Code
3E001808
Duration
01 October 2008 → 30 September 2014
Funding
Regional and community funding: Special Research Fund, Research Foundation - Flanders (FWO)
Promotor
Fellow
Research disciplines
-
Natural sciences
- Geology
-
Engineering and technology
- Electrical power engineering
- Energy generation, conversion and storage engineering
Keywords
rotation
turbulence
plasma
nuclear fusion
Project description
Nuclear fusion is a potential alternative for large scale electricity production. Poloidal rotation will be studied in plasma scenarios with improved confinement. Poloidal and toroidal plasma rotation contribute to the total radial electric field and the ExB shearing rate (wExB) in magnetically confined plasmas. An increased wExB is believed to stabilise turbulence by tearing apart turbulence eddies and improve the confinement.