Stevens Institute of Technology

  • United States

Fingerprint The fingerprint is based on mining the text of the scientific documents related to the associated experts. Based on that an index of weighted terms is created, which defines the key subjects of research unit

Engineering & Materials Science

Cognitive radio
Costs
Industry
Sensors
Communication
Systems engineering
Students
Experiments
Code division multiple access
Processing
Detectors
Polymers
Nanofibers
Composite materials
Nanoparticles
Robots
Modulation
Oxidation
Wireless networks
Temperature
Fading channels
Throughput
Cryptography
Fibers
Extrusion
Water
Substrates
Fabrication
Soils
Tissue
Antennas
Semantics
Carbon nanotubes
Acoustics
Catalysts
Planning
Monitoring
Wireless sensor networks
Kinetics
Product development
Authentication
Channel estimation
Decision making
Network protocols
Nanostructures
Coatings
Bandwidth
Oxides
Scaffolds
Fluids
Innovation
Silicon
Metals
Computer simulation
Ad hoc networks
Nanocomposites
Geometry
Large scale systems
Software engineering
Matched filters
Nanowires
Oxygen
Education
Graphene
Internet
Arsenic
Covariance matrix
Radar
Extruders
Decomposition
Adsorption
Testing
Beamforming
Quantum cascade lasers
Access control
Sensor networks
Fusion reactions
Statistics
Tissue engineering
Hydrogels
Microstructure
Wireless ad hoc networks
Air
Data storage equipment
Topology
Signal detection
Polynomials
Recovery
Imaging techniques
MEMS
Curricula
Quality of service
Trajectories
Specifications
Polycaprolactone
Bone
Outages
Aluminum
Resins
Infrared radiation

Chemical Compounds

Polymers
Nanoparticles
Carbon Nanotubes
Nanofibers
Oxidation
Silicon
Metals
Water
Composite materials
Substrates
Graphite
Arsenic
Oxides
Gases
Fibers
Scaffolds
Temperature
Catalysts
Tissue
Ions
Kinetics
Coatings
Suspensions
Nanostructures
Processing
Extrusion
Adsorption
Aluminum
Soils
Nanocomposites
Fabrication
Tissue engineering
Oxygen
Mass spectrometry
Hydrogen
Bone
Raman scattering
Aluminum Oxide
Gold
Nanowires
Hydrocarbons
Molecules
Anions
Silver
Crystallization
Thin films
Fluids
Hydrogels
Microstructure
Extruders
Experiments
Adhesion
Scaffolds (biology)
Cells
Liquids
Sensors
Silicon Dioxide
carbopol 940
Osteoblasts
Hydrogel
Iron
Ionization
Wavelength
Polyethylene glycols
Membranes
Air
Heat transfer
Grafts
Modulation
Photonic crystal fibers
Infrared radiation
Radiative transfer
Carbon
Microfluidics
Quantum cascade lasers
Wetting
Acoustics
Microchannels
Proteins
Plasmas
Atoms
Hydrogenation
Resins
Reforming reactions
Self assembly
Oils
Bacteria
Imaging techniques
Nickel
Electrospinning
Chemical analysis
Gels
Degradation
Shear viscosity
Photodynamic therapy
Nanotubes
Tungsten
Geometry
Crystals
Mass transfer

Physics & Astronomy

General

radiative transfer
fibers
pulses
vibration
simulation
sensors
lasers
atmospheres
slip
retrieval
crystals
shear
interactions
gratings
energy
gyroscopes
snow
membranes
thin films
damage
nonlinearity
cells
configurations
platforms
baths
microstructure
resonant frequencies
reactors
output
fluids
remote sensing
assembly
metals
formulations
augmentation
interference
methodology
probes
chips
waveguides
predictions
steganography

Engineering

quantum cascade lasers
fabrication
Raman spectra
carbon nanotubes
coatings
nanowires
graphene
excitation
microelectromechanical systems
scattering
resonators
quantum dots
broadband
lithography
fuel cells
actuators
tuning

Geosciences

oceans
aerosols

Physics

acoustics
modulation
nanoparticles
photonics
wavelengths
frequency modulation
photons
optical properties
radiance
atoms
refractivity
temperature
irradiance
light modulation
high speed

Chemistry and Materials

polymers
water
air
silicon
molecules
composite materials
ice
oxides
oxidation
silicon dioxide
aluminum oxides
proteins
nanocomposites
liquids
ozone
crystallization
gold
adhesion
silver
gases

Aerospace Sciences

spectroscopy
cavities

Mathematical and Computer Sciences

sensitivity
matrices