http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
"This new edition of Graphene: Important Results and Applications provides a succinct and informed overview of this innovative material, its history and development, applications, future prospects, and challenges. The book is designed for use by anyone interested in seeing the full range of results and applications of graphene. The 2nd revised edition was updated and expanded with all the latest developments in this exciting field."--
Cover -- Title page -- Copyright page -- Table of Contents -- Chapter 1. INTRODUCTION. NOBEL PRIZE LAUREATES AND AWARD JUSTIFICATION -- References -- Chapter 2. ANALYSIS OF PUBLICATIONS -- References -- Chapter 3. PRODUCTION OF GRAPHENE AND ITS DERIVATIVES -- 3.1 CHEMICAL VAPOR DEPOSITION -- References -- 3.2 MOLECULAR BEAM EPITAXY -- References -- 3.3 ION IMPLANTATION -- References -- 3.4 DESORPTION OF SILICON FROM SILICON CARBIDE -- References -- 3.5 GRAPHITE OXIDATION -- References -- 3.6 REDUCTION OF GRAPHENE OXIDE -- References -- 3.7 ULTRASOUND-ASSISTED EXFOLIATION -- References -- 3.8 CUTTING OPEN AND SHORT CARBON NANOTUBES -- References -- 3.9 ELECTROCHEMICAL PROCESS -- References -- 3.10 FLASH JOULE SYNTHESIS -- References -- 3.11 DETONATION REACTION -- References -- 3.12 GRAPHITE INTERCALATION -- References -- 3.13 LIQUID PHASE EXFOLIATION -- References -- 3.14 HYDROTHERMAL SELF-ASSEMBLY -- References -- 3.15 AGRICULTURAL WASTE PROCESSING -- References -- Chapter 4. MANUFACTURERS OF GRAPHENE, ITS GRADES, AND THE PRODUCTION OUTPUT -- References -- Chapter 5. UNIQUE NATURE OF GRAPHENE. RESEARCH RESULTS -- 5.1 MORPHOLOGY AND THICKNESS -- References -- 5.2 CRYSTALLINITY -- References -- 5.3 MECHANICAL PROPERTIES -- References -- 5.4 TRIBOLOGICAL PROPERTIES -- References -- 5.5 ELECTRONIC PROPERTIES -- References -- 5.6 ELECTRICAL PROPERTIES -- References -- 5.7 MAGNETIC PROPERTIES -- References -- 5.8 THERMAL STABILITY -- References -- 5.9 THERMAL CONDUCTIVITY -- References -- 5.10 OPTICAL PROPERTIES -- References -- 5.11 BARRIER PROPERTIES -- References -- 5.12 SOUND AND MICROWAVE ABSORPTION -- References -- 5.13 RHEOLOGICAL PROPERTIES -- References -- 5.14 CHEMICAL RESISTANCE -- References -- 5.15 ANTIBACTERIAL PROPERTIES -- References -- Chapter 6. DISPERSION OF GRAPHENE IN THE POLYMER MATRIX -- 6.1 METHODS OF DISPERSION -- References.
6.2 STABILITY OF DISPERSIONS -- References -- 6.3 DISPERSION MORPHOLOGY -- References -- 6.4 SPATIAL CONFIGURATIONS OF GRAPHENE SHEETS -- References -- 6.5 RIBBON SIZE -- References -- 6.6 RESULTS IN DIFFERENT MATRICES -- References -- Chapter 7. CHEMICAL MODIFICATIONS AND THEIR APPLICATIONS -- 7.1 FUNCTIONAL GROUPS AND SIDE CHAINS -- References -- 7.2 DOPING -- References -- 7.3 EDGE FUNCTIONALIZATION -- References -- Chapter 8. Current Developments in Some Applications of Graphene -- 8.1 AEROGELS -- References -- 8.2 ANTIBACTERIAL SURFACES -- References -- 8.3 BATTERIES -- References -- 8.4 BIOMEDICAL APPLICATIONS -- References -- 8.5 CATALYSIS -- References -- 8.6 COMPOSITES -- References -- 8.7 CONCRETE ADMIXTURES -- References -- 8.8 CORROSION PROTECTION -- References -- 8.9 DRUG DELIVERY SYSTEMS -- References -- 8.10 ENCAPSULATION -- References -- 8.11 ENERGY STORAGE -- References -- 8.12 INKS AND 3D PRINTS -- References -- 8.13 LUBRICATION -- References -- 8.14 ORGANIC LIGHT-EMITTING DIODES -- References -- 8.15 PACKAGING -- References -- 8.16 SELF-HEALING MATERIALS -- References -- 8.17 SEMICONDUCTORS -- References -- 8.18 SENSORS -- References -- 8.19 SPORTING EQUIPMENT -- References -- 8.20 TRANSPARENT FUNCTIONAL MATERIALS -- References -- 8.21 THERMAL MANAGEMENT SOLUTIONS -- References -- 8.22 WATER TREATMENT -- References -- 8.23 WEARABLE ELECTRONICS -- References -- Chapter 9. COMPARISON OF JUSTIFICATION FOR NOBEL PRIZE BY THE SELECTION COMMITTEE WITH RESULTS OF RESEARCH REPORTED -- INDEX.
Includes bibliographical references and index.
Scarborough, Ontario : ChemTec Publishing, 2024