• 8010

    Petersgasse 16 Graz

    Austria

Fingerprint Dive into the research topics where Institute of Materials Physics (5170) is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Chemical Compounds

Magnetism
Palladium
Tuning
Metals
Superparamagnetism
Atoms
Magnetic properties
Hydrogenation
Kinetics
Ferromagnetism
Magnetization
Cobalt
Hydrogen
Electronic structure
Annealing
Vacancies
Electrochemical cells
Chemical analysis
Sorption
SQUIDs
Magnetic moments
Electric properties
Etching
Iron
Corrosion
Heating
Reaction kinetics
Surface states
Band structure
Oxidation
Mechanical properties
Magnetoelectronics
Density functional theory
Grain boundaries
Electrolytes
Pore size
Surface treatment
Chemical reactions
Voltage control
Transmission electron microscopy
Reaction rates
Magnetometers
Precipitates
Temperature
Mean field theory
Experiments
Acoustic impedance
Electrochemical oxidation
Ligaments
Heat treatment
Solid electrolytes
Electric fields
Electrodes
Platinum
Dislocations (crystals)
Crystallites
Electronic properties
Torsional stress
Ground state
Scanning electron microscopy
Transition metals
Functional materials
Ternary alloys
Electrostatics
Materials properties
Binary alloys
Agglomeration
Nickel
Modulation
Catalysis
Magnetic hysteresis
Dissolution
Iron-based Superconductors
Monitoring
Saturation magnetization
Coercive force
Silver
Gold

Physics & Astronomy

Physics

positrons
strain rate
neutron diffraction
valence
atoms
nanoparticles
physics

General

dilatometry
defects
charging
positron annihilation
Austria
extensometers
tablets
metals
crystallites
torsion
foils
grain boundaries
electronic structure
density functional theory
spectrometers
salts
ion extraction
electronics
tetrahedrons
microstructure
anisotropy
desorption
dissolving
transition metals
porosity
precipitation hardening
interference
configurations
copper alloys
nickel alloys
evaluation
ternary alloys
plastic deformation
binary alloys
solutes
indication
magnetometers
diffusivity
magnetic measurement
activation
chemical composition

Engineering

electrodes
life (durability)
magnetic properties
residual stress
magnetic permeability
electric batteries
cold rolling
annealing
energy bands
electrochemical cells
magnetic moments
cathodes
surface treatment

Chemistry and Materials

palladium
hydrogenation
hydrides
iron
sulfides
silver
hydrogen
aluminum
metal hydrides
plastic properties

Mathematical and Computer Sciences

matrices
approximation

Engineering & Materials Science

Superparamagnetism
Kinetics
Materials testing
Magnetism
Steel structures
Computational efficiency
Vacancies
Transfer functions
Sorption
Numerical models
Transducers
Elasticity
Numerical methods
Fourier transforms
Ultrasonics
Annealing
Iron
Finite element method
Heating
Wavelength
Atoms
Band structure
Hydrogen
Magnetoelectronics
Electronic structure
Density functional theory
Grain boundaries
Testing
Chemical analysis
Reaction kinetics
Voltage control
Reaction rates
Precipitates
Water
Magnetization
Mean field theory
Tuning
Heat treatment
Electric fields
Transmission electron microscopy
Dislocations (crystals)
Crystallites
Electronic properties
Torsional stress
Experiments
Temperature
Ground state
Scanning electron microscopy
Transition metals
Magnetic properties
Iron-based Superconductors