Graphene: important results and applications

Front Cover......Page 1
Graphene: Important Results and Applications......Page 2
Copyright Page......Page 3
Table of Contents......Page 4
Chapter 1. Introduction. Nobel Prize Laureates and Award Justification......Page 6
 REFERENCES......Page 7
Chapter 2. Analysis of Publications......Page 10
 REFERENCES......Page 13
 3.1 CHEMICAL VAPOR DEPOSITION......Page 15
 3.2 MOLECULAR BEAM EPITAXY......Page 32
 3.3 ION IMPLANTATION......Page 37
 3.4 DESORPTION OF SILICON FROM SILICON CARBIDE......Page 43
 3.5 GRAPHITE OXIDATION......Page 44
 3.6 REDUCTION OF GRAPHENE OXIDE......Page 53
 3.7 ULTRASOUND-ASSISTED EXFOLIATION......Page 67
 3.8 ELECTROCHEMICAL PROCESS......Page 72
 3.9 DETONATION REACTION......Page 79
 3.10 GRAPHITE INTERCALATION......Page 85
 3.11 AGRICULTURAL WASTE PROCESSING......Page 89
Chapter 4. Manufacturers of Graphene, Its Grades, and the Production Output......Page 91
 REFERENCES......Page 95
 5.1 MORPHOLOGY AND THICKNESS......Page 97
 5.2 CRYSTALLINITY......Page 116
 5.3 MECHANICAL PROPERTIES......Page 118
 5.4 TRIBOLOGICAL PROPERTIES......Page 123
 5.5 ELECTRONIC PROPERTIES......Page 127
 5.6 ELECTRICAL PROPERTIES......Page 129
 5.7 MAGNETIC PROPERTIES......Page 132
 5.8 THERMAL STABILITY......Page 135
 5.9 THERMAL CONDUCTIVITY......Page 137
 5.10 OPTICAL PROPERTIES......Page 141
 5.11 BARRIER PROPERTIES......Page 143
 5.12 SOUND AND MICROWAVE ABSORPTION......Page 146
 5.13 RHEOLOGICAL PROPERTIES......Page 149
 5.14 CHEMICAL RESISTANCE......Page 152
 5.15 ANTIBACTERIAL PROPERTIES......Page 154
 6.1 METHODS OF DISPERSION......Page 161
 6.2 STABILITY OF DISPERSIONS......Page 167
 6.3 DISPERSION MORPHOLOGY......Page 173
 6.4 SPATIAL CONFIGURATIONS OF GRAPHENE SHEETS......Page 177
 6.5 RIBBON SIZE......Page 180
 6.6 RESULTS IN DIFFERENT MATRICES......Page 181
 7.1 FUNCTIONAL GROUPS AND SIDE CHAINS......Page 189
 7.2 DOPING......Page 195
 7.3 EDGE FUNCTIONALIZATION......Page 198
 8.1 AEROGELS......Page 201
 8.2 ANTIBACTERIAL SURFACES......Page 206
 8.3 BATTERIES......Page 209
 8.4 BIOMEDICAL APPLICATIONS......Page 214
 8.5 CATALYSIS......Page 217
 8.6 COMPOSITES......Page 220
 8.7 CONCRETE ADMIXTURES......Page 225
 8.8 CORROSION PROTECTION......Page 229
 8.9 DRUG DELIVERY SYSTEMS......Page 235
 8.10 ENCAPSULATION......Page 240
 8.11 ENERGY STORAGE......Page 242
 8.12 INKS AND 3D PRINTS......Page 245
 8.13 LUBRICATION......Page 247
 8.14 ORGANIC LIGHT-EMITTING DIODES......Page 251
 8.15 PACKAGING......Page 252
 8.16 SELF-HEALING MATERIALS......Page 254
 8.17 SEMICONDUCTORS......Page 259
 8.18 SENSORS......Page 261
 8.19 SPORTING EQUIPMENT......Page 266
 8.20 TRANSPARENT FUNCTIONAL MATERIALS......Page 267
 8.21 THERMAL MANAGEMENT SOLUTIONS......Page 270
 8.22 WATER TREATMENT......Page 272
 8.23 WEARABLE ELECTRONICS......Page 275
Chapter 9. Comparison of Justifications of Nobel Prize by the Selection Committee with Actual Results of Research Reported......Page 279
Index......Page 281