Monte Carlo simulations on a restricted solid-on-solid model reveal intrinsic step jamming below 20 nm on KPZ-like surfaces caused by asymmetric attachment-detachment fluctuations under interface-limited conditions.
We demonstrated that introducing the restricted geometry effect for the bell-shaped surface undulations caused by the mixing of island-on-island structures (Fig
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Intrinsic Step Jamming in Nanometer-Scale KPZ-like Rough Surfaces under Interface-Limited Crystal Growth and Retreat
Monte Carlo simulations on a restricted solid-on-solid model reveal intrinsic step jamming below 20 nm on KPZ-like surfaces caused by asymmetric attachment-detachment fluctuations under interface-limited conditions.