Experimental analysis of a capillary pumped loop for terrestrial applications with several evaporators in parallel
作者： Nicolas Blet , Yves Bertin , Vincent Ayel , Cyril Romestant , Vincent Platel
DOI: 10.1016/J.APPLTHERMALENG.2015.10.096
关键词:
摘要: In the context of high-dissipation electronics cooling for ground transportation, a new design two-phase loop has been improved in recent years: capillary pumped terrestrial application (CPLTA). This hybrid system, between two standard (CPL) and heat pipe (LHP), widely investigated with single evaporator, so dissipative area, to know its mean operating principles thermohydraulic couplings components. To aim extend scope applications, experimental CPLTA three evaporators parallel is studied this paper methanol as working fluid. Even if dynamics multi-evaporators mode appears on whole similar that additional are highlighted several evaporators. A decoupling vapor generation flow rate pressure drop each evaporator especially revealed. The impact phenomenon conductance at analyzed.
univ-lorraine.fr
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