Abstract
Abstract The double-positioning structure of discontinuous evaporated {111} gold layers grown on MoS2 substrates has been studied in detail. The two twin-related orientations of the deposit are nucleated independently on the substrate. At a later stage of growth, after coalescence has occurred, deposit islands are seen to contain both of the orientations, separated by a double-positioning boundary. It is shown, by a detailed analysis of moire patterns formed between the Au and MoS2 crystals, that double-positioning boundaries frequently lie parallel to the substrate surface and so exist as coherent twin boundaries.
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