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

Solar cells
Heterojunctions
Sustainable development
Temperature
Silicon
Electrons
Water
Costs
Electric potential
Imaging techniques
Planning
Health
Molecular beam epitaxy
Metals
Power quality
Defects
Nanoparticles
Substrates
Experiments
Electricity
Composite materials
Chemical analysis
Economics
Silicon solar cells
Oxides
Electron microscopy
Students
Climate change
X rays
Soils
Nanowires
Semiconductor materials
Monitoring
Crystalline materials
Catalysts
Learning systems
Carbon
Transmission electron microscopy
Feature extraction
Communication
Sensors
Atoms
Industry
Nanostructured materials
Energy storage
State estimation
Carrier lifetime
Epitaxial growth
Impurities
Degradation
Membranes
Ecosystems
Passivation
Thin films
Semiconductor quantum wells
Land use
Recovery
Silver
Kinetics
Oxidation
Indium
Biofilms
Photoluminescence
Carbonates
Wastewater
High resolution electron microscopy
Electrodes
Education
Decision making
Air
Cements
Molecules
Phasor measurement units
Doping (additives)
Processing
Networks (circuits)
Energy utilization
Labels
Disasters
Lasers
Nitrogen
Fabrication
Energy efficiency
DNA
Electron holography
Hydration
Annealing
Phase change materials
Curricula
Proteins
Oxygen
Innovation
Potable water
Energy gap
Optical properties
Nanotechnology
Electron microscopes
Availability
Porphyrins
Diffraction

Chemical Compounds

Solar cells
Silicon
Electrons
Metals
Temperature
Heterojunctions
Water
Imaging techniques
Nanoparticles
Molecular beam epitaxy
Substrates
Carbon
Oxides
Ecosystems
Defects
Molecules
Atoms
Catalysts
Carbon Monoxide
Chemical analysis
Composite materials
Membranes
Nanowires
Carotenoids
Kinetics
Nanostructured materials
Porphyrins
Oxidation
Transmission electron microscopy
Carbonates
Nitrogen
X rays
Silicon solar cells
Soils
High resolution electron microscopy
Electron microscopy
Energy transfer
Thin films
Crystalline materials
Silver
Semiconductor materials
Semiconductor quantum wells
Epitaxial growth
Crystals
Biofilms
Impurities
Photoluminescence
Electrodes
Degradation
Hydration
Polymers
Gold
Ions
Graphite
Phase change materials
Experiments
Carrier lifetime
Oxygen
Phosphorus
DNA
Algae
Passivation
Bacteria
Cements
Scanning electron microscopy
Silicates
Optical properties
Photosynthesis
Anodes
Air
Crystallography
Gases
Electron microscopes
Aluminum Oxide
Calcium Carbonate
Doping (additives)
Energy gap
Fabrication
Copper
Fluorescence
Sewage sludge
Fluxes
Electron holography
Semiconductor quantum dots
Recovery
Lasers
Sorbents
Annealing
Climate change
Wastewater
Isotopes
Current density
Microscopic examination
Life cycle
Toxicity
Adsorption
Drinking Water
Health
Hydrogen
Indium

Earth & Environmental Sciences

sustainability
water
climate change
ecosystem
modeling
desert
climate
tourism
soil
effect
phosphorus
resource
temperature
energy
nitrogen
biodiversity
urbanization
heat island
vegetation
ecosystem service
ecology
land use
economics
stakeholder
land cover
infrastructure
mitigation
metropolitan area
food
carbon
weather
surface temperature
habitat
land surface
city
experiment
stoichiometry
productivity
cost
urban area
analysis
simulation
summer
grassland
nutrient
life cycle
cooling
method
watershed
air temperature
biofilm
evapotranspiration
microbial community
pollutant
wastewater
vulnerability
carbonate
wetland
biomass
meteorite
market
soil moisture
river basin
water use
Mars
megacity
warming
decision making
electron
hydrology
learning
income
uranium isotope
spatial analysis
greenhouse gas
surface water
species richness
agriculture
irrigation
prediction
basin
river
disaster
fossil fuel
plant community
membrane
plateau
litter
crop
groundwater
water supply
history
partitioning
environmental justice
lake
mineral
equity
spatial data
respiration
roof