Layered Chalcogenides for Hydrogen Storage - Madian, Mahmoud;Ismail, Nahla;El-Meligi, Amin A.
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Hydrogen is an ideal energy carrier with dual benefits, being clean for environment and being renewable. The Hydrogen Energy is the key issues and actions that are crucial to achieve a changeover to hydrogen energy applications as it relates to stationary and on-board applications.Hydrogen storage is most challenge to make the application into economic level. This book introduces new hydrogen storage family, which can help to solve hydrogen storage problem. Layered materials of the structure, MPS3, where M stands for transition metals and other metals, e.g. Mg, are investigated to store…mehr

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Produktbeschreibung
Hydrogen is an ideal energy carrier with dual benefits, being clean for environment and being renewable. The Hydrogen Energy is the key issues and actions that are crucial to achieve a changeover to hydrogen energy applications as it relates to stationary and on-board applications.Hydrogen storage is most challenge to make the application into economic level. This book introduces new hydrogen storage family, which can help to solve hydrogen storage problem. Layered materials of the structure, MPS3, where M stands for transition metals and other metals, e.g. Mg, are investigated to store hydrogen. In this book the present work reports the results of a study in synthesis and characterization of a new material to be used in hydrogen storage.
Autorenporträt
Madian is a Researcher Assistant at National Research Center, he has M.Sc. degree in Hydrogen Energy Storage, Assiut University, 2010. His main research interest is production of low-cost functional materials in the renewable energy development particularly Hydrogen Energy