Doping of poly(3-hexylthiophene) nanofibers: microscopic morphology and electrical properties | Desbief, S.
/5

0 avis

Doping of poly(3-hexylthiophene) nanofibers: microscopic morphology and electrical properties

Archive ouverte : Article de revue

Desbief, S. | Derue, G. | Leclère, Ph. | Lenfant, S. | Vuillaume, D. | Lazzaroni, R.

Edité par HAL CCSD ; EDP Sciences

International audience. The microstructure of thin deposits of poly(3-hexylthiophene) on silicon surfaces is investigated as a function of the solution concentration, the maturation time and the solvent nature, with the aim of generating one monolayer of P3HT nanofibers on the surface. These films are then exposed to a NOPF solution, in order to oxidize the conjugated system and to produce conducting nanostructures. The effect of the chemical doping on the microscopic morphology and the electrical properties is analyzed on the basis of AFM and I-V measurements.

Consulter en ligne

Suggestions

Du même auteur

Nanoscale thermal conductivity of Kapton-derived carbonaceous materials | Kondratenko, K.

Nanoscale thermal conductivity of Kapton-derived carbonaceous materials

Archive ouverte: Article de revue

Kondratenko, K. | 2022-02-14

International audience. This study exploits the nanoscale resolution of scanning thermal microscopy (SThM) to reveal inhomogeneous nature of thermal properties of carbon-derived materials issued from thermal convers...

Du même sujet

Coupled electromagnetic acoustic and thermal-flow modeling of an induction motor of railway traction | Fasquelle, A.

Coupled electromagnetic acoustic and thermal-flow modeling of an induction ...

Archive ouverte: Article de revue

Fasquelle, A. | 2010-09-14

International audience. In order to optimize the design of an enclosed induction machine of railway traction, a multi-physical model is developed taking into account electromagnetic, mechanical and thermal flow phen...

Chargement des enrichissements...