ВЛИЯНИЕ ТЕМПЕРАТУРЫ ПОВЕРХНОСТИ НАГРЕВА НА ВНЕШНИЙ ТЕПЛООБМЕН ВО ВЛАЖНОМ ВИБРОКИПЯЩЕМ СЛОЕ
Аннотация
Приводятся экспериментальные данные о влиянии температуры поверхности нагрева, размещенной во влажном виброкипящем слое непористых частиц и превышающей температуру насыщения, на внешний коэффициент теплоотдачи при кондуктивном подводе теплоты.
Литература
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Karmazin V.D. The techniques and application of the vibrofluidized bed. Kiev: Naukova dumka. 1977. 239 p. (in Russian).
Sazhin B.S., Kochetov O.S., Sazhin V.B. RF Patent 2312285. 18.07.2006. (in Russian).
Sazhin B.S., Kochetov O.S., Sazhina M.B. RF Patent 64747. 18.07.2006. (in Russian).
Sapozhnikov G.V., Syromyatnikov N.I., Sapozhnikov B.G. // Inzh. Phiz. Zhurn. 1984. V. 47. N 3. P. 483 – 484. (in Russian).
Sapozhnikov B.G., Zelenkova Yu.O. // Proceedings of II Russian National Conf. On Heat Exchange. V. 5. Two–phase flows. Disperse flows and porous environments. M.: Izdatel'skiy Dom. MEI. 1998. P. 279 – 281. (in Russian).
Mikula V.A. Hydrodinamics and mass- and heat transfer in the dewatering of fine-grained material in devices with vibrofluidized bed. Dissertation for candidate degree on engineering sciences. Sverdlovsk. 1991. 193 p. (in Russian).
Kolpakov A.S. The resonance modes of the vibrofluidize of fine disperse powders and their use in technological processes of heat and chemical engineering treatment. Dissertation for doctor degree on engineering sciences. Ekaterinburg. 2006. 416 p.
Zimon A.D., Andrianov E.I. Autohesion of the loose materials. M.: Metallurgiya. 1978. 288 p. (in Russian).
