The extreme temperature adaptability of solid lubricant used in space components was investigated by simulating the temperature environments on the moon surface.
模拟月球表面极端高低温环境，对空间飞行器机构活动部件常用固体自润滑材料进行极端温度环境存贮实验。
The extreme temperature adaptability of solid lubricant used in space components was investigated by simulating the temperature environments on the moon surface.
模拟月球表面极端高低温环境，对空间飞行器机构活动部件常用固体自润滑材料进行极端温度环境存贮实验。
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