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Forschungsstelle
EU FRP
Projektnummer
99.0337
Projekttitel
NANOCOMP: Large scale synthesis of carbon nanotubes and their composite materials
Projekttitel Englisch
NANOCOMP: Large scale synthesis of carbon nanotubes and their composite materials

Texte zu diesem Projekt

 DeutschFranzösischItalienischEnglisch
Schlüsselwörter
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Forschungsprogramme
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Kurzbeschreibung
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Weitere Hinweise und Angaben
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Partner und Internationale Organisationen
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Abstract
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Datenbankreferenzen
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Erfasste Texte


KategorieText
Schlüsselwörter
(Englisch)
Fullerene; endohedral fullerenes; fullerene networks; electronic structure; crystal structure; opto-electronic properties; charge transfer; superconductivity; magnetic properties;
Education; Training; Scientific Research; Social Aspects
Alternative Projektnummern
(Englisch)
EU project number: HPRN-2000-00037
Forschungsprogramme
(Englisch)
EU-programme: 5. Frame Research Programme - 4.1.1 Research training networks
Kurzbeschreibung
(Englisch)
See abstract
Weitere Hinweise und Angaben
(Englisch)
Full name of research-institution/enterprise:
EPF Lausanne
Faculté des sciences de base
Institut de physique de la matière complexe (IPMC)
Partner und Internationale Organisationen
(Englisch)
Coordinator: Facultés Universitaries N.-D. de la Paix, Namur (B)
Abstract
(Englisch)
The Network has 10 partners. All the partners have been working either in chemical engineering of heterogeneous catalysis processes or in the field of carbon nanotubes synthesis and characterisation.
The expertise in chemical engineering (Liege, Sophia Antipolis), in the synthesis of carbon nanotubes (Namur, Sophia Antipolis, Zaragoza), their physicochemical characterisation (Namur, Orleans, Budapest, Zaragoza, Szeged, Stuttgart, Lausanne) and the preparation of composite materials (Dublin, Stuttgart, Szeged, Orleans) are all represented in our team.
The reseach in the Swiss team in the first year followed the program. A tight collaboration was established with the Szeged-team. The main result of the first year is related to nanotube spirals.
We investigated the influence of catalyst preparation on the growth of coil-shaped nanotubes by varying the pH of the solution during catalyst impregnation, to elucidate their formation process. The spirals were observed by transmission electron microscopy, and we determined the dimensions of these coils for a large number of them, to compare them to straight nanotubes, and also to establish correlations between these dimensions and catalyst preparation. We also looked for the nature of curling at the nanometer scale. A growth mechanismfor these spirals is finally suggested.
Datenbankreferenzen
(Englisch)
Swiss Database: Euro-DB of the
State Secretariat for Education and Research
Hallwylstrasse 4
CH-3003 Berne, Switzerland
Tel. +41 31 322 74 82
Swiss Project-Number: 99.0337