Abstract
The spatial periphery structure of lithium isotopes with A = 9 and 11 is investigated using the (t, p) reaction for 7,9Li nuclei. It is shown that the neutron halo is almost absent in the 9Li nucleus, while the 11Li nucleus has the Borromean halo structure formed by two neutrons relative to the 9Li core, which manifests itself in both the cigar and the dineutron configurations.
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