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Fingerprint 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

Nanowires
Adatoms
Electron microscopy
Photoemission
Epitaxial growth
Photoelectrons
Electronic structure
Scanning tunneling microscopy
Ultrahigh vacuum
Atoms
Photoelectron spectroscopy
Cobalt
Temperature
Transmission electron microscopy
Substrates
Low energy electron diffraction
Reflection high energy electron diffraction
X rays
Nucleation
Silicon
Silicides
Valence bands
Monochromators
Scanning
Electron energy loss spectroscopy
Kinetics
Annealing
Binding energy
Ballistics
Metals
Phase transitions
Electrons
Lenses
Spectrometers
Growth kinetics
Ising model
Momentum
Scattering
Stacking faults
Microscopes
Magnetoresistance
Photons
X ray photoelectron spectroscopy
Titanium
Gold
Electron microscopes
Fermi level
Core levels
Microscopic examination
Dysprosium

Physics & Astronomy

Engineering

nanowires
quantum wires
nucleation
x rays
annealing
phase transformations
scanning
electrical resistivity
signatures
scattering
binding energy

General

electron microscopy
rings
electronic structure
scanning tunneling microscopy
energy
atomic structure
kinetics
cells
surface layers
thermomigration
crystal defects
microscopes
transition metals
transmission electron microscopy
line shape
ledges
stoichiometry

Chemistry and Materials

cobalt
epitaxy
titanium
nickel
silicon
dysprosium
silicides

Physics

adatoms
atoms
electron diffraction
diffraction
photoelectric emission
room temperature
high energy electrons
temperature
electrons
photoelectrons
oscillations
x ray diffraction
ultrahigh vacuum

Aerospace Sciences

photoelectron spectroscopy

Life Sciences

disorders

Chemical Compounds

Nanowires
Adatoms
Electronic structure
Epitaxial growth
Silicon
Scanning tunneling microscopy
Electron microscopy
Cobalt
Atoms
Ultrahigh vacuum
Photoelectrons
X rays
Temperature
Silicides
Valence bands
Substrates
Photoemission
Metals
Reflection high energy electron diffraction
Annealing
Low energy electron diffraction
Binding energy
Scanning
Transmission electron microscopy
Ballistics
Gold
Phase transitions
Electrons
Nucleation
Growth kinetics
Stacking faults
Microscopes
Magnetoresistance
Dysprosium
X ray photoelectron spectroscopy
Gases
Fermi level
Tin
Core levels
Microscopic examination
Giant magnetoresistance
Diffraction
Nanostructures
Satellites
Tunnels
Semiconductor quantum wires
X ray diffraction
Electrodes
Point contacts
Molecules