授课老师： Jan Pieter Abrahams, NL # Anatoly Avilov, RU # Christian Baerlocher, CH # Rafal-Dunin Borkowski, DK # Gianluca Cascarano, IT # Felix Chukhovskii, RU # Robert Dinnebier, DE # Mauro Gemmi, IT # Carmelo Giacovazzo, IT # Christopher Gilmore, UK # Tatiana Gorelik, DE # Joke Haderman, BE # Sven Hovmoller, SE # Martin Hytch, FR # Jacob Jansen, NL # Bruno Janssens, BE # Ute Kaiser, DE # Christoph Koch, DE # Ondrej Krivanek, USA # Lawrence D. Marks, US # Jean Paul Morniroli, FR # Peter Mueller, USA # Stavros Nikolopoulos, BE # Peter Oleynikov, SE # Lukas Palatinus, CZ # Stefano Rubino, SE # Peter Schattschneider, AT # Martin U. Schmidt, DE # Kenneth Shankland, UK # Andrew Stewart, DE # Kenij Tsuda, JP # Marin Van Heel, UK # Dirk Van Dyck, BE # Yimei Zhu, US #
授课内容： Phase problem and different approaches for structure solution Image formation in the electron microscope PED and ADT Quantitative 3D electron diffraction data by precession and electron rotation method Combination of X-ray powder diffraction, electron diffraction and HRTEM data Structure solution via strong reflections approach Prospects for structure solution by electron diffraction of 3D protein crystals Diffractive electron imaging on nanoparticles Shadow imaging for charge distribution analysis Commensurate and incommensurate superstructures via electron diffraction Image contrast in atomic resolution high-angle annular dark-field images Simulations of electron diffraction patterns In-situ transmission electron microscopy and theoretical studies on the coalescence of nanoparticles
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