Abstract
The recent experimental data on the quasielastic scattering of light unstable nuclei on stable target nuclei are reviewed. The microscopic approaches to the construction of the nucleon density distributions in nuclei and the projectile–target interaction potentials are described. The cross sections for quasielastic scattering are analyzed for a large group of light exotic nuclei. The problem of the existence of a neutron or protonhalo in nuclei and other features of the nuclear matter distribution are discussed. Possible future experiments on quasielastic scattering and other reactions using radioactive beams are suggested.
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