Scope
This school aims at preparing young researchers to tackle the current and anticipated challenges at magnetic fusion devices, and spreading the global knowledge required for a timely and competent exploitation of the ITER physics potential.
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Theme:
- To provide an overview of the plasma surface interaction issues with regard to ITER project.
Title of the school:
- Plasma Surface Interaction in Controlled Fusion Devices
Topics covered:
- Key plasma-wall interaction physics issues for ITER
- Design of the ITER plasma facing components
- General Criteria and Operation Limits of a Steady-State Fusion Reactor with Respect to Plasma-Material Interaction
- Power and particle exhaust in tokamaks
- Two-dimensional modelling of edge and divertor processes physics for ITER
- Material transport in the frame of PSI
- Erosion and Deposition
- Fuel Retention
- Advanced Diagnostics
- Irradiation Effects
- Liquid lithium
- Tritium Handling Issues
- The issue of material (C,W, Be) mixing and its consequences
- Assessment of Dust Dynamics and Transport in Tokamak Edge Plasmas
- Simulation of scrape-off plasma for high fidelity PSI
Organizers:
University of Provence
CNRS