Space Power Volume 9 Number 4 1990

REFERENCES [1] Semena, M.G., Gershoony, A.N. & Bakipov, V.K. (1984) Parameter optimization of heat pipes with metal fibre capillary structures, Thermo-physics of High Temperatures, 22(3), pp. 588-592. [2] Navroozov, Y.V. & Serebryansky, V.N. (1984) Heat exchange process research in ammonia heat pipes, in: Problems of High Temperature Technics, pp. 82-96 (Dniepropetrovsk, Dn. University Press). [3] Semena, M.G. (1979) Method of thermal resistance calculation of low temperature heat pipes with metal-fibre wicks, Journal of Physical Engineering, 36(3), pp. 426-433. [4] Semena, M.G., Zaripov, V.K. & Gershoony, A.N. (1982) Research of heatexchange laws in the heat pipes warming zone with metal fibre capillary structures, Thermo-physics of High Temperatures, 20(3), pp. 317-322. [5] Navroozov, Y.V., Prisnyakov, V.F. & Serebryansky, V.N. (1983) The Critical overheat and fluctuation steam generation in the saturated pore layer, in: Aerogas- dynamical and Non-stationary Heat-mass Exchange, pp. 80-88 (Kiev, Naukova Dumka). [6] Navroozov, Y.V. (1984) Convective heat transfer under liquid boiling in pore structures, in: Heat Exchange and Thermophysical Properties of Substances, pp. 48-52 (Kiev, Naukova Dumka). [7] Gontarev, Y.K., Navroozov, Y.V., Prisnyakov, V.F. & Serebryansky, V.N. (1984) On liquid ebullition mechanism in heat pipe wicks, Journal of Physical Engineering, 47(3), pp. 422-427. [8] Favorsky, O.N. & Cadaner, J.S. (1972) Heat Exchange Problems in Space, p. 280 (Higher School Publishers). [9] Sheyakov, A.A. & Yakovleva, R.V. (1968) Engineering Calculating Methods of Heat Exchange Apparatus Dynamics, p. 320 (Machine Building).

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