Home page > Research groups > K. PHILIPPOT, B. CHAUDRET
Put on-line by , - 19 May
Nanostructures and Organometallic Chemistry

The team "Nanostructures and Organometallic Chemistry" has developed a novel method for the synthesis in solution and under mild conditions of metal and metal oxide nanoparticles from organometallic precursors. The characterization of these nano-objects is performed using various techniques from materials chemistry (electron microscopy, scanning electron microscopy, X-rays diffraction and scattering, EXAFS...) as well as spectroscopic methods used in molecular chemistry (infrared spectroscopy, solution or solid state NMR...). We are first interested in the control of the growth and of the surface chemistry of the nano-objects: shape control, self-organization, surface ligands and also the influence of the surface chemistry onto the chemical properties (catalysis) and the physical properties (magnetism, optics, electronics) of the particles. These works find interesting applications in various areas like asymmetric catalysis, biology (toxicology, hyperthermia) and microelectronics. More particularly, the activity of the group in the domain of micro-gas sensors gave rise to a development at the industrial level.
The team "Nanostructures and Organometallic Chemistry" is located in 2 different sites: at the LCC-CNRS and at the LNMO-INSA and has collaborations in various domains with numerous laboratories, in example in Toulouse with the C’Nano programme (LNMO, LAAS, CEMES, IMRCP).
Team composition
Permanent staff
Non-Permanent staff
Research Projects
Synthesis and Surface Chemistry
Characterization tools of either molecular chemistry or solide state chemistry
Organization and Shape control
Nanoparticles for Micro- or Nano-electronic
Publications
Publications 2009
Publications 2008
Publications 2007
Publications 2006
Publications 2005
Collaborations
Academic collaborations
Industrial partnerships and research valorizations
Participations in European programs
Jobs
No position available presently .