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The multi-particle states and rotational properties of the two-particle bands in   \begin{document}$^{254}{\rm{No}}$\end{document}are investigated by the cranked shell model with pairing correlations treated by the particle number conserving method. The rotational bands on top of the two-particle   \begin{document}$K^{\pi}=3^+, \;8^-$\end{document}and   \begin{document}$10^+$\end{document}states and the pairing reduction are studied theoretically in    \begin{document}$^{254}{\rm{No}}$\end{document}for the first time. The experimental excitation energies and moments of inertia of the multi-particle states are reproduced well by the calculations. Better agreement with the data is achieved by including the high-order deformation   \begin{document}$\varepsilon_{6}$\end{document}, which leads to enlarged   \begin{document}$Z=100$\end{document}and   \begin{document}$N=152$\end{document}deformed shell gaps. An increase of   \begin{document}$J^{(1)}$\end{document}in these two-particle bands compared with the ground state band is attributed to the pairing reduction due to the Pauli blocking effect.

High-K multi-particle bands and pairing reduction in 254No *

High-K multi-particle bands and pairing reduction in ²⁵⁴No *