Abstract
The high-frequency optical absorption edge of pure tetragonal ZrO2, isolated in a ZrO2âAl2O3 nanolaminate film structure, was determined using transmission spectrophotometry. The functional dependence of the absorption coefficient on photon energy shows two interband transitions: an initial indirect transition at 5.22 eV (i.e., the band gap) followed by a direct transition at 5.87 eV. The edge structure is associated with O 2pâZr 4d electron states and discussed in terms of ab initio calculations reported in the literature.
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