Abstract
The influence of laser dressing of the atomic target on free - free transitions in a bichromatic laser field of variable relative phase is investigated. For simplicity, hydrogen is taken as target atom and only the elastic, non-resonant case is considered. Exchange effects are neglected and the scattering process is treated to the lowest-order Born approximation. It is found that at very small scattering angles the dressing effects have some influence on the phase dependence of the scattering cross sections in a bichromatic field.
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