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Ultrasensitive graphene far-infrared power detectors
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Document Date: 2015-04-04 10:26:52

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File Size: 1,02 MB

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New Haven / /

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Yale University / Stony Brook University / /

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gap energy / power law dependences / graphene systems / typical graphene device / Potential applications / absorbed photon energy / electron gas / metal oxide thin films / photon energy / energy dissipation / online journal / energy gap / given photon energy / metal leads / normal metal / intrinsic energy fluctuations / metal contact film / chemical vapour deposition / carrier density / graphene devices / carrier densities / graphene device / astronomy applications / power law dependence / energy / formed using metal oxide thin films / /

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USA Department of Physics / Department of Physics / USA Department of Applied Physics / Yale University / Stony Brook University / /

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New York / Connecticut / /

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radiation / dielectric / microwave / lithography / CVD / microwave system / /

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