Polymer Colloids II, Paperback by Fitch, Robert M. (EDT), Like New Used, Free...

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Number of Pages: 684 Pages Subject: Materials Science / General Item Length: 10 in Item Weight: 46.2 Oz Format: Trade Paperback ISBN: 9781468436372 Author: Robert M. Fitch Publisher: Springer Publication Year: 2012 Subject Area: Technology & Engineering Language: English Publication Name: Polymer Colloids II width: 7 in Book Title: Polymer Colloids II Item Width: 7 in Type: Textbook

Description

Polymer Colloids II, Paperback by Fitch, Robert M. (EDT), Like New Used, Free.... Polymer Colloids II, Paperback by Fitch, Robert M. (EDT), ISBN 1468436376, ISBN-13 9781468436372, Like New Used, Free shipping in the US This volume is comprised of most of the papers presented at a symposium held in Miami Beach during the national meeting of the American Chemical Society in September, 1978. In a sense, it is a sequel to the first ACS symposium held on this topic and published under the title "Polymer Colloids" in 1971 by Plenum Press. That volume contained 12 papers, whereas "Polymer Colloids II" contains 33, an indication of the magnitude of the growth of the field in less than a decade. Increased sophistication probably best characterizes the changes which have taken place, especially in the realm of instru mentation. Ten years ago techniques such as quasielastic light scattering, X-ray photoelectron spectroscopy (XPS - also known as ESCA), ion scattering spectroscopy (ISS), ultrasonic absorption spectroscopy and hydrodynamic exclusion chromatography (REC) were unavailable to the polymer colloid chemist. Recent advances in all of these methods are described in this volume. Although th deals primarily with "synthetic latexes" or "emulsion polymers" as colloids, there are a number of papers which deal with their synthesis: particle nucleation in emulsion polymer ization, the synthesis of emulsifier-free polymer colloids using novel reagents, molecular weight distributions derived from the kinetics of emulsion polymerization, and anionically polymerized non-aqueous polymer colloids. The kinetics and thermodynamics of the swelling of latex particles by monomers is also dealt with here.