Physical Review · 1961 · 182 citations · 6 references
Natural SciencesPhysicsInorganic ChemistryMetallic MaterialsNuclear PhysicsAb Initio MethodsElectronic Structure Of SolidsMetallic Nuclear MaterialsMetalsNuclear MomentsElectric Quadrupole MomentsFermi SurfaceHexagonal Close-packed LatticeHexagonal Close-packed StructureNuclear Electric Quadrupole MomentNuclear Quadrupole CouplingNuclear Quadrupole MomentsQuadrupole Interaction
Calculations of the ionic part of the electric field gradient at the nuclei of certain metals are combined with available experimental data to obtain information about the electronic structures of the metals, or estimates of nuclear quadrupole moments. The metals considered are Be, Sc, Re, La, Mg, Co, Zn, and Cd, which have the hexagonal close-packed structure, and indium, which has a centered tetragonal structure. Some comparison is made with other information about the shapes of the Fermi surfaces and a pertinent experiment on Zn is suggested.
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The Theoretical Constitution of Metallic Beryllium
Conyers Herring, A. G. Hill · Physical Review · 1940 · 225 citations
Elastic Constants of Cadmium from 4.2°K to 300°K
C. W. Garland, J. P. Silverman · Physical Review · 1960 · 105 citations
The electrostatic potential in multipole lattices
F. W. de Wette, B.R.A. Nijboer · Physica · 1958 · 85 citations · Full text