The modlfied statlstxal method, recently proposed by the author, IS apphed to calculate the mteractlon enerpes III the argon dimer and UI nuved paus XAr w = He, Ne). The present results without dispersron energy and uxludmg It agree fauly well with those obtained m the first-order perturbation theor
On the theory of intermolecular forces between inert gas atoms
β Scribed by J. Lloyd; D. Pugh
- Publisher
- Elsevier Science
- Year
- 1974
- Tongue
- English
- Weight
- 252 KB
- Volume
- 26
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
The method described by Gordon and Kim and modified by Rae has been further modiIkd to restrict the self-exchange correction to nn electron gas composed of the outer shell electrons. Revised rcsuhs are presented for the interaction potentials between various pairs of inert gas atoms.
Gordon and Kim [l] have described a method for calculating the intermolecular potential energy between closed shell systems at short and intermediate separations. In their method the electronic charge density at all points is put equal to the sum of the atomic charge densities. The Coulombic interactiorl terms are then calculated exactly within this approximation and the kinetic energy, exchange and.correlation energies
Dispersion energy coefficients (au)
c6 cs
Cl0
References Kr-Kr
π SIMILAR VOLUMES
The influence of Van der Wads forces on the lifetime of coherently excited hyperfine-states IFpF;) and I F p i $ ) of alkalilike atoms i by collissions with inert gas atomsj in the groundstale IFimpi) has been examined. To do this the timedependent Schrodinger equation has been solved on taking into