液体冷却

  • 网络liquid cooling;LIQUID COOLED
液体冷却液体冷却
  1. 文中从微小结构液体冷却热交换设计理论分析和试验着手,研究高热密度情况下的MEMS散热设计。

    In this paper , micro-structure liquid cooling analysis theory and experimental analysis were adopted to research the thermal design of MEMS with high thermal density .

  2. 低温液体冷却循环器的研究与开发

    Research and development of the low temperature liquid cooling circulator

  3. 压电泵在CPU芯片液体冷却系统中的应用研究

    Investigation on Piezo-pump Used in Water-cooling-system for Computer CPU Chip

  4. 相变材料微胶囊(MEPCM)悬浮液是一种高热容冷却介质,其应用可大幅提高高功率设备液体冷却性能。

    Microencapsulated Phase Change Material ( MEPCM ) suspension liquid is a coolant with high heat capacity , which can enhance considerably liquid cooling performance .

  5. 车载雷达液体冷却系统设计

    Design on the Vehicle - mounted Radar Liquid Cooling System

  6. 因此循环泵成为液体冷却回路系统正常运转的关键设备。

    So cycle-bump becomes the key equipment to ensure liquid-cycle-cooling system running normally .

  7. 某机动型干扰发射车液体冷却系统设计综述

    Design of Cooling System for Certain Mobile Jammer

  8. 液体冷却装置,压缩型工业用

    Liquid cooling unit , compression-type , industrial

  9. 最里面的层提供液体冷却和通风。

    Theinnermostlayers provide liquid cooling and ventilation .

  10. 循环泵的可靠性对液体冷却回路系统的可靠性,进而对飞船整体的可靠性具有直接的影响。

    The reliability of cycle-bump directly influences the reliability of liquid-cycle-cooling system and Space shuttle .

  11. 本结论对电子设备液体冷却系统的设计具有很大的参考价值。

    The article has a great value for the design of electronic equipment liquid cooling system .

  12. 文中介绍一种利用工艺中液体冷却放出热量来加热气体的分离式热管换热器。

    The paper introduces the separate type heat pipe exchanger to heat the gas from process liquid .

  13. 雷达发射机中大功率器件(如速调管)的强迫液体冷却是一种常用的冷却方式。

    Forcing liquid cooling for high power devices ( such as klystron ) in-radar transmitter is a common cooling method .

  14. 液体冷却回路系统是神舟飞船热控系统的关键组成部分,它是利用循环泵驱动液体强制对流循环来进行热控制的。

    Liquid-cycle-cooling system is the important part of temperature-control system , it uses cycle-bump to impel liquid cycling to control temperature .

  15. 在分析使用特点的基础上,设计了一种有较高精度的温度控制方式的小型液体冷却循环器。

    Based on the analysis of application characteristics , a liquid cooling circulator with higher accuracy of temperature control is designed .

  16. 液体冷却温度、拉伸倍率及拉伸温度是影响共混单丝力学性能的主要因素。

    The liquid cooling temperature , the stretching ratio and the stretching temperature were the major factors , which influenced the mechanical properties of the blending monofilaments .

  17. 对某天线的散热结构进行了设计,通过理论计算分析得出此微小结构液体冷却系统槽道肋板高度的最佳值。

    Designing one thermal system for one radar antenna , through theoretical analysis , the optimal value of rib height was gained for the liquid cooling system . 5 .

  18. 并且以创新技术喜欢我们私有的液体冷却系统和我们生动的控制技术,您将享用明亮,清除投影图象在实际上所有地点和环境。

    And with innovative technologies like our proprietary Liquid Cooling System and our Vivid Control technology , you 'll enjoy bright , clear projected images in virtually any location and environment .

  19. 在香港,人们用来挖掘它的计算机电路室,已经和船运集装箱一般大小,还配备着液体冷却装置;在中国影子银行体系的硅谷&温州,它是人们狂热投机的对象。

    In Hong Kong they are mining it with shipping container-sized , liquid-cooled rooms of computer circuitry . In Wenzhou , the Silicon Valley of Chinese shadow banking , it was an object of fervid speculation .

  20. 以某车载雷达发射系统中的电子器件冷却为主要研究对象,讨论了车载液体冷却系统的主要技术指标,进行了热力学分析,论证了车载液体冷却系统的设计方案。

    The electronic device cooling which included in the system of vehicle-mounted radar launching was studied , the main technical specifications of the vehicle-mounted liquid cooling system were discussed , its character of thermodynamic and proved its design scheme were analyzed .

  21. 通过对某地面雷达发射机的冷却系统设计,介绍了固态发射机的液体冷却系统设计方案,进行了热分析,讨论了其中的关键技术。

    Through description of the cooling system design for one ground-based radar transmitter , a liquid cooling system design plan for solid-state transmitter is introduced , its thermal analysis is presented , and the key technology of the design is also discussed .

  22. 在当前的研究中,使用数值模拟的方法研究了以液体为冷却介质的大功率VFD,且设备中的热源是离散的。

    In the present study , the characteristics of liquid-cooling for powerful variable-frequency cells with discrete heat sinks were studied by numerical simulation .

  23. 导管架调平与灌浆系统对应于搅拌槽内液体和冷却介质分别建立了传热计算所需的两个努赛尔准数知识库&被搅液侧的Nu公式库和热载体侧的Nu公式库。

    Jacket Leveling and Grouting System Two Nu knowledge bases are estimated correspond to the feed in vessel and cool - water in the jacket and coil for calculation of heat transfer coefficient .

  24. 基于液体循环冷却的温差半导体的研究

    Research on semiconductor refrigeration based on liquid circulation cooling system

  25. 微电子元件的液体浸没冷却和射流冲击冷却

    Immersion cooling and jet impingement cooling of microelectronic chips

  26. 液体干燥剂冷却空调系统及其研究进展

    Liquid Desiccant Cooling Air-conditioning System and Its Progress

  27. 蓄能型液体除湿冷却空调系统的建立与实验研究

    Experimental study on the performance of liquid desiccant cooling air conditioning with energy storage

  28. 液体除湿冷却系统的建模与优化

    Modeling and Optimization of Desiccant Cooling System

  29. 如果把液体进一步冷却,它就会变成固体。

    On condition that the liquid is cooled still further , it will mm to a solid .

  30. 针对内部空间狭小和芯片高度集成的笔记本电脑,本文提出了液体金属冷却系统的笔记本解决方案。

    According to the limit space and highly integrated chips of Notebook , liquid metal cooling solution to the thermal management of Notebook was introduced .