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The role of the final state interactions (FSI) in the inclusive quasi-elasticdisintegration of the deuteron is investigated treating the two-nucleon finalstate within the exact continuum solutions of the non-relativistic Schroedingerequation, as well as within the Glauber multiple scattering approach. It isshown that for values of the Bjorken scaling variable $x_{Bj}\simeq 1$ bothapproaches provide similar results, unless the case $x_{Bj}\gtrsim 1$, wherethey appreciably disagree. It is demonstrated that present experimental data,which are mostly limited to a region of four-momentum transfer ($Q^2 \lesssim 4(GeV/c)^2$) where the Center-of-Mass energy of the final state is below thepion threshold production, can be satisfactorily reproduced by the approachbased on the exact solution of the Schroedinger equation and not by the Glauberapproach. It is also pointed out that the latter, unlike the former, does notsatisfy the inelastic Coulomb sum rule, the violation being of the order ofabout 20%.Comment: 16 LaTeX pages, 10 eps-figures, 1 tabl

Effects of the final state interaction in the electrodisintegration of the deuteron at intermediate and high energies