1978
DOI: 10.1002/pssb.2220880124
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Band Theory of Size‐Quantised Electron States in Thin Crystalline Films

Abstract: The discrete electron states in a thin film with an arbitrary three-dimensional periodic crystal potential are analysed. First the quantum size effect states of a symmetric film are found exactly for Dirichlet (y = 0) and Neumann (y' = 0) boundary conditions, and the interpolation between these extremes is studied. Then e surface scattering matrix formalism is set up in the general (unsymmetric) case. This treats the general situation when there may be M up-and M down-travelling Bloch waves with a given energy… Show more

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Cited by 6 publications
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