X-Ray Imaging by Partially Coherent Synchrotron Light - Simon Zabler
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The hard spectrum which is available on the BAMline at Berlin's synchrotron BESSY offers the rare opportunity to perform high-resolution X-ray imaging experiments with a partially coherent beam. This thesis work reports on the development of a new tomography system, including Fresnel-propagated imaging, and its application to three specific materials science problems from the fields of engineering materials, biology and earth science: A) 2D and 3D images were recorded from a variety of aluminum-based alloys to characterize coarsening of particle agglomerates (at high solid volume fraction) in…mehr

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Produktbeschreibung
The hard spectrum which is available on the BAMline at Berlin's synchrotron BESSY offers the rare opportunity to perform high-resolution X-ray imaging experiments with a partially coherent beam. This thesis work reports on the development of a new tomography system, including Fresnel-propagated imaging, and its application to three specific materials science problems from the fields of engineering materials, biology and earth science: A) 2D and 3D images were recorded from a variety of aluminum-based alloys to characterize coarsening of particle agglomerates (at high solid volume fraction) in liquid solution, as well as rheological properties of semi-solid alloys. B) Dentin is the bulk material of teeth characterized by a quasi-parallel arrangement of micrometer-sized tubules which are believed to incarnate a natural mechanical design. C)Understanding rock fracture is one of the fundamental problems in earth science now reviewed in three dimensions.
Autorenporträt
Simon Zabler§Born on December 6, 1976 in Karlsruhe (D)1997 - 2000 University of Karlsruhe (Physics)2000 - 2002 Ecole Nationale Supérieure de Physique de Grenoble, (F)2003 - 2004 European sales at Polytec GmbH Waldbronn (D)2004 - 2007 PhD at the Hahn-Meitner-Institute Berlin (D)Since 2008 Max Planck Institute of Colloids and Interfaces (D)