  We show that mixed-parity superconductors may exhibit equal-spin pair
correlations that are odd-in-time and can be tuned by means of an applied
field. The direction and the amplitude of the pair correlator in the spin space
turn out to be strongly dependent on the symmetry of the order parameter, and
thus provide a tool to identify different types of singlet-triplet mixed
configurations. We find that odd-in-time spin-polarized pair correlations can
be generated without magnetic inhomogeneities in superconducting/ferromagnetic
hybrids when parity mixing is induced at the interface.
