Presentation Information
[21p-P16-8]Gas Pressure and Light Intensity Dependence of Kr Atom 4p^{5}p[1/2]_{1} Transition.
〇Hidetoshi Shimada1, Katsuki Nomura2, Nobuo Nishimiya1 (1.Tokyo Polytech.Univ., 2.Tokyo Polytech.Grd.)
Keywords:
Satulation Spectroscopy,Rare gas,Hyperfine Structure
We evaluated the quantum state of Kr atoms by measuring the saturation spectra of the 4p^{5}s[3/2]_{2}→4p^{5}p[1/2]_{1} transition in the metastable state, and calculated the nuclear magnetic interaction constant and nuclear quadrupole interaction constant from the 83Kr hyperfine structure line splittings. The non-perturbation line position of 83Kr calculated from by using hyperfine structure constants were compared with the theoretical calculations by Husson et al.
The calculated hyperfine structure constants were used to analyze the BS, SMS and SFS by King's method using the 83Kr frequency shift and even Kr isotope shift without perturbation of the nuclear spin interaction.
The calculated hyperfine structure constants were used to analyze the BS, SMS and SFS by King's method using the 83Kr frequency shift and even Kr isotope shift without perturbation of the nuclear spin interaction.