Double Continuum Model of Evolution of Precursor Droplets in the Flow of Heat Transfer Medium of a Plasma Chemical Reactor

Abstract

A double continuum physical and mathematical model of evolution of precursor in a vaporizing droplet of low-concentration solution of metal salt in the process of its heating in the flow of heat transfer medium of a plasma chemical reactor is represented in this paper. This model was developed to study the morphology of ceramic powder particles depending on solution characteristics and parameters of a high-temperature gaseous heat transfer medium which determine heat and mass transfer with a droplet medium.