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The potential-energy surfaces of even–even super-heavy nuclei are evaluated within the LSD macroscopic–microscopic approach with a Yukawafolded mean-field potential using the Fourier shape parametrization. The calculations are performed in a four-dimensional deformation space, defined by quadrupole, octupole, hexadecapole and nonaxiality degrees of freedom. It is shown that the both pear-like and nonaxial deformation modes are important when evaluating fission barrier heights.

On the Properies of Super-heavy Even--Even Nuclei Around $^{294}$Og