EFFECT OF CRITICAL HEAT FLUX ON THE EFFICIENCY OF EVAPORATORS

The problems covered by the theory of heat are examined either from a phenomenological or statistical point view. aim study is to investigate effect critical flux on efficiency evaporators. will be with reference theories scientists. Therefore, divided into two parts under name thermodynamics and physics. internal molecular-atomic structure object system investigated in mechanism occurring micro-processes not considered at an obvious rate. In solving researched problems, principles determined as result previous experiments, well known properties objects systems, used. physics, other hand, molecular atomic microprocessors based apparent speed, probability widely As fields science, has historically been formed developed demands life, practice, especially hydromechanics (heat engineering). practice designing boiling-type devices for nuclear power plants several plants, there cases when heat-stressed surfaces made form horizontal tube panels. During flow vapor-liquid influence gravity, often no phase separation, which affects laws exchange processes and, particular, occurrence transfer crisis. rule, values pipes lower than those vertical pipes. To increase channel, various types intensifiers subject fluxes hydraulic resistance capillary-porous wall coating. presence network near heating surface significantly changes physical picture near-wall boundary layer. This can lead significant change both steam content resistance. Keywords: thermodynamic, flux, evaporators, method