A Comparative Study of the BJH- and MCYL-Type Potentials Applied to the Gaseous Water Dimer

Articles in the same Issue

1. Lorentz Transformation of Electromagnetic Systems and the 4/3 Problem
2. Low-Frequency Electromagnetic Properties of an Alternating Stack of Thin Uniaxial Dielectric Laminae and Uniaxial Magnetic Laminae
3. Exchange Forces of Composite Particles in Quantum Field Theory
4. Localized NMR Spectroscopy with a 1.5 T Whole- Body Imager Using CODEX
5. Interaction between MHS0₄ Salts (M = K, Rb) and Water Vapour
6. Polarization Studies of the Electronic Minority Charge Carriers in Ag⁺ -ß"-Alumina
7. The Specific Heat of Liquid Metals
8. Space-time Transformations in Ether Theories
9. A Comparative Study of the BJH- and MCYL-Type Potentials Applied to the Gaseous Water Dimer
10. Monte Carlo Simulations of Water under Supercritical Conditions. I. Thermodynamic and Structural
11. A Microwave Fourier Transform Spectrometer in the Range from 18 to 26.4 GHz Increased Sensitivity Using Circular Waveguides. Measurements of Isotopomeres of Carbonylsulfide and of Methane
12. Internal Rotation Fine Structure in the Microwave Spectrum of cis-2-Butene
13. Electronic and Geometrical Structure of Se₅, Se₆, Se₇, and Se₈
14. On the Spectra of Turbulent Velocity Field in a Stably Stratified Flow