Journal of Quantitative Spectroscopy and Radiative Transfer

Temperature dependence of pressure broadening and shift of Rb D2 line

Yanchao Shi, Wei Zhang, Yi Zhang, Bitao Hu

Published Feb 14, 2019• 0 citations

Publisher

DOI: 10.1016/j.jqsrt.2019.02.020

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Journal of Quantitative Spectroscopy and Radiative Transfer

Temperature dependence of pressure broadening and shift of Rb D2 line

Yanchao Shi, Wei Zhang, Yi Zhang, Bitao Hu

Published Feb 14, 2019• 0 citations

Publisher

DOI: 10.1016/j.jqsrt.2019.02.020

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Pressure broadening and frequency shift of the D1 and D2 lines of Rb and K in the presence of 3 He and N 2

K. A. Kluttz, Todd D. Averett, Brian A. Wolin

We report the results of a study of the pressure broadening and resonant frequency shift of the absorption profiles of the ${D}_{1}$ and ${D}_{2}$ lines of Rb and K in the presence of ${}^{3}$ He and N ${}_{2}$ gases over a range of number densities. We have also examined the temperature dependence of the broadening and shift over a range of approximately 340 to 400 K. We compare our results for the broadening and shift coefficients for Rb ${D}_{1}$ and ${D}_{2}$ to current values and present coefficients for K ${D}_{1}$ and ${D}_{2}$ .We report the results of a study of the pressure broadening and resonant frequency shift of the absorption profiles of the ${D}_{1}$ and ${D}_{2}$ lines of Rb and K in the presence of ${}^{3}$He and N${}_{2}$ gases over a range of number densities. We have also examined the temperature dependence of the broadening and shift over a range of approximately 340 to 400 K. We compare our results for the broadening and shift coefficients for Rb ${D}_{1}$ and ${D}_{2}$ to current values and present coefficients for K ${D}_{1}$ and ${D}_{2}$.

Physical Review AMar 25, 201340 citations

We report the results of a study of the pressure broadening and resonant frequency shift of the absorption profiles of the

{D}_{1}

and

{D}_{2}

lines of Rb and K in the presence of

{}^{3}

He and N

{}_{2}

gases over a range of number densities. We have also examined the temperature dependence of the broadening and shift over a range of approximately 340 to 400 K. We compare our results for the broadening and shift coefficients for Rb

{D}_{1}

and

{D}_{2}

to current values and present coefficients for K

{D}_{1}

and

{D}_{2}