Energy Materials Discovery: Enabling a Sustainable FutureDocumenting, through the eyes of a practicing materials chemist, an epic journey to make the energy transition from non-renewable to renewable forms possible, this unique book will crosscut the disciplines of chemistry, physics, materials science and engineering. It is mainly about a bottom-up synthetic chemistry approach to energy materials rather than a top-down engineering physics methodology. A distinctive feature of the book is the inclusion of the use of artificial intelligence, machine learning and robotic materials discovery. Helping many students and researchers, funding agencies and industries, media and investors to understand the story of energy materials, the book will be a unique addition to the literature. |
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Energy Materials Discovery: Enabling a Sustainable Future Geoffrey A Ozin,Joel Y Y Loh Limited preview - 2022 |
Energy Materials Discovery: Enabling a Sustainable Future Geoffrey A Ozin,Joel Y Y Loh Limited preview - 2022 |
Energy Materials Discovery: Enabling a Sustainable Future Geoffrey A. Ozin,Joel Y. Y. Loh Limited preview - 2022 |
Common terms and phrases
absorption achieve anode artificial intelligence atoms autoencoder band bandgap battery biomass carbon catalyst cathode cations charge Chem chemical chemists Chen composition computational conduction band conductivity Copyright 2020 cost crystal crystalline cycle defects device diffusion electricity electrochemical electrolyte electronic emissions enable Energy Materials Discovery engineering flow battery fuel cell function global heat hydrogen interface Joel Y. Y. Loh lattice layer light lithium machine learning materials chemistry mechanical metal oxide metamaterial molecules nanomaterials nanoscale nanowire operating optical optimization oxygen Ozin and Joel pathways permission from Springer perovskite phase photocatalyst photon photovoltaic plasmonic polymer potential production properties quantum quantum dots reactants reaction redox reduce renewable energy Reproduced from ref semiconductor shown in Figure silicon Society of Chemistry solar cell solid solid-state Springer Nature stability structure supercapacitor superconductors surface synthesis target temperature thermal thermoelectric transport voltage Wang Zhang