Elastic scattering of polarized protons on ³He nucleus within the Glauber model with spin dependence

Differential cross sections and vector analyzing powers of elastic p³He scattering at energies $156\le T_p\le 1000$ MeV are calculated on the basis of the Glauber diffraction model with accounting of spin dependence of the NN-scattering amplitudes. Explicite formulae for all six invariant amplitudes of the p³He scattering for meachanisms of single-, double- and triple-scattering are obtained for the first time. A good agreement with the experimental data both for the differential cross sections and spin observables was found for scattering into the forward hemisphere. Furthermore, explicite formulae for the p³He scattering amplitudes with violation of the time-reversal invariance but conservation of P-parity are obtained and can these be used to test the T-invariance in this and others processes.