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Electrochemical Energy Conversion and Storage Systems for Future Sustainability:Technological Advanc

INTRODUCTION COMPOUND FORMATION: METAL CHALCOGENIDES SYNTHETIC PROTOCOLS FOR METAL CHALCOGENIDE COMPOUNDS BOTTOM-UP APPROACH TOP-DOWN APPROACH Mechanical Exfoliation Technique Liquid Phase Exfoliation Electrochemical Exfoliation LAYER TRANSFER TECHNIQUE AND ANALYSIS THEREOF COMPARISON OF EXFOLIATED AND CVD-GROWN TMDCS PHYSICO-CHEMICAL PROPERTIES MECHANICAL PROPERTIES THERMAL PROPERTIES ELECTRICAL PROPERTIES OPTICAL PROPERTIES THERMOELECTRIC PROPERTIES ENERGY APPLICATIONS OF METAL CHALCOGENIDE COMPOUNDS ENERGY STORAGE: SUPERCAPACITOR CONCLUSION AND FUTURE PROSPECTS KEYWORDS REFERENCES Photoelectrochemical Reduction of CO2 and Electrochemical Oxidation of CO INTRODUCTION PHOTOELECTROCHEMICAL REDUCTION OF CO2 BACKGROUND CHALLENGES IN CО2 PHOTOREDUCTION ENERGETICS AND SELECTIVITY WORKING PRINCIPLE OF PHOTOELECTROCHEMICAL ELECTROCHEMICAL CELL STATE OF THE ART PHOTOELECTROCATALYSTS ELECTROCHEMICAL OXIDATION OF CO BACKGROUND WORKING PRINCIPLE MECHANISM STATE OF THE ART ELECTROCATALYSTS METALS AND THEIR VARIOUS ALLOYS Metals Metal Alloys METALS ON VARIOUS SUPPORTS CONCLUSION KEYWORDS REFERENCES Hybrid Polymer Nanocomposites for Energy Storage/Conversion Devices: From Synthesis to Applications INTRODUCTION THE BASIC PRINCIPLE OF SECONDARY BATTERIES HYBRID POLYMER ELECTROLYTES (HPE) AND CLASSIFICATION ESSENTIAL PROPERTIES OF HYBRID POLYMER ELECTROLYTE (HPE)CHALLENGES TO SUPPRESS DENDRITE GROWTH PREPARATION TECHNIQUES CHARACTERIZATION TECHNIQUES STATE-OF-THE-ART STATUS PATENTS IN THE AREA CONCLUSIONS ACKNOWLEDGMENTS KEYWORDS REFERENCES Process, Design, and Technological Integration of Flexible Microsupercapacitors INTRODUCTION GENERAL CHARACTERISTICS AND CONFIGURATION OF FLEXIBLE MSCS FABRICATION PROCESSES AND DESIGN OF FLEXIBLE MSCS MATERIAL EVOLUTION FOR MSC APPLICATION INTEGRATION TECHNOLOGY OF MSCS WITH ELECTRONIC DEVICES MSC-PHOTO DETECTOR INTEGRATED SYSTEM MSC-SENSOR INTEGRATED SYSTEM MSC-NANOGENERATOR INTEGRATED SYSTEM CONCLUSION KEYWORDS REFERENCES Catalytic Activities of Carbon-Based Nanostructures for Electrochemical CО2 Reduction: A Density Functional Approach INTRODUCTION ELECTROCHEMICAL CО2 REDUCTION (ECR)CATALYSTS FOR ELECTROCHEMICAL CO2 REDUCTION (ECR)THEORETICAL APPROACH COMPUTATIONAL HYDROGEN ELECTRODE (CHE) METHOD CARBON-BASED NANOSTRUCTURES AS ELECTRO CATALYSTS FOR ECR NITROGEN-DOPED GRAPHENE METAL DIMER DOPED GRAPHENE CARBON NANOTUBES (CNTS)NITROGEN-DOPED CARBON NANOTUBES (NCNT)COVALENTLY CONNECTED CARBON NANOTUBES (CNTS)CONCLUSION KEYWORDS REFERENCES Catalyst for Hydrogen Oxidation Reaction and Its Application to Energy Storage INTRODUCTION GENERAL MECHANISM OF HOR TYPES OF ELECTROCATALYSTS FOR HOR PLATINUM-BASED CATALYSTS PALLADIUM BASED CATALYSTS RUTHENIUM BASED CATALYSTS IRIDIUM BASED CATALYSTS NICKEL-BASED CATALYSTS TRANSITION METAL PHOSPHIDES (TMPS)CONCLUSION KEYWORDS REFERENCES Theoretical and Computational Investigations of Li-Ion Battery Materials and Electrolytes INTRODUCTION ENERGY STORAGE BATTERY SYSTEM LI-ION BATTERY: COMPUTATIONAL APPROACH ELECTRODE MATERIALS PARAMETERS LITHIUM-ION BATTERY (LIB)POSITIVE ELECTRODE (CATHODE) MATERIALS LAYERED TRANSITION METAL OXIDES SPINEL TRANSITION METAL OXIDES OLIVINE АS CATHODE MATERIAL TAVORITEAS CATHODE MATERIAL NEGATIVE ELECTRODE (ANODE) MATERIALS ELECTROLYTES CONCLUSION KEYWORDS REFERENCES Effect of Morphology and Doping on the Photoelectrochemical Performance of Zinc Oxide INTRODUCTION PHOTOELECTROCHEMICAL WATER SPLITTING BASIC PHOTOELECTROCHEMICAL SET UP PREPARATION OF PHOTOELECTRODES CHOOSING AN ELECTROLYTE BASIC PRINCIPLES OF A PHOTOELECTROCHEMICAL PROCESS IMPORTANT CRITERION FOR AN EFFICIENT PHOTO ELECTRODE EFFICIENCY MEASUREMENT OF PHOTOELECTRODES ZINC OXIDE NANOSTRUCTURES EFFECT OF MORPHOLOGY ON PEC PERFORMANCE OFZNO NANOSTRUCTURES D NANOSTRUCTURES D NANOSTRUCTURES EFFECT OF DOPING ON THE PHOTOELECTROCHEMICAL PERFORMANCE CONCLUSION KEYWORDS REFERENCES Methanol and Formic Acid Oxidation: Selective Fuel Cell Processes INTRODUCTION PERFORMANCES OF NANOPARTICLES (NPS) FOR METHANOL FUEL CELL PERFORMANCES OF NANOPARTICLES (NPS) FOR FORMIC ACID (FA) FUEL CELL CONCLUSION ACKNOWLEDGMENTS KEYWORDS REFERENCES

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Electrospun Carbon Nanofibers for Energy Conversion and Storage
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