• 8010

    Petersgasse 16 Graz

    Austria

Fingerprint Dive into the research topics where Institute of Experimental Physics (5110) is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Physics & Astronomy

Chemistry and Materials

helium
molecules
liquids
tantalum
gold
sodium
alkalies
dimers
wire
acetone
niobium
tungsten
neodymium isotopes
indium
neon
liquid metals
alkali metals
platinum
intermetallics
sodium vapor
rubidium
silver
nitrogen

Physics

helium atoms
atoms
atomic beams
laser induced fluorescence
laser beams
photoelectrons
temperature
ground state
magnetic resonance
specific heat
nanoparticles
electrons
surface diffusion
echoes
line spectra
enthalpy
energy levels
heat of fusion
static pressure
valence
wave functions
ions
radiance
polarization
wavelengths

Engineering

pulse heating
excitation
scattering
ionization
photoexcitation
nanowires
electrical resistivity
carbon nanotubes
pumps
melting
heating
graphene
dipole moments
electric moments
field effect transistors
electric dipoles

Aerospace Sciences

spectroscopy
optogalvanic spectroscopy

General

Stark effect
thermophysical properties
electronics
hyperfine structure
lasers
critical point
quantum numbers
shift
emissivity
surface reactions
density functional theory
liquid phases
electric fields
solvation
pulses
interactions
scalars
expansion
excimers
energy
parity
magnetometers
probes
simulation
insulators
defects
melting points
surface plasmon resonance
crossed fields
wetting
dissociation
propagation
mirrors

Mathematical and Computer Sciences

perturbation theory

Chemical Compounds

Helium
Atoms
Superfluid helium
Molecules
Graphite
Density functional theory
Liquids
Spectroscopy
Temperature
Carbon Nanotubes
Thermodynamic properties
Scattering
Ground state
Heating
Rydberg states
Lasers
Quantum confinement
Niobium
Gold
Nanowires
Ions
Stark effect
Propane
Tungsten
Dimers
Platinum
Nanoparticles
Fluorescence spectroscopy
Ionization
Electrons
Dehydrogenation
Intermetallics
Wave functions
Oxides
Doping (additives)
Tantalum
Metals
Experiments
Hydrogen
Lithium
Carbon
Specific heat
Alkanes
Photoexcitation
Rubidium
Melting
Thermal conductivity
Alkalies
Nitrogen
Wavelength
Nickel
Solvation
Electric fields
Catalyst selectivity
Electric dipole moments
Decomposition
Debye temperature
Discharge lamps
Coherent scattering
Transition metals
Heating rate
Morse potential
Catalyst activity
Melting point
Ultraviolet lasers
Optical pumping
Fabry-Perot interferometers
Charge density waves
Lanthanum
Wave packets
Nanostructures
Density of liquids
Wire
Hubbard model
Vanadium
Adsorbates
Oligomers
Catalysts
Quartz
Hydrogels
Ethane
Benzoic Acid
Chemiluminescence
Molybdenum
Lattice vibrations
Surface diffusion
Optical properties
Electron energy levels
Deuterium
Ozone
Phase transitions
Sublimation
Thermoelectric power
Diffraction gratings
Palladium
Electronic states
Magnetometers
Magnetic resonance

Engineering & Materials Science

Helium
Atoms
Thermodynamic properties
Liquids
Superfluid helium
Heating
Scattering
Temperature
Stark effect
Spectroscopy
Lasers
Molecules
Magnetometers
Melting
Niobium
Specific heat
Density functional theory
Dimers
Experiments
Graphene
Quantum confinement
Tungsten
Carbon nanotubes
Thermal conductivity
Frequency standards
Graphite
Linewidth
Wave functions
Ground state
Carbon
Electric fields
Raman scattering
Debye temperature
Coherent scattering
Nitrogen
Transition metals
Heating rate
Morse potential
Melting point
Optical pumping
Fabry-Perot interferometers
Charge density waves
Surface emitting lasers
Wave packets
Nanostructures
Density of liquids
Hubbard model
Vapors
Enthalpy
Laser excitation
Satellites
Lattice vibrations
Benzoic acid
Electrons
Phase transitions
Thermoelectric power
Nickel
Sodium
Diffraction gratings
Fluorescence spectroscopy
Tantalum
Ultrahigh vacuum
Platinum
Magnetic resonance
Dehydrogenation