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Results 1 to 9 of 9, sorted by name.

Dr Reeju Pokharel   Reeju Pokharel (MST-8, Los Alamos National Laboratory, USA)
General scientific interests: ceramics, imaging, metals, X-ray diffraction.
Detailed scientific research interests: High-energy X-ray diffraction microscopy, imaging techniques.
Search for papers by Pokharel, R in Crystallography Journals Online | Google Scholar | Pubmed
Professor Angus P. Wilkinson   Angus P. Wilkinson (School of Chemistry and Biochemistry, Georgia Institute of Technology, USA)
General scientific interests: anomalous dispersion, disorder, high pressure, materials science, powder diffraction, synchrotron radiation.
Detailed scientific research interests: Cement based materials, High energy x-ray diffraction, Negative thermal expansion, Semiconducting clathrates.
Search for papers by Wilkinson, A.P. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Ute Kolb   Ute Kolb (Institut für Physikalische Chemie, Johannes Gutenberg-Universität, Germany)
General scientific interests: crystal engineering, crystal growth, direct methods, dynamical diffraction, Rietveld method.
Detailed scientific research interests: "ab initio" structure analysis, automation of electron diffraction, electron crystallography, electron diffraction tomography, electron energy loss spectroscopy EELS, energy dispersive x-ray spectrocopy EDX, high resolution electron microscopy HRTEM, x-ray powder diffraction.
Search for papers by Kolb, U. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Hartmut Schlenz   Hartmut Schlenz (Institut für Energie- und Klimaforschung, IEK-6, FZ Juelich, Germany)
General scientific interests: anomalous dispersion, computing, data collection and processing, Rietveld method, X-ray diffraction.
Detailed scientific research interests: Amorphous structures, Crystal structure analysis, High-energy X-ray diffraction, Ordering processes in silicates, Resonant scattering, Synchrotron radiation.
Search for papers by Schlenz, H in Crystallography Journals Online | Google Scholar | Pubmed
Dr Vivian Stojanoff   Vivian Stojanoff (National Synchrotron Light Source, Brookhaven National Laboratory, USA)
General scientific interests: anomalous dispersion, biological crystallography, catalysis, cryocrystallography, crystal growth, data collection and processing, defects, diffuse scattering, direct methods, disorder, dynamical diffraction, enzymes, imaging, instrumentation, Laue diffraction, macromolecular crystallography, metalloproteins, microgravity, natural products, phase determination, powder diffraction, proteins, small molecules, small-angle scattering, structural biology, structural chemistry, structural genomics, structure determination, synchrotron radiation, teaching and education, X-ray diffraction, X-ray optics, X-ray topography, XAFS.
Detailed scientific research interests: Crystal growth, Cultural heritage, Defect characterization, High energy macromolecular crystallography Radiation damage, Structural biology, Synchrotron radiation, X-ray diffraction topography.
Search for papers by Stojanoff, V. in Crystallography Journals Online | Google Scholar | Pubmed
Professor Adrian Rennie   Adrian Rennie (Materials Physics, Dept. of Physics & Astronomy, Uppsala University, Sweden)
General scientific interests: instrumentation, polymers, powder diffraction, small-angle scattering, surfaces.
Detailed scientific research interests: concentrated colloids, deformation, high-energy X-ray diffraction, in-situ studies, small-angle scattering, solid/liquid interfaces, specular reflection and grazing incidenc scattering.
Search for papers by Rennie, A.R. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Masami Terauchi   Masami Terauchi (Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Japan)
General scientific interests: aperiodic crystals, cryocrystallography, defects, electron diffraction, electron microscopy, instrumentation, quasicrystals, semiconductors, superconductors, symmetry.
Detailed scientific research interests: convergent-beam electron diffraction, electron energy-loss spectroscopy, four-dimensional crystallography, high resolution electron microscopy, phase transition, X-ray emission spectroscopy.
Search for papers by Terauchi, M. in Crystallography Journals Online | Google Scholar | Pubmed
Professor Christos Katagas   Christos Katagas (Geology, University of Patras, Greece)
General scientific interests: ceramics, chemical crystallography, crystal chemistry, crystal growth, databases, direct methods, electron microscopy, geochemistry, high pressure, instrumentation, materials science, minerals, phase determination, phase transitions, powder diffraction, Rietveld method, structural chemistry, structure determination, teaching and education, texture, X-ray diffraction, X-ray topography, XAFS, zeolites.
Detailed scientific research interests: Analysis of silicates., Analytical geochemistry,crystallography and mineralogy., Analytical scanning electron microscopy., Applied mineralogy and crystallography., Archeometry. Burial diagenesis., Ceramic raw materials., Characterization of materials., Crystal chemistry of minerals., Crystallographic software., Crystallography of minerals., Database minerals., Diffractometry-Diffraction techniques., Electron microscopy analysis., Energy dispersive spectroscopy., High T X-ray powder diffraction., Identification quantitative,qualitative., Metamorphic minerals and reactions, Mineralogical database., Mineralogy and crystallography using X-ray diffracion., Raman spectroscopy., Structure and crystal chemistry of minerals., X-ray crystallography of minerals..
Search for papers by Katagas, C. in Crystallography Journals Online | Google Scholar | Pubmed
Mr Soham Mukherjee   Soham Mukherjee (Department of Metallurgical Engineering, Indian Institute of Technology BHU, India)
General scientific interests: alloys, electron microscopy, incommensurate phases, metals, physical crystallography.
Detailed scientific research interests: analytical crystallography, Crystal Structure Analysis, crystallographic modelling, defects in crystals, deformation behaviour, electron microscopy and diffraction, energy-dispersive spectroscopy, experimental high-resolution electron microscopy, Geometric Crystallography, incommensurate phases, laser and other techniques of surface treatments of metallic materials, materials structure and characterization, metal alloys, Modelling, n-dimensional crystallography, Physical Metallurgy, Structural Phase Transitions, X-Ray diffraction.
Search for papers by Mukherjee, S in Crystallography Journals Online | Google Scholar | Pubmed