Performance Parameters of a Closed Loop Thermosyphon
Performance Parameters of a Closed Loop Thermosyphon
Author(s): Patrik Nemec, Milan Malcho, Martin Smitka, Jozef MatusovSubject(s): Energy and Environmental Studies
Published by: Žilinská univerzita v Žilině
Keywords: closed loop thermosyphon; heat transfer; Fluorinert FC-72; mathematical model;
Summary/Abstract: Devices composed of output electronic components produce waste heat that has to be dissipated to the environment. Heat removal by means of forced convection air cooling is quite often insufficient and new alternatives for cooling of output electronic components are being looked for. One option is the use of a closed loop thermosyphon. The closed loop thermosyphonis a simple and reliable device providing heat transfer. The paper deals with the cooling of an output electronic component by means of this device. It describes a design and construction of the device to provide heat removal from the electronic component, measurement of dependences of performance parameters on waste performance of the electronic component and their verification by means of a mathematic calculation based on physical phenomena of boiling, condensation and heat transfer.
Journal: Komunikácie - vedecké listy Žilinskej univerzity v Žiline
- Issue Year: 14/2012
- Issue No: 4A
- Page Range: 53-57
- Page Count: 5
- Language: English