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

Metals
Aluminum
Transmission electron microscopy
Sensors
Unloading
Microstructure
MEMS
Mechanical properties
Experiments
Plastic deformation
Tensile testing
Focused ion beams
Metallic glass
Tin
Neurons
Electron microscopes
Scanning
Thin films
Fabrication
Testing
Recovery
Strain measurement
Strain rate
Polydimethylsiloxane
Textures
Electron diffraction
Mechanics
Force measurement
Plasticity
Crystal orientation
Diffraction
BioMEMS
Crystal whiskers
Guided electromagnetic wave propagation
Mechanical testing
Microsystems
Structural health monitoring
Ultrasonic waves
Degrees of freedom (mechanics)
Propulsion
Transmitters
Robotics
Electric properties
Anisotropy
Damping
Cells
Single crystals
Plastics
Film thickness
Plastic flow

Chemical Compounds

Metals
Aluminum
Transmission electron microscopy
Unloading
Sensors
Experiments
Plastic deformation
MEMS
Microstructure
Tin
Focused ion beams
Metallic glass
Electron microscopes
Scanning
Thin films
Mechanics
Recovery
Mechanical properties
Strain measurement
Strain rate
Tensile testing
Reynolds number
Electron diffraction
Textures
Aspect ratio
Plasticity
Neurons
Diffraction
Crystal orientation
Capillary flow
Crystal whiskers
Guided electromagnetic wave propagation
Force measurement
Mechanical testing
Microsystems
Structural health monitoring
Ultrasonic waves
Biological systems
Microchannels
Nanostructured materials
Propulsion
Drag
Transmitters
Robotics
Anisotropy
Cells
Flow rate
Single crystals
Film thickness
Gold

Physics & Astronomy

Chemistry and Materials

aluminum
mechanical properties
tin
composite materials
metallic glasses

General

metal films
structural health monitoring
transmission electron microscopy
metals
sensors
filaments
thin films
microstructure
defects
transmitters
electron microscopes
Bauschinger effect
grain size
plastics
strain measurement
composite structures
microchannels
neurons
artifacts
textures
degrees of freedom
damping
recovery
unloading
axons
spermatozoa

Engineering

receivers
scanning
microelectromechanical systems
nucleation
electrical properties
rangefinding
propulsion
robotics
engineering

Physics

ion beams
Lamb waves
ultrasonic radiation
strain rate
electron diffraction
flow velocity
electron beams

Mathematical and Computer Sciences

low Reynolds number

Life Sciences

Drosophila

Aeronautics

slender bodies