Fingerprint The fingerprint is based on mining the text of the scientific documents related to the associated experts. Based on that an index of weighted terms is created, which defines the key subjects of research unit

Engineering & Materials Science

Silicon
Solar cells
Networks (circuits)
Electric potential
Electrons
Heterojunctions
Substrates
Temperature
Semiconductor quantum dots
Data storage equipment
Semiconductor materials
Sensors
Transistors
Molecular beam epitaxy
Scattering
Nanowires
Semiconductor quantum wells
Degradation
High electron mobility transistors
Doping (additives)
Energy gap
Thin films
Costs
Defects
Ballistics
Oxides
Electrodes
Simulators
Metals
Communication
Radiation
Photoluminescence
Imaging techniques
Molecules
Metallizing
Scheduling
Students
Threshold voltage
Fabrication
Antennas
Amorphous silicon
Monitoring
Signal processing
Wavelength
Indium
Experiments
Processing
Semiconductor quantum wires
Thin film transistors
Phonons
Hardware
Throughput
Magnetic fields
Graphene
Topology
Wire
Point contacts
Radar
Semiconductor devices
Bandwidth
Field effect transistors
Crystalline materials
Chemical analysis
Ions
Silver
Electric fields
Carrier concentration
Composite materials
Annealing
Tuning
Switches
Electric power utilization
Detectors
Nanostructures
Testing
Lasers
Optical properties
Diodes
Modulation
Phasor measurement units
Transmitters
MEMS
Aging of materials
Cements
Hot carriers
Transmission electron microscopy
Wireless networks
Glass
Physics
Heating
Quantum efficiency
Controllers
Passivation
Electron holography
Power amplifiers
Neural networks
Impurities
Microfluidics
Brain
Silicon solar cells

Chemical Compounds

Silicon
Electrons
Solar cells
Heterojunctions
Semiconductor quantum dots
Substrates
Temperature
Semiconductor materials
Molecular beam epitaxy
Metals
Nanowires
Semiconductor quantum wells
Thin films
Molecules
Scattering
Graphite
Electrodes
Oxides
High electron mobility transistors
Doping (additives)
Defects
Electric potential
Ballistics
Energy gap
Photoluminescence
Imaging techniques
Silver
Metallizing
Data storage equipment
Semiconductor quantum wires
Magnetic fields
Point contacts
Annealing
Phonons
Optical properties
Degradation
Porphyrins
Chemical analysis
Crystalline materials
Transistors
Wire
Fabrication
Transmission electron microscopy
Wavelength
Simulators
Ions
Superlattices
Epitaxial growth
Networks (circuits)
Carrier concentration
Amorphous silicon
Nanostructures
Threshold voltage
Sensors
Electric properties
Thin film transistors
Impurities
Kinetics
Field effect transistors
Composite materials
Electric fields
Cements
Surface plasmon resonance
Indium
Zinc Oxide
Magnetoresistance
Lasers
X rays
Quantum efficiency
Passivation
Glass
Experiments
Gold
Plasmas
Polymers
Two dimensional electron gas
Galvanomagnetic effects
Aluminum Oxide
Hot carriers
Heating
Structural properties
Microwaves
Silicon solar cells
Infrared radiation
Water
Electron holography
Spectroscopy
Diodes
Diamond
Oxygen
Polarization
Nanoparticles
Phonon scattering
Transport properties
Raman spectroscopy
Carrier lifetime
Silicon Dioxide
Carotenoids
Tuning
gallium arsenide

Physics & Astronomy

Engineering

quantum dots
field effect transistors
solar cells
nanowires
scattering
transistors
high electron mobility transistors
graphene
quantum wires
CMOS
electrodes
annealing
fabrication
electrical properties
high resolution
x rays
heterojunctions
electrical resistivity
life (durability)
resonators
excitation
backscattering
random access memory
electron scattering
SOI (semiconductors)
semiconductor devices
traps
heating
diodes
tuning

Physics

electrons
quantum wells
ballistics
temperature
photoluminescence
electric potential
phonons
optical properties
wavelengths
room temperature
acoustics
oscillations
threshold voltage
physics
polarization
transport properties
ions
electron beams
diffraction
modulation

Chemistry and Materials

silicon
molecular beam epitaxy
superlattices
oxides
silver
wire
aluminum gallium arsenides
indium oxides
molecules
tin oxides
wurtzite
glass
oxygen
amorphous silicon

General

simulation
thin films
defects
sensors
cells
energy
electronics
metals
radiation
insulators
holography
transmission electron microscopy
electron microscopy
degradation
lasers
microwaves
simulators
electric fields
interactions
chaos
interference
probes
wafers
impurities
conduction
optimization
electron gas
chips
quantum efficiency

Life Sciences

dosage
disorders

Aerospace Sciences

Raman spectroscopy
magnetic fields
spectroscopy
cavities
orbits