This blog contains short notes which provide concise descriptions of important results that were reported in some published peer-reviewed scientific articles as well as links to some open access peer-reviewed journal articles. The blog main focus is to disseminate both experimental and theoretical research results in the area of the electronic structure, phase transformation and spatial distribution of defects in semiconductor nanostructures to researchers or anyone who are interested in some of the recent developments in this field. Please feel to browse any of the articles or short notes by clicking on the tabs in the top menu bar.
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Nanodots, Nanowires and Nanosheets
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Name: Dr. Kin Mun Wong
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Latest Posts
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Spectroscopic scanning capacitance microscopy as a nano-characterization technique for obtaining the electronic structure in an individual Ge nanodot
Introduction The electronic structure of a nanostructure can be used to explain many of its electrical and optical properties and forms the foundation of understanding…
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A combined confocal microscopy measurement and first-principle calculation for investigating the spatial distribution of neutral oxygen vacancies on ZnO nanowire surfaces
Introduction Zinc oxide (ZnO) is a semiconductor which has generated a great deal of interest in device applications in recent years due to its several…
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Influence of the oxygen vacancies on the phase transformation of ZnO (0001) nanosheets from graphite-like structure to wurtzite lattice
Abstract The all electron full-potential linearized augmented plane wave plus local orbitals method was utilized to study the structural properties of ZnO (0001) ultra-thin films…
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Electronic Structure, phase transformation and spatial distribution of defects in semiconductor nanostructures 