Excitation functions for the reactions induced by protons on Cd up to 37 MeV

Nuclear model calculation and targetry recipe for production of 110mIn

“…6. As can be seen, the model calculations are in good agreement with the experimental values (Tárkányi et al 1994;Marten et al 1985;Skakun et al 1975;Otozai et al 1966). Isomeric ratios show consistent trends in the case of 111 Cd(p,2n) 110m/g In reaction, in agreement with the theoretical calculation.…”

“…4. The theoretically calculated results for both 110g In and 110m In are in good agreement with experimental data (Tárkányi et al, 2006;Khandaker et al, 2008;Al-Saleh, 2008;Nortier et al, 1990;Otozai et al 1966;Blaser et al 1951) except data of Kormali et al (1976) Fig. 4(b)].…”

“…This energy range (13-5 MeV) is worthy for production of 110m In. The ground and isomeric contribution in total formation of 110 In together with comparison of the theoretical cross sections with the experimental ones (Otozai et al, 1966;Skakun et al 1975) are shown in Fig. 5 and there is a good agreement between them.…”

New cross section data and review of production routes of medically used 110mIn

“…7 the excitation function of the 110 Cd(p,n) 110g In reaction is presented. Experimental data on nat Cd and 110 Cd are available from Skakun et al [31], Abramovich et al [34], Otozai et al [32], Tarkanyi et al [3] and Elbinawi et al [35]. Fig.…”

“…Experimental data for the cross section of 110 Cd(p,n) 110m In reactions (Fig. 6) are available from Blaser et al 1951 [28], Al Saleh et al [29], Khandaker et al [30], Trknyi et al [3], Skakun et al [31], Otozai et al [32], Nortier et al [25] and Kormali et al [33]. The data measured on nat Cd were normalized for 110 Cd target up to the threshold of the 111 Cd(p,2n) 110 In reaction.…”