Abstract
The nonresonant process of electron scattering at the muon in the two pulse field circularly polarized moderately strong electromagnetic waves in the interference region has been studied theoretically. Such a region occurs if an electron (and a muon) is scattered in the plane formed by the initial electron (and muon) momentum and the wave vector. In such geometry, the stimulated emission and absorption of photons by first and second waves get correlated. A significant increase of the partial scattering cross section of the process is found for non-relativistic electrons even in the case of moderate laser pulse intensities. The received results can be tested at the FAIR project.
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