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We study the electromagnetic Bethe-Heitler type contribution toneutrino-induced deeply virtual meson production (\nuDVMP). SuchO(\alpha_{em})-corrections decrease with Q^{2} in the Bjorken regime lesssteeply than the standard \nuDVMP handbag contribution. Therefore, they arerelatively enhanced at high Q^{2}. The Bethe-Heitler terms give rise to anangular correlation between the lepton and hadron scattering planes withharmonics sensitive to the real and imaginary parts of the DVMP amplitude.These corrections constitute a few percent effect in the kinematics of theforthcoming Minerva experiment at Fermilab and should be taken into account inprecision tests of GPD parametrizations. For virtualities Q^{2}~100 GeV^{2}these corrections become on a par with DVMP handbag contributions. Acomputational code, which can be used for the evaluation of these correctionsemploying various GPD models is provided.

Bethe-Heitler type radiative corrections to deeply virtual neutrinoproduction of mesons