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Tong C. Introduction to Materials for Advanced Energy Systems

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Springer, 2019. — 930 p. — ISBN 978-3-319-98001-0.
Energy is the single most valuable resource for human activity and the basis for all human progress. Materials play a key role in enabling technologies that can offer promising solutions to achieve accessible, renewable, and sustainable energy pathways for the future. However, energy conversion and storage processes have limited efficiencies, cost factors, and environmental effects. Research on fundamental science and engineering of micro- and nano-materials, including the exchange of photons and electrons among quantized energy levels of semiconductors, molecules, and metals at nanoscale spatial scales and at fast or ultrafast time scales, is key to improving these factors for sustainable energy production. To make sustainable energy technologies competitive with fossil fuel technologies requires probing and understanding these quantum phenomena, and this understanding must then be translated into effective control of the functionality and performance of the materials through optimized manufacturing processes and proper integration methods.
Contents
Materials-Based Solutions to Advanced Energy Systems
Fundamentals of Materials and Their Characterization Methodologies for Energy Systems
Advanced Materials Enable Energy Production from Fossil Fuels
Materials-Based Solutions to Solar Energy System
Advanced Materials Enable Renewable Geothermal Energy Capture and Generation
Advanced Materials Enable Renewable Wind Energy Capture and Generation
Advanced Materials and Devices for Hydropower and Ocean Energy
Biomass for Bioenergy
Hydrogen and Fuel Cells
Role of Materials to Advanced Nuclear Energy
Emerging Materials for Energy Harvesting
Perspectives and Future Trends
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