Twentieth Congress and General Assembly of the IUCr
Florence, Italy
23 August - 31 August 2005
MS 46: In situ observation of crystal growth processes. Alexander Kharchenko.
Microsymposia
MS 46: In situ observation of crystal growth processes. Gen Sazaki.
Microsymposia
MS 46: In situ observation of crystal growth processes. Elias Vlieg.
Microsymposia
MS 46: In situ observation of crystal growth processes. Alexander Kharchenko, Co-Chair Vladimir Kaganer, Wolfgang Braun, Elias Vlieg, Gen Sazaki, Co-Chair Tadashi Ohachi, Yong S. Chu.
Microsymposia
MS 47: Novel materials under high pressure. David R. Allan.
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MS 47: Novel materials under high pressure. Olga Degtyareva.
Microsymposia
MS 47: Novel materials under high pressure. G. Diego Gatta.
Microsymposia
MS 47: Novel materials under high pressure. Tetsuo Irifune.
Microsymposia
MS 47: Novel materials under high pressure. Wendy Mao.
Microsymposia
MS 48: Microbeam X-ray scattering. Alessia Cedola.
Microsymposia
MS 48: Microbeam X-ray scattering. Gene Ice.
Microsymposia
MS 48: Microbeam X-ray scattering. Yasushi Kagoshima.
Microsymposia
MS 48: Microbeam X-ray scattering. Oskar Paris.
Microsymposia
MS 48: Microbeam X-ray scattering. Christian Schroer.
Microsymposia
MS 49: Charge, spin and momentum densities in material science. Benoît Guillot.
Microsymposia
MS 49: Charge, spin and momentum densities in material science. Dietmar Stalke.
Microsymposia
MS 49: Charge, spin and momentum densities in material science. Thomas Lippmann.
Microsymposia
MS 49: Charge, spin and momentum densities in material science. Yoshiharu Sakurai.
Microsymposia
MS 49: Charge, spin and momentum densities in material science. Jian-Min Zuo.
Microsymposia
MS 49: Charge, spin and momentum densities in material science. Thomas Lippmann, Jian-Min Zuo, Dietmar Stalke, Benoît Guillot, Co-Chair John Spence, Yoshiharu Sakurai, Co-Chair Brummerstedt Iversen (behind).
Microsymposia
MS 50: Enzymes and allostery. Momoyo Ishikawa.
Microsymposia
MS 50: Enzymes and allostery. Lukasz Lebioda.
Microsymposia
MS 50: Enzymes and allostery. Markus Georg Rudolph.
Microsymposia
MS 50: Enzymes and allostery. Wojciech Rypniewski.
Microsymposia
MS 50: Enzymes and allostery. Pamela A. Williams.
Microsymposia
MS 50: Enzymes and allostery. Co-Chair Alexander Wlodawer.
Microsymposia
MS 51: Complementary approaches to biological structure determination. Giuseppe Falini.
Microsymposia
MS 51: Complementary approaches to biological structure determination. Joachim Frank.
Microsymposia
MS 51: Complementary approaches to biological structure determination. Claudio Luchinat.
Microsymposia
MS 51: Complementary approaches to biological structure determination. Michael F. Schmidt.
Microsymposia
MS 51: Complementary approaches to biological structure determination. Claudio Luchinat, Giuseppe Falini, Joachim Frank, Michael Schmidt, Co-Chairs Lucia Banci, Wah Chiu, R. F. Fischetti.
Microsymposia
MS 52: Inorganic-organic framework materials. Xiao-Ming Chen.
Microsymposia
MS 52: Inorganic-organic framework materials. Jing Li.
Microsymposia
MS 52: Inorganic-organic framework materials.
Microsymposia
MS 52: Inorganic-organic framework materials. Jorge Pasán.
Microsymposia
MS 52: Inorganic-organic framework materials. Martin Schröder.
Microsymposia
MS 52: Inorganic-organic framework materials. Co-Chair Christoph Janiak, Michael O'Keeffe, Jing Li, Martin Schröder, Co-Chair Stuart Batten, Jorge Pasán, Xiao-Ming Chen.
Microsymposia
MS 53: Materials for energy conversion and storage. Miguel A. G. Aranda.
Microsymposia
MS 53: Materials for energy conversion and storage. Kristina Edström.
Microsymposia
MS 53: Materials for energy conversion and storage.
Microsymposia
MS 53: Materials for energy conversion and storage.
Microsymposia
MS 54: Crystallography at conditions of Earth and planetary interiors. Colin W. Glass.
Microsymposia
MS 54: Crystallography at conditions of Earth and planetary interiors. Sheng-Nian Luo.
Microsymposia
MS 54: Crystallography at conditions of Earth and planetary interiors.
Microsymposia
MS 55: Time-resolved diffraction. Davide Boschetto.
Microsymposia
MS 55: Time-resolved diffraction. Caroline Curfs.
Microsymposia
MS 55: Time-resolved diffraction. R. J. Dwayne Miller.
Microsymposia
MS 55: Time-resolved diffraction. Keith Moffat.
Microsymposia
MS 55: Time-resolved diffraction. Xuan Wang.
Microsymposia
MS 55: Time-resolved diffraction. Co-Chair Hervé Cailleau, Caroline Curfs, Davide Boschetto, Keith Moffat, Xuan Wang, Dwayne Miller, Co-Chair Jianming Cao.
Microsymposia
MS 56: Analysis combining SANS and SAXS experiments. Daniela Uhriková.
Microsymposia
MS 56: Analysis combining SANS and SAXS experiments: Michel Rawiso
Microsymposia
MS 56: Analysis combining SANS and SAXS experiments.
Microsymposia
Microsymposia
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MS 57: Large protein assemblies - forming and analysing complexes. Richard J. Cogdell.
Microsymposia
MS 57: Large protein assemblies - forming and analysing complexes. René Frank.
Microsymposia
MS 57: Large protein assemblies - forming and analysing complexes. Co-Chairs Kunio Miki, David Stuart.
Microsymposia
MS 57: Large protein assemblies - forming and analysing complexes. Michael G. Rossmann.