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微电子芯片高热流密度相变冷却技术 被引量:10

High Heat Flux Phase-change Cooling for Micro Electronic Chip
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摘要 介绍了微电子芯片高热流密度相变冷却技术,包括热管、热虹吸、环路热管、毛细泵吸环路,分析了各自的优缺点,提出LHP和CPL技术是唯一能替代热管技术的先进相变冷却技术,将是今后微电子芯片高热流密度冷却的主要方向。 Phase-change cooling technique was introduced for high heat flux, including heat pipe, thermosyphon, loop heat pipes (LHP), capillary pumped loops (CPL), and their merits and shortcomings were analyzed;Only LHP and CPL was put forword can replace heat pipe to realize the advanced phase-change cooling, and they are the main stream of the high heat flux cooling for micro electronic chips.
机构地区 华南理工大学
出处 《流体机械》 CSCD 北大核心 2007年第4期50-55,共6页 Fluid Machinery
基金 国家自然科学基金项目(50436010 50375055) 广东省自然科学基金项目(04105942)
关键词 芯片冷却 热管(HP) 热虹吸 环路热管(LHP) 毛细泵吸环路(CPL) cooling chips heat pipe (HP) thermosyphon loop heat pipes (LHP) capillary pumped loops (CPL)
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参考文献31

  • 1Cotter T P. Principles and properties of micro heat pipes[A]. Proc. 5th Int. heat pipe Conf[C]. Tsukuba, Japan. 1984.328-335.
  • 2Mochizuki M, Saito Y, Goto K, et al. Hinged Heat Pipes for Cooling Notebook PCs [ A ]. 13th IEEE SEMI-THERM Symposium[C]. 1997. 64-72.
  • 3Take K, Furukawa Y, Ushioda S. Fundamental Investigation of Roll Bond Heat Pipe as Heat Spreader Plate for Notebook Computers[A]. 1998 InerSociety Conference on Thermal Phenomena[C]. 1998. 501-506.
  • 4Zaghdoudi M C, Teytu A. Use of Heat Pipes for Avionics Cooling[A]. 2000 Electronics Packaging Technology Conference[C]. 2000. 425-430.
  • 5Sauciuc I,Mochizuki M,Mashiko K, et al. The Design and Testing of the Super Fiber Heat Pipes for Electronics Cooling Applicatioins [ A ]. 16th IEEE SEMITHERM Symposium[C]. 2000.27-32.
  • 6Stenger F J. Experimental feasibility study of waterfilled capillary-pumped heat-transfer loop [ M ]. NASA TM X-1310, NASA Lewis Research Center, Cleveland, Ohio, 1966.
  • 7Pouzet E, Joly J L, Platel V, et al. Dynamic response of a capillary pumped loop subjected to various heat load transients [ J ]. Int J Heat&Mass Transf, 2004, 47 : 2293-2316.
  • 8Chen P C, Lin W K. The application of capillary pumped loop for cooling of electronic components [J]. App Therm Eng, 2001, 21 : 1739-1754.
  • 9Kolos K R,Herold K E,Kroliczek E J, et al. Flow visualization in capillary pumped loop systems [ A ]. AIP Conf Proc[C]. 1996, 361: 731-738.
  • 10Kirshberg I, Liepmann D, Yerkes K. Micro-Cooler for Chip-Level Temperature Control [ A ]. SAE Aerospace Power Systems Conference [ C ]. 1999. 233- 237.

二级参考文献4

  • 1[1]F J Stenger. NASA TM X-1310, 1966
  • 2[2]Maidanik Y F, Vershinin, Kholodov V, J Dolgirev. Heat Transfer Apparatus. U S Patent No.4515209, 1985
  • 3[3]AAVID Engineering Inc.. AAVID Engineering Demos Fluid Cooling System for Notebook Computer. 1993
  • 4[4]Jeffery Kirshberg, Kirk Yerkes, Dave Trebotich, et al. Cooling Effect of a MEMS Based Micro Capillary Pumped Loop for Chip- Level Temperature Control. ASME MEMS-Vol.2, 2000

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