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Momentum widths of the primary fragments and observed final fragments havebeen investigated within the framework of an Antisymmetrized Molecular Dynamicstransport model code (AMD-V) with a sequential decay afterburner (GEMINI). Itis found that the secondary evaporation effects cause the values of a reducedmomentum width, $\sigma_0$, derived from momentum widths of the final fragmentsto be significantly less than those appropriate to the primary fragment butclose to those observed in many experiments. Therefore, a new interpretationfor experiemental momentum widths of projectile-like fragments is presented.Comment: 4 pages, 3 figs. Accepted for publication in Phys. Rev. C as a Rapid  Communicatio

Sequential decay distortion of Goldhaber model widths for spectator fragments