Excitation functions of the reactions ^natTi(p,x)⁴⁸V, ⁴³Sc, ^44gSc, ^44mSc, ^46m+gSc, ⁴⁷Sc, ⁴⁸Sc and ^natCu(p,x)⁶²Zn, ⁶³Zn, ⁶⁵Zn, ⁶¹Cu, ^58m+gCo were measured in the energy interval of 6.4–36.0 MeV (titanium) and 7.3–35.9 MeV (copper) with use of stacked-foil technique and off-line γ-ray spectrometry. The results were compared with previously published experimental data and with prediction of the nuclear reaction model code TALYS adopted from the TENDL-2019 online library. Thick target yields were calculated from the obtained cross-sections. Finally, we fit the selected experimental data sets for the ^natTi(p,x)⁴⁸V and ^natCu(p,x)^62,63,65Zn reactions and compare the results with the IAEA recommended cross-sections.

^nat Ti（p，x）⁴⁸ V，⁴³ Sc，^44g Sc，^44m Sc，^{46m + g} Sc，⁴⁷ Sc，⁴⁸ Sc和^nat Cu（p，x）⁶² Zn，⁶³ Zn，⁶⁵ Zn的激发函数，⁶¹铜，^{58m + g}使用堆叠箔技术和离线γ射线光谱法在6.4–36.0 MeV（钛）和7.3–35.9 MeV（铜）的能量区间内测量了Co。将结果与之前发表的实验数据以及从TENDL-2019在线图书馆采用的核反应模型代码TALYS的预测进行了比较。从获得的横截面计算出厚的目标产率。最后，我们拟合了^nat Ti（p，x）⁴⁸ V和^nat Cu（p，x）^62,63,65 Zn反应的选定实验数据集，并将结果与​​IAEA建议的横截面进行了比较。