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Optics and Spectroscopy

Dependence of the polarization properties of a photon echo on the area of the first exciting pulse

Alexander V. Evseev, I. V. Evseev, V. M. Ermachenko

Published Jan 1, 1981• 0 citations
OpenAlex

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With regard to the depolarizing collisions the polarization properties of the photon echo formed by two exciting pulses linearly polarized at an angle ψ to each other with arbitrary values of their areas and arbitrary ratios of the durations and the time of reversible Doppler relaxation are obtained. The case of the small area of the first exciting pulse is examined. It is shown that the polarization properties of the photon echo can be described by equations obtained in the limit of small areas for both the first and the second exciting pulses up to the area of the second exciting pulse of the order of unity.
A brief review of theoretical predictions for photon echo polarization properties is presented from the viewpoint of their dependence eon the are of exciting pulses and on the contribution of depolarizing collisions. The choice of intercombination transition in ytterbium vapor as subject of investigation is explained. First experimental results on kinetics of resonant fluorescence at the transition of Yb (6s2$0 (superscript 1S0-(6s6p) 3P1 are presented for pure ytterbium vapor and its mixtures with Xe.