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Overview
Reviews the most recent advances in the synthesis of materials for molecular recognition in analyte-receptor systems. Discusses the preparation and characterization of surface thin films. Considers new strategies for chemical signal transduction. Examines the microfabrication and miniaturization of sensor devices. Addresses interdisciplinary development in the science of chemical sensing.
Synopsis
Reviews the most recent advances in the synthesis of materials for molecular recognition in analyte-receptor systems. Discusses the preparation and characterization of surface thin films. Considers new strategies for chemical signal transduction. Examines the microfabrication and miniaturization of sensor devices. Addresses interdisciplinary development in the science of chemical sensing.
Booknews
Developed from an August 1993 symposium in Chicago, 27 brief accounts from a wide range of disciplines report recent basic research on the interfaces being designed for chemical sensors in the current climate requiring high specificity and sensitivity, low cost, environmental monitoring, compatibility with modernized industrial control systems, and more biomedical applications. After an overview, they cover new materials, structurally tailored interfaces, and chemical sensor designs. Annotation c. Book News, Inc., Portland, OR (booknews.com)