  We demonstrate that the final state $p$-$n$ interaction in the reaction of
electrodissociation of the deuteron at large $Q^{2}$ in a static external field
leads to the apparent reacceleration of neutrons. The shift of the neutron
velocity from the velocity of the deuteron beam is related to the
quantum-mechanical forward-backward asymmetry of the missing momentum
distribution in the $^2H(e,e'p)n$ scattering.
