Publications by authors named "Bertwin Bilgrim Otto Seibertz"
Article Synopsis
- A new transparent conductive material, Ta-doped SnO (SnO: Ta), is highlighted as a promising substitute for traditional transparent conductive oxides (TCOs) due to its low surface roughness and low resistivity.
- The text outlines a specific method for creating tin oxide films using hollow cathode gas flow sputtering technology, covering the preparation and cleaning of substrates as well as the deposition process.
- Additionally, it provides guidance for measuring the optical and electrical properties of the resulting films, referencing more detailed procedures from the work of Huo et al. for further information.
SnO and tantalum doped SnO (TTO) thin films were prepared using reactive hollow cathode gas flow sputtering (GFS) on glass substrates. An in-situ heating process under vacuum preceded the sputtering. The resistivity of the tin oxide films was reduced to a remarkable low of 2.
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