\begin{document}$ NN $\end{document} elastic scattering amplitudes and the spin structure of colliding deuterons. Numerical calculations are performed in the laboratory proton energy range \begin{document}$ T_p = 0.1 $\end{document}–1.2 GeV using the SAID database for spin amplitudes and in the energy region of the SPD NICA experiment corresponding to the invariant mass of the interacting nucleon pairs \begin{document}$\sqrt{s_{_{NN}}} = 2.5$\end{document}–25 GeV, using two phenomenological models of \begin{document}$ pN $\end{document} elastic scattering. It is found that only one type of the time-reversal non-invariant parity conserving \begin{document}$ NN $\end{document} interaction gives a non-zero contribution to the signal in question, which is important for isolating an unknown constant of this interaction from the corresponding data."> Time-reversal invariance violation effect in <i>dd</i> scattering -
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