Profile Fingerprint is based on mining the text of the experts' scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

Engineering & Materials Science

Biomass
Pyrolysis
Oils
Hydrogenation
Catalysts
Feedstocks
Costs
Lignin
Economics
Temperature
Wood
Ruthenium
Coffee
Activated carbon
Electricity
Gases
Furfural
Nickel
Soils
Fibers
Cathodes
Cellulose
Anaerobic digestion
Ethanol
Moisture
Coke
Crops
Ruthenium compounds
Nanowhiskers
Ethylbenzene
Softwoods
Spreadsheets
Straw
Taxonomies
Phase behavior
Xylene
Algae
Fractionation
Hydrogen peroxide
Toluene
Desorption
Benzene
Natural gas
Anodes
Teaching
Stabilization
Vapors
Impurities
Students
Electrocatalysts

Chemical Compounds

Pyrolysis
Biomass
Hydrogenation
Oils
Catalysts
Ruthenium
Coffee
Activated carbon
Temperature
Furaldehyde
Guaiacol
Nickel
Lignin
Cathodes
Ethanol
Costs
Cellulose
Coke
Ruthenium Compounds
Nanowhiskers
Xylenes
Softwoods
Straw
Toluene
Phase behavior
Fractionation
Benzene
Desorption
Anodes
Stabilization
Vapors
Impurities
Soils
Kinetics
Fibers
Electrocatalysts
Water
Feedstocks
Recovery
Polymers
Economics
Carbon
Impregnation
Metals
Saccharification
Agricultural wastes
Fermentation
Phenol

Earth & Environmental Sciences

biomass
pyrolysis
catalyst
oil
lignin
ruthenium
activated carbon
grass
energy
bioenergy
production cost
combustion
Akaike information criterion
BTEX
spreadsheet
electricity generation
phenolic compound
coffee
hydrogen peroxide
teaching
phenotype
cropping practice
natural gas
desorption
stabilization
partitioning
student
fractionation
moisture
kinetics
pollutant
resource
economics
soil
cost
liquid
crop
carbon
wind velocity
naphthalene
biomass power