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Production cross sections of 61Cu in alpha-particle-induced reactions on 59Co
Our analysis reveals the significant influence of continuum states in close proximity to the resonant pole on both phase shifts and continuum level densities. Specifically, the uppermost and lowest continuum states, located just above and below the resonant pole, make substantial contributions to the scattering quantities. Conversely, the continuum state located farthest from the resonant pole has a negligible impact. These findings underscore the crucial role of continuum state structure in understanding physical observables in light nuclei. This work focuses on a detailed investigation of the 3=2 state 5Li
A synthesis was carried out and the surface morphology of carbon nanoparticles obtained in the process of laser ablation of a carbon target was studied. The synthesis was carried out in an aqueous environment using radiation from a yttrium aluminum garnet laser (LS 2134D) with a wavelength of 1064 nm. A two pulses laser mode was used. The pulses were separated by a time interval of 3 μ s. The pulse duration was 10 ns, the pulse repetition rate was 10 Hz, and the energy of a single pulse was 0.05 J. It has been shown that during laser ablation a set of nanoparticles of various sizes and shapes is formed. The possibility of controlling the process of ablation and synthesis of carbon nanoparticles has been demonstrated. Efficient generation of nanoparticles for use in various applications has been achieved.
