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Physical chemistry of polymer soluti...

Dobashi, Toshiaki.

Physical chemistry of polymer solutionstheoretical background /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Physical chemistry of polymer solutionsKenji Kamide, Toshiaki Dobashi.
Reminder of title:	theoretical background /
Author:	Kamide, Kenji.
other author:	Dobashi, Toshiaki.
Published:	Amsterdam ;Elsevier Science BV,2000.
Description:	1 online resource (xxviii, 646 p.) :ill.
Notes:	Includes index.
Subject:	Polymer solutions.
Online resource:	http://www.sciencedirect.com/science/book/9780444894304
ISBN:	9780444894304

Physical chemistry of polymer solutionstheoretical background /
Kamide, Kenji.

Physical chemistry of polymer solutionstheoretical background /[electronic resource] :Kenji Kamide, Toshiaki Dobashi. - 1st ed. - Amsterdam ;Elsevier Science BV,2000. - 1 online resource (xxviii, 646 p.) :ill.

Includes index.

Fundamentals of thermodynamics -- Ideal and non-athermal solutions -- Lattice theory -- Phase equilibria -- Colligative properties and virial coefficients of polymer solutions -- Statistical mechanics and excluded volume of polymer chains -- Light scattering -- Hydrodynamic properties -- Molecular weight and molecular weight distribution.

This book is mainly concerned with building a narrow but secure ladder which polymer chemists or engineers can climb from the primary level to an advanced level without great difficulty (but by no means easily, either). This book describes some fundamentally important topics, carefully chosen, covering subjects from thermodynamics to molecular weight and its distribution effects. For help in self-education the book adopts a "Questions and Answers" format. The mathematical derivation of each equation is shown in detail. For further reading, some original references are also given. Numerous physical properties of polymer solutions are known to be significantly different from those of low molecular weight solutions. The most probable explanation of this obvious discrepancy is the large molar volume ratio of solute to solvent together with the large number of consecutive segments that constitute each single molecule of the polymer chains present as solute. Thorough understanding of the physical chemistry of polymer solutions requires some prior mathematical background in its students. In the original literature, detailed mathematical derivations of the equations are universally omitted for the sake of space-saving and simplicity. In textbooks of polymer science only extremely rough schemes of the theories and then the final equations are shown. As a consequence, the student cannot learn, unaided, the details of the theory in which he or she is interested from the existing textbooks; however, without a full understanding of the theory, one cannot analyze actual experimental data to obtain more basic and realistic physical quantities. In particular, if one intends to apply the theories in industry, accurate understanding and ability to modify the theory are essential.

ISBN: 9780444894304

Source: 120966:128104Elsevier Science & Technologyhttp://www.sciencedirect.comSubjects--Topical Terms:

226329
Polymer solutions.
Index Terms--Genre/Form:

214472
Electronic books.

LC Class. No.: QD381.9.S65 / K345 2000eb

Dewey Class. No.: 547/.70454

National Agricultural Library Call No.: QD381.9.S65 / K345 2000

Physical chemistry of polymer solutionstheoretical background /
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520 $a This book is mainly concerned with building a narrow but secure ladder which polymer chemists or engineers can climb from the primary level to an advanced level without great difficulty (but by no means easily, either). This book describes some fundamentally important topics, carefully chosen, covering subjects from thermodynamics to molecular weight and its distribution effects. For help in self-education the book adopts a "Questions and Answers" format. The mathematical derivation of each equation is shown in detail. For further reading, some original references are also given. Numerous physical properties of polymer solutions are known to be significantly different from those of low molecular weight solutions. The most probable explanation of this obvious discrepancy is the large molar volume ratio of solute to solvent together with the large number of consecutive segments that constitute each single molecule of the polymer chains present as solute. Thorough understanding of the physical chemistry of polymer solutions requires some prior mathematical background in its students. In the original literature, detailed mathematical derivations of the equations are universally omitted for the sake of space-saving and simplicity. In textbooks of polymer science only extremely rough schemes of the theories and then the final equations are shown. As a consequence, the student cannot learn, unaided, the details of the theory in which he or she is interested from the existing textbooks; however, without a full understanding of the theory, one cannot analyze actual experimental data to obtain more basic and realistic physical quantities. In particular, if one intends to apply the theories in industry, accurate understanding and ability to modify the theory are essential.
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