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

New approach to search for parity-even and parity-odd time-reversal violation beyond the Standard Model in a storage ring