Empreinte digitale L’empreinte s’appuie sur une analyse du texte des documents de recherche d’une personne afin de créer un index de termes pondérés qui définit les sujets clés de chaque chercheur.

composés chimiques

Silicon Dioxide
Catalysts
Lithium
Nanoparticles
Surface-Active Agents
Silica Gel
Adsorption
Pore size
Carbon
Carbon Monoxide
Oxides
Mesoporous materials
Photobioreactors
Encapsulation
Oxidation
Hybrid materials
Metals
Self assembly
Ions
Molecules
Zeolites
Transmission electron microscopy
Anodes
Nanostructures
Macros
Catalyst activity
Scanning electron microscopy
Nitrogen
Porosity
Coloring Agents
Catalyst supports
Crystallization
Photosynthesis
Gold
Electrolytes
Toluene
Photocatalysts
Electrodes
Microspheres
Volatile organic compounds
Calcination
Temperature
Water
rhodamine B
Nanocrystals
Desorption
Nanosheets
Porous materials
Cells
Crystals

Ingénierie et Science des Matériaux

Silica
Catalysts
Nanoparticles
Silica gel
Adsorption
Lithium
Photobioreactors
Pore size
Surface active agents
Titanium
Mesoporous materials
Molecules
Hybrid materials
Encapsulation
Nanostructures
Self assembly
Oxidation
Transmission electron microscopy
Volatile organic compounds
Dyes
Scanning electron microscopy
Carbon
Titanium dioxide
Microspheres
Photosynthesis
Anodes
Calcination
Nitrogen
Catalyst supports
Nanosheets
Porosity
Temperature
Macros
Ions
Catalyst activity
Nanocrystals
Photocatalysts
Molecular sieves
Metals
Electrodes
Oxides
Water gas shift
Gold
Zirconia
Desorption
Cerium compounds
Toluene
Electrolytes
Porous materials
Bioreactors

Physique & Astronomie

Chemistry and Materials

silicon dioxide
absorbents
adsorption
zeolites
nitrogen
alkoxides
dyes
oxidation

General

porosity
synthesis
templates
catalysts
scanning electron microscopy
surfactants
transmission electron microscopy
swelling
desorption
leaves
biomimetics
crystals
routes
catalytic activity

Physics

photonics
nanoparticles