High Resolution Fouirer Transform Measurements and Hyperfine Structure Investigations of Atomic Vanadium

GÜZELÇİMEN F., Demir G., BAŞAR G., ÖZTÜRK İ., Kröger S., Ferber R., ...More

Turkish Physical Society 29th International Physics Congress, Turkey, pp.63

  • Publication Type: Conference Paper / Summary Text
  • Country: Turkey
  • Page Numbers: pp.63
  • Istanbul University Affiliated: Yes

Abstract

Neutral Vanadium has one predominant stable isotope, 51V with a natural abundance of 99.75% and a large nuclear magnetic dipole moment mI =5.1574mN  [1]. No magnetic dipole hyperfine structure constants of the high-lying energy levels of the 4P, 6F, 6D, 2G, 4I, 4H multiplets of the configuration 3d44p have determined yet. Therefore, we aimed to determine magnetic dipole hyperfine structure constants A for these levels (energies taken from Thorne et al. [2]).

 

Fourier Transform (FT) spectra of Vanadium were carried out with a high-resolution BRUKER IFS 125HR FT Spectrometer in Laser Centre, Latvia. For all levels under investigation, we have obtained the hyperfine structure constant A values from more than one spectral transitions in the FT spectra. As a result, we have determined the hyperfine structure constants A for all 23 levels, which belong to above-mentioned multiplets of the configuration 3d44p.