Enhanced Fe(VI) Electrochemical Energy Storage - Tel-Vered, Ran
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Global battery demand continues to grow along the rapid advancements in the development and miniaturization of electronic devices. Super-iron batteries consist of highly energetic iron compounds in an unusually high valence state, Fe(VI), which may be used to replace existing cathode technologies. This book provides thorough and insightful examination on advances in the field of Fe(VI) energetics. It describes the studies that facilitated the development of a novel synthetic paradigm towards the production of pure barium ferrate, later to be assembled in high discharge capacity lithium and…mehr

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Produktbeschreibung
Global battery demand continues to grow along the rapid advancements in the development and miniaturization of electronic devices. Super-iron batteries consist of highly energetic iron compounds in an unusually high valence state, Fe(VI), which may be used to replace existing cathode technologies. This book provides thorough and insightful examination on advances in the field of Fe(VI) energetics. It describes the studies that facilitated the development of a novel synthetic paradigm towards the production of pure barium ferrate, later to be assembled in high discharge capacity lithium and alkaline primary batteries. A full analytical characterization of the compound, elucidating its discharge mechanisms, enhanced thermal stability, and electrochemical reversibility from thin film layers, are highlighted.
Autorenporträt
Ran Tel-Vered received his Ph.D. from the Technion-Israel Institute of Technology in 2003. After a postdoctoral work with Prof. Allen J. Bard at UT Austin, he joined The Hebrew University of Jerusalem, where he works as a senior associate to Prof. Itamar Willner. His interests include bioelectronics, photoelectrochemistry and DNA nanostructures.