  Time-reversal breaking and parity-conserving millistrong interactions,
suggested in 1965, still remain a viable mechanism of CP-violation beyond the
Standard Model. One of its possible manifestations is the T-odd asymmetry in
the transmission of tensor-polarized deuterons through a vector-polarized
hydrogen gas target. Upon the rotation of the deuteron polarization from the
vertical direction into the ring plane, the T-odd asymmetries, odd against the
reversal of the proton polarization in the target, will continuously oscillate
with first or second harmonics of the spin precession frequency. The Fourier
analysis of the oscillating T-odd asymmetries allows for an easy separation
from background persistent in conventional experiments employing static vector
and tensor polarizations.
