Computer simulation of material deposition and fuel retention in castellated structures of fusion machines

01 October 2008 → 30 September 2012
Regional and community funding: Special Research Fund
Research disciplines
  • Natural sciences
    • Applied mathematics in specific fields
    • Atomic and molecular physics
    • Classical physics
    • Physics of gases, plasmas and electric discharges
  • Engineering and technology
    • Power electronics
    • Energy generation, conversion and storage engineering
plasma-wall interaction nuclear fusion ITER plasma physics tritium deposition
Project description

To ensure thermo-mechanical stability and operational durability of the plasma facing components of ITER, it is foreseen to split them into small-size cells. The introduction of such castellated structures raises serious concerns about impurity accumulation and fuel retention in the gaps between the cells that may lead to unacceptable levels of fuel inventory (radioactive tritium). Modelling will be performed to understanding the basic mechanisms responsible for the deposition inside the gaps.