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Emerging technologies / Energy conversion / Capacitors / Physical chemistry / Electric double-layer capacitor / Graphene / Battery / Rechargeable battery / Electrolyte / Energy / Physics / Technology


Document Date: 2013-05-08 11:42:55

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City

Washington / DC / Oberkochen / Austin / New York / Norcross / /

Company

Atlantic Microlab Inc. / Zeiss SMT AG / Fisher Scientific / Sigma Aldrich / Intelicoat Technologies / /

Country

Germany / /

Currency

USD / /

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Facility

Texas Materials Institute / R. S. Stable / UniVersity of Texas / The University of Texas / /

IndustryTerm

structural and chemical properties / metal foil / storage applications / release energy / electrical energy storage devices / energy capture / metal oxides / organic electrolyte systems / chemical reduction / bank / electrolyte systems / high energy density / energy storage devices / energy storage applications / energy densities / chemical cross-linking / energy density / electric utilities / stainless steel test fixture / stainless steel plates / oil bath / energy / /

Organization

American Chemical Society / Mechanical Engineering and Texas Materials Institute / Korean Government / U.S. Department of Energy / UniVersity of Texas at Austin / Center for Nano and Molecular Science / Univ. of Texas Libraries Letter Graphene-Based Ultracapacitors Meryl D. Stoller / office of Basic Energy Sciences / Department of Mechanical Engineering / /

Person

Sungjin Park / Rodney S. Ruoff Nano Lett / Yanwu Zhu / Rodney S. Ruoff / Nat / Jinho An / Meryl D. Stoller / /

Position

VP / collector / N2 absorption BrunauerEmmett-Teller / /

ProgrammingLanguage

HTML / /

ProvinceOrState

Texas / Georgia / /

Technology

dielectric / spectroscopy / HTML / fuel cells / /

URL

http /

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