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

Biofilms
Soils
Cements
Pavements
Water
Composite materials
Sustainable development
Costs
Wastewater
Construction industry
Life cycle
Asphalt
Contractors
Concretes
Students
Bacteria
Binders
Fibers
Industry
Biodegradation
Fatigue of materials
Asphalt concrete
Membranes
Biomass
Reinforced concrete
Wastewater treatment
Asphalt mixtures
Denitrification
Electrons
Planning
Climate change
Cracks
Nanostructured materials
Biosolids
Anodes
Nanoparticles
Testing
Nitrates
Environmental impact
Sewage sludge
Managers
Strain rate
Effluents
Moisture
Potable water
Energy utilization
Recovery
Carbonates
Portland cement
Electricity
Regenerative fuel cells
Water treatment
Rubber
Education
Monitoring
Hydraulics
Fly ash
Temperature
Impurities
Groundwater
Limestone
Oxidation
Phase change materials
Health
Experiments
Air
Biological materials
Byproducts
Curricula
Ion exchange
Kinetics
Stiffness
Slags
Hydrogen
Engineers
Disinfection
Information systems
Semiconductor materials
Water distribution systems
Constitutive models
Nutrients
Photocatalysis
Fermentation
Carbon
Durability
Drug products
Land fill
Methane
Chemical oxygen demand
Economics
Clay
Textiles
Chemical analysis
Asphalt pavements
Materials properties
Personnel
Roofs
Energy efficiency
Dechlorination
Tensile strength

Chemical Compounds

Biofilms
Cements
Water
Bacteria
Composite materials
Wastewater
Wastewater treatment
Nanostructured materials
Anodes
Nanoparticles
Membranes
Biosolids
Electrons
Soils
Nitrates
Methane
Coal Ash
Concretes
Biodegradation
Fibers
asphalt
Sewage sludge
Alkalies
Biomass
Regenerative fuel cells
Effluents
Life cycle
Hydrogen
Binders
Drinking Water
Calcium Carbonate
Reinforced concrete
Impurities
Water treatment
Triclosan
Ointments
Carbon
Oxidation
Sulfates
Kinetics
Recovery
Cracks
Denitrification
Disinfection
Portland cement
Byproducts
Fullerenes
Carbonates
Phase change materials
Fermentation
Toxicity
Slags
Photocatalysis
Strain rate
Groundwater
Experiments
Polymers
Dimethylnitrosamine
Degradation
Gases
Photolysis
Nitrogen
Acetates
Dechlorination
Air
Metals
Ozonization
Mass spectrometry
Silicates
Biofuels
Photobioreactors
Pore structure
Health
Adsorption
Selenic Acid
Methanogens
Hydration
Poisons
Carbon Nanotubes
Ions
Microbial fuel cells
Chemical oxygen demand
Surface waters
Nutrients
Costs
Silver
Testing
Temperature
Iron
Powders
Petroleum
Monitoring
Mortar
Electrochemical cells
Trichloroethylene
Textiles
Substrates
Graphite
Hydrolysis
Bioreactors

Earth & Environmental Sciences

biofilm
wastewater
membrane
life cycle
water
soil
modeling
biodegradation
electron
nitrate
bacterium
sustainability
denitrification
biosolid
infrastructure
hydrogen
energy
oxidation
effluent
sludge
disinfection
pollutant
methane
drinking water
cost
perchlorate
biomass
watershed
suction
ion exchange
environmental impact
microbial community
water treatment
evapotranspiration
climate change
effect
matrix
pavement
heat island
climate
groundwater
kinetics
simulation
mitigation
land surface
soil water
soil moisture
removal
activated carbon
carbonate
acetate
activated sludge
photolysis
substrate
brine
runoff
basin
method
sulfate
acid
surface energy
methodology
experiment
desert
biofuel
petroleum hydrocarbon
ecosystem
surface water
prediction
water technology
temperature
chemical oxygen demand
greenhouse gas
cooling
vegetation
drug
phosphorus
mass spectrometry
carbon
hydraulics
bioreactor
gene
adsorption
reactor
monitoring
nitrogen
downscaling
rainfall
urine
dechlorination
hydrolysis
surface temperature
streamflow
degradation
engineering
oxygenation
gas
lipid
geosynthetics
selenate