Molecular and Nanoscale Systems for Energy Conversion

ISBN: 9781617618024 出版年：2008 页码：204 Sergei D Varfolomeev L Krylova, Gennady E Zaikov Nova Science

This volume is proceeding of International conference “Molecular and Nanoscale Systems for Energy Conversion” The monograph is including information about: • ENERGY POTEN ANAEROBIC DIGESTION OF WASTES PRODUCED IN RUSSIA VIA BIOGAS AND MICROBIAL FUEL CELL TECHNOLOGIES, • NEW PHOTOVOLTAIC COMPOSITE MATERIALS BASED ON FULLERENE AND PHTHALOCYANINE DERIVATIVES, • -VOLTAIC EFFECT IN THE MOLECULAR COMPLEXES OF (DTDS)2 C60, • PORPHYRIN DYADS WITH POTENTIAL USE IN SOLAR ENERGY CONVERSION, • MOLECULAR PHOTOVOLTAIC SYSTEMS SIMULATING PHOTOSYNTHESIS, AS PERSPECTIVE SOLAR ENERGY CONVERTERS, • SUPER-RAPID PROCESSES FROM HIGHER EXCITED SINGLET STATES OF TRYPTOPHAN. THE VIOLATION OF THE VAVILIOV LOW, • BIOSENSOR APPROACH TO ASSESSMENT OF EFFICIENCY OF MEDIATORS FOR THEIR APPLICATION IN MICROBIAL BIOFUEL CELLS, • THE QUANTUM-MECHANICAL MODEL SUPERFICIAL ATOMIC HYDROGENATION SINGLE-WALL CARBON NANOTUBE, • HYBRID SILICA-ZIRCONIA FILMS LOADED WITH TITANIA NANOPARTICLES AND TITANIA-BASED NANOCONTINERS: NOVEL MATERIALS FOR THIN-FILM PHOTOCATALYSTS AND PHOTOCONTROLLABLE COATINGS, • POWER CHARACTERISTICS OF MICROBIAL FUEL CELL BASED ON GLUCONOBACTER CELL SUSPENSION AND 2,6-DICHLOROPHENOLINDOPHENOL AS ELECTRON TRANSPORT MEDIATOR, • PHOTODESTRUCTION OF CHLOROPHYLL IN NON-BIOLOGICAL SYSTEMS, • THE CURRENT-VOLTAGE CHARACTERISTIC OF CARBON NANOTUBES IN NON LINEAR MODEL, • CHARACTERIZATION OF PHOTOCATALYTIC PROPERTIES OF MESOPOROUS TIO2 PREPARED USING TEMPLATING METHOD, • HYDROGEN ATOM AS A RESULT OF DISSOCIATIVE ATTACHMENT OF LOW ENERGY ELECTRONS (BELOW IONIZATION OR ELECTRONIC EXCITATION THRESHOLDS) IN FROZEN AQUEOUS PHOSPHATE SOLUTIONS, • PHOTORESPONSE OF COLLOIDAL QUANTUM DOTS – CONDUCTING SNO2 MATRIX COMPOSITE, • HYBRID TITANIUM OXIDE – POLYMER NANOSTRUCTURED COMPOSITES FOR ENERGY CONVERSION DEVICES: STRUCTURE AND PROPERTIES, • ROLE OF GLU181 IN THE MECHANISM OF PROTONATED SCHIFF BASE LINKAGE STABILIZATION IN DARK-ADAPTED VISUAL PIGMENT RHODOPSIN: MOLECULAR DYNAMICS SIMULATION, • CREATING OF A LABORATORY MODEL STAND FOR DEVELOPMENT OF OIL BIODESTRUCTION SUPPRESSION METHODS IN INDUSTRIAL AND NATURAL STORAGES