Zhuang Jun(庄骏), Zhang Hong(张红). Heat Pipe Technology and Engineering(热管技术及工程应用)[M]. Beijing : Chemical Industry Press, 2000 : 67
[2]
Zhang Hong(张红), Zhuang Jun(庄骏). Research,development and industrial application of heat pipe technology in China[J]. Applied Thermal Engineering, 2003, 23 (9): 1067-1083
[3]
Grover G M, Cotter T P, Erikson G F. Structure of very high thermal conductance[J].J. Apply Phys. 1964, 35 (6): 1990-1991
[4]
Cotter T P. Heat pipe startup dynamics[A]. IEEE Conference Record of Thermionic Conversion Specialist Conference[C]. California: 1967. 344-346
[5]
Sockol P M, Forman R. Re-examination of heat pipe startup[A]. IEEE Proceeding of 9th thermionic Conversion Conference[C]. Miami Beach: 1970. 571-573
[6]
Busse C A. Theroery of the ulimateheat transfer limit of cylindrical heat pipe[J].Int.J. Heat Transfer, 1973, 16(1): 169-173
[7]
Levy E K, Chou S F. The sonic limit in sodium heat pipes[J].J. Heat Transfer, 1973, 95(2): 218-223
[8]
Tolubinky V I, Shevchuk E N, Stambrovsky V D. Study of liquid metal heat pipes characteristics at startup and operation under gravitation[A]. American Institute of Aeronautics and Astronautics. Proceeding 3rdInternationnal Heat pipes Conference[C]. Palo Alto: 1978. 274-282
[9]
Tournier J M. Genk M S. A vapor flow model for analysis of liquid metal heat pipe startup from a frozen state[J].Int.J. Heat and Mass Transfer, 1996, 39: 3767-3780
[10]
Institute of mechanics, Chinese academy of sciences. Heat pipe corpus[M]. Shang Hai: Shanghai science and technology service, 1976. 8-19
[11]
Zhao Weilin(赵蔚林),Zhuang Jun(庄骏). The research of sodium heat pipe internal mechanism[D]. Nan Jing: Nanjing institute of chemical industry, 1992
[12]
Jun Zhuang, Yang Zhong, Rong Wang,etal. Development of liquid-metal heat pipe heat exchanger[A]. Proceeding of 9th International . Heat Pipe Conference[C]. Albuquerque, New Mexico, 1995. 240-246
[13]
Feng Taqing(冯踏青),Tu Chuanjing(屠传经). Liquid metal high temperature heat pipe structural material and working medium compatibility studies[J]. Energy engineering, 1997, (2): 16-18
[14]
Zhao Weilin(赵蔚林).Study on characteristics and enhanced heat transfer for high temperature heat pipe fin[D]. Nan Jing: Nan Jing university of technology, 2004
Jing CunYingZhao(井村应昭). Our company study kumamotouniversity, VOL 29, 1(1980), 9
[17]
Rennan(任楠). Preparation and experimental study of thermal properties of mixed carbonates and molten salts with low melting point [D]. master thesis, beijing university of technology, 2011
[18]
Qu Yan(曲艳), Luan Tao(栾涛), Cheng Lin(程林). An experimental investigation of the effect of the inclination angle on thermal performance of axial grooved heat pipe[J]. Journal of Astronautics(宇航学报),2006,27(3);493-497
[19]
Feng Taqing(冯踏青).Theoretical and experimental research on liquid metal high temperature heat pipe [D]. PhD thesis, zhejiang university, 1998
[20]
Wang Xinyu(王鑫煜),Xin Gongming(辛公明),Tian Fuzhong(田富中),Cheng Lin(程林).Start-up behavior of gravity heat pipe with small diameter[J]. Chinese Journal of Chemical Engineering(中国化工学报), 2012,63 (S1): 94-98