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Results 1 to 10 of 17, sorted by name.


Professor Anatoly S. Avilov   Anatoly S. Avilov (Laboratory of Electron Diffraction , Institute of Crystallography, RAS, Russian Federation)
General scientific interests: charge density, crystal chemistry, databases, direct methods, dynamical diffraction.
Detailed scientific research interests: amorphous phases, chemical bonding, diffractometry, electrostatic potential in crystals, high-energy electron diffraction, precise electron diffraction structure analysis, relations of structure with properties.
Search for papers by Avilov, A.S. in Crystallography Journals Online | Google Scholar | Pubmed

Professor Lubomir Caplovic   Lubomir Caplovic (Materials Science, Slovak University of Technology, Slovakia (Slovak Republic))
General scientific interests: alloys, ceramics, materials science, metals, X-ray diffraction.
Detailed scientific research interests: ceramic materials, electron diffraction analysis, heat treatment of steel, internal stress metallic materials analysis, martensite characterization, martensite transformation, qualitative phase determination.
Search for papers by Caplovic, L. in Crystallography Journals Online | Google Scholar | Pubmed

 Maria Caplovicova   Mária Caplovicová (Central Laboratory of Electron-Optical Methods, Dept. of Materials Science, Faculty of Sciences, Comenius U., Mlynská dolina, 15 Bratislava, Slovak Republic, 842, Slovakia (Slovak Republic))
Detailed scientific research interests: electron diffraction analysis, electron microscopy analysis, high-resolution electron microscopy, permanent magnet characterization.
Search for papers by Caplovicová, M. in Crystallography Journals Online | Google Scholar | Pubmed

Miss Alejandra Angela Carriles Linares   Alejandra Angela Carriles Linares (Crystallography and Structural Biology, Instituto de Química Física Rocasolano, Spain)
General scientific interests: biological crystallography, drug design, structural biology, synchrotron radiation, X-ray diffraction.
Detailed scientific research interests: atomic structure, bioinformatics, biological molecular complexes, biomacromolecule X-ray crystallography biomedicine, cryocooled crystallography, crystal and molecular structure, crystal and powder X-ray diffraction, crystal growth, crystallographic methods, crystallographic refinement, crystallographic structure determination crystallography and computing, data collection methods, data processing, drug binding, drug conformation, drug discovery, drug modelling and design, electron microscopy and diffraction, protein crystallography, structure analysis.
Search for papers by Carriles Linares, AA in Crystallography Journals Online | Google Scholar | Pubmed

Dr Gary G. Hembree   Gary G. Hembree (Department of Physics and Astronomy, Arizona State University, USA)
General scientific interests: electron diffraction, electron microscopy, instrumentation, magnetism, surfaces.
Detailed scientific research interests: Auger electron spectroscopy, Nanometer probe electron beam analysis, Nanometric magnetic materials, Reflection electron diffraction.
Search for papers by Hembree, G.G. 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

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 Celia Marcos   Celia Marcos (Univ. Oviedo, Dep. Geología, Arias de Velasco s/n, Spain)
General scientific interests: crystal growth, structure determination.
Detailed scientific research interests: diffraction technique, electron microprobe-analysis, gemology, reflectance.
Search for papers by Marcos, C. in Crystallography Journals Online | Google Scholar | Pubmed

Dr Ognjen Milat   Ognjen Milat (Institute of Physics, Bijenička cesta 46 PO Box 304 , Croatia)
General scientific interests: alloys, aperiodic crystals, ceramics, clusters, cryocrystallography, data collection and processing, defects, diffuse scattering, disorder, dynamical diffraction, electron diffraction, electron microscopy, epitaxy, ferroelectrics, glasses, imaging, incommensurate phases, inorganic compounds, instrumentation, Laue diffraction, liquid crystals, magnetism, materials science, metals, minerals, modulated structures, neutron scattering, oxides, phase transitions, physical crystallography, polymorphism, powder diffraction, quasicrystals, Rietveld method, semiconductors, silicates, small-angle scattering, structure determination, superconductors, surfaces, symmetry, synchrotron radiation, texture, thin films, twinning, X-ray diffraction, X-ray optics, X-ray topography, XAFS, zeolites.
Detailed scientific research interests: amorphous metallic alloys, carbides, chain compounds, chalcogenides, composite crystals, electron crystallography, electron diffraction analysis, electron microscopy HRTEM, higher-dimensional structure analysis, incommensurate structure, nanoparticles SAXS, nanostructures, oxides, phase transition, superconductivity, surfaces interfaces thin films GISAXS.
Search for papers by Milat, O. in Crystallography Journals Online | Google Scholar | Pubmed

Mr Carlos Dario Miranda   Carlos Darío Miranda (Chemistry, Instituto de Investigaciones en Tecnología Química, Argentina)
General scientific interests: materials science, neutron scattering, powder diffraction, Rietveld method, structure determination.
Detailed scientific research interests: Conductivity, Crystallochemistry, Crystallography, Defect chemistry, Differential scanning calorimetry Temperature-programmed reduction, Impedance spectroscopy, Infrared spectra, Mechanochemistry, Neutron coherent scattering, Nonstoichiometric oxides, Perovskites, Rietveld, Rietveld refinement, Scanning electron microscopy, Soft chemistry synthesis, Thermogravimetric analysis, Solid electrolytes, Solid Oxide Fuel Cells, Solid-state chemistry, Solid-state physics, Synchrotron radiation, Thermodilatometry, Transition-metal oxides, X-ray diffraction.
Search for papers by Miranda, C.D. in Crystallography Journals Online | Google Scholar | Pubmed


List from result number:  1 
International Union of Crystallography

Scientific Union Member of the International Science Council (admitted 1947). Member of CODATA, the ISC Committee on Data. Partner with UNESCO, the United Nations Educational, Scientific and Cultural Organization in the International Year of Crystallography 2014.

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The IUCr observes the basic policy of non-discrimination and affirms the right and freedom of scientists to associate in international scientific activity without regard to such factors as ethnic origin, religion, citizenship, language, political stance, gender, sex or age, in accordance with the Statutes of the International Council for Science.