Results 1 to 10 of 41, sorted by name.
![]() | khaled ebnalwaled Abdelfattah (physics, south valley university, Egypt) General scientific interests: alloys, cryocrystallography, crystal growth, databases, defects, direct methods, disorder, electron diffraction, materials science, microgravity, phase transitions, physical crystallography, powder diffraction, quasicrystals, residual stress, semiconductors, structural genomics, structure determination, structure-activity relationships, thin films, twinning, X-ray diffraction, X-ray optics, X-ray topography. Detailed scientific research interests: crystal growth,, dislocation denisity, grain size, i interest with, microstrain, microstructural properties,, optical properties, semiconducctors,, theortical solid state, transport properties,, X - ray diffraction theories and applications.. | |||
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Nathan Armstrong (Department of Physics and Astronomy, McMaster University, Canada) General scientific interests: quasicrystals. Detailed scientific research interests: Solid state physics, optical spectroscopy, transport properties.. | ||||
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Ebrahim Attaran kakhki (Physics Dept., Ferdowsi University of Mashhad, Iran) General scientific interests: alloys, anomalous dispersion, glasses, liquid crystals, surfaces. Detailed scientific research interests: optical properties of materials, optics. | ||||
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David Babonneau (Institut Pprime, CNRS, France) General scientific interests: clusters, materials science, small-angle scattering, surfaces, synchrotron radiation, thin films. Detailed scientific research interests: GISAXS, nanoparticles, optical properties, surface nanopatterning. | ||||
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Iuri Stefani Brandt (Departamento de Física, Universidade Federal de Santa Catarina, Brazil) General scientific interests: crystal growth, defects, disorder, electron diffraction, epitaxy, magnetism, materials science, oxides, semiconductors, surfaces, texture, thin films, twinning, X-ray diffraction. Detailed scientific research interests: Application on spintronics and optical devices., Cu2O, NiO, TiO2, and Prussian Blue., Influence of doping elements., Semiconductors thin films properties.. | ||||
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Hanna A. Dabkowska (Brockhouse Institute for Materials Research, McMaster University, Canada) General scientific interests: ceramics, crystal growth, materials science, oxides, X-ray diffraction. Detailed scientific research interests: complex inorganic compounds, crystal growth of high-melting oxide materials, magnetic properties, optical properties, thermoanalysis. | ||||
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![]() | Abhay Dasadia (Applied Sciences, A.D.Patel Institute Of Technology, India) General scientific interests: crystal growth, inorganic compounds, materials science, semiconductors, X-ray diffraction. Detailed scientific research interests: 1. Crystal growth by vapor transport method, 10. CVD grown diamonds, 10. Optical microscopy for surface investigation of crystals, 2. Energy Dispersive analysis spectroscopy (EDS), 3. High temperature transport properties measurements, 4. High pressure study using Bridgeman anvil setup, 5. Crystal structure determination (Powder XRD and single crystal XRD), 6. UV-VIS-NIR spectroscopy, 7. Raman spectroscopy, 8. TGA/DTA analysis, 9. SEM/TEM. | |||
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Wayne Dollase (Earth & Space Sciences, University of California, USA) Detailed scientific research interests: crystal structure, optical properties, powder diffraction. | ||||
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![]() | Leonardo H. R. Dos Santos (Departamento de Química, Universidade Federal de Minas Gerais, Brazil) General scientific interests: charge density, chemical crystallography, crystal engineering, small molecules. Detailed scientific research interests: electron density, hydrogen bonding, linear and non-linear optical properties, quantum chemical calculations, transition metal complexes. | |||
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![]() | Paul J. Fons (Department of Electronics and Electrical Engineering, Keio University, Japan) General scientific interests: anomalous dispersion, X-ray diffraction, X-ray optics, X-ray topography, XAFS. Detailed scientific research interests: Development of picosecond domain time-resolved x-ray absorption techniques., Mechanism of PCM Super-RENS:, Recording data at scales well beyond the far-field diffraction limit., The material properties of chalcogenide-based phase-change materials (PCM)., Use PCM in of re-recordable optical and electrical memories.. | |||
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