Mining

Download Separation Technologies for Mineral, Coal and Earth by Courtney A. Young, Gerald H. Luttrell PDF

By Courtney A. Young, Gerald H. Luttrell

Separation applied sciences for Minerals, Coal, and Earth Resources is an authoritative digest of the newest advancements within the mineral processing industry.

The booklet is a compilation of seventy eight state of the art papers awarded by way of best scientists and engineers on the first-of- its-kind overseas symposium.

Dozens of authors percentage their insights on how practitioners can enhance earth assets extra economically whereas concurrently addressing important elements starting from sustainability to environmental stewardship.

The 756-page e-book examines coal processing, floor forces and hydrophobicity, technique advancements and environmental controls, dewatering and drying, gravity separations, business minerals flotation, base steel flotation, flotation gear and perform, technique reagents, magnetic and electrostatic separations, modeling and strategy keep watch over, and source engineering.

Important present matters similar to fuel hydrates, oil sands, secondary fabrics, metals and waste, and method waters also are discussed.

Dedicated to tremendous Dr. Roe-Hoan Yoon, this booklet contains 5 modern papers co-authored by means of the mythical scientist and founding father of the guts for complicated Separation applied sciences at Virginia Tech.

Separation applied sciences for Minerals, Coal, and Earth Resources belongs at the bookshelves and e-readers of all mining execs concerned with procedure engineering, specially these operating with minerals and coal.

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Extra info for Separation Technologies for Mineral, Coal and Earth Resources

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Measurements of Hydrophobic and DLVO Forces in Bubble-Surface Interactions in Aqueous Solutions. Langmuir, 10: 3279–3289. A. , 1996. Surface and Capillary Forces Affecting Air Bubble-Particle Interactions in Aqueous Electrolyte. Langmuir, 12(15): 3721–3727. Hartland, S. , 1976. Axisymmetric Fluid-Liquid Interfaces: Tables Giving the Shape of Sessile and Pendant Drops and External Menisci, with Examples of Their Use. Elsevier, Amsterdam, 782 pp. W. , 1966. Mutual Coagulation of Colloidal Dispersions.

Xu, Z. H. 1991. Energy barrier in particle-to-bubble attachment and its effect on flotation kinetics. In Proc. 17th Int. Mineral Processing Congress, Dresden, Vol. 2, pp. 237–249. Leja, J. 1989. Interactions among surfactants. S. Laskowski. New York: Gordon and Breach, pp. 1–24. Leja, J. Q. 1984. The role of flotation frothers in the particle-bubble attachment process. H. T. Woodcock. Parkville: Aus IMM, pp. 73–89. Lekki, J. S. 1971. On the dynamnic effect of frother-collector joint action in flotation.

J. , 166(1): 109–117. , Chen, Y. , 2007. Impact of atomic force microscopy on interface and colloid science. Adv. , 133(2): 91–104. R. , 2001. Forces between a Rigid Probe Particle and a Liquid Interface I. The Repulsive Case. J. , 236: 141–154. © 2012 by the Society for Mining, Metallurgy, and Exploration. All rights reserved. Electronic edition published 2012. N. , 2008. Soft matter: from shapes to forces on the nanoscale. Soft Matter, 4(3): 471–474. R. , 2002a. Forces between a Rigid Probe Particle and a Liquid Interface II.

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