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.
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Engineering & Materials Science
Liquefaction
Biomass
Ducts
Fluids
Membranes
Microfiltration
Wastewater
Soybean oil
Manures
Lubricants
Feedstocks
Pyrolysis
Recycling
Crude oil
Vegetable oils
Activated carbon
Carbon
Adsorption
Biological materials
Impurities
Temperature
Wastewater treatment
Lipids
Water
Heating
Fluxes
Algae
Catalysts
Air quality
Plastics
Hormones
Air
Fatty acids
Hydrocarbons
Biofuels
Ethanol
Oils
Biodiesel
Emulsions
Nutrients
Ultrafiltration
Anaerobic digestion
Contamination
Chemical analysis
Gases
Ashes
Isotherms
Effluents
Recovery
Viscosity
Membrane fouling
Ventilation
Sorption
Drug products
Boiling point
Kinetics
Esters
Ceramic membranes
Distillation
Coffee
Bacteria
Health
Machining
Testing
Nitrogen
Oxidation
Heat pump systems
Osmosis
Ion exchange resins
Oxygen
Liquids
Energy efficiency
Chemical properties
Atmospheric humidity
Cellulosic ethanol
Alternative fuels
Cellulose
Herbicides
Radon
Arsenic
Acids
Cleaning
Diesel fuels
Pumps
Cooling
Physical properties
Hydrogen production
Hot Temperature
Nanoparticles
Moisture
High density polyethylenes
Vapor pressure
Soils
Thermogravimetric analysis
Sulfur
Phosphorus
Lignin
Functional groups
Degradation
Wood
Chemical Compounds
Oils
Liquefaction
Biomass
Carbon
Soybean Oil
Plant Oils
Manures
Feedstocks
Water
Wastewater
Membranes
Biofuels
Petroleum
Pyrolysis
Impurities
Wastewater treatment
Ducts
1,3-dichloro-1-propene
Biological materials
Lubricants
Hydrocarbons
Arsenic
Temperature
Kinetics
Chemical analysis
Adsorption
Algae
Hormones
Soils
Ultrafiltration
Catalysts
Activated carbon
Recycling
Spirulina
Lipids
Ashes
formic acid
Fatty Acids
Heating
Halogenated Diphenyl Ethers
Plastics
Nutrients
Emulsions
Nitrogen
Coffee
Fluxes
Atrazine
Soot
Contamination
Osmosis
Sorption
Pharmaceutical Preparations
Pervaporation
Oxidation
Fluids
Nanoparticles
Microfiltration
Dairies
Carbon Monoxide
Alternative fuels
Bacteria
Degradation
Distillation
Metals
Particulate Matter
Oil sand refining
Functional groups
Oxygen
Refuse compaction
Recovery
Vaporization
Hydrogen production
Polypropylenes
Effluents
Mercury
Aquifers
Thermogravimetric analysis
Esters
Boiling point
Anti-Bacterial Agents
Wood
Ethanol
Animals
Mass spectrometry
Acids
Hydrolysis
Diesel fuels
Coal tailings
Reheat cycle
Processing
Viscosity
Dental Amalgam
Liquids
Fumigation
Phosphorus
Nuclear magnetic resonance
Gas chromatography
Osmosis membranes
Vegetables
Methane
Earth & Environmental Sciences
liquefaction
activated carbon
membrane
biomass
adsorption
wastewater
organic matter
oil
manure
carbon
hormone
pollutant
lipid
water
algal culture
pyrolysis
ethanol
sorption
crude oil
isotherm
vegetable oil
alga
ion exchange
volatilization
kinetics
effluent
lubricant
lagoon
hydrocarbon
PBDE
biofuel
fumigant
osmosis
energy
recycling
temperature
effect
bioreactor
fatty acid
lignin
cellulose
nutrient
resin
bacterium
energy efficiency
chemical oxygen demand
bioenergy
arsenic
soil
organic compound
steroid
acid
methane
filter
hydrogen
modeling
anoxic conditions
electrochemistry
plastic waste
dewatering
antibiotics
phenol
cost
coffee
colloid
carbon fixation
superphosphate
biochemical composition
atrazine
ultrafiltration
PCB
particulate matter
simazine
half life
rate
product
Markov chain
carboxylic acid