Abstract
We investigate the transmission probability of anultracold V-type three-level atom passing through a micromaser cavity, inthe presence of atomic coherence which is established by a coherent drivingfield. We show that the transmissibility of this micromaser system with theatomic coherence is better than that of the ordinary micromaser systemwithout atomic coherence. When the driving field is strong enough, for anycavity length the ultracold atom can pass through the micromaser cavityfreely.
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