TAILIEUCHUNG - SURFACES Of NANOPARTICLES AND POROUS MATERIALS

Due to the widespread use of ceramic coatings, several synthesis techniques have been developed in recent decades. The majority of these techniques, such as chemical vapor deposition (CVD) and physical vapor deposition (PVD) and their variants, are focused on the synthesis of flat coatings. Recently, the preceramic polymeric synthesis route has offered the possibility to impregnate preceramic materials into porous matrices prior to pyrolysis in order to create coated or composite materials This technique, however, leads to pore filling and alterations of the original substrate texture | iufacartscete .SURFACES OF NANOPARTICLES AWOPOROUS MATERIALS Copyright 1999 by Marcel Dekker. All Rights Reserved. SURFACTANT SCIENCE SERIES FOUNDING EDITOR MARTIN J. SCHICK Consultant New York New York SENIOR ADVISOR ARTHUR T. HUBBARD Department of Chemistry University of Cincinnati Cincinnati Ohio ADVISORY BOARD DANIEL BLANKSCHTEIN Department of Chemical Engineering Massachusetts Institute of Technology Cambridge Massachusetts S. KARABORNI Shell International Petroleum Company Limited London England LISA B. QUENCER The Dow Chemical Company Midland Michigan JOHN F. SCAMEHORN Institute for Applied Surfactant Research University of Oklahoma Norman Oklahoma ERIC W. KALER Department of Chemical Engineering University of Delaware Newark Delaware CLARENCE MILLER Department of Chemical Engineering Rice University Houston Texas DON RUBINGH The Proctor Gamble Company Cincinnati Ohio BEREND SMIT Shell International Oil Products B . V Amsterdam The Netherlands P. SOMASUNDARAN Henry School of Mines Columbia University New York New York Copyright 1999 by Marcel Dekker. All Rights .

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