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Book
Laboratory of Ion Beam Physics ETH – Annual Report 2016
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ISBN: 3952454251 3952454257 Year: 2017 Publisher: LIBRUM Publishers & Editors LLC

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Abstract

Der Band enthält die Rechenschaftsberichte des Laboratory of Ion Beam Physics der ETH Zürich für das Jahr 2016. Zahlreiche Ergebnisse und der neueste Stand der Wissenschaft für Ionenphysik werden kurz vorgestellt. Diese Jahresberichte werden bei LIBRUM geführt, weil sie auch für die neuesten Erkenntnisse der 14C-Datierungsmethoden relevant sind und insofern auch für die Archäologie neue und wesentliche Erkenntnisse vermitteln. The Laboratory of Ion Beam Physics (LIP) is a leading research center for the development of Accelerator Mass Spectrometry (AMS) and a world-class laboratory for the application of Ion Beam Physics in a wide range of fields. It can rely on a broad funding base and can thus serve a large user community from many highly current disciplines. LIP acts as a national competence center for ion beam applications. This annual report is a brief summary of the accomplished achievements. It covers the wide range of fields from fundamental research, over operational issues of the laboratory, to the vast variety of exciting applications of our measurement technologies. Naturally, the publications listed in the appendix of this report will provide a much deeper insight into our research.

Keywords

ion beam --- Radiocarbon --- physics --- C14 --- ETH


Book
Microstructural Characterisation, Modelling and Simulation of Solid Oxide Fuel Cell Cathodes
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ISBN: 1000064791 3731506254 Year: 2017 Publisher: KIT Scientific Publishing

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This work deals with microstructural characterisation, modelling and simulation of SOFC electrodes with the goal of optimizing the electrode microstructures. Methods for a detailed electrode analysis based on focused ion beam (FIB) tomography are presented. A 3D FEM model able to perform simulations of LSCF cathodes based on 3D tomography data is shown. A model generating realistic, yet synthetic microstructures is presented that enables the optimization of microstructural characteristics.

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