Abstract

We obtain predictions for B(s)→e+e−γB_{(s)}\to e^+e^-γ and B(s)→μ+μ−γB_{(s)}\to μ^+μ^-γ decays. All the contributions containing long-distance QCD effects are calculated in the framework of relativistic quark model. The contributions of the light vector-meson resonances related to the virtual photon emission from valence quarks of the BB-meson are included. The highest branching ratios for the radiative leptonic B-decays are B(Bˉs0→e+e−γ)=18.8×10−9{\cal B}(\bar B^0_s\to e^+e^-γ)=18.8\times10^{-9} and B(Bs0→μ+μ−γ)=12.2×10−9{\cal B}(B^0_s\to μ^+μ^-γ)=12.2\times10^{-9}. We also give the distribution of the foward-backward asymmetry.

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