ОСОБЕННОСТИ ФАЗОВЫХ ДИАГРАММ МНОГОКОМПОНЕНТНЫХ СЕРОСОДЕРЖАЩИХ ГАЗОВ

The detailed analysis of the phase transition of sulfur given its modifications is presented and sulfur parameters are analyzed taking into account the temperature and pressure. This information allows you to manage phase transition and produce the particles of a certain size, that is the most important in nanotechnology. The expression for calculating the number of heterogeneous condensation centers in the bulk of dusty gas mixture is proposed. The process of dispersed phase formation and its modes, which allow calculating the main parameters of the elemental sulfur de- sublimation, is described.The detailed analysis of the phase transition of sulfur given its modifications is presented and sulfur parameters are analyzed taking into account the temperature and pressure. This information allows you to manage phase transition and produce the particles of a certain size, that is the most important in nanotechnology. The expression for calculating the number of heterogeneous condensation centers in the bulk of dusty gas mixture is proposed. The process of dispersed phase formation and its modes, which allow calculating the main parameters of the elemental sulfur de- sublimation, is described