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An aerosol method to synthesize supported metal catalyst nanoparticles
Ulrika Backman
, Unto Tapper
, Jorma K. Jokiniemi
*
*
Corresponding author for this work
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
33
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Keyphrases
X Ray Diffraction
100%
Well-dispersed
100%
Elemental Analysis
100%
High Specific Surface Area
100%
ICP-AES Analysis
100%
Agglomerates
100%
Primary Particle Size
100%
System Setup
100%
Anatase
100%
Transmission Electron Microscopy
100%
Thermal Decomposition
100%
Catalytic Materials
100%
Catalyst Nanoparticles
100%
Metal-organic Complex
100%
Metal Support
100%
Nitrogen Adsorption
100%
Tubular Flow Reactor
100%
Evaporation-condensation
100%
Aerosol Process
100%
Titania Support
100%
Metal Oxide Support
100%
TiO2 Support
100%
Aerosol Method
100%
Bubbler
100%
Supported Metal Catalysts
100%
INIS
nanoparticles
100%
metals
100%
catalysts
100%
aerosols
100%
titanium
50%
particles
50%
powders
50%
performance
25%
surfaces
25%
oxides
25%
precursor
25%
particle size
25%
titanium oxides
25%
transmission electron microscopy
25%
reactors
25%
silver
25%
nitrogen
25%
adsorption
25%
x-ray diffraction
25%
specific surface area
25%
thermal decomposition
25%
evaporation
25%
auger electron spectroscopy
25%
Chemical Engineering
Titanium Dioxide
100%
Nanoparticle
100%
Chemical Element
100%
Tubular Flow Reactor
100%
TiO2 Support
100%