Abstract The radionuclide 64Cu (T 1/2= 12.7 h) is an important non-standard positron
emitter, suitable for combining PET imaging and targeted therapy. Its production in no-carrier …

An IAEA research project was dedicated to the compilation, evaluation and recommendation
of cross-section data for the accelerator production of 11 C, 13 N, 15 O, 18 F, 64 Cu, and 124 …

One of the radioisotopes for which a growing interest exists in nuclear medicine is 64Cu. Its
branched decay makes it suitable for both diagnostic and therapeutic purposes. Activation …

Radiative capture reactions for low-energy protons have been theoretically studied for Ni
and Cu isotopes using the microscopic optical model. The optical potential has been …

In order to investigate the interplay between nuclei and their surroundings, we studied
proton-induced nuclear reactions over an energy range from 0.86 to 3.08 MeV for different …

The 64Zn (p, γ) 65Ga reaction has been studied in the proton energy ranges Ep= 2.0–2.9
and 3.3–4.3 MeV. Using a three-crystal pair spectrometer, gamma-ray spectra of primary …

In order to investigate the interplay between nuclei and their surroundings we studied proton
induced nuclear reactions over an energy range from 1.35 to 3.08 MeV for different …

The paper presents experimental results from proton capture reaction by nuclei 54Cr,
namely, partial cross-sections and radiative strength functions (RSF) simulated in the …

The distribution of the radiative strength in nuclei where the number of nucleons of one type
is nearly magic (Z= 28±1) and where there are a few valence nucleons of the other type is …

Due to Coulomb repulsion, the cross-section σ for charged-particle-induced nuclear
reactions drops rapidly with decreasing beam energy. The astrophysical S-factor is usually …