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Results 1 to 7 of 7, sorted by name.


Dr Karen Friese   Karen Friese (Juelich Centre for Neutron Science, Forschungszentrum Juelich Gmbh, Germany)
General scientific interests: aperiodic crystals, chemical crystallography, cryocrystallography, crystal chemistry, data collection and processing, diffuse scattering, disorder, electron diffraction, ferroelectrics, ferroic materials, high pressure, incommensurate phases, inorganic compounds, magnetism, materials science, minerals, modulated structures, natural products, oxides, phase transitions, polymorphism, powder diffraction, Rietveld method, silicates, structural chemistry, structure determination, structure-activity relationships, symmetry, synchrotron radiation, teaching and education, twinning, X-ray diffraction.
Detailed scientific research interests: Crystallography at non-ambient conditions;, Ferroics, higher dimensional crystallography;, Mineral structures, Phase transitions, Structure-propperty relationships, Twinning and polytypism.
Search for papers by Friese, K. in Crystallography Journals Online | Google Scholar | Pubmed

Professor Anthony Michael Glazer   Anthony Michael Glazer (Physics Department, University of Oxford, United Kingdom)
General scientific interests: anomalous dispersion, ceramics, Laue diffraction, Rietveld method, X-ray diffraction.
Detailed scientific research interests: absolute configuration, ferroics, materials science, optical microscopy, phase transitions.
Search for papers by Glazer, A.M. in Crystallography Journals Online | Google Scholar | Pubmed

Dr Santosh Babu Gunda   Santosh Babu Gunda (Physical Sciences , National Institute of Science Education and Research, India)
General scientific interests: ceramics, crystal chemistry, epitaxy, inorganic compounds, magnetism, materials science, oxides, phase determination, phase transitions, powder diffraction, Rietveld method, synchrotron radiation, teaching and education, thin films, X-ray diffraction.
Detailed scientific research interests: Ferroics,, Powder X-ray and neutron diffraction, Symmetry and symmetry relations,, Symmetry for spectroscopy.
Search for papers by Gunda, S B in Crystallography Journals Online | Google Scholar | Pubmed

Dr Ragnvald Hermann Mathiesen   Ragnvald Hermann Mathiesen (SINTEF Materials Technology, Hogskoleringen 5, Norway)
General scientific interests: alloys, anomalous dispersion, ceramics, charge density, chemical crystallography, computer graphics, computing, crystal chemistry, crystal growth, data collection and processing, defects, diffuse scattering, direct methods, disorder, dynamical diffraction, ferroelectrics, ferroic materials, glasses, high pressure, hydrogen bonding, imaging, incommensurate phases, Laue diffraction, liquid crystals, magnetism, materials science, metals, minerals, modulated structures, molecular modelling, neutron scattering, oxides, phase determination, phase transitions, physical crystallography, powder diffraction, quasicrystals, residual stress, Rietveld method, semiconductors, silicates, small-angle scattering, statistics, structure-activity relationships, superconductors, surfaces, symmetry, synchrotron radiation, texture, thin films, time-resolved studies, twinning, X-ray diffraction, X-ray optics, X-ray topography, XAFS.
Detailed scientific research interests: dynamical diffraction, Non-equilibrium growth, alloys, ferroics, direct methods, statistics,.
Search for papers by Mathiesen, R.H. in Crystallography Journals Online | Google Scholar | Pubmed

Professor Dr Hans Hermann Otto   Hans Hermann Otto (Institut für Mineralogie und Mineralische Rohstoffe, Fachgebiet Materialwissenschaftliche Kristallographie Technischen Universität Clausthal Adolph-Roemer-Str. 2A, Germany)
General scientific interests: computing, crystal chemistry, crystal growth, ferroelectrics, ferroic materials, inorganic compounds, instrumentation, materials science, minerals, neutron scattering, powder diffraction, Rietveld method, structure determination, superconductors, twinning.
Detailed scientific research interests: crystal structure determination, ferroics, imaging plate systems, inorganic synthesis, superconductors.
Search for papers by Otto, H.H. in Crystallography Journals Online | Google Scholar | Pubmed

Professor Dhananjai Pandey   Dhananjai Pandey (School of Materials Science and Technology, Indian Institute of Technology (Banaras Hindu University), India)
General scientific interests: diffuse scattering, ferroelectrics, ferroic materials, magnetism, phase transitions.
Detailed scientific research interests: Diffuse Scattering, Ferroelectric oxides, Ferroelectric Piezoelectrics, Ferroics, Magnetic Structures, Martensitic Phase Transitions, Multiferroics, Neutron Powder Diffraction, Polytypism, Structural Phase Transitions, X-ray Powder Diffraction.
Search for papers by Pandey, D. in Crystallography Journals Online | Google Scholar | Pubmed

Professor Hans Schmid   Hans Schmid (9, chemin de Passoret, VESSY-GENÈVE, Switzerland)
General scientific interests: ferroelectrics, ferroic materials, magnetism, phase transitions, physical crystallography.
Detailed scientific research interests: (multi)ferroics, crystal optics, ferro(antiferro-)magnetic ferroelectrics, ferrotoroidics, magnetoelectricity.
Search for papers by Schmid, H. in Crystallography Journals Online | Google Scholar | Pubmed


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.

International Science Council Scientific Freedom Policy

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.