Abstract
Lattice dynamics of solid hydrogen chloride is studied, assuming a rigid molecule, in the harmonic and pair potential (Lennard-Jones interaction) approximation between atoms with the inclusion of electrostatic interactions between point dipoles placed on atomic centres. The potential parameters for each of the different non-bonded atom pairs were obtained by means of an optimization routine to give a least-squares fit to observed zone centre ( k = 0) frequencies, equilibrium conditions and lattice energy of the lattice.
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