Consistent analysis of proton elastic scattering from He and Li in the energy range of 25–75 A MeV
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Cited by (49)
Peculiarities of interaction of weakly bound lithium nuclei (A = 6–11) at low energies: Elastic scattering and total reaction cross sections
2017, Chinese Journal of PhysicsCitation Excerpt :This is shown, for example, in [72] for elastic p6He scattering at 717 MeV/nucleon and in [73] for p11Li scattering at 800 MeV/nucleon. In the new versions of the optical model, a phenomenological potential based on effective interaction forces between clusters and nucleons (differing in form from the Woods–Saxon potential) or the potential calculated in the double folding model [74–76], whose input parameters are the matter density distributions in colliding nuclei and effective NN-interactions, are used. As effective NN-forces, M3Y forces (Michigan-3-Yukawa) [77], based on Paris or Reed-Elliot potentials, or alternative JLM-forces are usually used [78,79].
Rescattering effects in proton interaction with light neutron rich nuclei
2013, Nuclear Physics ACitation Excerpt :In these models, various characteristics are calculated, including root-mean-square (rms) radii, magnetic and quadrupole moments, excitation spectra, proton and neutron densities, differential and total cross sections and vector analyzing powers. The values of rms radii are obtained in the calculations in three-body model [12–16], in the multi-particle, calculating by variational Monte Carlo (VMC) method or by the Green functions Monte Carlo (GFMC) method with realistic interactions [17–21], in the no-core large scale shell model (LSSM) [22–24]. The laser-spectroscopic measurements [25,26] allow one to obtain rms radii of light nuclei most precisely.
Energy levels of light nuclei A=11
2012, Nuclear Physics AAn investigation of p+<sup>8</sup>He elastic scattering
2014, International Journal of Modern Physics EFolding model analysis of <sup>6</sup>He + <sup>12</sup>C elastic scattering
2008, International Journal of Modern Physics E
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Present address: RIKEN, 2-1 Hirosawa, Wako, Saitama 351-0198, Japan.