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The high-K isomeric states in light superheavy nuclei around A = 250 mass region are investigated by the Cranked Shell Model (CSM) with pairing treated by a Particle-Number Conserving (PNC) method. With including the higher-order deformation  ε  6 , both of the high– K  multi-particle state energies and the rotational bands in  254 No and  N  = 150 isotone are reproduced well. The isomeric state energies and the microscopic mechanism of kinematic moment of inertia variations versus rotational frequency are discussed. The irregularity of the two-neutron K π  = 8 -  state band at  ħ  ω  ≈ 0:17 in  252 No is caused by the configuration mixing with the two-proton K π  = 8 -  band. .

High-K Isomers in Light Superheavy Nuclei by PNC-CSM method