Vol. 5, issue 11, article # 3
Kochanov V. P. Oscillations in a pulse of resonance fluorescence initiated by a smooth pulse of nonsaturating radiation. // Atmospheric and oceanic optics. 1992. V. 5. No. 11. P. 731-734.
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Abstract:
A theoretical study of oscillations occurring in a pulse of a spontaneous emission initiated in a regime of linear absorption of a smooth bell–shaped radiation pulse exciting a resonance atomic transition is presented. The regions of the oscillation existence are found numerically for different durations of the excitation pulse and for different detunings of its radiation frequency from resonance with the atomic transition. An essential dependence of the size and shape of the regions on the rate of an induced dipole moment of an atom and on the ratio of durations of leading and trailing edges of the excitation pulse is revealed.
