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Titlebook: Reverse Osmosis Membrane Research; Based on the symposi H. K. Lonsdale,H. E. Podall Book 1972 Plenum Press, New York 1972 Copolymer.Cross s

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书目名称Reverse Osmosis Membrane Research
副标题Based on the symposi
编辑H. K. Lonsdale,H. E. Podall
视频video
图书封面Titlebook: Reverse Osmosis Membrane Research; Based on the symposi H. K. Lonsdale,H. E. Podall Book 1972 Plenum Press, New York 1972 Copolymer.Cross s
描述Th i s book had its orl gl n in the sympos i urn on "Polymers for Desalination" sponsored by the Division of Polymer Chemistry of the American Chemical Society and held in September, 1971 in Wash­ ington D. C. at the 162nd national meeting of the Society. However, the book is not simply the proceedings of that symposium. A num­ ber of additional papers were contributed by other workers in the field, and the original papers presented at the symposium have, for the most part, been expanded. The book thus represents a broad cross section of membrane research and development activities in the United States and abroad within the field of reverse osmosis. The purposes of the book are to bring attention to important new developments in this field, to suggest what the next generation of reverse osmosis equipment may look like, and to indicate where fur­ ther research and development are needed. The vast majority of the papers collected here represent work supported by the Office of Saline Water of the United States Department of the Interior, and the emphasis here is clearly on the application of the reverse os­ mosis process to water purification. However, many of the concepts, methods, a
出版日期Book 1972
关键词Copolymer; Cross section; chemistry; development; filtration; membrane; paper; polyamide; polyelectrolyte; po
版次1
doihttps://doi.org/10.1007/978-1-4684-2004-3
isbn_softcover978-1-4684-2006-7
isbn_ebook978-1-4684-2004-3
copyrightPlenum Press, New York 1972
The information of publication is updating

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Influence of Processing Variables on the Transport Properties of Celluose Acetate Membranes. Ultimatcialization, mainly because the tubular geometry offers large surface area per unit volume. The surface area available for desalination can be further increased by the use of small diameter hollow fibers, since a large number of these can be packed per unit volume.
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The Preparation and Properties of Styrene Grafted Cellulose Acetate Membranes for Desalinatione of the product flux rate and apparent salt rejection. It seemed of interest, therefore, to study modifications of cellulose acetate which would reduce the rate of compressive creep of the modified membrane and, in turn, stabilize the flux-rejection characteristics of the resulting membranes.
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The Phenomenological Characterization of DP-1 Membranesatic, nitrogen-containing polymeric membranes by Richter and Hoehn[1], a whole new class of practical reverse osmotic membranes is available. These new membranes are superior to cellulose acetate membranes with respect to their permeation characteristics and polymer properties.
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The Mechanism of Membrane Formation: Membrane Structures and Their Relation to Preparation Conditionsalination by reverse osmosis. Nevertheless, most of the procedures developed for manufacturing membranes were formulated empirically, and the understanding of the factors governing membrane structure and its characteristics is still poor. One of the most severe problems associated with the practica
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