Oliver Hofmann

Ass.Prof. Dipl.-Ing. Dr.techn.

20042021
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Chemical Compounds

Molecules
Metals
Density functional theory
Boron
Self assembled monolayers
Adsorption
Adsorbates
Monolayers
Potential energy surfaces
Electrostatics
Polymorphism
Crystal orientation
Charge transfer
Pressure control
Scanning tunneling microscopy
Van der Waals forces
Tuning
Learning systems
Hydrogen
Substrates
Conformations
Geometry
Electrons
Electron affinity
Semiconducting organic compounds
Charge carriers
Thermodynamics
Photoelectron spectroscopy
Electrodes
Functional groups
Electronic states
Electronic structure
Heterojunctions
Fermi level
Adatoms
Physical properties
Interface states
Electronic properties
Redox reactions
Self assembly
Doping (additives)
Ultrahigh vacuum
Materials science
Semiconductor materials
Coulomb interactions
Potential energy
Defects
Vacancies
Copper oxides
Molecular orbitals

Engineering & Materials Science

Molecules
Boron
Density functional theory
Adsorption
Electrostatics
Metals
Crystal orientation
Charge transfer
Monolayers
Pressure control
Pyrene
Self assembled monolayers
Scanning tunneling microscopy
Van der Waals forces
Tuning
Adsorbates
Electrons
Electron affinity
Semiconducting organic compounds
Substrates
Hydrogen
Geometry
Conformations
Charge carriers
Excitons
Thermodynamics
Photoelectron spectroscopy
Electrodes
Functional groups
Electronic states
Electronic structure
Heterojunctions
Potential energy surfaces
Fermi level
Adatoms
Physical properties
Interface states
Electronic properties
Redox reactions
Self assembly
Doping (additives)
Ultrahigh vacuum
Materials science
Semiconductor materials
Potential energy
Polymorphism
Vacancies
Copper oxides
Molecular orbitals
Dechlorination

Physics & Astronomy

Chemistry and Materials

molecules
boron
adsorption
surface stability
pyrenes
quinones
hydrogen
copper

General

density functional theory
metals
functionals
interactions
electronics
configurations
Van der Waals forces
scanning tunneling microscopy
assembly
charge transfer
organic semiconductors
geometry
thermodynamics
predictions
adjusting
physical properties
polymorphism
materials science
metal surfaces
pulling
simulation
inhomogeneity
transition points
alignment
vapor phases
attraction
screening
standing waves
surface reactions
retraining

Mathematical and Computer Sciences

mixing ratios

Engineering

tuning
electrostatics
electrodes
self assembly

Physics

potential energy
electron affinity
adatoms
ultrahigh vacuum
electrons

Aerospace Sciences

photoelectron spectroscopy