Instrumentation
Pour les besoins de leurs recherches, les équipes de l'IRAMIS développent une instrumentation originale.
On notera en particulier :
- la métrologie laser (impulsions laser ultra-courtes - attoseconde, ultra-haute intensités - PW) , développée en partenariat avec la Sté Impulse
- L'électronique et le traitement de signal, à travers un laboratoire dédié : LETS
- Des mesures magnétiques ultra-sensibles (SPEC/LEPO)
- L'instrumentation autour de la RMN (bobines et séquences de mesure)
- les mesures et pilotage de microscope à sonde locale (STM, AFM, MFM...)
- ...
For their researches, the IRAMIS teams develop an original instrumentation.
Note for instance:
- Laser metrology (ultra-short laser pulses - attosecond, ultra-high intensities - PW), developed in partnership with Impulse
- Electronics and signal processing, through a dedicated laboratory: LETS
- Highly sensitive magnetic measurements (SPEC / LEPO)
- NMR Instrumentation (coils and measurement sequences)
- Measurements and control of microscope with local probe (STM, AFM, MFM ...)
- ...
#3115 - Màj : 06/06/2019
Institut Rayonnement Matière de SaclayTechnique (desc. gen.)
← Back to the LETS' home page.
This section lists some instruments that are available at LETS.
Voir aussi
Research
The group's current fields of interest are the following:
Nanomaterials: In our laboratory, we synthesize and characterize low dimensionality materials (0, 1 and 2D), by all means necessary and available. These materials can often be exfoliated/dispersed in solution leading to some complex/colloidal fluids, exhibiting a very wide range of fascinating behaviors.
Faits marquants scientifiques
12 avril 2021
Julie Wolanin, Jérôme Giraud, Claude Payre, Marianne Benoit, Claire Antonelli, Damien Quemener, Iliass Tahiri, Matthieu Vandamme, Jean-Marc Zanotti, and Marie Plazanet, Review of Scientific Instruments 92 (2021) 024106
In comparison to condensed matter, soft matter is subject to several interplaying effects (surface heterogeneities and swelling effect) that influence transport at the nanoscale.
