RI 3851 Continuous Hydraulic Classification: Constitution of the Teeter Column throughout its Depth

The National Institute for Occupational Safety and Health (NIOSH)
G. Dale Cor I. L. Feld M. F. Williams Will H. Coghill
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
16
File Size:
958 KB
Publication Date:
Jan 1, 1946

Abstract

"INTRODUCTION During the past several years the Southern Experiment Station of the Bureau of Mines, with the cooperation of the University of Alabama, has given attention to hydraulic classification. One of the things this work has revealed is a variability not generally recognized in the conditions of teeter at different depths. This report depicts the passage of material through a teeter column and its emergence as a classified product.The work was made possible through the development of a classifier for several hundred pounds per hour permitting a small quantity of coarse spigot material to be discharged without the usual interruptions caused by stop-pages. Previous designs of small classifiers have been unsatisfactory because the,orifice used to control the quantity of spigot product as subjectto stoppages, particularly when attempting to discharge a small quantity of although the classifier used in this work has been described in detail in a previous publication 6/ its principal features will be discussed briefly herein. The main subject matter of the paper is based upon the three figures that illustrate in panorama the conditions that exist in a classifier during the continuous classification of bituminous coal, anthracite coal, and an iron ore trailing."
Citation

APA: G. Dale Cor I. L. Feld M. F. Williams Will H. Coghill  (1946)  RI 3851 Continuous Hydraulic Classification: Constitution of the Teeter Column throughout its Depth

MLA: G. Dale Cor I. L. Feld M. F. Williams Will H. Coghill RI 3851 Continuous Hydraulic Classification: Constitution of the Teeter Column throughout its Depth. The National Institute for Occupational Safety and Health (NIOSH), 1946.

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