Det Tekniske Fakultet

Fingeraftryk Dyk ned i de forskningsemner, hvor Det Tekniske Fakultet er aktiv. Disse emneetiketter kommer fra arbejdet fra denne organisations medlemmer. Sammen danner de et unikt fingeraftryk.

Teknik og materialevidenskab

Robots
Industry
Robotics
Supply chains
Innovation
Sensors
Controllers
Sustainable development
Costs
Intelligent buildings
Software engineering
Nanoparticles
Nanostructures
Gold
Experiments
Waveguides
Metals
Decision making
Plasmons
Nanowires
Polarization
Energy utilization
Wavelength
Electricity
Trajectories
Life cycle
Economics
Substrates
Nanofibers
Temperature
Cameras
Photons
Planning
Carbon
Grippers
Processing
Demonstrations
Biogas
Fabrication
Fault detection
Recovery
Monitoring
Biomass
Automation
Proton exchange membrane fuel cells (PEMFC)
Thin films
Electrodes
Acoustics
Testing
Modular robots
Feedback
Energy efficiency
Wind turbines
Resonators
Bioethanol
Navigation
Photonics
Biofuels
Students
Membranes
Communication
Scattering
Electric potential
Microscopic examination
Networks (circuits)
Silicon
Neural networks
Managers
Nanophotonics
Oxides
Logistics
Oxygen
Adsorption
Control systems
Catalysts
Ships
Spectroscopy
Manures
Supply chain management
Recycling
Graphene
Alumina
Color
Embedded systems
Animals
Anaerobic digestion
Lighting
Computer vision
Hardware
Ventilation
Chemical analysis
Modal analysis
Product development
Metamaterials
Human robot interaction
Teaching
DC-DC converters
Mobile robots
Ions
Computer simulation

Fysik og astronomi

Physics

polaritons
wavelengths
nanoparticles
plasmons
photonics
photons
acoustics
polarization
excitons
optics
harmonic generations
optical properties
photoluminescence
harmonics
refractivity
electrons
temperature
diffraction
luminescence
photoelectric emission
optical waveguides
ions

General

waveguides
metals
augmentation
microscopy
thin films
simulation
templates
emitters
configurations
dipoles
lasers
propagation
chips
gratings
fibers
mica
radiation
ridges
cells
membranes
metal films
Q factors
interactions
platforms
illumination
leakage
needles
crystals
energy
sensors
surface plasmon resonance
dielectric waveguides
insulators
atomic force microscopy
sound fields
metal surfaces
organic semiconductors
damping

Chemistry and Materials

gold
silver
polymers
molecules
diamonds
aluminum oxides
silicon
adsorption
oxygen
muscovite
copper

Engineering

near fields
resonators
excitation
nanowires
solar cells
fabrication
broadband
lithography
scattering
scanning
graphene
V grooves
antennas
couplers
microphones
grooves
electrodes
tuning
far fields
life (durability)
fuel cells

Aerospace Sciences

spectroscopy
cavities
electron spectroscopy

Mathematical and Computer Sciences

boundary element method
finite difference time domain method
sensitivity

Life Sciences

extinction
bioinstrumentation

Kemiske forbindelser

Metals
Nanostructures
Plasmons
Graphite
Nanofibers
Biofuels
Nanoparticles
Gold
Waveguides
Nanowires
Aluminum Oxide
Carbon
Polarization
Carbon Nanotubes
Proton exchange membrane fuel cells (PEMFC)
Substrates
Oxygen
Molecules
Electrodes
Crystallization
Wavelength
Photons
Silicon
Temperature
Catalysts
Thin films
Membranes
Oxides
Platinum
Fabrication
Resonators
Microscopic examination
Silver
Photonics
Surface plasmon resonance
Diamond
Nanophotonics
Castor Oil
Electrolytes
Catalyst supports
Solar cells
Spectroscopy
Fuel cells
Degradation
Bioethanol
Polymers
Adsorption
Water
Scattering
Ions
Harmonic generation
Methanol
Metamaterials
Ionomers
Transesterification
Oxidation
Electrons
Copper
Recovery
Radiation
Calcium Phosphates
Life cycle
Optical properties
Vacancies
Precious metals
Needles
Light polarization
Sensors
Crystalline materials
Atoms
Lasers
Nitrogen
Cerium compounds
Metal nanoparticles
Oils
Experiments
Distillation
Liquids
Enzymes
Boron
Costs
Purification
Polymorphism
Photoluminescence
Crystals
Electrocatalysts
Nanodiamonds
Luminescence