Interfacial Catalysis

ISBN-13: 9780824708399 / Angielski / Twarda / 2002 / 688 str.

Karl G. Kammermeyer; Alexander G. Volkov; Volkov G. Volkov

Opis

A comprehensive volume on interfacial catalysis, this book includes contributions from an international group of specialists in chemistry, environmental science, informatics, physiology, nuclear energy, and physics. The editor has organized the material into the main topics of fundamental characteristics, phase transfer catalysis, reversed micelles, biological aspects, and interfacial photocatalysis. Individual topics include self-organized microheterogeneous structures, nanochemistry, interfacial catalysis in metal complexation, the role of water molecules in ion transfer at the oil/water interface, and ultrathin films in enhanced oil recovery.

Spis treści

INTERFACIAL PHENOMENA Interfacial Catalysis at Oil/Water Interfaces, A.G. Volkov Electrochemistry of Chemical Reactions at Polarized Liquid-Liquid Interfaces, T. Kakiuchi Interfacial Catalysis in Metal Complexation, H. Watarai The Role of Water Molecules in Ion Transfer at the Oil/Water Interface, T. Osakai Interfacial Potential and Distribution Equilibria Between Two Immiscible Electrolyte Solutions, L.Q. Hung Use of Cyclodextrins or Porous Inorganic Supports to Improve Organic/Aqueous Interfacial Transfers, M. Urrutigoïty and P. Kalck Ultrathin Films: Their Use in Enhanced Oil Recovery and in Interfacial Catalysis, L. Zhang, S. Zhao, J.-Y. Yu, A.L. Ottová, and H.T. Tien PHASE TRANSFER CATALYSIS Phase Transfer Catalysis, M. Makosza and M. Fedorynski Liquid-Liquid Phase Transfer Catalysis: Basic Principles and Synthetic Applications, D. Albanese Phase Transfer Catalysis: Fundamentals and Selected Systems, J.-J. Jwo Interfacial Mechanism and Kinetics of Phase-Transfer Catalysis, H.-M. Yang and H.-S. Wu MICELLAR CATALYSIS Enzymes in Reverse Micelles (Microemulsions): Theory and Practice, A.V. Levashov and N.L. Klyachko Micellar Catalysis, V.C. Reinsborough Multiple Effects of Water Pools and Their Interfaces Formed by Reversed Micelles on Enzymic Reactions and Photochemistry, A. Goto, Y. Ibuki, and R. Goto INTERFACIAL BIOCATALYSIS AND MEMBRANE CATALYSIS Supported Planar BLMs (Lipid Bilayers): Formation, Methods of Study, and Applications, A.L. Ottová and H.T. Tien Bioelectrocatalysis, K. Kano and T. Ikeda Energetics and Gating of Narrow Ionic Channels: The Influence of Channel Architecture and Lipid-Channel Interactions, P.C. Jordan, G.V. Miloshevsky, and M.B. Partenskii Biocatalysis: Electrochemical Mechanisms of Respiration and Photosynthesis, A.G. Volkov New Types of Membrane Reactions Mimicking Biological Processes, S. Kihara Ion-Transport Processes Through Membranes of Various Types: Liquid Membrane, Thin Supported Liquid Membrane, and Bilayer Lipid Membrane, O. Shirai and S. Kihara INTERFACIAL PHOTOCATALYSIS Development of Structurally Organized Photocatalytic Systems for Photocatalytic Hydrogen Evolution on the Basis of Lipid Vesicles with Semiconductor Nanoparticles Fixed on Lipid Membranes, O.V. Vassiltsova and V.N. Parmon Catalysis and Photocatalysis at Polarized Molecular Interfaces: An ElectroChemical Approach To Catalytic Processes Based on Two-Phase Systems, Self-Organized Microheterogeneous Structures, and Unsupported Nanoparticles, R. Lahtinen, H. Jensen, and D.J. Fermín Photosensitizers at Interfaces of Model Membranes, S.A. Gerhardt and J.Z. Zhang Index

O autorze

Alexander G. Volkov is Associate Professor, Department of Chemistry, Oakwood College, Huntsville, Alabama. Dr. Volkov has given over 100 invited lectures at international meetings and seminars and is the coauthor or coeditor of four books, including Liquid Interfaces in Chemical, Biological and Pharmaceutical Applications (Marcel Dekker, Inc.), and more than 150 research papers and reviews. A member of the American Chemical Society, the Electrochemical Society, Inc., the Biophysical Society, the American Society of Plant Biologists and the International Electrochemical Society, among others, he received the M.S. degree (1973) from Moscow State University, Russia, and the Ph.D. degree (1982) from the Frumkin Institute of Electrochemistry, Moscow, Russia.