The study of the operation of the parodynamic thermosiphon and the thermosiphon without inner circulation loops

The article presents the results of an experimental study of the performance of high-efficiency heat transfer closed two-phase devices - thermosyphons filled with distilled water and ethyl alcohol. A patented design of a steam-dynamic thermosiphon with annular channels in an evaporator and a condenser and a transferred transition zone is described. The experimental setup and the procedure for conducting the research, the conditions for conducting the experiments are described. A comparison is made between the intensity of the classical thermosyphon work of a cylindrical structure and the parodynamic thermosyphon with an internal circulation loop. A method for utilizing heat from compressor plants using recuperators based on two-phase thermosyphons is proposed. The external view of the recuperator using parodynamic thermosyphons as heat-conducting elements is shown. A system for cooling solar panels of photovoltaic installations is presented.