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Results 1 to 4 of 4, sorted by name.

Mr Raphael Grifone   Raphael Grifone (Experimental Division, ID01, European Synchrotron Radiation Facility, France)
General scientific interests: charge density, ferroelectrics, semiconductors, synchrotron radiation, time-resolved studies, X-ray diffraction.
Detailed scientific research interests: piezo- and ferroelectric materials.
Search for papers by Grifone, R in Crystallography Journals Online | Google Scholar | Pubmed
Dr Valery G. Smotrakov   Valery G. Smotrakov (Institute of Physics, Southern Federal University, Russian Federation)
General scientific interests: ceramics, crystal chemistry, crystal growth, ferroelectrics, inorganic compounds.
Detailed scientific research interests: perovskites, piezo- and ferroelectric materials.
Search for papers by Smotrakov, V.G. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Thierry SALVA   Thierry SALVA (HSA-Technologies, 10 rue de Kembs, France)
General scientific interests: crystal chemistry, crystal engineering, crystal growth, ferroelectrics, ferroic materials, inorganic compounds, Laue diffraction, materials science, minerals, phase transitions, physical crystallography, structure-activity relationships, symmetry, teaching and education, X-ray diffraction.
Detailed scientific research interests: acentric crystals, advanced materials, chalcogenides, chalcopyrites, crystallochemistry, laser and nonlinear optical materials, optical materials, perovskite oxides, phase diagrams, phase transitions, piezo- and ferroelectric materials, single-crystal applications, single-crystal growth.
Search for papers by SALVA, T in Crystallography Journals Online | Google Scholar | Pubmed
Dr Antoni Dabkowski   Antoni Dabkowski (Brockhouse Institute for Materials Research, McMaster University, Canada)
General scientific interests: ceramics, crystal growth, ferroelectrics, Laue diffraction, metals, oxides, phase transitions, powder diffraction, silicates, superconductors, thin films.
Detailed scientific research interests: complex oxides, crystal growth by flux method, crystal growth by the Czochralski and modified Czochralski method, crystal growth by the modified Bridgman method, instrumentation for crystal growth and process computerization, magnetic oxides, memory alloys, oxide substrates for thin films - substrates fabrication, piezo- and ferroelectric materials - relaxors, powder synthesis and other preparation methods, X-ray diffraction (structure determination, phase analysis, orientation).
Search for papers by Dabkowski, A. in Crystallography Journals Online | Google Scholar | Pubmed