ANALYSIS OF THE DECAY OF THE 9B NUCLEUS IN THE DISSOCIATION OF THE 10C NUCLEUS

The creation of beams of radioactive nuclei opens qualitatively new opportunities for studying their structural features and excited states. In the study of interactions at high energies, a significant role is played by the nuclear photo emulsion method, which is characterized by unique capabilities. Due to its extremely good spatial resolution (0.5 μm) compared to other methods and depending on the primary impulse, an angular accuracy of the tracks of relativistic fragments of about 10-3 radians can be obtained. This provides complete observation of all possible fragmentation decays of relativistic nuclei. In the current study, results are presented for the analysis of the decay of the unbound nucleus 9B in the dissociation of 10C nuclei. A comparative study is also performed between experimental data and Monte Carlo model calculations.