Abstract
With the advance of atom by atom deposition techniques, such as magnetron sputtering and molecular-beam epitaxy, it has become possible to design and manufacture materials with composition modulations in one dimension on an atomic scale. A theoretical understanding of the thermodynamic phase stability of these layered materials is still lacking. Therefore, as a first step, the role of short-range interactions within the context of the first-principles electronic theory of phase stability of substitutional bulk alloys on the stability of superlattices and interfaces at $T=0$ K is examined.
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