Some potentials describing electrostatic interactions between oxygen and sodium, potassium, rubidium and caesium ions are tested in known organic crystal structures. The atomic and ionic coordinates may be predicted satisfactorily by locating the deepest minimum of the potential energy which depends on rotational and translational degrees of freedom
Rigid-body, k = 0 phonon frequencies have been calculated within the crystal structure modeling prog...
The central problem in the calculation of the band structure of a crystal is the choice of the poten...
The problem of the relative stability of ionic structures is still unsolved current semi-empirical t...
Some potentials describing electrostatic and ion-dipole interactions have been tested in known cryst...
NoWe investigated five different methods for evaluating the electrostatic interaction between atoms ...
A simple theory is developed which shows that the regions of stability of the CsCl, NaCl and ZnS str...
Author Institution: Laser Spectroscopy Facility, Department of Chemistry, The Ohio State UniversityT...
We examine the surface configurations of sodium and cesium chloride using a simplified Born-Mayer-Hu...
Expressions have been proposed for calculating the matrix elements of the Coulomb interaction of p a...
Electrostatic potentials in ionic crystals have been calculated with direct summation of the Coulomb...
AbstractA crystal-chemical model of atomic interactions has been suggested which considers the condi...
Evaluation of intermolecular interactions in terms of both experimental and theoretical charge densi...
The lattice energies of predicted and known crystal structures for 50 small organic molecules with c...
University Department of Physics, T. M. Bhagalpur University, Bhagalpur-812 007, Bihar, India Manusc...
The lattice energies and other properties of ionic crystals have been studied on the basis of a Lenn...
Rigid-body, k = 0 phonon frequencies have been calculated within the crystal structure modeling prog...
The central problem in the calculation of the band structure of a crystal is the choice of the poten...
The problem of the relative stability of ionic structures is still unsolved current semi-empirical t...
Some potentials describing electrostatic and ion-dipole interactions have been tested in known cryst...
NoWe investigated five different methods for evaluating the electrostatic interaction between atoms ...
A simple theory is developed which shows that the regions of stability of the CsCl, NaCl and ZnS str...
Author Institution: Laser Spectroscopy Facility, Department of Chemistry, The Ohio State UniversityT...
We examine the surface configurations of sodium and cesium chloride using a simplified Born-Mayer-Hu...
Expressions have been proposed for calculating the matrix elements of the Coulomb interaction of p a...
Electrostatic potentials in ionic crystals have been calculated with direct summation of the Coulomb...
AbstractA crystal-chemical model of atomic interactions has been suggested which considers the condi...
Evaluation of intermolecular interactions in terms of both experimental and theoretical charge densi...
The lattice energies of predicted and known crystal structures for 50 small organic molecules with c...
University Department of Physics, T. M. Bhagalpur University, Bhagalpur-812 007, Bihar, India Manusc...
The lattice energies and other properties of ionic crystals have been studied on the basis of a Lenn...
Rigid-body, k = 0 phonon frequencies have been calculated within the crystal structure modeling prog...
The central problem in the calculation of the band structure of a crystal is the choice of the poten...
The problem of the relative stability of ionic structures is still unsolved current semi-empirical t...