Theoretical level energies and transition data for 4p64d6, 4p54d7 and 4p64d54f configurations of W32+ ion

The ab initio quasirelativistic approach developed specifically for the calculation of spectral parameters of highly charged ions has been used to determine transition data for the Mo-like tungsten ion W${}^{32+}$. The configuration interaction method is utilized to include electron correlation effects. The relativistic effects are taken into account in the Breit–Pauli approximation. Level energies, radiative lifetimes $\tau$, Landé $g$-factors are determined for the ground configuration 4p${}^6$4d${}^6$ and two excited configurations 4p${}^5$4d${}^7$ and 4p${}^6$4d${}^5$4f. The radiative transition wavelengths $\lambda$, emission transition probabilities $A$, weighted oscillator strengths $gf$, and transition line strengths $S$ for the electric dipole, electric quadrupole, electric octupole, magnetic dipole, and magnetic quadrupole transitions among the fine-structure levels of these configurations are produced. The uncertainties of computed spectroscopic parameters are evaluated.