Washington / DC / L. A. / FOWLER ET / Los Angeles / Graphene / Muller / /
Company
A. Nerve Agent Detection Using Networks / Microelectronics Advanced Research Corp. / The Aerospace Corporation / Space Materials Laboratory / Thin Carbon Films / /
Currency
USD / / /
Facility
Institute of Microtechnology / California NanoSystems Institute / University of California / University of Neuchaˆtel / /
IndustryTerm
Gas flow / chemical oxidation / electrode metal / metal contacts / graphene chemical sensor development / gas molthe / chemical tance / metal electrode / chemical response / metal electrodes / adsorption energy / gas lines / chemical modification / possible applications / mounted sensor chip / gas mixtures / gas exposure / chemical sensors / stainless steel / gas effects / sorbed gas / Preliminary chemical sensor / calculated adsorption energy / chemical methods / activation energy / chemical sensor / graphene showing high carrier mobility / /
Organization
UCLA / National Science Foundation / Department of Materials Science and Engineering / Biochemistry and California NanoSystems Institute / Institute of Microtechnology / Department of Chemistry & Biochemistry / American Chemical Society / Engineering and California NanoSystems Institute / University of California / Los Angeles / /
Person
Yang Yang / Richard B. Kaner / Jae Do / Seung Mi / Nat / Vincent C. Tung / Bruce H. Weiller / Vincent C. Tung / § Yang / Matthew J. Allen / Raman Spectroscopy / Jesse D. Fowler / /
Product
HG suspensions / Franklin / The resulting HG suspensions / TNT / /
Subscriber access provided by - Access paid by the | UCLA Library Article Practical Chemical Sensors from Chemically Derived Graphene Jesse D. Fowler, Matthew J. Allen, Vincent C. Tung, Yang Yang, Richard B. Kaner, and