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S. Davydov, R. Apakashev, V. Kiĭko, V. Koryukov (2016)
Results from Study of a Pneumatic System for Transporting Nanoparticle-Bearing Lime Dust at the Serov Ferroalloys PlantRefractories and Industrial Ceramics, 56
(2012)
Motion of dielectric finely dispersed charged particles in equipment operating on the basis of electron-ion technology,
(2004)
Rukomoikin, “Making the transport of alumina dust more efficient,
(2005)
Rotary Furnaces at Construction Material Factories: Text [in Russian
(2007)
Energy-Saving Equipment for the Transport of Bulk Materials: Research, Development, Production [in Russian
(2013)
Effect of additions of doping ceramic nanoparticles on the structural parameters and properties of hard alloys,
(2011)
GSI. Disperse Composition of Gaseous Media. Determination of the Dimensions of Nanoparticles from the Differential Electrical Mobility of Aerosol Particles
S. Davydov, R. Apakashev, V. Koryukov (2014)
Utilization of Alumina Calcining Furnace Dust Containing NanoparticlesRefractories and Industrial Ceramics, 55
(2015)
Making the transport of alumina dust more efficient
The movement of charged dust particles of different sizes in an electrostatic precipitator is studied. It is found that such particles acquire different velocities before they are deposited in the precipitator. They differ significantly from one another in the curvature of their trajectories, which makes it easier to precipitate nanoparticles from the general dust-air flow. A unit is proposed for capturing the nanosized fraction of dust particles in the upward pneumatic transport of bulk materials during alumina production.
Refractories and Industrial Ceramics – Springer Journals
Published: May 30, 2016
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