Graphene for Transparent Conductive Film Applications - Ford, Alexander
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This work describes the results of a variety of efforts to improve the properties of graphene sheets for use in transparent conductive film (TCF) applications. The reduction of graphene nucleation density is shown as an effective route for reducing film sheet resistance and improving uniformity. Graphene films with 84% monolayer coverage, typical sheet resistance ~520 /Sq and ~98% transparency are demonstrated, and used successfully as TCF materials in photodetection devices. The consistency of grown films shows promise for improved control during the manufacture of commercial graphene TCFs for integration in optoelectronic devices.…mehr

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Produktbeschreibung
This work describes the results of a variety of efforts to improve the properties of graphene sheets for use in transparent conductive film (TCF) applications. The reduction of graphene nucleation density is shown as an effective route for reducing film sheet resistance and improving uniformity. Graphene films with 84% monolayer coverage, typical sheet resistance ~520 /Sq and ~98% transparency are demonstrated, and used successfully as TCF materials in photodetection devices. The consistency of grown films shows promise for improved control during the manufacture of commercial graphene TCFs for integration in optoelectronic devices.
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Autorenporträt
Alex has a First Class MEng degree in Materials Science from Oxford University and in his final year specialised in graphene research. He spent a summer researching the diffusion of nitrogen through steels at Ruhr-University Bochum and has also interned as a Materials Engineer with Rolls-Royce. He currently works in the patent profession.