Fakultät für Mathematik, Physik und Geodäsie (5000)

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Chemische Bestandteile

Helium
Thin films
Molecules
Density functional theory
Metals
Atoms
Temperature
Hubbard model
Charge transfer
Substrates
Polymers
Electrons
Transmission electron microscopy
Electron energy loss spectroscopy
Nanoparticles
Spectroscopy
Electrodes
Superfluid helium
Ground state
Polymorphism
Experiments
Chemical vapor deposition
Gravitation
Self assembled monolayers
Fermions
Oxides
Graphite
Adsorption
Oxygen
Scattering
X ray diffraction
Carbon
Impurities
Monolayers
Ions
Doping (additives)
Crystal structure
Hydrogen
Materials properties
Hydrogel
Gold
Heating
Entropy
Silver
Band structure
Semiconducting organic compounds
Iodides
Carbon Nanotubes
Magnetism
Liquids
Green's function
Electrostatics
Optical conductivity
Lasers
Annealing
Optical properties
Mean field theory
Adsorbates
Crystallization
Geometry
Nanowires
Oxidation
Phase transitions
Semiconductor materials
Decomposition
Vapors
Melting
Defects
Cellulose films
Magnetization
Mechanical properties
Platinum
Rydberg states
Magnetic properties
Microstructure
Chemical analysis
Electronic properties
Crystallites
Catalysts
Thermodynamic properties
Electron microscopes
Solar cells
Iron
Electronic structure
Cations
Tuning
Lanthanum
Atomic layer deposition
Phase diagrams
Scanning electron microscopy
Crystalline materials
Crystals
Water
Metamaterials
Tungsten
Electron beams
Kinetics
Chemical activation
Molybdenum
Earth (planet)

Physik & Astronomy

Chemistry and Materials

helium
molecules
adsorption
gold
liquids
iron
atomic layer epitaxy
tantalum
oxygen

General

electronics
impurities
density functional theory
thin films
metals
simulation
energy
interactions
insulators
Green's functions
baths
entropy
conductivity
transmission electron microscopy
products
energy dissipation
Stark effect
surface reactions
evaluation
formalism
defects
charge transfer
thermophysical properties
many body problem
electric fields
geometry
shift
predictions
organic semiconductors
phase diagrams
lasers
expansion
probes
scaling
profiles
steels
gravimetry
operators
critical point
crystal structure
fusion
hyperfine structure
templates
alignment
configurations
inversions
grazing incidence

Aerospace Sciences

spectroscopy
gravitation
orbits
magnetic fields

Physics

atoms
temperature
electrons
ground state
electric potential
nanoparticles
orbitals
fermions
helium atoms
atomic beams
electron energy
diffraction
positrons
ion beams
transport properties
wave functions
physics
optical properties
photoelectric emission
valence

Engineering

excitation
x rays
ionization
pulse heating
Kondo effect
electrodes
maximum entropy method
solar cells
scattering
superconductivity
photoexcitation
field effect transistors
transistors
electrical resistivity
annealing

Mathematical and Computer Sciences

approximation
perturbation theory
Bayes theorem
matrices
Monte Carlo method

Ingenieurwesen & Materialwissenschaft

Thin films
Molecules
Hubbard model
Density functional theory
Temperature
Atoms
Electrons
Charge transfer
Helium
Substrates
Fermions
Electron energy loss spectroscopy
Electrodes
Transmission electron microscopy
Metals
Experiments
Ground state
Polymorphism
Chemical vapor deposition
Nanoparticles
Impurities
Spectroscopy
Polymers
Hamiltonians
Oxygen
Adsorption
X ray diffraction
Monolayers
Semiconducting organic compounds
Heating
Self assembled monolayers
Plasmas
Entropy
Thermodynamic properties
Scattering
Microstructure
Crystal structure
Carbon
Band structure
Superfluid helium
Liquids
Phase transitions
Electronic properties
Green's function
Ions
Semiconductor materials
Optical conductivity
Materials properties
Melting
Mean field theory
Oxides
Decomposition
Annealing
Geometry
Doping (additives)
Magnetism
Hydrogels
Perovskite
Iron
Optical properties
Kinetics
Ion beams
Photons
Charge carriers
Electrostatics
Adsorbates
Crystalline materials
Orbits
Vapors
Atomic layer deposition
Phase diagrams
Mechanical properties
Electron microscopes
Lasers
Scanning electron microscopy
Graphene
Monitoring
Solar cells
Chemical activation
Coatings
Metamaterials
Hydrogen
Discrete Fourier transforms
Electron beams
Magnetization
Lattice vibrations
Tungsten
Transition metals
Magnetic properties
Chemical analysis
Heterojunctions
Crystallites
Superconductivity
Transport properties
Supply chains
Electron diffraction
Momentum
Gases
X rays
Solid oxide fuel cells (SOFC)