Isotope shift in titanium atom

Abstract

Isotope shifts in ten optical transitions of Ti atom have been investigated by using laser induced fluorescence on a collimated atomic beam. From the isotope shifts data, using a combined analysis with muonic atom data, specific mass shifts and field shifts have been determined and corrected values of changes of the mean square nuclear charge radii have been obtained.

Isotope shift in chromium

“…The FSR value of the marker has been corrected until a least mean difference in the values of intervals has been obtained. The corrected FSR amounts to 149.98 MHz (this value is consistent with the one obtained with a similar method in our earlier works [9,10]). The final values quoted are calibrated with the corrected FSR value of Fig.…”

“…doi:10.1016/j.sab.2004. 10.007 results of the measurements. Experimental difficulties are mainly concerned with relatively small splitting of the chromium spectral lines.…”

Hyperfine structure and isotope shift analysis of singly ionized titanium

“…Table 6. Comparison of the δ r 2 4 8,A values from [27,28] and corrected muonic values [23] used in this work.…”

“…Values for the changes in nuclear mean square charge radii δ r 2 A,A can be obtained from the model-independent analysis of muonic and electron scattering data [27,28]. They are shown in table 6 together with the corrected muonic values [23]. We have preferred to use the latter since they are more accurate.…”

Isotope Shifts in the Metastable a$^5$F and Excited y$^5$G$^\circ$ Terms of Atomic Titanium

“…Among the transition metals, titanium is a particularly attractive choice for such isotopic characterization [10][11][12][13][14]. Titanium's smaller size and large isotopic selection make it a good model for detailed atomic the- FIG.…”