Аннотация
Differential cross sections of proton scattering on 9 B and 9 Be nuclei are calculated using the Glauber theory at energies of 135, 180, 220, and 1000 MeV. The wave function (WF) in a three-particle 2α + N model with paired αα and α N interactions with states forbidden by the Pauli principle is used in deriving the matrix elements. The geometric structure of 9 B WFs calculated using different potentials of the αα interaction is investigated. The contribution to the collision cross sections of different orders in the Glauber operator Ω is calculated. It is shown that single and double collisions must be taken into account, while triple collisions make almost no contribution to a cross section.