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＜図書＞
Fractals, diffusion, and relaxation in disordered complex systems

責任表示 edited by William T. Coffey and Yuri P. Kalmykov
シリーズ Advances in chemical physics / edited by I. Prigogine and Stuart A. Rice ; v. 133
データ種別 図書
出版情報 Hoboken, N.J. : John Wiley & Sons , c2006
本文言語 英語
大きさ 2 v. ; 24 cm
概要 In their preface to this work, editors Coffey (electronic and electrical engineering, Trinity College, Ireland) and Kalmykov (mathematics and physics of systems, U. de Perpignan, France) note that eve... larger data windows are becoming accessible for bringing greater refinement to experimental data, with the result that fractional diffusion and kinetic equations have become powerful tools for the description of anomalous relaxation and diffusion processes for complex systems such as glasses, liquid crystals, polymers, proteins, biopolymers, living organisms, or even ecosystems. Their two-volume anthology is intended as a state-of-the art survey of this field and contains, roughly speaking, four experimental and seven theoretical chapters. The first volume contains papers on dielectic relaxation phenomena in complex materials; evolution of the dynamic susceptibility in supercooled liquids and gasses; slow relaxation, anomalous diffusion, and aging in equilibrated or nonequilibrated environments; stochastic and physical models of power-law blinking quantum dots; and continuous-time random walk versus the generalized master equation. Papers in the second volume discuss fractal physiology, complexity, and fractional calculus; physical properties of fractal structures; fractional rotational diffusion and anomalous dielectric relaxation in dipole systems; fundamentals of Levy flight processes; dispersion of the structural relaxation and vitrification of liquids; and molecular dynamics in thin polymer fields. Annotation ©2006 Book News, Inc., Portland, OR (booknews.com)
In their preface to this work, editors Coffey (electronic and electrical engineering, Trinity College, Ireland) and Kalmykov (mathematics and physics of systems, U. de Perpignan, France) note that ever larger data windows are becoming accessible for bringing greater refinement to experimental data, with the result that fractional diffusion and kinetic equations have become powerful tools for the description of anomalous relaxation and diffusion processes for complex systems such as glasses, liquid crystals, polymers, proteins, biopolymers, living organisms, or even ecosystems. Their two-volume anthology is intended as a state-of-the art survey of this field and contains, roughly speaking, four experimental and seven theoretical chapters. The first volume contains papers on dielectic relaxation phenomena in complex materials; evolution of the dynamic susceptibility in supercooled liquids and gasses; slow relaxation, anomalous diffusion, and aging in equilibrated or nonequilibrated environments; stochastic and physical models of power-law blinking quantum dots; and continuous-time random walk versus the generalized master equation. Papers in the second volume discuss fractal physiology, complexity, and fractional calculus; physical properties of fractal structures; fractional rotational diffusion and anomalous dielectric relaxation in dipole systems; fundamentals of Levy flight processes; dispersion of the structural relaxation and vitrification of liquids; and molecular dynamics in thin polymer fields. Annotation ©2006 Book News, Inc., Portland, OR (booknews.com)
In their preface to this work, editors Coffey (electronic and electrical engineering, Trinity College, Ireland) and Kalmykov (mathematics and physics of systems, U. de Perpignan, France) note that ever larger data windows are becoming accessible for bringing greater refinement to experimental data, with the result that fractional diffusion and kinetic equations have become powerful tools for the description of anomalous relaxation and diffusion processes for complex systems such as glasses, liquid crystals, polymers, proteins, biopolymers, living organisms, or even ecosystems. Their two-volume anthology is intended as a state-of-the art survey of this field and contains, roughly speaking, four experimental and seven theoretical chapters. The first volume contains papers on dielectic relaxation phenomena in complex materials; evolution of the dynamic susceptibility in supercooled liquids and gasses; slow relaxation, anomalous diffusion, and aging in equilibrated or nonequilibrated environments; stochastic and physical models of power-law blinking quantum dots; and continuous-time random walk versus the generalized master equation. Papers in the second volume discuss fractal physiology, complexity, and fractional calculus; physical properties of fractal structures; fractional rotational diffusion and anomalous dielectric relaxation in dipole systems; fundamentals of Levy flight processes; dispersion of the structural relaxation and vitrification of liquids; and molecular dynamics in thin polymer fields. Annotation ©2006 Book News, Inc., Portland, OR (booknews.com) 続きを見る

所蔵情報


Part A 理 物理 物性基礎 431/C 83 2006
011212010000490

Part B 理 物理 物性基礎 431/C 83 2006
011212010000501

書誌詳細

一般注記 Includes bibliographies and indexes
著者標目 Coffey, William T.
Kalmykov, Yuri P.
書誌ID 1001434921
ISBN 0471725072
NCID BA78526439
巻冊次 Part A ; ISBN:0471725072 ; XISBN:9780471725077
Part B ; ISBN:0471725080 ; XISBN:9780471725084
SET ; ISBN:0470046074 ; XISBN:9780470046074
登録日 2010.11.26
更新日 2017.10.03