Diffusion equations, liquid phase chemical dynamics

Equation (2) may be used for the rate constant k of a chemical reaction or applied to the diffusion coefficient in liquid or solid phases or to the fluidity of liquids (reciprocal of dynamic viscosity) or to the specific electrical conductivity of semiconductors. [Pg.75]

The employed model is based on a set of ordinary differential equations and accounts for the bubble dynamics, heat exchange, phase change of water vapor, chemical reactions of the various gaseous species in the air-water system, and diffusion/dissolution of the reaction products in the liquid. Weber number criterion has been incorporated for the stability of the growing bubble. [Pg.231]