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热管是六十年代宇宙开发技术中的突出成就之一,它是一种新型的传热和节能元件,目前已在许多领域得到应用。结构简单的传热超导体热管工作原理简单,结构简易,它一般由管状管壳、起毛细输送作用的芯材和液态工质三部份组成。热管的两端分别是蒸发端(热输入端)和冷凝端(热输出端)。当热管的蒸发端受热时,毛细芯材中的液态工质气化、蒸发,依靠压差使蒸汽经热管的中空通道而迅速传
Heat pipe is one of the prominent achievements in the development of the universe in the 1960s. It is a new type of heat transfer and energy-saving component and has been applied in many fields at present. Simple structure of the heat transfer superconductor heat pipe works simple, simple structure, which generally consists of a tubular shell, capillary action of the core material and liquid working fluid composed of three parts. Both ends of the heat pipe are the evaporation end (heat input end) and the condensation end (heat output end) respectively. When the evaporation end of the heat pipe is heated, the liquid working fluid in the capillary core material is vaporized and evaporated, and the steam is rapidly passed through the hollow channel of the heat pipe by the pressure difference