An extensive spectroscopic investigation of Kr+ plasma has been carried out through a
comprehensive collisional-radiative plasma model along with the calculations of electron …

We report 62 new experimentally obtained transition probabilities (oscillator strengths) for
doubly ionized krypton within the ultraviolet wavelength region (213–362) nm. The transition …

An extensive calculation for electron impact excitation cross-sections of Kr+ ion is performed
using relativistic distorted wave theory. The transitions considered are from the ground state …

Krypton fluoride exciplexes are short-lived species that can be generated in the excited
state. Excimers and exciplexes do not form stable molecules in the ground state and, for this …

The determination of radiative transition probabilities or oscillator strengths is of common
interest in astrophysics. The analysis of the high-resolution stellar spectra is now available in …

Stark widths and shifts of 35 singly charged krypton ion spectral lines have been measured
in a pulsed discharge lamp, where electron density ranges from 0.35–0.8× 10 23 m− 3 and …

This work reports new data for the Stark parameters of doubly ionized krypton spectral lines.
Stark widths and shifts of Kr iii lines belonging to the UV region (245–300 nm) have been …

This work reports measured Stark parameters of singly ionized krypton lines. A low-pressure
pulsed arc with 92% of He and 8% of Kr was used as a plasma source. Measured electron …

Experimental relative transition probabilities for the 16 more pro-eminent lines arising from
the 6p configurations of Au II were determined from the emission-line intensities in a laser …

Research lines of the Plasma Spectroscopy Group at the University of Valladolid are
presented in this work. The first one is devoted to atomic parameters determination, the …