Thin films, coatings and layers
![https://carboquant.empa.ch/documents/56010/4817961/3%29+layers_combined.png/7a1600e8-c7e5-4a49-b0e6-7697f5007958?t=1532618207000](https://carboquant.empa.ch/documents/56010/4817961/3%29+layers_combined.png/7a1600e8-c7e5-4a49-b0e6-7697f5007958?t=1532618207000)
Layer of YSZ electrolyte onto Ni-YSZ anode onto Si wafer
The Advanced Colloidal Materials Engineering group is also active in developing coatings and layered materials. Together with the Energy Conversion Department at EMPA a novel method for solid oxide fuel cells. Via the low-cost sol-gel route developed in our department a thin film of porous Ni/YSZ composite can be deposited as anode material on a substrate (Si wafer). This is then followed by a coating of the anode with a dense YSZ electrode deposited via aerosol assisted chemical vapor deposition.
Furthermore, in addition to other, various sol-gel-based inorganic oxide and organ-ic/inorganic oxide hybrid thin films with precise control over physical / surface properties, for detection and sensing applications, the lab is currently also working on a novel polymer precursor chemistry for novel hybrid coatings.
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