A Practical Wide Range Continuous Particle Size Analyzer For Metallurgical Slurries ? Synopsis

Society for Mining, Metallurgy & Exploration
Brian F. Osborne
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
32
File Size:
570 KB
Publication Date:
Jan 1, 1973

Abstract

A continuous on-line particle size analysis system for solid/liquid suspensions is described. The basic sensor utilizes a centrifugal principle to separate particles according to size, the resultant separation being measured by means of beta-ray attenuation. Results obtained when analyzing a variety of materials at sizes from 65 mesh (210 microns) to 20 microns are discussed in de- tail. Accuracies better than 2% are demonstrated. The effects of particle specific gravity, and mixtures of materials of diverse specific gravities, are discussed from a practical and theoretical viewpoint. It is demonstrated that particle specific gravity has a minimal effect on the size reading obtained. This renders the instrument suitable for handling materials where the ratio of light to heavy component may change. The design of the first commercial installation of this instrument is described in detail. This installation will be capable of analyzing three streams in sequence, measurement at three particle sizes being effected on each stream.
Citation

APA: Brian F. Osborne  (1973)  A Practical Wide Range Continuous Particle Size Analyzer For Metallurgical Slurries ? Synopsis

MLA: Brian F. Osborne A Practical Wide Range Continuous Particle Size Analyzer For Metallurgical Slurries ? Synopsis. Society for Mining, Metallurgy & Exploration, 1973.

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