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Overview
Contains contributions from leading experts in the field describing strategies aimed toward the structural control of extended assemblies, from thin films to layered structures to three-dimensional systems. Discusses the characterization of potential novel electronic, optical, catalytic, and other physical properties of the new systems. Examines recent research in selective monolayer assemblies on electrode surfaces, functionalized pillared layered materials, and assemblies of conductors, semiconductor clusters, or nonlinear optical materials in three-dimensionally ordered hosts such as zeolites. Includes tutorials and reviews on the synthetic control of thin films, layered structures, and three-dimensional systems.
Synopsis
Contains contributions from leading experts in the field describing strategies aimed toward the structural control of extended assemblies, from thin films to layered structures to three-dimensional systems. Discusses the characterization of potential novel electronic, optical, catalytic, and other physical properties of the new systems. Examines recent research in selective monolayer assemblies on electrode surfaces, functionalized pillared layered materials, and assemblies of conductors, semiconductor clusters, or nonlinear optical materials in three-dimensionally ordered hosts such as zeolites. Includes tutorials and reviews on the synthetic control of thin films, layered structures, and three-dimensional systems.
Booknews
A progress report on the attempts to control the structures, properties, and stability of supramolecular assemblies, which would be beneficial to a number of industries, including microelectronics, optics, and catalysts. The 28 papers are from a symposium at the American Chemical Society meeting in Atlanta, April 1991, and discuss two-dimensional assemblies (thin films), layered and low-dimensional structures, and three-dimensional frameworks and amorphous networks. Annotation c. Book News, Inc., Portland, OR (booknews.com)