Temperature stabilization in dispersed flows of frameless heat removal systems in space

A.A. Safronov; N.I. Filatov; A.A. Koroteev; N.V. Bondareva

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Temperature stabilization in dispersed flows of frameless heat removal systems in space

机译：空间中框架散热系统的分散流中的温度稳定

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摘要

The temperature profile stabilization is studied at radiation cooling of a dispersed veil of droplet coolersradiators. The stabilization is shown to be nonmonotonic. The influence of the studied process regularities on the characteristics of the radiating systems is analyzed.

机译：研究了温度曲线稳定，在液滴冷却器的分散面纱的辐射冷却中研究。稳定化显示为非单调。分析了所研究的过程规则对辐射系统特性的影响。

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来源
《Thermophysics and Aeromechanics》 |2017年第6期|共4页
作者
A.A. Safronov; N.I. Filatov; A.A. Koroteev; N.V. Bondareva;
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作者单位

SSC Keldysh Research Centre Moscow Russia;

SSC Keldysh Research Centre Moscow Russia;

Moscow Aviation Institute Moscow Russia;

Moscow Aviation Institute Moscow Russia;

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原文格式 PDF
正文语种 eng
中图分类热学与物质分子运动论;
关键词
droplet cooler-radiator; dispersed veil; temperature profile; radiating power;

机译：液滴冷却器 - 散热器;分散的面纱;温度曲线;辐射功率;
入库时间 2022-08-20 07:33:38

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1. Temperature stabilization in dispersed flows of frameless heat removal systems in space [J] . A.A. Safronov, N.I. Filatov, A.A. Koroteev, Thermophysics and Aeromechanics . 2017,第6期

机译：空间中框架散热系统的分散流中的温度稳定
2. Regularities of interaction between drops of UHV coolants and surfaces of traps of frameless heat removal systems in space [J] . Koroteev A. A., Bondareva N. V., Nagel Yu. A., Thermophysics and Aeromechanics . 2016,第6期

机译：空间中无UHV冷却剂和疏水阀陷阱表面相互作用的规律
3. TWO APPROACHES TO CLOSING THE EQUATIONS OF MOMENTUM AND HEAT TRANSFER IN TURBULENT CHEMICALLY REACTIVE GAS-DISPERSED FLOWS ON THE STABILIZED PORTION OF AN AXISYMMETRIC CHANNEL [J] . B. B. Rokhman Journal of engineering physics and thermophysics . 2007,第6期

机译：封闭轴对称通道稳定部分上湍流化学反应性气体弥散流中动量和热传递方程的两种方法
4. Development of the experimental stand for research heat removal with a high power density by a dispersed heat carrier flow [C] . A T Komov, P P Sherbakov, V V Ilyin, International Conference on Fusion Energy and Plasma Technologies . 2020

机译：通过分散的热载体流动，通过高功率密度的研究进行实验支架的开发
5. Modeling of dispersed flow film boiling with two flow, five field Eulerian-Eulerian approach and effects of spacer grids on heat transfer. [D] . Ergun, Sule. 2006

机译：带有两个流，五个场的欧拉-欧拉方法的分散流膜沸腾模型以及隔板对传热的影响。
6. Temperature measurements with two different IR sensors in a continuous-flow microwave heated system [O] . Jonas Rydfjord, Fredrik Svensson, Magnus Fagrell, 2013

机译：在连续流微波加热系统中使用两个不同的红外传感器进行温度测量
7. Rationale for secondary coolant system: pressures, temperatures, and heat removal capacity [O] . D.H. Stevenson 1978

机译：二次冷却液系统的理由：压力，温度和散热能力

Temperature stabilization in dispersed flows of frameless heat removal systems in space

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