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FUNDAMENTALS AND LIMITATIONS OF CYCLONE DUSTING

P. Rosin, E. Rammler, Intelmann, W.

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Abstract

The paper discusses the following topics: Degree of dust deposit and grain dimension curve; Ideal cyclone dusting procedure; Dependence of the calculated degree of deposit on entering velocity, viscosity of the carrying gas, dust fineness and volumetric weight, cyclone construction measurement and dust rotation number in the cyclone; disturbance effect; Grain composition of the separated and escaped dust; and Cyclone connection in series or in parallel.

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What this paper is about

The paper discusses the following topics: Degree of dust deposit and grain dimension curve; Ideal cyclone dusting procedure; Dependence of the calculated degree of deposit on entering velocity, viscosity of the carrying gas, dust fineness and volumetric weight, cyclone construction measurement and dust rotation number in the cyclone; disturbance effect; Grain composition of the separated and escaped dust; and Cyclone connection in series or in parallel.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The paper discusses the following topics: Degree of dust deposit and grain dimension curve; Ideal cyclone dusting procedure; Dependence of the calculated degree of deposit on entering velocity, viscosity of the carrying gas, dust fineness and volumetric weight, cyclone construction measurement and dust rotation number in the cyclone; disturbance effect; Grain composition of the separated and escaped dust; and Cyclone connection in series or in parallel.

Key concepts: Cyclone (programming language), Fineness, Environmental science, Degree (music), Meteorology, Atmospheric sciences, Geology, Engineering

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