  It is shown that the spin-orbit and Zeeman interactions result in phase
shifts of Andreev-reflected holes in disordered topological insulator, or
normal Rashba spin-orbit-coupled wires, which are in a contact with an s-wave
superconductor. Due to interference of the holes reflected through different
paths in Andreev interferometer the electric current through the contact varies
depending on the strength and direction of the Zeeman field. It also depends on
mutual orientations of Zeeman fields in different shoulders of the
interferometer. Such a nonlocal effect is a result of the long-range coherency
caused by the superconducting proximity effect. This current has been
calculated within the semiclassical theory for Green functions of a dirty
system.
