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The growth of Cu on Si(111) surface with and without hydrogen termination was studied with low energy electron microscopy. On the clean surface the two-dimensional “5×5” incommensurate layer is first formed followed by the formation of three-dimensional (3D) islands. On the hydrogen-terminated surface the formation of the “5×5” structure is suppressed and nano-scale 3D islands decorate the steps and...
The growth of Cu on the clean and hydrogen-terminated Si(111) surfaces is studied in situ by low-energy electron microscopy (LEEM). The dependence of the growth of the ''5x5'' layer on the clean Si(111) 7x7 surface upon the deposition temperature is investigated by combining LEEM with LEED. After completion of the ''5x5'' layer not only the regular-shaped three-dimensional islands reported before...
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