3-dimensional density profiles in edge plasma simulations for icrf heating

3-dimensional density profiles in edge plasma simulations for icrf heating

;Tierens Wouter;Jacquot Jonathan;Zhang Wei;Noterdaeme Jean-Marie;Bobkov Volodymyr;Colas Laurent
utilitas mathematica 2017 Vol. 157 pp. 03053-
114
wouter2017epj3-dimensional

Abstract

In this paper we discuss improvements made to two codes for the simulation of ICRF waves in edge plasmas: SSWICH-SW, which self-consistently models the interplay between sheath physics and radiofrequency waves (the slow wave), and RAPLICASOL, a Finite Element solver for Maxwell's equations in the cold plasma approximation. We have extended both to be able to handle 3D plasma density profiles. A comparison between a 1D and a 3D simulation reveals that the density profile dimensionality has a relatively small effect on E|| at the aperture, but a large effect on the sheath potential at the antenna limiters

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210251
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10.1051/epjconf/201715703053
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