Treatment of catalytic iron layer for carbon nanotube growth

KUČEROVÁ, Zuzana, Lenka ZAJÍČKOVÁ, Marek ELIÁŠ, Ondřej JAŠEK, Jiřina MATĚJKOVÁ and Jiří BURŠÍK. Treatment of catalytic iron layer for carbon nanotube growth. In Symposium on Applications of Plasma Processes. Bratislava: Union of Slovak Mathematicians and Physisist, 2007, p. 209-210. ISBN 9788089186136.

Basic information

• Original name: Treatment of catalytic iron layer for carbon nanotube growth
• Name in Czech: Chování železné katalytické vrstvy pro růst uhlíkových nanotrubek
• Name (in English): Treatment of catalytic iron layer for carbon nanotube growth
• Authors: KUČEROVÁ, Zuzana, Lenka ZAJÍČKOVÁ, Marek ELIÁŠ, Ondřej JAŠEK, Jiřina MATĚJKOVÁ and Jiří BURŠÍK.
• Edition: Bratislava, Symposium on Applications of Plasma Processes, p. 209-210, 2 pp. 2007.
• Publisher: Union of Slovak Mathematicians and Physisist

Other information

• Type of outcome: Proceedings paper
• Confidentiality degree: is not subject to a state or trade secret
• Organization unit: Faculty of Science
• ISBN: 9788089186136
• Keywords in English: carbon nanotubes
• Tags: carbon nanotubes

Abstract

Carbon nanotubes (CNT) have been prepared in atmospheric pressure microwave torch. Nanotubes have grown on colmplex substrate system with thin iron overlayer serving as a catalyst. Because the nanotubes’ parameters, such as diameter and alignment are influenced by the catalyst, a careful study of the catalytic particles, occurring at the very beginning of the deposition process, has been carried out.

Abstract (in Czech)

Uhlíkové nanotrubky bylu připraveny v plasmovém mikrovlnném torchi za atmosferického tlaku. Nanotrubky rostou na složitých systémech substrátů s tenkou katalytickou železnou vrstvou. Protože parametry nanotrubek, jejich průměr, závisí na katalyzátoru, byla provedena pečlivá studie katalytických částic, které vznikají na samém začátku depozičního procesu.

Abstract (in English)

Carbon nanotubes (CNT) have been prepared in atmospheric pressure microwave torch. Nanotubes have grown on colmplex substrate system with thin iron overlayer serving as a catalyst. Because the nanotubes’ parameters, such as diameter and alignment are influenced by the catalyst, a careful study of the catalytic particles, occurring at the very beginning of the deposition process, has been carried out.