Data obtained for electron-induced excitation transitions between levels with principal quantum numbers n=3 in Cl-like Fe X, S-like Fe XI, and Si-like Fe XIII ions by different theoretical methods were compared, and recommended data for electron collision strengths and effective collision strengths have been chosen. Simple analytical formulas with 7 free parameters were used to describe electron temperature dependence of effective collision strengths in a wide temperature range. The values of free parameters have been determined by fitting the recommended numerical data. The obtained results can be used for plasma kinetics calculations and for spectroscopic methods of plasma diagnostics
Electron impact collision strengths among 560 levels of Si IX, 320 levels of Si X and 350 levels of ...
We have calculated cross sections for electron impact ionization (EII) of P-like Fe11+ forming Si-li...
Electron excitation collision strengths for fine-structure transitions 3s23p5-3s3p6, 3s23p5-3s23p43...
Extensive calculations are reported for electron collision strengths, rate coefficients, and transit...
International audienceA new calculation of rate coefficients for electron collisional excitation of ...
Context.Absorption or emission lines of $\ion{Fe}{ii}$ are observed in many astrophysical spectra an...
Abstract. As part of a systematic study of the collisional properties of Fe ions carried out by the ...
Collision strengths and maxwellian averaged rate coefficients have been calculated for 23 871 transi...
We present R-matrix results for the electron-impact excitation of Fe6+. The intermediate-coupling fr...
We calculate collision strengths and thermally averaged collision strengths for electron excitation ...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
We present R-matrix results for the electron-impact excitation of Fe6+. The intermediate-coupling fr...
Energies and lifetimes are reported for the lowest 136 levels of Fe XIV, belonging to the (1s22s22p6...
International audienceA new R-matrix calculation of rate coefficients for electron collisional excit...
The multipole rate coefficients $$C^K$$ for excitation of highly charged ions by impact with isotrop...
Electron impact collision strengths among 560 levels of Si IX, 320 levels of Si X and 350 levels of ...
We have calculated cross sections for electron impact ionization (EII) of P-like Fe11+ forming Si-li...
Electron excitation collision strengths for fine-structure transitions 3s23p5-3s3p6, 3s23p5-3s23p43...
Extensive calculations are reported for electron collision strengths, rate coefficients, and transit...
International audienceA new calculation of rate coefficients for electron collisional excitation of ...
Context.Absorption or emission lines of $\ion{Fe}{ii}$ are observed in many astrophysical spectra an...
Abstract. As part of a systematic study of the collisional properties of Fe ions carried out by the ...
Collision strengths and maxwellian averaged rate coefficients have been calculated for 23 871 transi...
We present R-matrix results for the electron-impact excitation of Fe6+. The intermediate-coupling fr...
We calculate collision strengths and thermally averaged collision strengths for electron excitation ...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
We present R-matrix results for the electron-impact excitation of Fe6+. The intermediate-coupling fr...
Energies and lifetimes are reported for the lowest 136 levels of Fe XIV, belonging to the (1s22s22p6...
International audienceA new R-matrix calculation of rate coefficients for electron collisional excit...
The multipole rate coefficients $$C^K$$ for excitation of highly charged ions by impact with isotrop...
Electron impact collision strengths among 560 levels of Si IX, 320 levels of Si X and 350 levels of ...
We have calculated cross sections for electron impact ionization (EII) of P-like Fe11+ forming Si-li...
Electron excitation collision strengths for fine-structure transitions 3s23p5-3s3p6, 3s23p5-3s23p43...