On Low and Medium Energy Deuteron-Induced Reactions on 63,65Cu

Reference Cross Sections for Charged-particle Monitor Reactions

“…Decay characteristics of activation product 62 Zn (T1 /2 =9.193 h) were discussed in Sec. II F. Ten publications with experimental crosssection data at incident particle energies up to 50 MeV were identified in the literature [198,[227][228][229][230][231][232][233][234][235], and are shown with uncertainties in Fig. 16(a).…”

“…All references are new because the reaction was not present in the previous update of the IAEA monitor reaction website in 2007 [10]. Three references were removed prior to further analysis, and the reasons for their rejection are given in parentheses: Bartell et [234]) [230].…”

“…The decay characteristics and specific problems associated with the use of 63 Zn as an activation product in a monitor reaction were discussed in Sec. II G. Eight publications with experimental cross-section data at incident particle energies up to 50 MeV were identified in the literature [207,227,230,231,[234][235][236][237], and are shown with uncertainties in Fig. 17(a).…”

“…Data in Refs. [230,231,234,237] were obtained with 63 Cu targets, and have been re-normalised to nat Cu. The original values of Ref.…”

Activation cross-sections of longer lived products of deuteron induced nuclear reactions on ytterbium up to 40MeV

“…The results of model calculations still significantly underestimate the experimental data, although new improvements for description of (d,p) reactions were implemented in the TALYS code. Phenomenological systematics of the (d,p) crosssections and the problems of the theoretical descriptions are discussed in more detail in [25,26]. Fig.…”