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.
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Engineering & Materials Science
MEMS
Cells
Sensors
Substrates
Thin films
Adhesion
Actuators
Transmission electron microscopy
Aluminum
Tensile testing
Silicon
Single crystals
Fibroblasts
Cracks
Testing
Tissue
Elastic moduli
Fabrication
Metals
Mechanical properties
Indentation
Neurons
Scanning electron microscopy
Stiffness
Experiments
Hydrogels
Buckling
Temperature
Mechanics
Cantilever beams
Mechanical testing
Microstructure
Torsional stress
Analytical models
Cell culture
Unloading
Elasticity
Cell adhesion
Shear stress
Fracture mechanics
Wire
Etching
Gels
Polydimethylsiloxane
Plasticity
Proteins
Cell death
Tumors
Nanostructured materials
Metallizing
Chemical Compounds
MEMS
Cells
Aluminum
Substrates
Adhesion
Thin films
Silicon
Metals
Sensors
Transmission electron microscopy
Tissue
Stiffness
Neurons
Single crystals
Hydrogel
Gels
Fibroblasts
Elastic moduli
Actins
Actuators
Fabrication
Cell culture
Testing
Temperature
Mechanical properties
Mechanical testing
Tensile testing
Unloading
Nanostructured materials
Cracks
Scanning electron microscopy
Plastic deformation
Cell adhesion
Microsystems
Plasticity
Stem cells
Collagen
Indentation
Fibronectins
Imaging techniques
Cantilever beams
Shear stress
Experiments
Mechanics
Grain growth
Tumors
Microchannels
Physics & Astronomy
Engineering
microelectromechanical systems
fabrication
cantilever beams
actuators
self assembly
General
cracks
thin films
transmission electron microscopy
cells
sensors
metal films
single crystals
grain size
tensile tests
Bauschinger effect
scanning electron microscopy
microstructure
filaments
phenotype
Chemistry and Materials
aluminum
mechanical properties
silicon
modulus of elasticity
Aerospace Sciences
walking machines
Physics
stress distribution