Vacuum Nano Electronics Group

Dr Matt Cole, University of Bath

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Copyright MTC, 2012

Gallery




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    A Graphene Gate Electrode

    Increase in electron beam collimation using a graphene coated gate electrode in a nanocarbon triode electron source.

  • Graphene Field Emission Display

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  • In-Lab Printed Circuit Board Milling

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    In the Lab

    Our custom-built scanning anode and parallel plate field emission spectroscopy system.

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    Graphene Nano Fins

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    The Lab

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  • Graphene Growth by Chemical Vapour Deposition

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  • Nano-Gate Electrode Design

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  • Freestanding Aligned Carbon Nanotube-based Polarisers

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    A Graphene Gate Electrode

    Increase in electron beam collimation using a graphene coated gate electrode in a nanocarbon triode electron source.

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  • Dip Pen Nanolithography with Graphene Inks

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    Ultrafast Nano Field Emitters

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  • (3D) Printing Our Experiments

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