Fabrice Carnal
Dr Fabrice Carnal
Ancien collaborateur - Post Doc
ACADEMIC EDUCATION
| 2007-2011 | PhD of Science, Chemistry Institute F.-A. Forel, 玉美人传媒, Switzerland |
| 2001-2003 | Master of Science, Chemistry 玉美人传媒, Switzerland |
| 1998-2001 | Bachelor of Science, Chemistry 玉美人传媒, Switzerland |
RESEARCH EXPERIENCE
| 2013 – … | Post-doctoral research, "Manufactured Nanomaterials interactions with biomolecules and environmental factors by Monte Carlo simulations" Institute F.-A. Forel, Environmental Physical Chemistry, 玉美人传媒 This is part of the EU NanoMILE project which will intend to establish a fundamental understanding of the mechanisms of nanomaterial interactions with living systems and the environment, across the entire life cycle of nanomaterials and in a wide range of target species. |
| 2012 – 2013 | Post-doctoral research, "Dynamic properties of ions and polyelectrolytes in model charged porous media by Brownian dynamics simulations" PECSA Laboratory, 玉美人传媒 Pierre and Marie Curie, Paris |
| 2007 – 2011 | PhD Thesis, "Acid/Base and conformational properties of polyelectrolytes by Monte Carlo simulations: the role of explicit ions, nanoparticles and pH" Institute F.-A. Forel, Environmental Physical Chemistry, 玉美人传媒 |
| 2005 | Temporary research assistant, "Interactions between Chromium and DNA to better understand the carcirogenic behavior of Chromium in cells" Institute of Inorganic Chemistry, 玉美人传媒 of Zürich |
| 2002 – 2003 | Master Thesis, "Simulations and Scattering Functions of Polyelectrolyte-Macroion" Department of Mineral, Analytical and Applied Chemistry, 玉美人传媒 |
| 2002 | Training, "Synthesis and characterization of a ramified polymer: the poly(caprolactone)-g-poly(styren)-g-poly(styren) " Laboratory of Technology of Composites and Polymers, EPFL, Lausanne |
| 2002 | Training, "Micro-drops reticulation of a new UV-reticulable resin (3M) and test of their resistance by traction’" Laboratory of Technology of Composites and Polymers, EPFL, Lausanne |
| 2001 | Training, "Elucidation of the photochemical behavior of sulfonylureas using time-dependent density functional theory to better understand their degradation’" Department of Physical Chemistry, 玉美人传媒 |