\begin{document}$E_{\mathrm{rot}}$\end{document} in the cranking approximation have an almost equivalent effect on the description of binding energies for most deformed nuclei, and the DCEs can provide a significant improvement for the (near) spherical nuclei close to the neutron shells and thus reduce the rms deviations of \begin{document}$S_{2n}$\end{document} by \begin{document}$\approx$\end{document}17%. Furthermore, it is found that the DCEs are quite sensitive to the pairing correlations; taking \begin{document}$^{148}$\end{document}Nd as an example, a 10% enhancement of pairing strength can raise the DCE by \begin{document}$\approx$\end{document}37%."> Beyond-mean-field dynamical correlations for nuclear mass table in deformed relativistic Hartree-Bogoliubov theory in continuum -
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