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近十年来,热管技术得到很大的发展。从1968年第一个使用热管的 GEOS-Ⅱ卫星到代表今天空间技术最高水平的航天飞机,已有许多空间飞行器都用了热管温控系统或以热管作为温控部件。热管温控系统有很高的温度控制能力。这种系统的使用,能使温控设计从对飞行器上各个部件进行单独的控制向通用化和标准化的方向大大迈进一步。由于热管本身没有运动部件、不消耗能源、相互独立,所以热管温控系统具有长寿命、高可靠性
The past ten years, heat pipe technology has been greatly developed. From the first GEOS-II satellite using heat pipes in 1968 to the space shuttle representing the highest level of space technology today, many spacecraft have used heat pipe temperature control systems or heat pipes as temperature control components. Heat pipe temperature control system has a high temperature control. The use of such a system takes the temperature control design one step further toward universalization and standardization from the individual control of the individual components of the aircraft. As the heat pipe itself does not have moving parts, does not consume energy, independent of each other, so the heat pipe temperature control system has a long life, high reliability