Heat pipe research and development in the U.S.S.R.

Vasiliev, 1969, Modern state-of-the-art in heat pipe studies, 121 Vasiliev, 1971, Heat transfer devices, J. Engng Phys., 20, 550 Itoh Research and Development Lab., 1987 Shiraishi, 1987, Development of ultra large scale gravity-assisted heat pipe, 462 Kohtaha, 1987, Development, design and operation of large scale separate type heat pipes, 624 Ivanovsky, 1978 1976 Vasiliev, 1972 1976 Semena, 1984 Vasiliev, 1981 Dulnev, 1985 Alekseev, 1979 Vasiliev, 1983 Vasiliev, 1986 Vasiliev, 1987 Bologa, 1977 Eva, 1982 Levitan, 1974, Fundamentals of heat pipe theory and design, Zhur. Tekhn. Fiz., 44, 1569 Vasiliev, 1978, Liquid boiling and evaporation heat transfer on porous and developed heating surfaces, J. Engng Phys., 34, 741 Semena, 1978, Experimental study of maximum heat fluxes on flat metal-fibre wicks under heat pipe conditions, J. Engng Phys., 35, 782 Vasiliev, 1979, Heat transfer and stability of a moving cooler evaporating in porous ceramet, J. Engng. Phys., 36, 914 Semena, 1984, Parameter optimization in heat pipes with metal-fibre capillary structures, Teplofiz. Vys. Temper., 2, 588 Vasiliev, 1973, Heat and mass transfer in gas loaded heat pipes, J. Engng. Phys., 25, 254 Vasiliev, 1981, Low temperature axially grooved heat pipes, 337 Barantsevich, 1982, Methods of increasing ultimate heat transmitting power of longitudinally-grooved heat pipes, 560, 40 Barantsevich, 1979, Effect of the working fluid amount on the characteristics of low-temperature longitudinally grooved heat pipes, J. Engng. Phys., 37, 371 Gil, 1974, Heat pipe with Longitudinally Capillary Channels, Heat and Mass Transfer ofCryogenic Liquids in Porous Heat exchangers, 103 Ratiani, 1969, Analysis of two cases of evaporation from the surface of thin laminar films, Commun. Georgian Acad. Sci., 55, 645 Shekriladze, 1987, Evaporation and condensation on grooved capillary surfaces, 173 Shekriladze, 1980, Experimental study of heat transfer during evaporation and condensation on capillary surfaces, J. Engng Phys., 38, 793 Barantsvich, 1982, Methods of increasing heat transmitting power of channel heat pipes, 560, 40 Vasiliev, 1988 Barantsevich, 1985, The study of hydrodynamics effect on heat transfer in axially-grooved heat pipes, 1, 426 Vasiliev, 1978, Theoretical fundamentals of temperature stabilization in gas-controlled heat pipes, J. Engng Phys., 34, 776 Vasiliev, 1979, The study of active-control heat pipes, J. Engng Phys, 37, 20 Vasiliev, 1983, Controlled heat pipes, Teplofiz, Vys. Temper., 4, 788 Galaktionov, 1982, The study of the vapour-gas front boundary in the condenser of a flat gas-controlled heat pipe, J. Engng Phys., 42, 378, 10.1007/BF00827745 Parfentieva, 1980, Visualization of the vapour-gas front in the gas controlled heat pipe, 448, 44 Parfentieva, 1984, Analytical study of the vapour flow in the gas-controlled heat pipe condenser, J. Engng Phys., 47, 427 Semena, 1985, Development of heat-pipe thermostats for thermosensitive objects, Promyshl. Teplotekhn., 7, 82 Bezrodny, 1982, The study of hydrodynamic characteristics of a two-phase counterflow in the closed thermosyphon, 121 Bezrodnyi, 1985, New energotechnological system of heat utilization in non-ferrous pyrometallurgical plants, J. Heat Recovery Systems, 5, 127, 10.1016/0198-7593(85)90044-X Bezrodnyi, 1984, The study of hydrodynamic characterisitics of ascending two-phase flow in thermosyphons with organized heat carrier circulation, 2, 48 Bezrodnyi, 1986, The study of hydrodynamic characteristics of ascending two-phase flow in thermosyphons, 16 Bezrodnyi, 1979, Flow and heat transfer crises in thermosyphon evaporators, 47 Rabetsky, 1985, Vapour-dynamic heat transfer devices, 65 Rabetsky, 1986, Vapour-dynamic cooler for radioelectronic industry, 65 Vasiliev, 1987, A heat transfer device for cooling elongated horizontal objects, J. Engng Phys., 52, 62 Vasiliev, 1973, Heat and mass transfer in low temperature heat pipes, 75 Vasiliev, 1982, Centrifugal heat pipes and heat exchangers, 3 Vasiliev, 1987, Heat and Mass Transfer in Centrifugal Heat Pipes Moldavsky, 1980, Electric wind used to control a vapour-gas front in gas-controlled heat pipes, Electric Treatment Materials, N6, 35 Bologa, 1980, On critical electric field strength during vapour film condensation, Electric Treatment Materials, N3, 50 Tolubinsky, 1978, High-temperature heat pipes investigation at radial heat transfer, 292 Markov, 1981, The mechanism of high-temperature heat pipes 1985 1985 Kovalev, 1987, Heat transfer and hydrodynamics in the inverted meniscus evaporator of a heat pipe, 52 Tolubinsky, 1987, Study of vapour-gas front temperature characteristics, 238 Afanasiev, 1979, Experimental study of heat transfer and limited heat fluxes with boiling inhomogeneous and inhomogeneous capillary-porous structures, Teploénergetika, 5, 65 Afanasiev, 1982, Investigation of vaporization in screen wick capillary structures, 405 Vasiliev, 1982, Experimental study of heat transfer with liquid boiling in highly heat conductive capillary structures, J. Engng Phys., 42, 893 Glavacka, 1987 Sheleg, 1985, The study of heat transfer characteristics of heat pipe heat dissipators, 98 Khrustalev, 1987, Heat pipes with combined capillary structures, J. Engng Phys., 52, 588, 10.1007/BF00872037 Zaripov, 1987 Semena, 1986, Development of a Cryogenic Cooling Heat Pipe System when Applied to the TV camer “Vega”, Preprint of Inst. of Cosmic Res. N1072 Toyliev, 1987, Efficiency of a passive heat pipe solar heat supply system, Izv. Akad. Nauk TSSR, Ser. Fiz.-tekhn. Khim. Geolog. Nauk, 6, 50 Toyliev, 1983, Influence of diode property of heat pipes on heat conditions in solar collectors, Izv. Akad. Nauk TSSR, Ser. Fiz.-tekn. Khim. Geolog. Nauk, 2, 54 Toyliev, 1983 Agabayev, 1985, Module of a solar thermoelectric gas-controlled sodium heat pipe generator, 2, 26 Ivanovsky, 1979, The study of gas-controlled heat pipes with liquid metal heat carriers and variable cross-section in the condenser, 1050 Chulkov, 1980, High-energy Heat Pipe Thermostats, Preprint FEI-1076 Vasiliev, 1987, Heat pipes for heating and cooling the ground, J. Engng Phys., 52, 676 Kazhdan, 1986, Thermosyphon application for tubular furnaces, Khim. Topl. Masel, 5, 16