• Taiwan

Fingerprint Dive into the research topics where Department of Electronic Engineering is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Engineering & Materials Science

Photoluminescence
Semiconductor quantum wells
Networks (circuits)
Sapphire
Light emitting diodes
Optical properties
Temperature
Two dimensional electron gas
Molecular beam epitaxy
High electron mobility transistors
Photoconductivity
Clocks
Substrates
Indium
Associative storage
Transistors
Resonant tunneling
Doping (additives)
Energy gap
Crystals
Metallorganic chemical vapor deposition
Thin films
Heterojunctions
Scheduling
Chemical analysis
Polarization
Electric potential
Energy dissipation
X ray diffraction
Resonators
Leakage currents
Carrier concentration
Atomic layer deposition
Nanowires
Buffer layers
Germanium
Bandpass filters
Logic gates
Electric properties
Excitons
Luminescence
Growth temperature
Spectroscopy
Controllers
Electron transitions
Epilayers
Silicon
Organic chemicals
Surface morphology
Electric power utilization
Vapors
Zinc oxide
Flip flop circuits
Hardware
Nanoparticles
Error correction
Extreme ultraviolet lithography
Infrared radiation
Computer aided manufacturing
Annealing
Electrons
Nanostructures
Repair
Lasers
Computer hardware description languages
Electric fields
Gold
Defects
Electroluminescence
Chemical vapor deposition
X rays
Solar cells
Experiments
Metals
Masks
Photocurrents
Transmission electron microscopy
Carrier mobility
Redundancy
Semiconductor materials
Wavelength
Epitaxial layers
Photodetectors
Optoelectronic devices
Built-in self test
Oxide films
Microstrip lines
Semiconductor diodes
Motion estimation
Decoding
Fabrication
Fermi level
Atoms
Superlattices
Sensors
Time delay
Electrostatic discharge
Communication
Full width at half maximum
Data storage equipment

Physics & Astronomy

Physics

quantum wells
photoluminescence
optical properties
reflectance
photoconductivity
temperature
room temperature
excitons
polarization
photovoltages
wavelengths
diffraction
modulation
luminescence
nanoparticles
oscillations
atoms
electrons
electric potential
impedance
photonics
valence

Chemistry and Materials

aluminum gallium arsenides
sapphire
molecular beam epitaxy
indium
wurtzite
aluminum
atomic layer epitaxy
gold
gallium nitrides
superlattices
germanium
rhenium
vapors
carbon nitrides
manganese
indium oxides
disulfides
silicon
zinc oxides
tin oxides

Engineering

high electron mobility transistors
light emitting diodes
x rays
electrical properties
quantum well lasers
broadband
photometers
semiconductor lasers
resonators
fabrication
conduction bands
solar cells
annealing
electrodes
Schottky diodes
heterojunctions
threshold currents
nanowires
slots
nanorods
pulsed laser deposition

General

metalorganic chemical vapor deposition
resonant tunneling
electron gas
temperature dependence
thin films
crystals
transmission electron microscopy
energy
augmentation
barrier layers
buffers
defects
blue shift
crystal defects
metals
oxide films
lasers
profiles
curves
templates
simulation
light emission
grain size
wafers
masks
causes
output
shift
surface emitting lasers
electric fields
synthesis
single crystals
flat surfaces
activation energy

Aerospace Sciences

spectroscopy
cavities
valleys

Chemical Compounds

Photoluminescence
Aluminum Oxide
Semiconductor quantum wells
Two dimensional electron gas
High electron mobility transistors
Substrates
Molecular beam epitaxy
Temperature
Metallorganic chemical vapor deposition
Indium
Optical properties
Energy gap
Doping (additives)
Crystals
Light emitting diodes
Photoconductivity
Thin films
Chemical analysis
Resonant tunneling
Heterojunctions
Buffer layers
Growth temperature
X ray diffraction
Epilayers
Germanium
Zinc Oxide
Carrier concentration
Organic Chemicals
Spectroscopy
Nanowires
Infrared radiation
Surface morphology
Metals
Polarization
Luminescence
Nanoparticles
Epitaxial layers
Electrons
Annealing
Transmission electron microscopy
Electroluminescence
Optoelectronic devices
X rays
Atomic layer deposition
Carrier mobility
Fermi level
Resonators
Lasers
Chemical vapor deposition
Crystallization
Full width at half maximum
Leakage currents
Semiconductor materials
Microcavities
Silicon
Wavelength
Defects
Transistors
Gold
Strain relaxation
Motion estimation
Nanostructures
Electron transitions
Thermal evaporation
Electric fields
Photocurrents
Electric potential
Distributed Bragg reflectors
Crystalline materials
Transport properties
Aluminum
Epitaxial films
Oxide films
Networks (circuits)
Atoms
Niobium
Time delay
Solar cells
Oxides
Ion implantation
Transition metals
Phase transitions
gallium arsenide
Lighting
Molecular beams
Flow rate
Silicon wafers
Experiments
Valence bands
Plasma Gases
Nanocrystals
Crystal structure
Light emission