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Results 1 to 10 of 10, sorted by name.

Dr Adriano Krajewski   Adriano Krajewski (Dip. di Ceramiche Classiche , Ist. di Ricerche Tecnologiche per la Ceramica del C.N.R, Italy)
General scientific interests: ceramics, crystal growth.
Detailed scientific research interests: bioceramics, biological glasses, electronic ceramics, refractories.
Search for papers by Krajewski, A. in Crystallography Journals Online | Google Scholar | Pubmed
Dr lunyong zhang   lunyong zhang (169box, nanjing, China)
General scientific interests: alloys, biological crystallography, ceramics, clusters, computer graphics, cryocrystallography, crystal growth, ferroelectrics, glasses, materials science, metals, oxides, phase transitions, semiconductors, thin films.
Detailed scientific research interests: fabrication and characteristcis of multiferros films, growth of novel crystals, Preparation and realted application properties of bulk metallic glasses.
Search for papers by zhang, Zhang in Crystallography Journals Online | Google Scholar | Pubmed
Dr Davide Tiana   Davide Tiana (barbieri 10, castelletto di branduzzo, Italy)
General scientific interests: biological crystallography, chemical crystallography, computer graphics, computing, crystal chemistry, defects, disorder, drug design, ferroelectrics, glasses, inorganic compounds, magnetism, physical crystallography, proteins, quasicrystals, statistics, structural genomics, superconductors, viruses, X-ray diffraction, X-ray topography.
Search for papers by Tiana, D. in Crystallography Journals Online | Google Scholar | Pubmed
Ms Kazuo Koyano   Kazuo Koyano (Koyano Research Laboratory Midorigaoka 2-2-9 Meguro-ku , Tokyo, Japan)
General scientific interests: antibodies, biological crystallography, charge density, computer graphics, computing, crystal chemistry, crystal growth, disorder, drug design, enzymes, glasses, liquid crystals, molecular recognition, phase determination, polymers, proteins, quasicrystals, small-angle scattering, structural biology, structure determination, structure-activity relationships, synchrotron radiation, viruses.
Detailed scientific research interests: crystallization, miscibility, MO calculation, molecular dynamics, simulation.
Search for papers by Koyano, K. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Jan Derk Geert Smit   Jan Derk Geert Smit (Schachenstr. 74, Bonstetten, Switzerland)
General scientific interests: antibodies, biological crystallography, catalysis, computer graphics, crystal engineering, crystal growth, databases, drug design, enzymes, glasses, hydrogen bonding, liquid crystals, macromolecular crystallography, materials science, metalloproteins, molecular modelling, molecular recognition, molecular replacement, natural products, nucleic acids, peptides, phase determination, polymorphism, proteins, silicates, structural biology, structural genomics, structure determination, structure-activity relationships, symmetry, synchrotron radiation, teaching and education, twinning, X-ray diffraction, zeolites.
Search for papers by Smit, J.D.G. in Crystallography Journals Online | Google Scholar | Pubmed
Dr MOHAMED EL-ERAKI   MOHAMED EL-ERAKI (PHYSICS, FACULTY OF SCIENCE, SUEZ CANAL UNIVERSITY, Egypt)
General scientific interests: alloys, biological crystallography, computer graphics, computing, cryocrystallography, crystal chemistry, crystal engineering, crystal growth, databases, defects, direct methods, disorder, dynamical diffraction, electron diffraction, electron microscopy, epitaxy, glasses, imaging, instrumentation, Laue diffraction, liquid crystals, materials science, metals, modulated structures, molecular modelling, organic compounds, oxides, physical crystallography, polymers, polymorphism, powder diffraction, Rietveld method, semiconductors, structural chemistry, structure determination, superconductors, surfaces, symmetry, teaching and education, thin films, twinning, X-ray diffraction, X-ray topography, XAFS.
Detailed scientific research interests: DETERMINATION OF THE POINT GROUP AND SPACE GROUP.
Search for papers by EL-ERAKI, H.I. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Anatoliy Kudryavtsev   Anatoliy Kudryavtsev (Department of Earth and Space Sciences, UCLA, USA)
General scientific interests: biological crystallography, catalysis, chemical crystallography, cryocrystallography, crystal chemistry, crystal growth, defects, disorder, enzymes, ferroelectrics, glasses, hydrogen bonding, imaging, inorganic compounds, macromolecular crystallography, materials science, membranes, microgravity, minerals, molecular recognition, neutron scattering, nucleic acids, organic compounds, oxides, peptides, phase determination, phase transitions, physical crystallography, polymers, polymorphism, powder diffraction, proteins, semiconductors, silicates, small molecules, structural biology, structural chemistry, structural genomics, structure determination, structure-activity relationships, superconductors, symmetry, synchrotron radiation, thin films, time-resolved studies, twinning, viruses, X-ray diffraction, X-ray topography.
