Study of the Heat Transfer Characteristics of PhaseofChange Thermal Storage/Radiation Heat Sink

[1]Wilson J L, Lawson B M. Investigation into venting and non-venting technologies for the space station freedom extravehicular activity life support system. SAE-901319, 1990. [2]Strumpf H J, Vulgner A A. Heat rejection system for an advanced extravehicular mobility unit portable life support system. SAE-927020, 1992. [3]Bayes S A, Trevino L A, Dinsmore C E. A nonventing cooling system for space environment extravehicular activity, using radiation and regenerable thermal storage. SAE-881063, 1988. [4]Thomas W K, Mounir B I. Analysis of thermal energy storage material with change-of-phase volumetric effects. NASA-TM-102457,1990. [5]William R H, Gorge C M. Performance of finned thermal capacitors. NASA TN D-7690, 1974. [6]Gane C R, Oliver A J, Soulsby D R,et al. Numerical solution of coupled conduction-convection problems using lumped-parameter methods. In:Lewis R W, Morgan K, Schrefler B A, eds. Numerical Methods in Heat Transfer. Chichester:John Wiley & Sons Ltd, 1983. 227~274. [7]Marshall R H. Natural convection effects in rectangular enclosures containing a phase change martial. In:Kreith F,Boehm R,Mithchell J,et al,eds. Thermal Storage and Heat Transfer in Solar Energy Systems. New York:American Society of Mechanical Engineers,1978. 61~69. [8]童景山编著. 流体的热物理性质[M]. 北京:中国石化出版社, 1996.262~272.