COOLING OF ELECTRONIC COMPONENTS BY AN ALUMINUM LOOP THERMOSYPHON CONTAINING TWO EVAPORATORS AND ONE CONDENSER

The article presents the results of studies of the parameters of a new fl at aluminum thermosyphon, the evaporator of which contains two identical parallely operating panels, each of which has 8 minichannels. The panels are united by single vapor and liquid collectors. The working fl uid is acetone. A study was carried out to investigate the infl uence of a thermal load and the degree of thermosyphon fi lling with working fl uid on the heat exchange coeffi cients of the evaporator and condenser, as well as on the thermal resistance of the thermosyphon
The article presents the results of studies of the parameters of a new fl at aluminum thermosyphon, the evaporator of which contains two identical parallely operating panels, each of which has 8 minichannels. The panels are united by single vapor and liquid collectors. The working fl uid is acetone. A study was carried out to investigate the infl uence of a thermal load and the degree of thermosyphon fi lling with working fl uid on the heat exchange coeffi cients of the evaporator and condenser, as well as on the thermal resistance of the thermosyphon
Author:  A. A. Artyukh, D. I. Sadchenko, L. L. Vasiliev
Keywords:  thermosyphon, heat exchange, evaporator, condenser, cooling, minichannels, thermal resistance
Page:  566