Andreas Hauser

Assoc.Prof. Mag.phil. Dipl.-Ing. Dr.phil. Dr.techn.

19952020
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Chemical Compounds

Helium
Density functional theory
Superfluid helium
Graphite
Molecules
Carbon Nanotubes
Dehydrogenation
Atoms
Alkanes
Quantum confinement
Propane
Nanoparticles
Gases
Alkalies
Nitrogen
Catalysts
Nanowires
Photoexcitation
Doping (additives)
Membranes
Temperature
Rydberg states
Solvation
Catalyst selectivity
Electric dipole moments
Orbits
Gas fuel purification
Electrons
Alkenes
Ethane
Catalyst activity
Hydrogen
Jahn-Teller effect
Vanadium
Adsorbates
Intermetallics
Enantiomers
Deuterium
Sublimation
Pore pressure
Methane
Nanopores
Wave functions
Geometry
Indium
Platinum
Silver
Isotopes
Spectroscopy
Gold

Physics & Astronomy

Chemistry and Materials

helium
molecules
alkalies
dehydrogenation
alkanes
gases
nitrogen
alkaline earth metals
alkali metals
alkenes
helium isotopes
intermetallics
deuterium
methane

General

density functional theory
porosity
wetting
electronics
catalysts
isotope separation
selectivity
zero point energy
Jahn-Teller effect
cellular automata
solvation
interactions
membranes
conservation
energy
screening

Engineering

graphene
carbon nanotubes
dipole moments
nanowires
electric moments
photoexcitation
electric dipoles
excitation
purification

Physics

atoms
surface diffusion
rotational spectra
molecular ions
vibrational spectra
nanoparticles
ground state
temperature
potential energy

Aerospace Sciences

orbits

Mathematical and Computer Sciences

perturbation theory

Engineering & Materials Science

Helium
Graphene
Superfluid helium
Density functional theory
Quantum confinement
Nitrogen
Carbon nanotubes
Molecules
Enantiomers
Pore pressure
Dehydrogenation
Atoms
Temperature
Ethane
Propane
Catalysis
Gases
Isotopes
Wetting
Nanoparticles
Gas adsorption
Mirrors
Membranes
Catalysts
Electrons
Adsorbates
Wave functions
Shells (structures)
Catalyst activity