Abstract
The transient double resonance excited in a common-upper-level scheme is studied theoretically in a medium whose spectral inhomogeneity is caused by the Doppler effect. The formation of the 0π, 2π- and 4π-pulses in the pump channel is considered. Studies of the pulse formation dynamics have revealed, in particular, that the exponential gain of a signal pulse is possible only if the pump channel contains at least one 2π-pulse. If there are more than one 2π-pulses in the pump channel, each pump pulse generates its own signal pulse whose characteristics are determined by the parameters of the pump pulse.
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