Superlattices

Metal(n) AlGaAs-GaAs two-dimensional electron gas FET

Two Dimensional Electron Gas / Impurities / Electron Mobility / Noise Figure / Heterojunctions / Electrical And Electronic Engineering / Superlattices / Electrical And Electronic Engineering / Superlattices

Structural and dielectric properties of artificial PbZrO 3/PbTiO 3 superlattices grown by pulsed laser deposition

Engineering / Technology / Physical sciences / Dielectric Properties / Dielectric Constant / Thin Solid Films / Superlattices / Thin Solid Films / Superlattices

Non-linear spin transport in magnetic semiconductor superlattices

Materials Engineering / Mechanical Engineering / Condensed Matter Physics / Nanotechnology / Magnetic field / Oscillations / Magnetism and Magnetic Materials / Electric Field / Spin Dynamics / Superlattices / Magnetic semiconductors / Spin Polarization / Oscillations / Magnetism and Magnetic Materials / Electric Field / Spin Dynamics / Superlattices / Magnetic semiconductors / Spin Polarization

Low-energy cathodoluminescence spectroscopy of semiconductor interfaces

Engineering / Materials Engineering / Aerospace Engineering / Arsenic / III-V Semiconductors / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices

Low energy cathodoluminescence spectroscopy of SiO2 nanoparticles

Engineering / Materials Engineering / Aerospace Engineering / Arsenic / III-V Semiconductors / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices

High power efficiency in Si-nc/SiO[sub 2] multilayer light emitting devices by bipolar direct tunneling

Engineering / Physical sciences / High Power / Silicon Oxide / Electroluminescence / Superlattices / Power Added Efficiency / Superlattices / Power Added Efficiency

Geometric Potential and Transport in Photonic Topological Crystals

Quantum Mechanics / Femtosecond Laser / Physical sciences / Oscillations / Wave Equation / Bound States / Superlattices / Bound States / Superlattices

Optical properties of porous silicon

Materials Engineering / Condensed Matter Physics / Optical Spectroscopy / Band Structure / Mathematical Sciences / Porous Silicon / Ultraviolet / Physical sciences / Dielectric Function / Refractive Index / Current Density / Simulation Methods / Optical Properties / Optical physics / Infrared / Infrared spectra / Optical Materials / Age effect / Size Effect / Canadian Physics / Bragg Grating / Optical Filters / Electroluminescence / Superlattices / Porous Silicon / Ultraviolet / Physical sciences / Dielectric Function / Refractive Index / Current Density / Simulation Methods / Optical Properties / Optical physics / Infrared / Infrared spectra / Optical Materials / Age effect / Size Effect / Canadian Physics / Bragg Grating / Optical Filters / Electroluminescence / Superlattices

Anomalous exciton spectra of laser-driven semiconductor superlattices

Materials Engineering / Condensed Matter Physics / Optical Properties / Quantum Well / Absorption Spectra / Superlattices

Enlarged wells as probes to study superlattices

Condensed Matter Physics / Band Gap / Electrical Properties / Superlattices

Vertical transport in GaAs/GaAlAs superlattices: Carrier density effects

Materials Engineering / Condensed Matter Physics / Diffusion Coefficient / Superlattices

Picosecond luminescence approach to vertical transport in GaAs/GaAlAs superlattices

Materials Engineering / Condensed Matter Physics / Superlattices

Manganese luminescence in GaAs/GaAlAs superlattices

Superlattices

New approaches for high efficiency cascade solar cells

Solar Cell / Energy Conversion / Solar Cells / Band Gap / X ray diffraction / Spinodal Decomposition / Gallium Arsenide / High Efficiency / Superlattices / Open Circuit Voltage / Spinodal Decomposition / Gallium Arsenide / High Efficiency / Superlattices / Open Circuit Voltage

High power efficiency in Si-nc/SiO[sub 2] multilayer light emitting devices by bipolar direct tunneling

Engineering / Physical sciences / High Power / Silicon Oxide / Electroluminescence / Superlattices

Chaotic transport in low-dimensional superlattices

Physical sciences / Domain wall / Oscillations / Spatial Distribution / CHEMICAL SCIENCES / Time Dependent / Quantum Dot / Spatiotemporal Chaos / Electric Field / Superlattices / Resonant Tunneling / Time Dependent / Quantum Dot / Spatiotemporal Chaos / Electric Field / Superlattices / Resonant Tunneling

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