1·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。
2·Space radiators are important components in spacecraft thermal control subsystem.
大多数航天器的热控制都是利用空间辐射器作为排热部件。
3·Glass partitions are framed in aluminum and have double glazing for thermal control.
玻璃分区被铝条分割成框架，同时还运用了双层玻璃的热控制系统。
4·The temperature control strategies was proposed based on the PID active thermal control.
提出基于PID主动热控制的温度控制策略。
5·Thermal control is much easier in solution polymerization compared to bulk polymerization.
与本体聚合相比，在溶液聚合中对反应热的控制比较容易。
6·The paper provides valuable guidance to improving the thermal control and thermal deformation of PAA.
本文所完成的工作对相控阵天线的热控制及热变形研究具有一定的指导意义。
7·Vriable emittance thermal control device is one of the focus of the future spacecraft thermal control.
可变发射率热控器件是未来航天器热控的焦点之一。
8·The suggestions are put forward about the reliability research of thermal control system in the future.
对今后关于热控系统可靠性的研究提出了建议。
9·Vapor compression heat pump is a new concept of thermal control system and refrigerator for future space use.
蒸汽压缩热泵是未来大型航天器热控系统和制冷设备的新方案。
10·Some operation modes of the porous plate water sublimator used in an EVA space suit thermal control system are discussed.
对舱外航天服热控系统所采用的多孔板水升华器的主要工作模式进行了讨论。