Description

Fractal Analysis of Polymers : From Synthesis to Composites, Hardcover by Kozlov, G. V. (EDT); Zaikov, G. E. (EDT); Novikov, V. U. (EDT), ISBN 1590336607, ISBN-13 9781590336601, Brand New, Free shipping in the US Eleven chapters present the results of research conducted at four Russian institutions: Kabardino-Balkarian State University, N. M. Emanuel Institute of Biochemical Physics, the Russian Academy of Sciences (Moscow), and Moscow State Open University. Researchers present information on topics including fractal kinetics of radical polymerization of dimethyl diallyl ammonium chloride; a percolation model of brittle-ductile transition for polyethylene; an estimation of end-to-end distances for olycarbonate chain within the framework of the fractional derivatives theory; and the fractal analysis of curing processes of epoxy resins. Intended for scientists, engineers, and students in the fields of the physics and chemistry of high molecular compounds. Annotation (c) Book News, Inc., Portland, OR ()

Specifics

Author	Gennadii Efremovich Zaikov
Dewey Decimal	547/.7
Dewey Edition	22
Format	Trade Paperback
ISBN-10	1590336607
ISBN-13	9781590336601
Illustrated	Yes
Intended Audience	Scholarly & Professional
Item Length	7.1 in
Item Weight	23.6 Oz
Item Width	10.2 in
LC Classification Number	QD139.P6F67 2003
LCCN	2003-273457
Language	English
Number of Pages	226 Pages
Publication Name	Fractal Analysis of Polymers : from Synthesis to Composites
Publication Year	2003
Publisher	NOVA Science Publishers, Incorporated
Subject	Physics / Polymer, Geometry / General
Subject Area	Mathematics, Science
Synopsis	Contents: Structure and Properties of Polymers in Terms of the Fractal Approach; Fractal Kinetics of Radical Polymerisation of Dimethyl Diallyl Ammonium Chloride; Thermodynamics of Polymer Structure Formation in an Amorphous State; A Percolation Model of Brittle-Ductile Transition for Polyethylene; The Dependence of Diffusive Characteristics from the Size of Penetrant Molecules and Structure for Polyenthylenes; Polymer Chain Flexibility and Networks of Macromolecular Entanglements; Estimation of End-to-End Distances for a Polycarbonate Chain within the Framework of the Fractional Derivatives Theory; Molecular Weight Distribution of Poly (Dimethyl Diallyl Ammonium Chloride): Analysis within the Framework of Irreversible Aggregation Models; The Interrelation of Fluctuation Free Volume and Structure for Polymer's Amorphous State; Structural Aspects of Adhesion in Particulate-Filled Polymer Composites; The Fractal Analysis of Curing Processes of Epoxy Resins; Index.
Table Of Content	Contents: Structure and Properties of Polymers in Terms of the Fractal Approach; Fractal Kinetics of Radical Polymerisation of Dimethyl Diallyl Ammonium Chloride; Thermodynamics of Polymer Structure Formation in an Amorphous State; A Percolation Model of Brittle-Ductile Transition for Polyethylene; The Dependence of Diffusive Characteristics from the Size of Penetrant Molecules and Structure for Polyenthylenes; Polymer Chain Flexibility and Networks of Macromolecular Entanglements; Estimation of End-to-End Distances for a Polycarbonate Chain within the Framework of the Fractional Derivatives Theory; Molecular Weight Distribution of Poly (Dimethyl Diallyl Ammonium Chloride): Analysis within the Framework of Irreversible Aggregation Models; The Interrelation of Fluctuation Free Volume and Structure for Polymer's Amorphous State; Structural Aspects of Adhesion in Particulate-Filled Polymer Composites; The Fractal Analysis of Curing Processes of Epoxy Resins; Index.
Type	Textbook
brand	NOVA Science Publishers, Incorporated
gtin13	9781590336601

Reviews

Rated 4 out of 5

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Wow, this book is a deep dive into polymer science! The research from top Russian institutions is fascinating and incredibly detailed. A must-read for anyone serious about materials science.

Fractal Analysis of Polymers Synthesis to Composites by Gennadii Efremovich Zaikov

Fractal Analysis of Polymers Synthesis to Composites by Gennadii Efremovich Zaikov

Description

Specifics

Reviews