RESEARCH OF THE MECHANISM O F SHOCK-INERTIAL DEPOSITION OF DISPERSED PARTICLES FROM GAS FLOW
Authors:
1.
Ufa State technical university of aviation; 12 Karl Marks str., Ufa 450000, Bashkortostan, Russia,Usmanovarr@mail.ru
2.
N.M.Emanuel Institute of Biochemical Physics, Russian academy of sciences
3.
Kazan National Research Technological University
4.
Institute for Engineering of Polymer Materials and Dyes, Torun, Poland
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 66.074
Language:
English
Keywords:
blade impeller, the liquid level, the effectiveness of gas purification, gas stream, scrubbing liquid, the diameter of particles, shock-inertial deposition, лопасть рабочего колеса, уровень жидкости, эффективность очистки газа, поток газа, очищающая жидкость, диаметр частиц, ударно-инерционное осаждение
Abstract (English):
The analytical dependence describing the effectiveness of shock-inertial deposition of particulate matter. Depending on the properties of trapped particulate material and operating parameters of gas purification. The design of the new device shock inertial action that allows optimizing the cleaning process gases taking into account the characteristics of components.
The analytical dependence describing the effectiveness of shock-inertial deposition of particulate matter. Depending on the properties of trapped particulate material and operating parameters of gas purification. The design of the new device shock inertial action that allows optimizing the cleaning process gases taking into account the characteristics of components.
Keywords:
blade impeller, the liquid level, the effectiveness of gas purification, gas stream, scrubbing liquid, the diameter of particles, shock-inertial deposition, лопасть рабочего колеса, уровень жидкости, эффективность очистки газа, поток газа, очищающая жидкость, диаметр частиц, ударно-инерционное осаждение
blade impeller, the liquid level, the effectiveness of gas purification, gas stream, scrubbing liquid, the diameter of particles, shock-inertial deposition, лопасть рабочего колеса, уровень жидкости, эффективность очистки газа, поток газа, очищающая жидкость, диаметр частиц, ударно-инерционное осаждение
1. Uzhov V.N., Valdberg A. Treatment of industrial gases from dust / V.N. Uzhov, A.U.Valdberg / Chemistry, Moscow, 1981. 280 p.
2. Straus V. Industrial gas cleaning /. V. Straus / / Chemistry, Moscow, 1981. 616 p.
3. Patent 2317845 RF, IPC, cl. B01 D47/06 Rotoklon a controlled sinusoidal blades / R. R. Usmanova, ZhernakovV.S., Panov A.K.-Publ. 27.02.2008. Bull. № 6.
4. Shwidkiy V.S. Purification of gases. Handbook / V.S. Shwidkiy Thermal power, Moscow, 2002. 640 p.
