Изучен нестационарный синерезис пен, стабилизированных органомодифицированными частицами гидроксида алюминия, с использованием метода создания перепада давлений в дисперсионной среде (FPDT с одной пористой пластиной). Обсуждается возможность применения теорий Леонарда-Лемлиха, Кёлера при синерезиса пен, стабилизированных твердыми частицами.
ABSTRACT
The nonstationary drainage of foams stabilized by modified aluminum hydroxide particles is studied with the Foam Pressure Drop Technique (FPDT with one porous plate). The possibility of application of Leonardo—Lemlih and Koehler theories at the description of drainage of the foams stabilized by solid particles is discussed.
Doctor of Chemistry Sciences, Professor of Penza State University of Architecture and Building, Russia, Penza
ISSN 2311-5459. Article metadata is hosted on the eLIBRARY.RU platform.
Mass media registration cert.: EL No. FS77-55878 dated 17.06.2013
Journal founder: LLC «MCNO»
Editor-in-Chief - Maxim V. Larionov.
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