ELECTRON CRYSTALLOGRAPHY
Preliminary Programme

Lectures

General theory of diffraction and diffraction tomography of proteins
J. P. ABRAHAMS, University of Basel, CH

Scanning diffraction techniques
A. EGGEMAN, University of Manchester, UK

Difraction data processing for crystallographic applications
M. GEMMI, Italian Institute of Technology, Pisa, IT

Pair Distribution functions
T. GORELIK, Ulm University, DE

Fundamental Crystallography essential for TEM users
J. HADERMANN, University of Antwerp, BE

Symmetry determination by electron diffraction
D. JACOB, University of Lille, FR

Scanning transmission electron microscopy
C. KOCH, Humboldt University, Berlin, DE

Spot Diffraction and the principles of Electron Diffraction Tomography
U. KOLB, Johannes Gutenberg University Mainz , DE

Transmission electron microscopy and high-resolution TEM
L. MARKS, Northwestern University, Evanston, US

Sample preparation for various imaging and diffraction techniques
L. MESHI, Ben-Gurion University, Beer-Sheva, IL

Crystal structure refinement by least squares
P. MÜLLER, MIT, Boston, US

Quantitative convergent beam electron diffraction
P. NAKASHIMA, Monash University, Melbourne, AU

Crystal structure refinement from electron diffraction data
L. PALATINUS, Czech Academy of Sciences Prague, CZ

Spectroscopic techniques
Q. RAMASSE, SuperSTEM, Daresbury, UK

Electron diffraction from soft matter
A. STEWART, University of Limerick, IE

Dynamical diffraction theory
D. Van DYCK, University of Antwerp, BE

Diffuse scattering
R. WITHERS, National University, Canberra, AU

Combination of electron diffraction with powder diffraction
X. ZOU, Stockholm University, SE