Research of the mechanism of shock-inertial deposition of dispersed particles from a gas flow

Abstract


The analytical dependence describing the efficiency of shock-inertial deposition of particulate matter depending on the properties of the trapped particulate material and operating parameters of the gas purification process is obtained. The design of a new shock inertial action device that makes it possible to optimize the process of gas clearing taking into account the characteristics of the trapped components is developed.


About the authors

R. R. Usmanova

Ufa State Technical University of Aviation

Author for correspondence.
Email: Usmanovarr@mail.ru

Russian Federation

Candidate of Science (Enfineering), Associate Professor

Department of Strength of Materials

V. S. Zhernakov

Ufa State Technical University of Aviation

Email: Sm.ugatu@mail.ru

Russian Federation

Doctor of Science (Enfineering), Professor

Head of the Department of Strength of Materials

References

  1. Uzhov V.N., Valdberg A.J. Ochistka promyshlennykh gazov ot pyli [Dust elimination in industrial gases]. Мoscow: Khimiya Publ., 1981. 280 p.
  2. Straus V. Promyshlennaya ochistka gazov [Industrial purification of gases]. Мoscow: Khimiya Publ., 1981. 616 p.
  3. Usmanova R.R., Zhernakov V.S, Panov А.К. Rotoklon s reguliruemymi sinusoidal'nymi lopastyami [Rotoklon with adjustable sinusoidal guide vanes]. Patent RF, no. 2317845, 2008. (Published 27.02.2008, bulletin no. 6).

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