Fin Efficiency Design of Micro-Channel for Nd: YAG Slab Laser

R. Pant, J. Kalra, Jagdish Singh Mehta, P. Negi
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引用次数: 0

Abstract

The heat generated by a Slab Lasers can exceed 1,000 watts but the area available for cooling is too small. This results in localization of heat flux which makes heat dissipation a challenge in slab lasers. The Heat transfer coefficient can increase up to a very high range, which can’t be efficiently achieved by the conventional water cooling. Micro-channel coolers address this problem competently. These channels contain liquid, which transfers heat to the sink with high efficiency.The objective of this paper is to design the microchannel coolers that will be efficiently capable of removing the heat from the slab laser without causing any thermal distortion in the laser. The dimension of the slab is given as follows:-Length(l) =50mm, Width(w) =8mm and thickness(t)=2mm.
Nd: YAG平板激光器微通道翅片效率设计
平板激光器产生的热量可以超过1000瓦,但可用于冷却的面积太小。这导致了热流的局部化,从而给平板激光器的散热带来了挑战。传热系数可以提高到一个非常高的范围,这是传统水冷却无法有效实现的。微通道冷却器很好地解决了这个问题。这些通道中含有液体,可以高效地将热量传递到水槽中。本文的目的是设计微通道冷却器,该冷却器将能够有效地从平板激光器中去除热量,而不会在激光器中引起任何热畸变。板坯的尺寸如下:-长(l)=50mm,宽(w) =8mm,厚(t)=2mm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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