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Materials science / Emerging technologies / Superhard materials / Graphene / Graphite oxide / Bilayer graphene / Carbon nanotube / Fluorographene / Fiber laser / Chemistry / Physics / Nanomaterials


Document Date: 2012-10-11 13:15:06

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City

Dallas / Oxford / Manchester / L. A. / Jayaram / Ludwigshafen / Graphene / /

Company

F. N. A. / Macmillan Publishers Limited. / Crassee / J. Ab / 3Texas Instruments Incorporated / Coleman / Samsung Electronics / ACS / Ge / Mayorov A. S. / /

Country

United Kingdom / Germany / United States / South Korea / /

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Facility

University of Manchester / Advanced Institute of Technology / Lancaster University / /

IndustryTerm

energy-related applications / semiconductor technology / microelectronic technologies / bilayer graphene devices / security applications / optical interconnect applications / electron gas / medical imaging / large energy splitting / online version / controllable photonic devices / highfrequency electronics / technology routes / semiconductor laser technology / years chemical derivatives / 2D electron gas properties / graphene-processing technology / Chemical vapour deposition / wireless communications66 / manufacturing cost / carrier extraction model / attractive technology / silicon electronics technology / optical energy / hole85 conducting media / chemical functionalization / rollable devices / chemical modification / possible applications / imaging / high-speed optical communications / photonics applications / vacuum technology / manufacturable solution / energy / metal / constant search / potential applications / graphene-transferring technology / e-paper / chemical exfoliation / high-speed data communications / electronic applications / mature technologies / zero-energy / supercapacitor device / prototype applications / certain niche applications / electronic devices / metal line / graphene electronics / potential products / Optical applications / ultrafast photodetection applications / photonic devices / chip-to-chip / flake-based products / transparent conductive coating applications / interactive consumer electronic devices / Display applications / high-power electronics / disruptive technology / graphene electronic applications / reported saturation carrier velocity56 / silicon technology / semiconductor devices / logic applications / uni-traveling-carrier photodiodes / graphene technologies / liquid crystal device / touch screen applications / Energy generation / high carrier mobility / disruptive technologies / renewable energy technologies / electronic products / printed electronics / carrier mobility / metal layer / large energy consumption / e-papers / chemical sensors / energy storage / hybrid device / lower-performance active and non-active devices / particular technology / graphene-based drug delivery technology / graphene applications / industrial applications / printable and flexible electronics / chemical durability / electronic product / paint/ink / graphene gas detectors / electrical energy / gas environment / gas barrier applications / carrier transit times / sensor applications / energy saving / electronics / graphite mining / metal surfaces / sacrificial metal / ultrasensitive measurement devices / production technology / Giant intrinsic carrier mobilities / aqueous solutions / polarization controlling devices / chemical means / chemical structure / On-chip / security devices / carrier relaxation time / chemical purity / comparable conventional device / /

OperatingSystem

Fermi / /

Organization

School of Physics and Astronomy / Institute of Technology / University of Manchester / Lancaster University / IEEE Electron Devices Society / Carbon Materials Innovation Center / /

Person

Thomson / Polarization / Sanchez / V / /

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Position

D. J. / Author Information Reprints / Author / candidate at the moment / Dean / C. R. et al / controller / /

Product

polyethylene glycol / /

ProgrammingLanguage

EC / /

ProvinceOrState

Texas / P. N. / Mississippi / /

Technology

quantum dots / graphene-processing technology / production technology / stem cells / fuel cells / integrated circuits / graphene CVD technology / laser system / expensive vacuum technology / drug delivery / OLED / semiconductors / Tissue engineering / existing technology / graphene-based drug delivery technology / Si technology / spectroscopy / optoelectronics / graphene technologies / semiconductor laser technology / medical imaging / semiconductor / biosensors / broadband / particular technology / semiconductor technology / tomography / semiconductor devices / attractive technology / laser array Competing technologies / renewable energy technologies / Laser / lasers / optical fibre / silicon technology / silicon electronics technology / dielectric / DNA sequencing / graphene-transferring technology / CVD / drug development / /

URL

www.nature.com/reprints / /

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