Electron density and temperature-sensitive X-ray-emission-line ratios for heliumlike Si XIII in the DITE tokamak

Physics – General Physics

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Electron Density (Concentration), Electron Energy, Silicon, Tokamak Devices, X Ray Spectra, Atomic Recombination, Forbidden Transitions, Resonance Lines

Scientific paper

Analyses of such remote X-ray sources as solar flares, for which no independent electron density and temperature estimates exist, may be undertaken in light of the present derivation of the electron density-sensitive emission line ratio R and the temperature-sensitive ratio G from calculations of the electron-impact excitation rates in He-like Si XIII atoms. These results are compared with R and G values obtained from X-ray spectra of the divertor-injected tokamak experiment; good agreement is obtained between theory and experiment, thereby supporting the accuracy of the atomic data used in the line-ratio calculations.

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