Finite ion temperature in ELM filaments delays their merging and reduces radial transport by generating asymmetric potentials and persistent rotational motion that diverts kinetic energy.
The influ- ence of finite ion temperature on plasma blob dynamics
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Finite Ion Temperature Effects on the Merging of Current-Carrying ELM Filaments in the edge region of a tokamak
Finite ion temperature in ELM filaments delays their merging and reduces radial transport by generating asymmetric potentials and persistent rotational motion that diverts kinetic energy.