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Microscale Infrared Observation of Liquid-Vapor Phase Change Process on the Surface of Porous Media for Loop Heat Pipe

机译：微量红外线观察液体气相变化过程对环热管的多孔介质表面

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Kimihide Odagiri; Masahito Nishikawara; Hosei Nagano;
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年度 2016
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1. Microscale Infrared Observation of Liquid-Vapor Phase Change Process on the Surface of Porous Media for Loop Heat Pipe [J] . Kimihide Odagiri, Masahito Nishikawara, Hosei Nagano Journal of Electronics Cooling and Thermal Control . 2016,第2期

机译：循环热管多孔介质表面液-蒸气相变过程的微尺度红外观察
2. Microscale Infrared Observation of Liquid-Vapor Phase Change Process on the Surface of Porous Media for Loop Heat Pipe [J] . Kimihide Odagiri, Masahito Nishikawara, Hosei Nagano Journal of electronics cooling and thermal control . 2016,第2期

机译：循环热管多孔介质表面液-蒸气相变过程的微尺度红外观察
3. Microscale infrared observation of liquid-vapor interface behavior on the surface of porous media for loop heat pipes [J] . Odagiri Kimihide, Nishikawara Masahito, Nagano Hosei Applied thermal engineering: Design, processes, equipment, economics . 2017,第期

机译：微观红外线观察液体蒸汽接口行为在多孔介质表面的环热管
4. Phase Change Driving Mechanism and Model for Capillary Pumped Loop and Loop Heat Pipe [C] . Zhengkai Tu, Wei Liu, Zhongmin Wan IEEE International Conference on Automation and Logistics . 2008

机译：毛细管泵送环和环热管相变驱动机理及模型
5. Fundamental studies of thermal transport and liquid-vapor phase change using microscale diagnostic techniques. [D] . Jones, Benjamin J. 2010

机译：使用微型诊断技术进行热传输和液汽相变的基础研究。
6. Heat Removal from Bipolar Transistor by Loop Heat Pipe with Nickel and Copper Porous Structures [O] . Patrik Nemec, Martin Smitka, Milan Malcho -1

机译：镍铜多孔结构的环形热管从双极晶体管中除热
7. Beginning Heat Transfer Characteristics of a Deployable Radiator for Use on Kiku-8 under Orbital Environment : Heat Transfer Characteristics of Reservoir Embedded Loop Heat Pipe(Challenge to Ultimate Cooling Technique Using Phase Change Process) [O] . Haruo KAWASAKI, Hiroyuki NODA, Takahiro YABE, 2009

机译：用于轨道环境下kiku-8可展开散热器的传热特性：水库嵌入式环热管的传热特性（<特别问题>对使用相变过程的终极冷却技术）

Microscale Infrared Observation of Liquid-Vapor Phase Change Process on the Surface of Porous Media for Loop Heat Pipe

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