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Inclusive breakup is an important reaction mechanism of reactions induced byweakly bound nuclei. The Ichimura, Austern, and Vincent (IAV) model is widelyused to analyze inclusive breakup processes and is based on a Distorted WaveBorn Approximation (DWBA). However, the validity of the DWBA form for inclusivebreakup requires further exploration. In this study, we present a derivation ofthe IAV model, using the continuum-discretized coupled-channels (CDCC) wavefunction, and apply it to the $d+^{93}$Nb reaction. We examine the differencesbetween the CDCC-IAV and DWBA-IAV models by artificially modifying the bindingenergy of the deuteron using two distinct types of optical potential. Ourfindings indicate that the CDCC method potentially provides a more fundamentaldescription of the $d$+$A$ interaction and may provide a more realisticdescription of the interior part of the wave function. This study offerssignificant potential in increasing the precision and dependability of weaklybound nuclei inclusive breakup process estimation within a fully quantummechanical model.

Advancing the IAV Model with CDCC Wave Functions for Realistic Descriptions of Two-Body Projectile Breakup