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Heat Pipe Science and Technology Taylor & Francis Inc
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Heat and Mass Transfer in Evaporator of Loop Heat PipeJournal of Thermophysics and Heat Transfer, 23
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Cogenerative micro power plants - a new direction for development of power engineering?Archives of Thermodynamics, 29
Pressure distribution in function of time in four specific nodes of installation. Working fluid-ethanol, Tw = 110 o C, filling volume 65 ml, pore size a) dp = 1 µm, b) dp = 3 µm, c) dp = 7 µm
Pressure distribution in function of time in four specific nodes of installation. Working fluid-ethanol, Tw = 100 o C, filling volume 65 ml, pore size a) dp = 1 µm, b) dp = 3 µm, c) dp = 7 µm
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S. Launay, Martial Vallée (2011)
STATE-OF-THE-ART EXPERIMENTAL STUDIES ON LOOP HEAT PIPES, 2
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Maydanik Y.F.: Heat and mass transfer in evaporator of loop heat pipe
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Preliminary experimental results of the operation of the loop heat pipe facility
L. Bai, G. Lin, Hongxing Zhang, D. Wen (2009)
Mathematical modeling of steady-state operation of a loop heat pipeApplied Thermal Engineering, 29
Abstract In the paper presented are studies on the investigation of the capillary forces effect induced in the porous structure of a loop heat pipe using water and ethanol ad test fluids. The potential application of such effect is for example in the evaporator of the domestic micro-CHP unit, where the reduction of pumping power could be obtained. Preliminary analysis of the results indicates water as having the best potential for developing the capillary effect.
Archives of Thermodynamics – de Gruyter
Published: Sep 1, 2014
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