Continual mechanics of monodisperse suspensions. integral and differential laws of conservation

Description of two-phase media flows close to one-dimensional

“…The experimental study of CDEW is limited on account of its specific features: a relatively cool, optically dense plasma shell adjacent to the walls of the capillary prevents us from obtaining direct information on the parameters prevailing in the hot region of the discharge near the axis. Yet this region may play a decisive part in the overall energy balance and mass balance of the evaporated substance, especially when radiant transfer is the dominant process of energy supply to the wall [3]. Another equally important circumstance stimulating interest in the theoretical investigation of CDEW is the strong nonideality of plasma in capillaries that leads to plasma phase transformation [3].…”

“…Yet this region may play a decisive part in the overall energy balance and mass balance of the evaporated substance, especially when radiant transfer is the dominant process of energy supply to the wall [3]. Another equally important circumstance stimulating interest in the theoretical investigation of CDEW is the strong nonideality of plasma in capillaries that leads to plasma phase transformation [3]. Also of interest is the study of plasma with higher parameters than in the gasdynamic regime of CDEW, induced and maintained by currents of heavy-current pulse discharge in the gas, the intensity being ~i05 A or more [4,5].…”