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The electronic structure of cuprate superconductors is studied within thekinetic energy driven superconducting mechanism in the presence of theout-of-plane impurities. With increasing the impurity concentration, althoughboth superconducting coherence peaks around nodal and antinodal regions aresuppressed, the position of the leading-edge mid-point of the electron spectrumaround the nodal region remains at the same position, while it is shiftedtowards higher binding energies around the antinodal region, this leads to astrong deviation from the monotonic d-wave superconducting gap in theout-of-plane impurity-controlled cuprate superconductors.

Out-of-plane impurities induced the deviation from the monotonic d-wave superconducting gap in cuprate superconductors