Study of hyperfine anomaly in ${}^9$Be within three-cluster model

Abstract

The study of the hyperfine (hfs) anomaly in neutron rich nuclei can give a very specific and unique way to study the neutron distribution and the clustering structure. We study the sensitivity of the hfs anomaly to the clustering effects in the 9Be isotope using two different nuclear wave functions obtained in the three-cluster (alpha+alpha+n) model. The results are compared to those obtained for 9,11Be in a two-body core + neutron model to examine whether the hfs anomaly is sensitive to a halo structure in 11Be.

7 pages, 2 figures

References in corpus (2)

• Three-body halos. V. Computations of continuum spectra for Borromean nuclei
• Hyperfine Anomaly of Be Isotopes and Anomalous Large Anomaly in ${}^{11}$Be

Cited by in corpus (6)

• "Tomography" of the cluster structure of light nuclei via relativistic dissociation
• Unstable states in dissociation of relativistic nuclei. Recent findings and prospects of researches
• Coherent Dissociation of Relativistic C-9 Nuclei
• Exposure of Nuclear Track Emulsion to a Mixed Beam of Relativistic ${}^{12}$N, ${}^{10}$C, and ${}^7$Be Nuclei
• Magnetic moments of short-lived nuclei with part-per-million accuracy: Towards novel applications of $\beta$-detected NMR in physics, chemistry and biology
• Clustering in relativistic dissociation of ${}^9$be, ${}^9$c, ${}^{10}$c and ${}^{12}$n nuclei