Syracuse University

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

Sensors
Experiments
Communication
Temperature
Ligands
Antennas
Fusion reactions
Detectors
Industry
Water
Costs
Geometry
Processing
Crystals
Polymers
Metals
Composite materials
Scattering
Students
Air
Wireless sensor networks
Testing
Integral equations
Crystal structure
Acids
Copper
Method of moments
Atoms
Hydrothermal synthesis
Decomposition
Liquids
Data storage equipment
Polynomials
Oxides
Monitoring
Sensor networks
Neural networks
Statistics
Molecules
Amorphous silicon
Lakes
Soils
Computer simulation
Shape memory effect
Electrons
Bandwidth
Cognitive radio
Defects
Delamination
Radiation
Recovery
Throughput
Kinetics
Adsorption
Quality of service
Fibers
Internet
Electric fields
Radar
Semantics
Information systems
Scheduling
Finite element method
Imaging techniques
Proteins
Energy efficiency
Derivatives
Transmitters
Target tracking
Physics
Education
Sampling
Volatile organic compounds
Positive ions
Innovation
Computational fluid dynamics
Fluxes
Fading channels
Tissue
Flow control
Personnel
Information technology
Molecular structure
Green's function
Decision making
Toughness
Ventilation
Decoding
Vortex flow
Software engineering
Sediments

Physics & Astronomy

General

decay
detectors
energy
synthesis
collisions
ligands
crystals
interactions
simulation
crystal structure
asymmetry
metals
cross sections
predictions
solid state
confidence
geometry
electromagnetism
formulations
cells
sensors
defects
products
form factors
quantum chromodynamics
rings
estimates
radiation
continuums
density functional theory
configurations
parity
conduction
molecular structure
thin films
expansion

Physics

mesons
luminosity
electrons
protons
quarks
center of mass
atoms
temperature
physics
photons
baryons
leptons
polarization
cations
nuclear magnetic resonance
momentum

Aerospace Sciences

gravitational waves
LIGO (observatory)
spectroscopy

Chemistry and Materials

methylidyne
copper
chemistry
molecules
water
hydrogen
liquids
amorphous silicon
composite materials
polymers
oxides
acids
silicon

Engineering

scattering
x rays
antennas
life (durability)

Mathematical and Computer Sciences

matrices
CP violation
symmetry
integral equations

Chemical Compounds

Ligands
Temperature
Water
Metals
Crystals
Crystal structure
Copper
Polymers
Atoms
Molecules
Hydrothermal synthesis
Experiments
Proteins
Oxides
Carbon Monoxide
Geometry
Acids
Soils
Alcohols
Nuclear magnetic resonance
Lakes
DNA
Composite materials
Cations
Chemical analysis
Pharmaceutical Preparations
Substrates
Liquids
Shape memory effect
Ions
Kinetics
Electrons
Derivatives
Mercury
Scattering
Crystalline materials
Amorphous silicon
Nitrogen
Anions
Vanadium
Watersheds
Density functional theory
Oxygen
Adsorption
Fluxes
Molecular structure
Carbon
Oxidation
Nanoparticles
Defects
Ecosystems
Membranes
Air
Peptides
Phosphates
Salts
Rhenium
Cells
X ray diffraction
Gases
Single crystals
Methanol
Hydrogen