A comprehensive study of the lattice dynamics, elastic moduli, and liquid metal resistivities
for 16 simple metals in the bcc and fcc crystal structures is made using a density-based local …

We have used a local, first principles pseudopotential to calculate the elastic constants of
magnesium. Our results are in good agreement with experiment. The pseudopotential is …

The authors have calculated the constant volume lattice specific heat and the elastic
constants of sodium and potassium using local, first-principles pseudopotentials. This kind of …

A first principles, local pseudopotential is constructed from electronic densities which are
calculated using the Hohenberg, Kohn and Sham formalism. With this pseudopotential the …

We have calculated the constant volume and the constant pressure phonon limited resistivity
of sodium and potassium using a local, first principles pseudopotential. This kind of …

The acoustic waves in Li are investigated by solving the Christoffel equations. Theoretical
calculations of the three dimensional slowness surfaces give insights into the mixing of …

Using a density‐based local pseudopotential, we study the effect of local field or exchange–
correlation corrections on lattice dynamics for several simple metals (the alkalis, aluminum …

The phonon-limited resistivity of aluminium has been calculated using a local, first-principles
pseudopotential which has been useful in the calculation of other properties of aluminium …

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Sodium undergoes a martensitic transformation passing from a bcc structure to an hcp
structure, below 35 K. Using a first principles pseudopotential, we calculated the constant …