Тези доповідей, матеріали конференцій
Постійне посилання на розділhttps://dspace.nuft.edu.ua/handle/123456789/7373
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Документ Kinetics of the drying process of cultivated mushrooms(2016) Burlaka, Tatiana; Dubkovetskyy, Igor; Malezhik, IvanIn investigation of the drying process of cultivated mushrooms by known methods, it was established that none of the methods of drying can provide the minimum electric energy consumption for the preparation of the final product with high quality indices. That is why we proposed to combine two methods, namely, to use infrared rays in combination with convection under forced air circulation.Документ Technology production of dried vitaminized vegetables(2016) Malezhik, Ivan; Bessarab, Alexander; Bandurenko, Galina; Levkivska (Muzika), TetianaConducted studies on the production of vitaminous dried vegetables. Product after blanching treated with a cold solution of ascorbic acid. After drying, the products contain up to 100 mg / 100 g of vitamin C. Проведені дослідження по виробництву вітамінізованих сушених овочів. Продукти після бланшування обробляли холодним розчином аскорбінової кислоти. Після сушіння продукти містять до 100 мг/100г вітаміну С.Документ Justification of the influence of low-frequency mechanical vibrations on the intensification of the process of extraction of desired components from plant raw materials(2014) Zavialov, Volodymyr; Mysiura, Taras; Malezhik, Ivan; Bodrov, Viktor; Zaporozhets, Yuliia; Popova, Nataliia; Lobok, AlexeyThe problem to justify the influence of low-frequency mechanical vibrations on external mass transfer under the conditions of vibroextraction from plant raw materials and establish the regularities of its change depending of the mode parameters of the process was stated. Tim intensive renewal of the contact surface of phases in vibroextractors was achieved due to the mode parameters of the process (frequency and anqjlitude of vibrations of the vibrotransporting system). The established functional dependence of saturation of the extract by extractive substances with time on the volume mass-transfer coefficient will enable us to determine the minimum time for which the system achieves die equilibrium state of not only extraction processes, but also of the processes that are accompanied by mass exchange in apparatuses with mixing devices. The conclusions and results of the mathematical modeling under the conditions of vibroextraction agree with the results of die experiments.