Molecular beam epitaxy

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

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

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

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

New Progress in Laser Technologies for Designing Semiconductor Nanostructures

Materials Science / Solid State Physics / Inorganic Chemistry / Nanotechnology / Molecular beam epitaxy / Pulsed Laser Deposition / Nanoscience / Pulsed Laser Deposition / Nanoscience

Wurtzite GaAs/AlGaAs core–shell nanowires grown by molecular beam epitaxy

Electron Microscopy / Scanning Electron Microscopy / Nanotechnology / Multidisciplinary / Molecular beam epitaxy / Nanowires / Aluminum / Room Temperature / Shell Structure / Low Temperature / Gallium / Arsenicals / Radial Growth / Nanowires / Aluminum / Room Temperature / Shell Structure / Low Temperature / Gallium / Arsenicals / Radial Growth

Structural properties of semipolar InGaN/GaN quantum dot superlattices grown by plasma-assisted MBE

Electron Microscopy / Transmission Electron Microscopy / Molecular beam epitaxy / Dislocations / Quantum Dot / Structural Properties / Electrical And Electronic Engineering / Superlattices / Structural Properties / Electrical And Electronic Engineering / Superlattices

Novel nanostructure architectures

Materials Engineering / Self Assembly / Nanotechnology / Molecular beam epitaxy / Quantum Dot / Reactive ion etching

Enhanced field emission from hexagonal rhodium nanostructures

Engineering / Applied Physics / Molecular beam epitaxy / Field emission / Physical sciences / Current Density / Nanostructured Material / Current Density / Nanostructured Material

Transport characteristics of indium nitride (InN) films grown by plasma assisted molecular beam epitaxy (PAMBE)

Materials Engineering / Condensed Matter Physics / Quantum Physics / Molecular beam epitaxy

Time-resolved spectroscopy on GaN nanocolumns grown by plasma assisted molecular beam epitaxy on Si substrates

Engineering / III-V Semiconductors / Applied Physics / Molecular beam epitaxy / Mathematical Sciences / Applied / Solid State electronic devices / Physical sciences / Time Resolved / Optical Properties / Quantum Well / Applied / Solid State electronic devices / Physical sciences / Time Resolved / Optical Properties / Quantum Well

Time-resolved spectroscopy on GaN nanocolumns grown by plasma assisted molecular beam epitaxy on Si substrates

Engineering / III-V Semiconductors / Applied Physics / Molecular beam epitaxy / Mathematical Sciences / Applied / Solid State electronic devices / Physical sciences / Time Resolved / Optical Properties / Quantum Well / Applied / Solid State electronic devices / Physical sciences / Time Resolved / Optical Properties / Quantum Well

Industrial aspects of silicon molecular beam epitaxy

Materials Engineering / Molecular beam epitaxy / Vacuum

Catalytic growth of ZnTe nanowires by molecular beam epitaxy: structural studies

Transmission Electron Microscopy / Nanotechnology / Multidisciplinary / Molecular beam epitaxy / Nanowires / Energy Dispersive X-Ray Analysis / X ray diffraction / Optimality Condition / Energy Dispersive X-Ray Analysis / X ray diffraction / Optimality Condition

Time-resolved spectroscopy on GaN nanocolumns grown by plasma assisted molecular beam epitaxy on Si substrates

Engineering / III-V Semiconductors / Applied Physics / Molecular beam epitaxy / Mathematical Sciences / Applied / Solid State electronic devices / Physical sciences / Time Resolved / Optical Properties / Quantum Well / Applied / Solid State electronic devices / Physical sciences / Time Resolved / Optical Properties / Quantum Well

Structural properties of semipolar InGaN/GaN quantum dot superlattices grown by plasma-assisted MBE

Electron Microscopy / Transmission Electron Microscopy / Molecular beam epitaxy / Dislocations / Quantum Dot / Structural Properties / Electrical And Electronic Engineering / Superlattices / Structural Properties / Electrical And Electronic Engineering / Superlattices

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