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Is a non-phase change heat pipe a new heat pipe?
International Journal of Heat and Mass Transfer, 2019Abstract A Non-phase change heat pipe (NPCHP) with no wick was proposed recently as a new heat pipe which is not dependent on a wick or phase change at steady state operation and where heat transfer is driven by the pressure response to a heat input, rather than phase change.
Sara Kloczko, Amir Faghri, Yuhua Li
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Heat Transfer Characterizations of Heat Pipe in Comparison With Copper Pipe
Journal of Heat Transfer, 2009The article presents some significant experimental data for studying the heat transfer behavior of heat pipe, which will further help the cooling efficiency improvement of the heat pipe cooler. It is well known that the heat pipe owns the extreme large heat conductivity and is often integrated with cooling plates for CPU cooling.
Chen-Ching Ting +2 more
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Naval Engineers Journal, 1967
The principle of the heat pipe is an amazingly simple one. Phenomena involved are surface tension and latent heat of the working fluid. There are no parts that move. Its effective thermal conductivity is hundreds of times more than solid conductors like copper and silver.
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The principle of the heat pipe is an amazingly simple one. Phenomena involved are surface tension and latent heat of the working fluid. There are no parts that move. Its effective thermal conductivity is hundreds of times more than solid conductors like copper and silver.
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4th Thermophysics Conference, 1969
This paper presents a study of the operational characteristics of two-component heat pipes. A qualitative description is given on the basis of the thermodynamic phase equilibrium for binary mixtures. The present physical model augments in several fundamental aspects the one existing in the literature. The experimental results obtained from waterethanol
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This paper presents a study of the operational characteristics of two-component heat pipes. A qualitative description is given on the basis of the thermodynamic phase equilibrium for binary mixtures. The present physical model augments in several fundamental aspects the one existing in the literature. The experimental results obtained from waterethanol
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Intermediate Temperature Fluids for Heat Pipes and Loop Heat Pipes
5th International Energy Conversion Engineering Conference and Exhibit (IECEC), 2007There are a number of applications that could use heat pipes or loop heat pipes (LHPs) in the intermediate temperature range of 450 to 750 K, including space nuclear power system radiators, fuel cells, geothermal power, waste heat recovery systems, and high temperature electronics cooling.
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RECENT ADVANCES IN HEAT PIPES FOR HYBRID HEAT PIPE HEAT EXCHANGERS
Proceeding of Heat Pipe Technology: Volume 2. Materials and Applications, 2023A. Bricard, A. Gruss, A. Manificat
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