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Condensed Matter Physics

Pseudobrookite ceramic pigments: Crystal structural, optical and technological properties

Condensed Matter Physics / Inorganic Chemistry / Optical Spectroscopy / Crystal structure / Iron / Energy absorption / Spectrum / Lattice Parameter / Low Temperature / Magnetic Resonance Coupling / Physical Properties / Crystal field / Energy absorption / Spectrum / Lattice Parameter / Low Temperature / Magnetic Resonance Coupling / Physical Properties / Crystal field
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Optical and structural properties of ZnO PbO B2O3 and ZnO PbO B2O3 SiO2 glasses

Materials Engineering / Physics / Condensed Matter Physics / Nanotechnology / Ultraviolet / Band Gap / Structural Properties / Atomic Structure / Spectroscopic Techniques / Fourier transform infrared / Band Gap / Structural Properties / Atomic Structure / Spectroscopic Techniques / Fourier transform infrared
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Uma alternativa mecânica com emprego de forças magnéticas para a desimpactação dentária

Condensed Matter Physics
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Optical spectra of bismuth sulfochloride crystals

Condensed Matter Physics / Quantum Physics / Nanotechnology
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Magneto-dielectric properties of polymer– Fe 3 O 4 nanocomposites

Mechanical Engineering / Condensed Matter Physics / Block Copolymer / Magnetism / Composite / Iron Oxide / Iron / Radio Frequency / Nucleation and Growth / Dielectric Properties / Room Temperature / Magnetism and Magnetic Materials / Size Effect / Dielectric Permittivity / Iron Oxide / Iron / Radio Frequency / Nucleation and Growth / Dielectric Properties / Room Temperature / Magnetism and Magnetic Materials / Size Effect / Dielectric Permittivity
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Magnetic structure of double perovskites Ca 2MWO 6 (M=Co, Ni): A first principles study

Mechanical Engineering / Condensed Matter Physics / Magnetism and Magnetic Materials
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Metallic-semiconductor nanosystem assembly for miniaturized fuel cell applications

Condensed Matter Physics / Proton Exchange Membrane / Fuel Cell / Porous Silicon / Silica / Point of View / Superlattices / Point of View / Superlattices
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Structural features of the La-Sr-Fe-Co-O system

Condensed Matter Physics / Scanning Electron Microscopy / Crystal structure / Mathematical Sciences / Physical sciences / Iron / Lattice Parameter / X ray diffraction / Room Temperature / Microstructures / Atomic Resolution / Iron / Lattice Parameter / X ray diffraction / Room Temperature / Microstructures / Atomic Resolution
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Unusual magnetic properties of NiO nanoparticles embedded in a silica matrix

Materials Engineering / Condensed Matter Physics / Magnetic Materials / Nanomaterials / Nanoparticles / Transmission Electron Microscopy / Crystal structure / NIO / Sol Gel Process / Silica / Nanostructures / Magnetic Properties / Nanostructure / XRD / Magnetization / Magnetic Moments / Low Temperature / Transmission Electron Microscope / Nickel Oxide / Alloys / Antiferromagnetism / Nanocrystal / Zero-field-cooled / X ray powder diffraction / Hysteresis Loop / Transmission Electron Microscopy / Crystal structure / NIO / Sol Gel Process / Silica / Nanostructures / Magnetic Properties / Nanostructure / XRD / Magnetization / Magnetic Moments / Low Temperature / Transmission Electron Microscope / Nickel Oxide / Alloys / Antiferromagnetism / Nanocrystal / Zero-field-cooled / X ray powder diffraction / Hysteresis Loop
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Optical Spectroscopy of MgGa2O4:Fe3+

Materials Engineering / Condensed Matter Physics / Nanotechnology
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Magnetic and Magnetotransport Properties of Nanostructured Magnetic Materials

Engineering / Materials Engineering / Mechanical Engineering / Condensed Matter Physics / Applied Physics / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy
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Magnetic and Magnetotransport Properties of Nanostructured Magnetic Materials

Engineering / Materials Engineering / Mechanical Engineering / Condensed Matter Physics / Applied Physics / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy
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Magnetic and Magnetotransport Properties of Nanostructured Magnetic Materials

Engineering / Materials Engineering / Mechanical Engineering / Condensed Matter Physics / Applied Physics / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy
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Magnetic and Magnetotransport Properties of Nanostructured Magnetic Materials

Engineering / Materials Engineering / Mechanical Engineering / Condensed Matter Physics / Applied Physics / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy / Magnetic field / Molecular beam epitaxy / Nanocrystalline Material / Transport Properties / Mathematical Sciences / Thin Film / Mechanical Alloying / Physical sciences / Magnetic Domains / Spin Glass / Curie temperature / Single Crystal / Magnetism and Magnetic Materials / Magnetic Anisotropy / Low Temperature / Hall effect / Magnetic Resonance Coupling / Electrical And Electronic Engineering / High energy
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Magnetic and magneto-transport properties of double perovskite Ba 2− x Sr x FeMoO 6 system

Materials Engineering / Mechanical Engineering / Condensed Matter Physics / Nanotechnology / Magnetic field / Transport Properties / Magnetism / Magnetic Properties / Temperature Dependence / Room Temperature / Magnetism and Magnetic Materials / X Ray Diffraction Analysis / Transport Properties / Magnetism / Magnetic Properties / Temperature Dependence / Room Temperature / Magnetism and Magnetic Materials / X Ray Diffraction Analysis
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Fe 2O 3/SiO 2 nanocomposites for magneto-optical applications: Nanostructural and magnetic properties

Materials Engineering / Condensed Matter Physics / Materials Science / Chemistry / Composite Materials and Structures / Nanomaterials Characterization / Magnetic Materials / Nanomaterials / Nanoparticles / Transmission Electron Microscopy / Nanotechnology / Sol-Gel Technology / Magnetic field / Nanoscience / Magnetic Properties / Non crystalline solids / Non / Silica Gel / Magneto-optical Materials / X ray diffraction / Thermogravimetric Analysis / Structural Properties / Thermal Properties / Process Parameters / Nanomaterials Characterization / Magnetic Materials / Nanomaterials / Nanoparticles / Transmission Electron Microscopy / Nanotechnology / Sol-Gel Technology / Magnetic field / Nanoscience / Magnetic Properties / Non crystalline solids / Non / Silica Gel / Magneto-optical Materials / X ray diffraction / Thermogravimetric Analysis / Structural Properties / Thermal Properties / Process Parameters
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