Low-temperature heat pipes

Vasiliev, 1983 Konev, 1983, Analysis of heat pipe performance in fluid subcooling regime, 84 Kobayashi, 1983, Possibility of the heat pipe engine, Heat Pipe Research and Development in Japan. ISAS RN212, III 1 Chi, 1976 Kamotany, 1976, Thermal analysis of axially-grooved heat pipes, 83 Vasiliev, 1981, Low-temperature axially-grooved heat pipes, 337 Khaustov, 1983, Analysis of heat pipe evaporator performance with boiling, 94 Khrustalev, 1981, Liquid flow in capillary grooves with shear stresses in porous element systems, 51 Khrustalev, 1983, Experimental study of gravity-assisted grooved heat pipes Khrustalev, 1983, Choice of optimum low temperature heat pipe parameters, 138 Vasiliev, 1981, Heat Pipe Heat Exchangers, 143 Bezrodny, 1982, Flow dynamic characteristics of counter-current two-phase flow in a closed thermosyphon, 127 Vasiliev, 1983, Heat pipes in power engineering, 3 Vasiliev, 1979, Ground freezing with liquid-vapor heat pipes, 11 Vasiliev, 1983, Efficiency of ground freezing with inclined heat pipes, 20 Vasiliev, 1981, Heat transfer studies for heat pipe cooling and freezing of ground, 63 Krivonos, 1982, Heat pipes as applied to heat treatment of chemical fibre, 87 Bogdanov, 1983, Heat pipes as applied to accumulator cooling, 155 Kiselev, 1983, Recuperative heat pipe heat exchangers, 139 Vasiliev, 1983, Study of a heat transfer process in the condensation zone of rotating heat pipes, J. Heat Recovery Systems, 3, 281, 10.1016/0198-7593(83)90008-5 Vasiliev, 1983, Heat transfer in rotary heat pipes, 21 Vasiliev, 1977, Heat pipes for electrical industry. Tepelne trubice a jejich Aplicace v prumysly. Soubor stati a referatu, producsenych v Bratislave v spray 1977, 115