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[PENDING] Stable coupling of the Yee scheme with a linear current model

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Academic year: 2024

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Figure 1: Contours at a given time of the non negative part of the electric field, that is max (E z , 0), of an ordinary wave (known as TM or O-mode) with a Gaussian shape in unperturbed plasma with a linear density profile (left) and with turbulence of δn
Figure 2: Graphical depiction of a cluster of staggered degrees of freedom defined by a translation τ = τ α,β,γ which pattern is (α, β, γ) = ( − 1, +1, +1)
Figure 3 shows that the coefficients of the problem (in terms of f c = ω 2π c and f p = ω 2π p ) are of the same order.
Figure 3: On top, the plasma background density N e 0 (x) (0%) used for the non turbulent tests is shown together with turbulent densities N e (x, y) = N e 0 (x) + δN e (x, y) for three levels of turbulence δN e (x 35 )/N e (x 35 ) of 10%, 30% and 50%
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