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Physics Letters A

On the identification of transitions by the photon-echo technique

Igor V. Yevseyev, Valery M. Yermachenko, Решетов Владимир Александрович

Published May 1, 1980• 6 citations
Publisher
DOI
10.1016/0375-9601(80)90169-3

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Journal of Physics B Atomic Molecular and Optical Physics•Aug 14, 1989•2 citations
Visual method of identification of the branch type of resonant transition is suggested in this paper. The method is basedon the measurement ofratio ofprimary photon echo amplitude to stimulated photon echo amplitude in the magnetic field,when the effect of non-Faraday rotation of the photon echo polarization vector is occurred. The experimental results ofidentification of the resonant transitions in the vapor of molecular iodine are demonstrated. The results were checked bythe measurement ofthe maximum rotation angle range ofprimary photon polarization vector. This parameter is similarlycharacterized the resonam transition. For the first time fact ofregistration ofthe non-Faraday rotation polarization vectorofstimulated echo, formed on the different resonant transitions (Q-branch or P(R)-hranch), is reported.Keywords: primary photon echo, stimulated photon echo, identification of the resonant transitions, non-Faraday rotationof the photon echo polarization, vapors of molecular iodine, magnetic field, Q -
A method of determining relaxation rates of electronic and electronic nuclear multipole moments of gas atoms with non-zero nuclear spin, using the Stokes three-level echo (STE) and the photon echo (PE), has been proposed. This method utilises the polarisation properties and damping laws of the STE and PE on the inhomogeneously broadened transitions. Correct account was taken of the hyperfine structure (HFS) of the atomic levels and of the effect of the depolarising atomic collisions. The STE polarisation properties found have also been assumed to be a basis method for the identification of optically forbidden transitions in total angular momentum.