MICRO-JET ARRAYS FOR COOLING OF ELECTRONIC EQUIPMENT

机译：用于冷却电子设备的微喷射阵列

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A high heat flux cooling system using an array of micro-jets is presented. The Micro-Jet Cooling Array (MJCA) is based on an array of small diameter micro-jets, with jet diameters as low as 300 microns. The return flow in MJCA is arranged so that the effect of neighboring jets is essentially eliminated and the high heat fluxes achievable in a single jet are reproduced over large areas. MJCA has been machined using the LIGA process and has been extensively tested. Extremely high heat fluxes have been achieved with MJCA, making is suitable for a variety of high heat flux applications.

机译：提出了一种使用微喷射阵列的高热通量冷却系统。微喷射冷却阵列（MJCA）基于小直径微喷射的阵列，喷射直径低至300微米。布置MJCA中的返回流程被安排成基本上消除了相邻喷射的效果，并且在大区域再现单个喷射中可实现的高热量助熔剂。 MJCA采用LIGA工艺加工，并已广泛测试。使用MJCA实现了极高的热量通量，适用于各种高热量应用。

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《International Conference on Microchannels and Minichannels》|2005年||共4页
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Matthew R. Overholt; Andrew McCandless; Kevin. W. Kelly; Charles J. Becnel; Shariar Motakef; American Society of Mechanical Engineers(ASME);
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MICRO-JET ARRAYS FOR COOLING OF ELECTRONIC EQUIPMENT

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