2014China Powder Science and TechnologyRequires access

Comparison of Particle Size Distribution Measuring Results of Coal Slime Between Laser Size Method and Sieving Method

Zhang Shuangy

Open publisher page 1 citations

Abstract

To find an appropriate description method of particle size distribution of thick pastes, the feasibility of laser particle size analysis used for thick pastes by contrast with the sieving method experiment was studied taking the coal slime as a representation. The results show that the laser size method is more sensitive for the small size range measurement. Comparing with the sieving method, the laser size method is more applicative for coal slime to analyze particle size. It is reasonable to infer that it is also applicative for other kind of thick pastes.

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What this paper is about

To find an appropriate description method of particle size distribution of thick pastes, the feasibility of laser particle size analysis used for thick pastes by contrast with the sieving method experiment was studied taking the coal slime as a representation. The results show that the laser size method is more sensitive for the small size range measurement. Comparing with the sieving method, the laser size method is more applicative for coal slime to analyze particle size. It is reasonable to infer that it is also applicative for other kind of thick pastes.

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Available abstract

To find an appropriate description method of particle size distribution of thick pastes, the feasibility of laser particle size analysis used for thick pastes by contrast with the sieving method experiment was studied taking the coal slime as a representation. The results show that the laser size method is more sensitive for the small size range measurement. Comparing with the sieving method, the laser size method is more applicative for coal slime to analyze particle size. It is reasonable to infer that it is also applicative for other kind of thick pastes.

Key concepts: Particle size, Particle-size distribution, Materials science, Laser, Range (aeronautics), Particle (ecology), Coal, Apparent Size

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