作者: V R Belosludov , O S Subbotin , D S Krupskii , O V Prokuda , R V Belosludov
DOI: 10.1088/1742-6596/29/1/001
关键词: Argon 、 Molecule 、 Physical chemistry 、 Xenon 、 Chemistry 、 Lattice (order) 、 Multiple occupancy 、 Hydrate 、 Chemical physics 、 Methane 、 Clathrate hydrate
摘要: The major generalization of the existing theory clathrate hydrates, so that it can account for phenomena such as multiple occupancy individual cages and mutual guest-host couplings guest-guest interaction, are suggested. new model allows taking into influence guest molecules on host lattice. Atomistic modeling structural, dynamical thermodynamic properties ices different hydrates at high pressures a range temperature were performed. (argon, methane xenon) lattice hydrate cubic structures I II was investigated. Results these calculations agree with known experimental data.