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Showing 1 to 2 of 2 for “"Lithium Dryout"”.

  1. Advanced geometries for dryout mitigation in temhd-driven liquid lithium systems

    … the use of liquid metals, specifically liquid lithium. Liquid lithium PFCs reduce erosion and thermal stress damage, prolonging device lifetime, and have been shown to enhance plasma performance, decrease edge recycling, and reduce impurities. Flowing open surface liquid metal concepts utilize …

    uiuc Repository record for Advanced geometries for dryout mitigation in temhd-driven liquid lithium systems (opens in a new tab)

  2. Flow control and associated technologies to advance the application of TEMHD-driven liquid lithium in fusion devices

    … as alternative plasma facing components. Liquid lithium has shown the most promise, as its use in fusion devices has led to increased confinement time, less wall recycling and improved impurity control, and enhanced plasma performance. Many early devices used lithium evaporation or pool melting …

    uiuc Repository record for Flow control and associated technologies to advance the application of TEMHD-driven liquid lithium in fusion devices (opens in a new tab)