Heliumlike Mg XI in the divertor-injected tokamak experiment

Physics

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Metallic Plasmas, Plasma Spectra, Tokamak Devices, Transition Probabilities, X Ray Spectra, Atomic Energy Levels, Electron Density (Concentration), Emission Spectra, Magnesium, Spectral Line Width

Scientific paper

Electron-impact excitation rates for transitions in heliumlike Mg XI, calculated with the R-matrix code, are used to derive the electron-density-sensitive emission line ratio R (= f/i) and temperature-sensitive ratio G/ = (f + i)/r/, where f is the forbidden 1s2 1S-1s2s 3S transition, i the intercombination 1s2 1S-1s2p 3P1,2 lines, and r the resonance 1s2 1S-1s2p 1P transition. A comparison of these with R and G ratios determined from X-ray spectra of the divertor-injected tokamak experiment reveals excellent agreement between theory and observation, with discrepancies of typically 3 percent and 9 percent in R and G, respectively.

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