KeywordsStark broadening; isolated lines; impact approximation; dips in spectral line profiles; diagnostic of Langmuir waves amplitude; diagnostic of electron density in plasmas; method for measuring charge exchange rates; tokamak; fusion reactor plasmas; Balmer spectral lines shapes; neutral atoms; velocity distribution function; electron-impact widths and shifts; (N + 1)-electron colliding systems; line shapes; Stark broadening; impact approximation; isolated lines; semiclassical perturbation picture; Stark broadening; hydrogen plasmas; numerical simulations; collision operators; spectral line shapes in plasmas; ion dynamics effects; ion microfield fluctuations; spectral line shapes; Green’s function; T-matrix; molecular dynamics simulations; microfield distribution function; plasma diagnostics; Stark broadening; line shapes; plasmas; numerical simulations; models; carbon pellet ablation; plasma spectroscopy; LHD; Stark/Zeeman broadening; line-shape codes; atomic physics; foundations of Stark broadening theory; density matrix; coupling between population and spectral distribution; microfield fluctuations caused by its rotations; MD simulations; Stark broadening; isolated lines; impact approximation; n/a
