New extension of CCONE code for calculation of deuteron-induced reactions

We propose a new method of calculating the cross sections for deuteron-induced reactions and extend CCONE code in order to develop a deuteron nuclear data library. In the extension, the continuum discretized coupled-channels (CDCC) theory and the Glauber model are employed for calculations of elastic breakup and stripping reactions to continuum, respectively. Statistical decay from compound nuclei formed by nucleon stripping and deuteron absorption is calculated by the exciton and the Hauser-Feshbach models implemented in CCONE code. The calculation results reproduce double-differential (d,xp) cross sections measured at forward angles for incident energies of 65 and 100 MeV fairly well. (author)