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

Engineering & Materials Science

Magnetic fields
SQUIDs
Tapes
Electric potential
Nanoparticles
Pulsed laser deposition
Critical currents
DC-DC converters
Wire
Temperature
Pickups
Fluxes
Nanowires
Superconducting materials
Networks (circuits)
Lasers
Superconducting tapes
Superconducting wire
Laser ablation
Inductance
Magnetometers
Electrophoresis
Liquid nitrogen
Magnetization
Fabrication
Liquids
Controllers
Electric fields
Imaging techniques
Flux pinning
Carbon nanotubes
Substrates
Electrodes
Neural networks
Capacitors
Ion beam assisted deposition
Model predictive control
Chemical sensors
Thin films
Sensors
Noise abatement
Switching frequency
Experiments
Reinforcement learning
Pulse width modulation
Superconducting cables
Magnets
Topology
Partial discharges
Gases
Scanning
Transport properties
Zinc oxide
Switches
Helium
Cables
Plasmas
Current density
Superconducting films
Magnetic flux
Microscopic examination
Nanorods
Power converters
Insulation
Power transformers
Pulsed lasers
Buffer layers
Air
Laser beam effects
Superconducting magnets
Microspheres
Bacteria
Vortex flow
Doping (additives)
Finite element method
Current voltage characteristics
Zero voltage switching
Eddy current testing
Poles
Photoluminescence
Modulation
High temperature superconductors
Nanocrystals
Cooling
Equivalent circuits
Excimer lasers
Computer simulation
Defects
Ablation
Fuel cells
Costs
Sapphire
Electric power systems
Crystals
Clamping devices
Irradiation
Capacitance
Electric breakdown
Optical properties
Control systems

Physics & Astronomy

General

coils
tapes
transformers
sensors
magnetometers
interference
strands
lasers
markers
thin films
cables
magnetization
filaments
evaluation
pulses
lasing
impedance measurement
electric fields
vortices
synthesis
ablation
curves
microscopy
pulsed lasers
converters
excimer lasers
simulation
ultraviolet lasers
buffers
liquid phases
bicrystals
Josephson junctions
magnets
tunnel junctions
conduction
nanocrystals
cooling
defects
probes
catalysts
crystals
oscillators
beads
microcrystals
metals

Physics

conductors
nanoparticles
current density
electric potential
transport properties
temperature
current distribution
harmonics
high temperature superconductors
laser plasmas
critical temperature
magnetic flux
photoluminescence
room temperature
temperature distribution
optical properties

Engineering

alternating current
critical current
pulsed laser deposition
nanowires
laser ablation
inductance
fabrication
flux pinning
direct current
nanorods
irradiation
scanning
whispering gallery modes
superconducting magnets
YAG lasers
carbon nanotubes
light sources
magnetic permeability
laser annealing
debris
excitation
electrodes
synchronous motors
lithography
eddy currents

Aerospace Sciences

magnetic fields

Chemistry and Materials

wire
zinc oxides
liquid nitrogen
gases
tin
liquid hydrogen
sapphire
air
copper
diamonds

Life Sciences

immunoassay
bacteria

Mathematical and Computer Sciences

finite element method

Chemical Compounds

Magnetic fields
Tapes
Critical currents
SQUIDs
Wire
Nanoparticles
Pulsed laser deposition
Temperature
Superconducting tapes
Superconducting materials
Superconducting wire
Fluxes
Nanowires
Lasers
Pickups
Flux pinning
Ion beam assisted deposition
Magnetization
Magnetometers
Fabrication
Laser ablation
Liquid nitrogen
Zinc Oxide
Transport properties
Electric fields
Substrates
Liquids
Superconducting cables
Cables
Carbon Nanotubes
Imaging techniques
Scanning
Thin films
Magnets
Microscopic examination
Power transformers
Electric potential
Metals
Helium
Superconducting magnets
Electrophoresis
Current density
High temperature superconductors
Nanorods
Gases
Inductance
Finite element method
Doping (additives)
Buffer layers
Sensors
Superconducting films
Pulsed lasers
Electrodes
Copper
Current voltage characteristics
Plasmas
Eddy current testing
Vortex flow
Photoluminescence
Excimer lasers
Chemical sensors
Oxides
Laser beam effects
Cooling
Bacteria
Microspheres
Magnetic flux
Defects
Crystals
Nanocrystals
Tin
Irradiation
Shielding
Glass
Aluminum Oxide
Creep
Epitaxial films
Experiments
Optical properties
Iron
Catalysts
Nanostructures
Hysteresis
Ablation
Synchronous motors
Silver
Scaling laws
Annealing
Magnetite Nanoparticles
Extreme ultraviolet lithography
Temperature distribution
Induced currents
Magnetic separation
Computer simulation
Short circuit currents
Trifluoroacetic Acid
Electric fault currents
Aluminum
Growth temperature
Diamond