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Altitude effects on heat transfer processes in aircraft electronic equipment cooling

机译：高度对飞机电子设备冷却过程中传热过程的影响

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by Doron Bar-Shalom.

机译：由Doron Bar-Shalom撰写。

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Bar-Shalom Doron;
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年度 1989
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正文语种 eng
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专利

1. Application of Heat Pipes with Forced ConvectiveHeat Transfer in Cooling of Electronic Equipments [J] . Mohammad Reza Tavakoli, Reza Zaghian, Ali Mohammadi Journal of Scientific Research and Reports . 2015,第1期

机译：强制对流换热的热管在电子设备冷却中的应用
2. Effect of Aspect Ratio of Air Jet on Heat Transfer Rate in the Impingement Cooling of Electronic Equipment - An Experimental Study [J] . M. Anwarullah, V. Vasudeva Rao, K. V. Sharma International Journal of Applied Engineering Research . 2009,第2期

机译：空气射流纵横比对电子设备冲击冷却中传热速率的效果 - 实验研究
3. A technique for enhancing boiling heat transfer with application to cooling of electronic equipment [J] . You S.M., Simon T.W. IEEE Transactions on Components, Hybrids, and Manufacturing Technology . 1992,第5期

机译：在电子设备的冷却中提高沸腾传热的技术
4. EFFECTS OF CHANNEL ASPECT RATIO ON CONVECTIVE HEAT TRANSFER IN AN ELECTRONICS COOLING HEAT SINK HAVING AGITATION AND FAN-INDUCED THROUGHFLOW [C] . Smita Agrawal, Longzhong Huang, Terrence Simon, ASME heat transfer conference . 2014

机译：换热比的变化对电子冷却冷却水槽中风扇对流换热的影响
5. The Effects of Agitation on Convective Heat Transfer with Applications to Electronics Cooling. [D] . Agrawal, Smita. 2014

机译：搅拌对对流换热的影响及其在电子冷却中的应用。
6. A Comparison between heat transfer performance of rectangular and semicircular tubes considering boundary effects on Brownian motions in the presence of Ag / water nanofluids: Applicable in the design of cooling system of photovoltaic cells [O] . Amin Jafarimoghaddam, Sadegh Aberoumand 2011

机译：考虑银/水纳米流体存在下布朗运动边界效应的矩形管和半圆形管的传热性能比较：适用于光伏电池冷却系统的设计
7. Investigation of Simultaneous Effects of Surface Roughness, Porosity, and Magnetic Field of Rough Porous Microfin Under a Convective–Radiative Heat Transfer for Improved Microprocessor Cooling of Consumer Electronics [O] . George A. Oguntala, Gbeminiyi M. Sobamowo, Nnabuike N. Eya, 2019

机译：对流辐射传热下粗糙多孔微素表面粗糙度，孔隙率和磁场同时效应的研究改进了消费电子的微处理器冷却

Altitude effects on heat transfer processes in aircraft electronic equipment cooling

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