  In the reaction of the antiproton-deuteron electromagnetic annihilation pbar
+ d --> e+e-n the value of the invariant mass M of the (e+e-) pair can be near
or below the (pbar p) mass even for enough high momentum of incident
antiproton. This allows to access the proton electromagnetic form factors in
the time-like region of q^2 near the (pbar p) threshold. We estimate the cross
section dsigma(pbar + d --> e+e-n)/dM for an antiproton beam momentum of 1.5
GeV/c. We find that near the (pbar p) threshold this cross section is about 1
pb/MeV. The case of heavy nuclei target is also discussed. Elements of
experimental feasibility are presented for the process pbar + d --> e+e-n in
the context of the Panda project. We conclude that this process has a chance to
be measurable at Panda.
