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Expert(s) for : Plasmas
- High-frequency (HF) discharges
- Surface electromagnetic wave plasmas
- Modelling of HF discharges
- Contraction and decontraction of high-pressure discharges
- Collisional plasma physics
The starting point for my research work is the creation and use of new sources of plasmas sustained by electromagnetic fields (radiofrequency and microwave, jointly referred to as high-frequency (HF) fields) and their modelling. The results obtained, especially in the field of surface electromagnetic waves, have been particularly well received. Some devices for exciting these surface waves, like the surfatron and surfaguide, were initially patented and are now routinely used in fundamental research and industry.
Among the different applications of plasmas that I have studied over the years are polymer etching and deposition, polycrystalline diamond thin film deposition (nanometric scale), and a device for destroying greenhouse gases (e.g. CF4 and SF6) used by microelectronic factories (commercialized by Air Liquide).
My current research deals mainly with the use of plasma (more specifically the flowing N2-O2 mixture post-discharge) to inactivate microorganisms with the goal of highly disinfecting or even sterilizing medical devices. The different aspects required to obtain government approval are now being examined, with a view to transferring the technology to industry.
- Plasmas nano-impulsionnels dans les liquides ;
- Synthèse et characterisation des nanomatériaux ;
- Diagnostiques plasmas ;
Décharges électriques nanoseconde dans les liquides ;
Décharges électriques dans des milieux diphasiques ;
Diagnostiques électriques et optiques des plasmas ;
Plasmas induits par lasers ;
Plasmas à haute fréquence (RF et microonde) ;
Interaction plasma-matière ;
Synthèse des nanomatériaux ;
Stérillisation des eaux par plasmas ;
Reformage des fiouls par plasmas ;