Laboratoire Charles Coulomb UMR 5221 CNRS/UM2 (L2C)

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Home > Research > Axes & Teams > Nanostructures & Spectrocopy > Team : Nanomaterial > Theme : Intrinsic properties of individual nanotubes and graphene

Theme : Intrinsic properties of individual nanotubes and graphene

Our main objective is to study individual isolated carbon nanostructures in order to address their intrinsic properties. Our overall approach involves the combined use of powerful characterization tools with diagnostics of the nanostructure physical properties. Our team capability covers many aspects involved in individual nanotube investigations. We are using a broad set of experimental techniques adapted for investigations at the single nano-object level : micro-Raman and optical spectroscopy, scanning probe microscopy, electrical and opto-electrical transport measurements. Our projects interface the expertises of our team on :
(a) sample preparation and electronic device fabrication (CVD synthesis, individual nanotube suspension processing and microfabrication techniques),
(b) the precise characterization and metrology of isolated carbon nanostructures
(c) the ability to carry out original measurements of the physical properties on individual nanostructures.

Our interests are mainly related to the investigation of individual single-walled carbon nanotubes but we are also researches on other nano-systems like grapheme or double-walled carbon nanotubes. We have developed several collaborations in various fields such as transmission electron microscopy, optical spectroscopy, chemistry, theory and simulation...

Current researches

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Last publications

+ High temperature annealing and CVD growth of few-layer graphene on bulk AlN and AlN templates doi link

Author(s): Dagher R., Matta S., Parret R., Paillet M., Jouault B., Nguyen L., Portail M., Zielinski M., Chassagne T., Tanaka S., Brault J., Cordier Y., Michon A.

(Article) Published: -Physica Status Solidi A-Applications And Materials Science, vol. 214 p.1600436 (2017)

 
+ Raman spectra of indented pristine and irradiated sodium borosilicate glasses doi link

Author(s): Kilymis D., Faivre A., Michel T., Peuget Sylvain, Delaye Jean-Marc, Delrieu Julien, Ramonda Michel, Ispas S.

(Article) Published: Journal Of Non-Crystalline Solids, vol. 464 p.5-13 (2017)

 
+ Quantum interference effects on the intensity of the G modes in double-walled carbon nanotubes doi link

Author(s): Tran H.-N., Blancon J. -c., Arenal R., Parret R., Zahab A. A., Ayari A., Vallee F., Del Fatti N., Sauvajol J.-L., Paillet M.(Corresp.)

(Article) Published: Physical Review B, vol. 95 p.205411 (2017)

 

Preparation of individual carbon nanotubes by CCVD

Involved researchers: V. Jourdain, D.-Y. Kim, M. Picher, X. T. Than Collaborations: B. Lounis, L. Cognet (CPMOH, Bordeaux), P. Poncharal, A. Ayari, C. Journet, J.-M. Benoît, S. Purcell, A. San (...)

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Scanning probe microscopy studies on individual single-walled carbon nanotubes

Involved researchers : T. Michel, M. Paillet, R. Parret, A. Zahab Collaborations : P. Poncharal (LPMCN, Lyon), J. C. Meyer (MPI Stuttgart, Germany), Z. Wang (EMPA, Switzerland)
For (...)

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Vibrational properties of individual carbon nanotubes

Involved researchers: D. Nakabayashi, T. Michel, R. Parret, M. Paillet, J.-L. Sauvajol, A. Zahab Collaborations: J. C. Meyer, S. Roth (MPI Stuttgart, Germany), V. Popov (University of Sofia, (...)

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Graphene

Involved researchers: D. Nakabayashi, T. Michel, M. Paillet, J.-L. Sauvajol Collaborations: P. Poncharal, A. Ayari (LPMCN, Lyon), J.-R. Huntzinger, A. Tiberj, J. Camassel (GES, Montpellier) (...)

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