The Fractal approach to heterogeneous chemistry : surfaces, colloids, polymers
Author(s)
Bibliographic Information
The Fractal approach to heterogeneous chemistry : surfaces, colloids, polymers
Wiley, c1989
Available at / 47 libraries
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Faculty of Textile Science and Technology Library, Shinshu University図
431.8:F 43:210030650296601
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University Library for Agricultural and Life Sciences, The University of Tokyo図
431.8:A965019061604
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Hokkaido University, Library, Graduate School of Science, Faculty of Science and School of Science図書
dc19:541.3/f8412070260404
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Includes bibliographical references and indexes
Description and Table of Contents
Description
Specifically aimed at chemists, this study represents an approach to the study of disordered systems, such as polymers and colloids, using the methods of fractal geometry. The text concentrates on problems involving complex and highly irregular objects and structures. The techniques of fractal geometry are discussed in the context of geochemistry, chromatography, electrochemistry, polymerization, redox reactions and molecular diffusions and reactions. The work will be of benefit to physical and polymer chemists, geochemists, material scientists and physicists.
Table of Contents
- Part 1 Overview, B.B.Mandelbrot. Part 2 Basic concepts and terminology, P.Pfeifer. Part 3 Methods for determining the fractal dimension: analysis of images, B.H.Kaye
- scattering - experiments and theory, P.W. Schmidt
- adsorption - experiments and theory, D.Farin and D.Avnir
- energy migration - theory, P.Evesque. Part 4 Mechanisms of formation of fractal objects: growth processes - polymerization and aggregation
- the formation of fractal objects by polymerization and gelation, J.Martin
- fractal properties of polymers, M.Daoud
- fractal analysis of proteins
- aggregation
- simulations, P.Meakin
- experimental observations - (redox reactions, polymerizations, etc). Part 5 Disintegration and dissipation processes: dissolutions, evaporations, etchings, G. Daccord
- flow in colloidal media, H.Van-Damme
- diffusion fronts, B.Sapoval. Part 6 Processes in fractal environments: reactions and diffusion in fractal environments
- molecular diffusion and reactions - theory, P.Pfeifer
- molecular diffusion and reactions - experiments, J.M.Drake
- energy migration and trapping
- catalysis, preliminary observations, D.Avnir and D.Farin
- electrochemistry, A. Le-Mehaute
- flow and porosimetry
- porosity and adsorption isotherms, J.J.Fripiat
- flow in porous media, P.Adler
- chromatography, M.Sernetz. Part 7 Special topics: fractal aspects of geochemistry, P.A.Burrough
- fractal analysis of chaotic chemical and biochemical reactions
- fractions, D.Passoja. Part 8 Concluding remarks: the skeptical eye, D.Avnir.
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