Evanston / Taunusstein / Santa Clara / New York / Kanagawa / Seoul / Bay City / Oberkochen / Cleveland / Redding / Graphene / London / Woodbury / Norcross / Knoxville / /
Company
Mitutoyo Corporation / Carl Zeiss SMT AG / Bourlinos AB / Veeco Instruments / Agilent Technologies / Keithley Instruments / Micromeritics Instrument Corporation / Agilent / Ted Pella Inc. / John Wiley and Sons / Elsevier Ltd. / HP / Galbraith Laboratories / /
Country
Germany / Japan / United States / United Kingdom / / /
Facility
Northwestern University / University Research / University of North Carolina / Technology Institute / Chapel Hill / / /
IndustryTerm
chemical shift distribution / conjugated graphene network / low-temperature chemical expansion route / ne particle technology / chemical route / effective media / graphitic network / imaging / sheet solutions / energy / ultra-high-intensity ultrasonic equipment / chemical pathways / chemical characterization / chemical processing / chemical reduction / gas adsorption / anisotropic chemical shift tensor / chemical reduction results / dense conductive network / chemical expansion / aqueous media / e-beam / oil bath / 13C chemical shift / e-current / gas-producing chemical reaction / graphene network / nitrogen gas absorption / reaction media / /
MarketIndex
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Organization
Keck Foundation / National Science Foundation / Northwestern University / University Research / Engineering and Technology Institute / Northwestern Univ. / USA Department of Physics and Astronomy / Department of Chemistry / Department of Mechanical Engineering / University of North Carolina / Chapel Hill / National Aeronautics and Space Administration / /
Person
Richard D. Piner / Rodney S. Ruo / Kevin A. Kohlhaas / Raman Shift / Alfred Kleinhammes / Al Ka / Sasha Stankovich / Raman Microprobe / Dmitriy A. Dikin / Park Scienti / Ann Chim Phys / Ned Akad Wetenschap / sonicated using a Fisher Scientific FS60 ultrasonic bath cleaner / /
Position
Prime Minister / structural model for graphite oxide / Fisher / /
doi:j.carbon