ISSLEDOVANIE EFFEKTIVNOSTI I AERODINAMIKI INERCIONNOGO OSAZHDENIYA PYLI V ROTOKLONE
Authors:
1.
Ufimskiy gosud. aviacionnyy tehnich. un-t
2.
Institut biohimicheskoy fiziki im. N. M. Emanuelya RAN
3.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 532.527
Language:
Russian
Keywords:
ротоклон, аэродинамическое профилирование, ударно-инерционный, эффективность пылеулавливания, лопатки импеллера, гидравлическое сопротивление, rotoclon, aerodynamic profiling, shock-inertial, dust clearing efficiency, impeller blades, hydraulic resistance
Abstract (English):
A new design of the device shock- inertia action regulate hydrodynamics. A apparatus is intended for optimization of process of cleaning of gases, it takes into account descriptions of the caught components. Possibility of the aerodynamic profiling of shoulder-blades of impeller allowed considerably to reduce hydraulic resistance of device. The evaluation of dust deposition efficiency to inertial model takes into account specifications caught dust (size and density of particles) and sizes of drops of irrigating liquid.
A new design of the device shock- inertia action regulate hydrodynamics. A apparatus is intended for optimization of process of cleaning of gases, it takes into account descriptions of the caught components. Possibility of the aerodynamic profiling of shoulder-blades of impeller allowed considerably to reduce hydraulic resistance of device. The evaluation of dust deposition efficiency to inertial model takes into account specifications caught dust (size and density of particles) and sizes of drops of irrigating liquid.
Keywords:
ротоклон, аэродинамическое профилирование, ударно-инерционный, эффективность пылеулавливания, лопатки импеллера, гидравлическое сопротивление, rotoclon, aerodynamic profiling, shock-inertial, dust clearing efficiency, impeller blades, hydraulic resistance
ротоклон, аэродинамическое профилирование, ударно-инерционный, эффективность пылеулавливания, лопатки импеллера, гидравлическое сопротивление, rotoclon, aerodynamic profiling, shock-inertial, dust clearing efficiency, impeller blades, hydraulic resistance
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4. V.S. Shvydkiy Ochistka gazov. Spravochnik. Teploenergetik, Moskva, 2002. 640 s.
