Orientation of reduced graphene oxide in composite coatings.

Autor: Thorshaug K; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no., Didriksen T; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no., Jensen IT; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no., Almeida Carvalho P; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no., Yang J; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no., Grandcolas M; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no., Ferber A; SINTEF Digital Forskningsveien 1 NO-0373 Oslo Norway., Booth AM; SINTEF Ocean Brattørkaia 17C NO-7010 Trondheim Norway., Ağaç Ö; Nanografi Nanotechnology AS ODTÜ Teknokent No: 13/1-1 06531 Çankaya Ankara Turkey., Alagöz H; Nanografi Nanotechnology AS ODTÜ Teknokent No: 13/1-1 06531 Çankaya Ankara Turkey., Erdoğan N; Turkish Aerospace, Functional Coatings & Transparencies Technology Centre Ankara Turkey., Kuban A; Turkish Aerospace, Functional Coatings & Transparencies Technology Centre Ankara Turkey., Belle BD; SINTEF Industri Forskningsveien 1 NO-0373 Oslo Norway knut.thorshaug@sintef.no.

Publikováno v: Nanoscale advances [Nanoscale Adv] 2024 Mar 11; Vol. 6 (8), pp. 2088-2095. Date of Electronic Publication: 2024 Mar 11 (Print Publication: 2024).