1·Doubt were expressed to the spectral blue shift of thermal radiator. Both in threotical and experimental ways, I negated Mr. Feng's theory of spectral blue shift.
对《红外物理中热辐射体的光谱“蓝移”及与之有关的问题》一文从实验及物理概念两方面提出质疑。
2·According to statistical theory, the regression coefficients stability in radiator thermal test has been analysed in this paper.
本文根据统计学的原理，对散热器热工性能测试中数据的回归方程进行了系数的标准差分析和稳定性分析。
3·The thermal property of the adjustable convection radiator fitted with a wind valve and the application effect of this adjustment mode in the practical heating system are studied.
研究了配置有风阀的可调型对流散热器的热工性能及此室温调节方式在实际采暖系统中的应用效果。
4·Space radiator is an important component in spacecraft thermal control subsystem.
在航天器热控制中，空间辐射器是最主要的排热部件。
5·The calculations of radiator surface area and heat insulation layer thickness are necessary for the design of passive thermal control system.
纳卫星的被动热控系统对卫星舱内的温度控制及其有效载荷的可靠工作具有重要意义。
6·The thesis has test the influence of thermal output of radiator for four familiar decorative covers.
实验测试了四种装饰罩对散热器散热量的影响。
7·This paper describes the method of the thermal analysis and optimization design for spacecraft heat pipe radiator.
首先介绍了热管辐射器的计算及优化设计的理论。