Tungsten radiative cooling in DIII-D stabilizes TEM turbulence, lowers ion heat and momentum transport, increases core ion temperature and rotation, and drives neoclassical inward tungsten convection while avoiding collapse.
Overview of the kstar experiments toward fusion reactor.Nuclear Fusion, 64(11):112010, August 2024
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Effects of Tungsten Radiative Cooling on Impurity, Heat and Momentum Transport in DIII-D Plasmas
Tungsten radiative cooling in DIII-D stabilizes TEM turbulence, lowers ion heat and momentum transport, increases core ion temperature and rotation, and drives neoclassical inward tungsten convection while avoiding collapse.