Abstract
In this paper the optical properties of some organic and inorganic optical storage thin films have been studied. The organic thin films include cyanine, phthalocyanine and azo- dye, which were prepared by spin-coating or LB methods. The inorganic thin films were GeSbTe phase-change materials, which were synthesized by sputtering method. The complex refractive indices were measured by spectroscopic ellipsometry technique. The optical properties are analyzed by using of different dispersion models that are based on Kramers-Kronig transformation. Finally, the application in optical storage with these thin films are discussed and demonstrated.
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