thermal control subsystem

At last the challenges of thermal control for infrared subsystem are put forward.

最后总结了目前超光谱成像仪红外系统热控的关键问题。

Thermal control technique applied in infrared subsystem of hyper spectral imager

超光谱成像仪红外系统热控技术研究

Space radiators are important components in spacecraft thermal control subsystem.

在航天器热控制中，空间辐射器是最主要的散热部件。

The flying result of FY-2C satellite showed that the optimized thermal control subsystem had a good ability of control, adjustment and adapting, which operated stably. The performance satisfied the requirements.

C星飞行结果表明，优化后的热控分系统具有良好的调控和适应能力，工作稳定，性能指标全部满足要求。

Thermal control system is important subsystem of spacecraft, which directly affects the work of the other subsystems and the spacecraft life.

热控系统是航天器重要的分系统，它直接影响到其它分系统的工作状态和航天器的使用寿命。

Result The system mass depended not only on the structural parameters and operational parameters of TIMES, but also on the operational characteristics of power subsystem and thermal control subsystem.

结果系统的质量不仅与废水处理系统本身的结构参数、操作参数有关，而且与电源系统和热控系统的工作特性关系密切。

The temperatures obtained from orbit telemetry data are in agreement with that from ground testing. Thermal control subsystem operated well the temperatures of the structure and the equipments met the design requirement.

地面热试验数据与飞行遥测温度数据比较表明，两者一致性良好，热控系统工作正常，星体与星内仪器温度均较好地处于所要求的范围内。