PFN: Plasma Physics and Nuclear Fusion
Lorem ipsum dolor sit amet consictetur adiscipit in any case
About the department
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse et mi arcu. Nunc in massa molestie, consectetur erat at, feugiat metus. Aenean et leo vitae ipsum consectetur tempor eu sit amet turpis. Nam feugiat sollicitudin pellentesque. Fusce ullamcorper est non turpis pulvinar, quis ultricies enim blandit. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse et mi arcu. Nunc in massa molestie, consectetur erat at, feugiat metus. Aenean et leo vitae ipsum consectetur tempor eu sit amet turpis. Aenean et leo vitae ipsum consectetur tempor eu sit amet turpis. Nam feugiat sollicitudin pellentesque.
Laboratories
Plasma Chemistry and Advanced Functional Materials
The Plasma Chemistry and Advanced Functional Materials Group focuses on interdisciplinary topics, especially on the experimental investigation of non-thermal plasma generated in pulsed electrical discharges, used for water decontamination, seed treatment and thin film deposition.
Plasma Surface Engineering
The Plasma Surface Engineering Laboratory (PSE) is part of the Plasma Physics and Nuclear Fusion Department of the National Institute for Laser, Plasma and Radiation Physics in Bucharest-Măgurele. The group is mainly involved in research projects funded by the Romanian Ministry of Education and Research and the European Commission under the EUROfusion program.
Plasma Theory Group
The Plasma Theory Workshops are a series of meetings aimed at improving the understanding of various aspects of plasma physics, both fundamental and applied. These meetings provide the opportunity to compare different approaches and formulations, to identify new solutions, and to develop references that can be used as starting points for future investigations.
X-Ray Imaging Laboratory: Microtomography and Microfluorescence
Our laboratory is located near Bucharest, part of the National Institute for Laser, Plasma and Radiation Physics, a research and development organization with a history of more than 60 years.
Standard Temperature and Pressure Plasmas
Study of electrodynamic traps as a tool used in environmental protection, biology, materials physics and solid-state physics, development of new geometries for electrodynamic traps, manipulation of stored microparticles using acoustic waves
Dr. Ovidiu STOICAN
Latest Laboratories Articles
Facilities
Research Infrastructure at INFLPR:
- Femtosecond lasers
- Pulsed Laser Deposition systems
-...
Facilities
Research Infrastructure at INFLPR:
- Femtosecond lasers
- Pulsed Laser Deposition systems
-...