Fingerprint The Elsevier Fingerprint Engine mines the text of the experts' scholarly documents - publication abstracts, awards, project summaries, patents, and other sources – to create an index of weighted terms which defines the text, known as a Fingerprint. By aggregating and comparing Fingerprints, the Elsevier Fingerprint Engine enables users to look beyond metadata and expose valuable connections among people, research units, publications, and ideas.

Engineering & Materials Science

Nanowires
Polymers
Polypeptides
Optical tomography
Etching
Imaging techniques
Synthetic apertures
Nanoparticles
Nanoconjugates
Ring opening polymerization
Resonators
Metals
Polymerization
Microscopic examination
Substrates
Augmented reality
Membranes
Bearings (structural)
Silicon
Semiconductor materials
Composite materials
Scattering
Metallorganic chemical vapor deposition
Tumors
Epitaxial growth
Monitoring
Liquids
Microfluidics
Genes
Semiconductor quantum dots
Photonics
Catalysts
Geometry
Photoluminescence
Fabrication
Cooling
Temperature
Photonic crystals
Self-healing materials
Fibers
Brillouin scattering
Medical nanotechnology
Amines
Color
Surface emitting lasers
Traffic signs
Drug delivery
Encapsulation
Monomers
Cells
Vapors
Visualization
Light emitting diodes
Nanotechnology
Fluorescence
Laser resonators
Polyethylene glycols
Adaptive optics
Molecules
Depolymerization
Cameras
Ridge waveguides
Aspect ratio
Polyesters
Silica
Whispering gallery modes
Doping (additives)
Kinetics
Proteins
Fracture toughness
Microchannels
High electron mobility transistors
Lasers
Urea
Processing
Silicon nitride
Chemical activation
Esters
Nanostructures
Recovery
Acids
DNA
Tomography
Experiments
Cracks
Labeling
Stem cells
Micelles
Labels
Molecular weight
Toxicity
Spectroscopy
Optical properties
Aberrations
Defects
Costs
Energy gap
Acoustics
Fluids
Thermosets

Chemical Compounds

Polymers
Nanowires
Capsules
Metals
Peptides
Nanoparticles
Ring opening polymerization
Silicon
Etching
Imaging techniques
Polymerization
Nanoconjugates
Synthetic apertures
Optical tomography
Bearings (structural)
Composite materials
Resonators
Substrates
Semiconductor materials
Membranes
Genes
Tumors
dicyclopentadiene
Epitaxial growth
Pharmaceutical Preparations
Microscopic examination
Catalysts
Medical nanotechnology
Photoluminescence
Photonics
Liquids
Microfluidics
Amines
Fibers
Cells
Self-healing materials
Metallorganic chemical vapor deposition
Scattering
Silicon Dioxide
Semiconductor quantum dots
Cooling
Urea
Monomers
Molecules
Polyethylene glycols
Fabrication
Temperature
Drug delivery
Depolymerization
Micelles
Fluorescence
Chemical activation
Brillouin scattering
Polyesters
Geometry
Camptothecin
Encapsulation
Aspect ratio
Kinetics
Molecular weight
Graphite
Ridge waveguides
Esters
Doping (additives)
Self assembly
Microchannels
Vapors
Adaptive optics
Small Interfering RNA
Thermosets
Photonic crystals
Laser resonators
Glutamic Acid
Chirality
Light emitting diodes
Amino Acids
Nanotechnology
Recovery
Stem cells
Nanostructures
Toxicity
Cracks
Polymethyl Methacrylate
Fracture toughness
Macromolecules
Whispering gallery modes
Labeling
Aberrations
Tomography
Coatings
DNA
Water
Chemical analysis
Conformations
Brushes
Spectroscopy
Defects
Optical properties
Fluids
Porous silicon

Physics & Astronomy

Engineering

synthetic apertures
nanowires
etching
resonators
inverse scattering
scattering
quantum dots
high resolution
light emitting diodes
engineering
couplers
whispering gallery modes
excitation
broadband
fabrication
electric batteries
field effect transistors
numerical aperture
nanotubes
solar cells
graphene
near fields
laser cooling
interferometry
semiconductor lasers
photodiodes
scanning

Life Sciences

tomography
healing
retina
tumors
cancer

General

microscopy
metals
metalorganic chemical vapor deposition
adaptive optics
membranes
aberration
cooling
waveguides
geometry
ridges
platforms
augmentation
crystals
tubes
damage
delivery
hardware
Q factors
cells
surface emitting lasers
fluidics
chips
oscillators
restoration
defects
fluids
inorganic materials
actuation
inductors
catalysts
imaging techniques
interactions
lasers
modulators
neurons
amplifiers

Physics

photonics
photoluminescence
acoustics
cathodoluminescence
nanoparticles
optical properties
wavelengths
room temperature
modulation
quantum wells
high speed
phonons
luminescence
radiation pressure
fluorescence
temperature

Chemistry and Materials

silicon
epitaxy
polymers
liquids
polypeptides
porous silicon
silicon dioxide
silicon nitrides
arsenic
vapors
ureas
composite materials

Aerospace Sciences

cavities
spectroscopy

Social and Information Sciences

laser arrays

Mathematical and Computer Sciences

symmetry