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Showing 1 to 2 of 2 for “"Lithium plasma facing components (PFCs)"”.

  1. Technology and engineering of liquid lithium for fusion applications

    … fusion arise from the interaction of the fusion plasma with the first wall of the device, particularly in the divertor of the tokamak. Edge cooling, impurity generation, and first wall erosion among others all have root causes that lie in particle and energy exchanges that occur at the plasma

    uiuc Repository record for Technology and engineering of liquid lithium for fusion applications (opens in a new tab)

  2. Advancement of liquid lithium plasma-facing components for next-generation fusion devices

    … of these challenges is handling the large heat, plasma and neutron fluxes exhausted from the core plasma. Current tokamak design points assume a steady state heat flux of 10MW/m2 increasing to values >1GW/m2 in transient events and particle fluxes > 1 × 1023m−2s−1. Flowing liquid lithium Plasma

    uiuc Repository record for Advancement of liquid lithium plasma-facing components for next-generation fusion devices (opens in a new tab)