Theoretical Bases of Phase Transitions of Water in the AtmosphereMeteorological Service of the Hungarian People's Republic, 1980 - Atmospheric nucleation - 189 pages First published in Bulgarian, 1976. |
Common terms and phrases
absence of adsorption adsorption of extraneous atmosphere atoms per edge BLIZNAKOV Bulg calculated CALIFOR CALIFORN CALIFORNIA chemical potential complete wetting completely wettable nuclei condensation nuclei condition configuration corresponding critical supersaturation crystal embryo formation crystal faces crystal lattice crystal phase curves decrease depending DIEGO UNIVERSITY effect of adsorption epitaxy equilibrium form formation of crystal formation of embryos formation of liquid gas phase given H₁ H₂ homogeneous water vapour ice crystal ice embryos isomorphic nucleus isothermal process KAISCHEW KRASTANOV liquid drop liquid embryo liquid phase lunula MILOSHEV number of molecules obtained phase transitions plane substrate presence of adsorption prismatic faces radius rate of embryo ratio respectively RSITY SAN DIEGO separation specific surface energy STRANSKI subembryo supercooled water supersaturation temperature tetragonal thermodynamic potential THOMSON-GIBBS equation tion two-dimensional embryo UNIV values vapour pressure VOLMER water drops water molecules wetting angles