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Description
This study focuses on the deuteron-induced inclusive breakup reaction and investigates the $(d, pX)$ and $(d, nX)$ channels for light and medium mass nuclei. To study the double differential cross section of nonelastic breakup, we employed the models of Ichimura, Austern, and Vincent [Phys. Rev. C. 32, 431 (1985)] and the Glauber model with the quantum $S$-matrix [Phys. Rev. C. 80. 014604 (2009)], and compared the results for various reaction systems. Our analysis indicates that the Glauber model combined with the quantum $S$-matrix yields good agreement with the IAV model in predicting the spectra of the deuteron-induced inclusive breakup cross section. Moreover, both models accurately predict the experimental data of light and medium mass targets.
