Atmospheric Pressure Plasma Coupled with Aerosol for Biomedical Applications

Doctoral project Abdollah Sarani

Doctoral project Arne Vandenbroucke

Doctoral project Dong Li

Doctoral project Iryna Kuchakova

Doctoral project Lei Wang

Doctoral project Li Li

Doctoral project Niels Wardenier

Doctoral project Patrick Vanraes

Doctoral project Qing Xiong

Doctoral project Xiaolong Deng

On-chip integrated UV micro plasma sources for biophotonic applications

Atmospheric pressure RF plasma polymerization for the functionalization of biomaterials

Buckminster fullerene ion gun for advanced chemical depth profiling of organic and polymer materials

Deposition of plasma-polymerized thin films at medium pressure

Experimental study of atmospheric pressure plasma with liquid electrode

Fundamental study and development of plasma-treated porous titanium scaffolds for the treatment of critical bone defects

In-line quality control of plasma-deposited thin films for industrial applications

Interaction of a cold plasma jet with the surface of a porous, biodegradable polyester matrix

Novel plasma sources for emerging applications

On-chip integrated UV micro plasma sources for biophotonic applications

Penetration of plasma in porous structures

Physical chemistry of plasma - surface interactions

Plasma-skin interactions: from wound treatment to topical introduction of molecules

PLASMATEX: Novel type of antibacterial coatings on textile materials and plastic with controllable release of antibacterial agent

Plasma treatment for improvement of hydrophilic, hydrophobic, antibacterial and adhesion properties of medical and textile fabrics

Precise spatial and time-resolved diagnostics by poly laserverstrooing of an atmospheric plasma that interacts with porous materials and liquid media

Sof computing methodologies for personalized access to large volumes of data.

Spectroscopic study of atmospheric pressure non-equilibrum plasmas in the context of biomedical applications

Plasma-assisted development and functionalization of electrospun mats for tissue engineering purposes

Upgrade of the for RUPT crucial analytical XPS-equipment