München / St Quentin Fallavier / Grenoble Cedex / Baltimore / Potsdam / Paris / Vallee / Cambridge / Frankfurt / Toulouse / Darmstadt / Poitiers / L.A. / /
Company
EELS / Woodland AB / LAFARGE / /
Country
Germany / France / Austria / / /
Facility
University of Leeds / Graz University of Technology / Irmgard Rom Research Institute / Johns Hopkins University / /
IndustryTerm
polyphasic systems / structural and chemical signatures / energy-filtered images / chemical phase maps / wide-ranging applications / synthesis products / chemical phase distribution maps / energy resolution / imaging / energy loss spectroscopy / energy / chemical bonding mapping / chemical characterization / titanohematite solid solution / greater energy loss / chemical shifts / energy-filtered imaging / energy dispersive spectra / high chemical gradients / experimental energy-filtering prototype microscopes / chemical distribution / chemical analysis / energy-filter offers extraordinary advantages / energy-dispersive microanalysis / /
OperatingSystem
L3 / /
Organization
Technische Universität Darmstadt / University of Leeds / Leeds / Institut für Mineralogie / Universität Bayreuth / UK Department of Earth Sciences / Johns Hopkins University / Department of Materials / Universität Frankfurt / LMPDI / Warbichler & Irmgard Rom Research Institute for Electron Microscopy / Universite d’Orsay / Graz University of Technology / /
Person
Fernando Nieto / Ion Beam Thinning / Jules Guesde / Gerald Kothleitner / Geoff E. Lloyd / Peter Warbichler / Jean-Hugues Thomassin / Andrew Putnis / Isabel Abad / Jean-Michel Penisson / David Veblen / Rik Brydson / /
EUG XI Symposium PCM5 High Spatial Resolution Microanalysis in the Transmission Electron Microscope