Zhang W X, Chen J S, Li T Q
Institute of Space Medico-Engineering, Beijing, China.
Space Med Med Eng (Beijing). 2000 Oct;13(5):350-4.
Objective. To establish the heat transfer model for liquid cooling garment (LCG) and, basing on this model, to find the relations between the design parameters and heat removing, as well as that between the design parameters and heat transfer efficiency. Method. Heat transfer process of the LCG was analyzed according to engineering facts. Result. The relations between the design parameters and heat removing, and also that between the design parameters and heat transfer efficiency were interelative and the optimal values of the parameters were essential to the design of LCG. Conclusion. The results might be useful in the design of LCG in extra vehicular activity (EVA) space suit.
目的。建立液冷服（LCG）的传热模型，并基于该模型找出设计参数与散热之间的关系，以及设计参数与传热效率之间的关系。方法。根据工程实际情况分析液冷服的传热过程。结果。设计参数与散热之间的关系，以及设计参数与传热效率之间的关系是相互关联的，参数的最佳值对液冷服的设计至关重要。结论。这些结果可能对舱外活动（EVA）航天服中液冷服的设计有用。
