Profile Fingerprint is based on mining the text of the experts' scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

Engineering & Materials Science

Isotopes
Heavy ions
Ions
Irradiation
Ion beams
Temperature
Ion sources
Graphite
Separators
Carbon
Experiments
Uranium
Ionization
Ion bombardment
Spectrometers
Neutrons
Electron beams
Atoms
Metal foil
Particle accelerators
Chemical activation
Mechanical properties
Radioactive elements
Testing
Linear accelerators
Cyclotrons
Electric resistance measurement
Actinides
Materials science
Synchrotrons
Seals
Swelling
Flow of fluids
Electrostatics
Wheels
Annealing
Recovery
Degradation
Hydrogen
Microstructure
Oxygen
Electric potential
Electron cyclotron resonance
Ovens
Uranium carbide
Radiation damage
Magnetic fluids
Joule heating
Acoustic impedance
Tantalum

Physics & Astronomy

Physics

ions
heavy ions
ion beams
temperature
atoms
radiant flux density
diffusion coefficient
electron cyclotron resonance
cyclotrons
synchrotrons
deuterons

Chemistry and Materials

isotopes
graphite
alkalies
carbon
uranium
radioactive isotopes
mechanical properties
hydrogen
uranium carbides

Engineering

irradiation
ion sources
separators
ion irradiation
seats
surface ionization
ionization
electrical resistivity
annealing
ferrofluids
electrical resistance

General

energy
microstructure
foils
simulation
damage
materials science
swelling
fluid flow
fluence
recovery
degradation
fission
isotope separation
ionizers
wheels

Life Sciences

dosage
radiation damage

Chemical Compounds

Isotopes
Carbon
Heavy Ions
Ion beams
Experiments
Actinoid Series Elements
Linear accelerators
Graphite
Separators
Spectrometers
Electrostatics
Neutrons
Chemical activation
Irradiation
Ions
Electric potential
Uranium
Carbon Monoxide
Oxygen
Synchrotrons
Extrapolation
Particle accelerators