In the present paper, the calculation of the phonon dispersion relations for alkali metals to
second order in a local pseudopotential is discussed in terms of the real-space sum …

We have used a pseudopotential technique to examine the contribution of monovacancy,
which is one of the point defects, to the resistivity of alkali metals. Two different forms of the …

The present article deals with the investigation of structure factor, s (q); radial distribution
function, g (r) and interatomic distance, r₁ of liquid rare earth metals, Nd, Dy, Ho, Er and Lu …

The internal energy, entropy and Helmholtz free energy of liquid alkali metals, viz. Na, K, Rb
and Cs are investigated using pseudopotential perturbation scheme based on Gibbs …

The Gibbs-Bogoliubov (GB) inequality [1-16] is used to calculate the thermodynamic
properties like internal energy, entropy, and Helmholtz free energy of liquid alkali metals at …

Sažetak A model pseudopotential, depending on an effective core radius but otherwise
parameter-free, is proposed to study the equation of state by incorporating the sd …

A model pseudopotential depending on an effective core radius but otherwise parameter
free is proposed to study the equation of state by incorporating the sd hybridization effects …

A detailed study of the total crystal energy and heat of solution of ten alkali based alloys is
made within the framework of the second order perturbation theory and employing the …

A detailed study of asphericity in the Fermi surface of aluminium (Al) and lead (Pb) along
three symmetry directions [100],[110] and [111] is made on the basis of pseudopotential …

A novel approach of characterizing single parametric model potential is proposed by
equating total pair wise force to zero. Our well-established single parametric model potential …