Spectroscopic Stark line profile in a non-homogeneous field quasi-static approximation

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Abstract
The Stark effect in fusion plasmas is calculated for quasi-static F fields corresponding to a nearest neighbour first terms approximation (1 NN). The resulting eigenstates, fully calculated in spherical coordinates, are convoluted with Hooper's microfield distribution. We present the computation of the Lyman γ line for the tracer argon isolated in DT fuel, at electronic densities 5 × 10^21 cm-3 and 7 x 10^22 cm-3

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