Detailed scientific research interests: crystallization macromolecular;, crystallization;, luminescence spectroscopy;, meteorites, minerals characterization;, phase transitions;, protein crystal growth;, protein hydration;, protein structure and function;, protein-protein interactions;, Raman and neutron scattering;, spectra-structure correlations;.
Search for papers by Kudryavtsev, A. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Bruno Dacunha Marinho   Bruno Dacunha Marinho (Unidade de RaiosX, Santiago de Compostela University, Spain)
General scientific interests: anomalous dispersion, antibodies, biological crystallography, catalysis, ceramics, chemical crystallography, computer graphics, computing, cryocrystallography, crystal chemistry, crystal growth, data collection and processing, databases, diffuse scattering, direct methods, disorder, drug design, ferroelectrics, ferroic materials, glasses, hydrogen bonding, instrumentation, magnetism, materials science, metalloproteins, minerals, modulated structures, molecular modelling, molecular replacement, oxides, phase determination, phase transitions, polymers, polymorphism, powder diffraction, Rietveld method, silicates, small molecules, small-angle scattering, structural biology, structural chemistry, structure determination, superconductors, symmetry, teaching and education, texture, thin films, twinning, X-ray diffraction, XAFS.
Search for papers by Dacunha Marinho, B. in Crystallography Journals Online | Google Scholar | Pubmed
Dr Abdul Aziz Ansari   Abdul Aziz Ansari (Civil Engineering Department, Quaid-e-Awam University of Engineering Science & Technology, Pakistan)
General scientific interests: alloys, anomalous dispersion, biological crystallography, catalysis, ceramics, charge density, chemical crystallography, clusters, computer graphics, computing, coordination chemistry, cryocrystallography, crystal chemistry, crystal engineering, crystal growth, data collection and processing, databases, defects, diffuse scattering, drug design, electron diffraction, electron microscopy, enzymes, ferroic materials, geochemistry, glasses, high pressure, hydrogen bonding, imaging, inorganic compounds, liquid crystals, macromolecular crystallography, magnetism, materials science, membranes, metals, microgravity, minerals, modulated structures, molecular modelling, molecular replacement, natural products, nucleic acids, organic compounds, organometallic compounds, peptides, physical crystallography, polymers, powder diffraction, proteins, residual stress, semiconductors, silicates, small-angle scattering, statistics, structural biology, structural chemistry, structural genomics, structure determination, structure-activity relationships, surfaces, symmetry, teaching and education, texture, thin films, time-resolved studies, twinning, viruses, X-ray topography, zeolites.
Search for papers by Ansari, A.A. in Crystallography Journals Online | Google Scholar | Pubmed
Mr Dariush Montasserasadi   Dariush Montasserasadi (Chemistry, University Of New Orleans, USA)
General scientific interests: alloys, anomalous dispersion, antibodies, aperiodic crystals, biological crystallography, catalysis, ceramics, charge density, chemical crystallography, clusters, computer graphics, computing, coordination chemistry, cryocrystallography, crystal chemistry, crystal engineering, crystal growth, data collection and processing, databases, defects, diffuse scattering, direct methods, disorder, drug design, dynamical diffraction, electron diffraction, electron microscopy, enzymes, epitaxy, ferroelectrics, ferroic materials, glasses, high pressure, hydrogen bonding, imaging, incommensurate phases, inorganic compounds, instrumentation, Laue diffraction, liquid crystals, macromolecular crystallography, magnetism, materials science, membranes, metalloproteins, metals, microgravity, minerals, modulated structures, molecular modelling, molecular recognition, molecular replacement, natural products, neutron scattering, nucleic acids, organic compounds, organometallic compounds, oxides, peptides, phase determination, phase transitions, physical crystallography, polymers, polymorphism, powder diffraction, proteins, quasicrystals, residual stress, Rietveld method, semiconductors, silicates, small molecules, small-angle scattering, statistics, structural biology, structural chemistry, structural genomics, structure determination, structure-activity relationships, superconductors, surfaces, symmetry, synchrotron radiation, teaching and education, texture, thin films, time-resolved studies, twinning, viruses, X-ray diffraction, X-ray optics, X-ray topography, XAFS, zeolites.
Search for papers by Montasserasadi, D. in Crystallography Journals Online | Google Scholar | Pubmed