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Thin Films Deposition Equipment

Thin films deposition is  definitely the simplest and the quickest method to make nanocoatings off chemical compounds by having the strongest level of command, rendering it incredibly appropriate for Research and Development as well as limited quantity fabrication. In certain high-tech situations, it will be helpful to transfer thinfilms on large surfaces. This particular concept is as easy as dipping the substrate inside an original bath prior...


The last Added Syntheses
Formamides from...
Xavier Frogneux Olivier Jacquet Thibault Cantat
Product name and / or Formula Formamides
State / Form Molecule or Complex
Applications Solvent, fine chemicals, buiding-blocks.
Protocol keywords Chemical reduction
In2O3 nanopowder
Markus Niederberger Jelena Buha Igor Djerdj
Product name and / or Formula In2O3
State / Form Nanoparticules Powder
Applications Transparent conducting oxides
Protocol keywords Non-aqueous Autoclave
Ta2O5 nanopowder
Markus Niederberger Markus Antonietti Georg Garnweitner Nicola Pinna
Product name and / or Formula Ta2O5
State / Form Powder Nanoparticules
Applications Capacitors
Protocol keywords Non aqueous autoclave
Spherical...
Cedric BOISSIERE Bernadette Charleux Clément Sanchez Pamela Pasetto +2other(s)
Product name and / or Formula Hollow SiO2 nanoparticles with mesoporous shells
State / Form Nanoparticules Surfactant or Mesophase Porous materials
Properties Hollow nanoparticles Core/Shell particles with radial mesoporous channels
Applications Drugs delivery
Protocol keywords Stöber Sol-gel
Nanocomposite...
Xavier Paquez Olivier  Sublemontier Yann Leconte
Product name and / or Formula nc-Si / SiO2
State / Form Coating
Properties Visible & UV absorbing film Bandgap engineering Semi-conductor
Applications Photovoltaics
Protocol keywords Nanocrystals Supersonic Beam Laser pyrolysis PVD
Ti/Si (h and n...
Benjamin Louis Natacha Krins ( LCMCP, UPMC ) +2other(s)
Product name and / or Formula TiO2/SiO2
State / Form Coating
Applications anti-abrasive
Protocol keywords Sol-Gel
Product name and / or Formula C18H6Cu3O12
State / Form Powder Porous materials Crystal
Applications Used for gas adsorption (carbon dioxide, nitrogen, oxygen, hydrogen gas), catalysis, and separations
Protocol keywords solvothermal
MSA low...
Mickael Boudot David  Grosso ( LCMCP - UPMC / )
Product name and / or Formula Me-SiO2
State / Form Porous materials Coating
Properties Dielectric hydrophobic
Applications Antirefletive coating Low k layer
MSA high...
Mickael Boudot Cedric BOISSIERE Marco Faustini ( UPMC ) +3other(s)
Product name and / or Formula Me-SiO2
State / Form Porous materials Coating
Properties Dielectric hydrophobic
Applications Anti-reflective coating Low k layer
Inorganic...
Marco Faustini David  Grosso ( LCMCP - UPMC / )
Product name and / or Formula TIO2
State / Form Coating
Properties photo-active hydrophilic
Applications Mask for lithography, template for co-depostion of nano-objets, photocatalytic layers
FTiW
Natacha Krins David  Grosso ( LCMCP - UPMC / ) Marco Faustini +1other(s)
Product name and / or Formula TiO2
State / Form Coating Porous materials from aqueous solution
Properties semi-conductor
Applications photocatalyst Li-ion battery electrode
Protocol keywords Sol-gel
MFA-001 (Standard)
David Grosso C. Boissiière C. Sanchez
Product name and / or Formula Magnesium Oxyfluoride
State / Form Ceramic Coating Porous materials
Properties Dielectric
Applications Anti-reflective coating Low-k layer
FTC - 001
David Grosso E.L. Crepaldi C. Sanchez G.J.D. Soler-Illia
Product name and / or Formula Mesoporous TiO2 film (standard)
State / Form Coating Porous materials Ceramic
Properties semiconductor high refractive index
Applications Photocatalysis, heterogeneous catalysis, photovoltaic, sensor
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