Aušra Kynienė

Magnetic dipole transitions in 4d{sup N} configurations of tungsten ions

Magnetic dipole transitions between the levels of ground

Contribution of high-nl shells to electron-impact ionization processes

4{d}^{N}

Cascade emission in electron beam ion trap plasma

configurations of tungsten ions were analyzed by employing a large basis of interacting configurations. Previously introduced configuration interaction strength between two configurations was used to determine the configurations with the largest contribution to wave functions of atomic states for the considered configurations. Collisional-radiative modeling was performed for the levels of the ground configuration coupled through electric dipole transitions with

Analogues of relativistic integrals: their application in R-matrix method for highly charged tungsten ions

4{p}^{5}4{d}^{N+1}

Electron-impact ionization of W26+ ion

and

Theoretical study of W27+ spectra in EBIT plasma

4{d}^{N\ensuremath{-}1}4f

Theoretical investigation of spectroscopic properties of W27+ ion

configurations. New identification of some lines observed in the electron-beam ion trap plasma was proposed based on calculations in which wavelength convergence was reached.

Theoretical study of W20+ spectra formation in EBIT plasma

The contribution to electron-impact ionization cross sections from excitations to high-

Electron-impact direct double ionization as a sequence of processes

nl

Influence of excitations to high-nlshells for the ionization process in theW26+ion

shells and a consequent autoionization is investigated. We perform relativistic subconfiguration-average and detailed level-to-level calculations for this process. Ionization cross sections for the