GREEN ENERGY MATERIALS HANDBOOK (HB 2019) Hardcover

The "Green Energy Materials Handbook" offers a structured and thorough overview of the creation of dependable, affordable, and effective materials for green energy technologies. It covers both computer-based studies and experimental research, along with a wide range of information on green energy materials, computational methods, experimental creation and analysis techniques, and the latest advancements in the field. This book presents complete experimental data and computational findings, as well as potential uses for these materials. Among green technologies, those related to electrochemistry and energy storage are seen as the most practical, environmentally sound, and feasible for fully utilizing renewable energy sources. The handbook contains 11 chapters organized into 4 key areas: computational design of materials, energy conversion processes, ion transport mechanisms, and electrode materials. This handbook is intended for engineers, researchers, and professionals in materials science, chemistry, and physics. The systematic research presented in this book has the potential to significantly advance both fundamental and applied scientific knowledge.