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[en] The aim of the work was preparation of thin layers of graphene oxide (GO) electrodes from low-viscosity aqueous GO dispersions by rotary coating and subsequent reduction of prepared GO electrodes by low-temperature diffuse coplanar surface barrier discharge plasma (DCSBD) in hydrogen atmosphere. The positive effect of reducing plasma in rGO electrodes resulted in a decrease in the quantitative representation of oxygen bonds and at the same time a decrease in their electrical surface resistance. (authors)
Source
Prochazka, M. (ed.); Slovak Chemical Society, 81215 Bratislava (Slovakia); Czech Chemical Society, 11668 Praha 1 (Czech Republic); European Association for Chemical and Molecular Sciences (EuCheMS), 1050 Brussels (Belgium); International Union of Pure and Applied Chemistry (IUPAC), Research Triangle Park, NC 27709-3757 (United States). Funding organisation: Slovak Chemical Society, 81215 Bratislava (Slovakia); Czech Chemical Society, 11668 Praha 1 (Czech Republic); [197 p.]; 18 Sep 2019; p. 79; 71. Congress of Chemists; 71. Zjazd chemikov. Zbornik abstraktov; Vysoke Tatry, Horny Smokovec (Slovakia); 9-13 Sep 2019; ISSN 1336-7242; 
; PROJECTS VEGA 1/0488/19; LO1411 (NPU I); CZ.1.05/2.1.00/03.0086; GACR 19-14770Y; Also vailable from http://71zjazd.schems.sk/Zbornik_Abstraktov.pdf
; PROJECTS VEGA 1/0488/19; LO1411 (NPU I); CZ.1.05/2.1.00/03.0086; GACR 19-14770Y; Also vailable from http://71zjazd.schems.sk/Zbornik_Abstraktov.pdf