lifetime in a Vacancy in Aluminum
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1. Electric quadrupole interaction due to vacancies and interstitials in cubic host metals;Hyperfine Interactions;1987-04
2. The electric field gradient at the nearest-neighbour host site due to a monovacancy in copper metal;Journal of Physics F: Metal Physics;1986-08
3. A first-principles theory of the strain-effect electric field gradient in cubic metals due to point defects;Journal of Physics F: Metal Physics;1986-02
4. SO(10) Grand Unification;Unification and Supersymmetry;1986
5. Electric field gradients in cubic alloys;Hyperfine Interactions;1985-11
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