Abstract
An efficient atomic-beam splitter on the basis of interaction of the wave packet of a three-level atom with the field of standing light waves having the relative spatial shift ϕ = π/2 is studied. It is shown that, when several zones of interaction with the field of optical radiation are used, a splitting equal to 2nℏk(n is the number of zones of interaction) in each of the lower states of the three-level Λ atom can be reached.
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