Abstract
Chalcogenide glasses are promising infrared materials because of their notable physical, optical, electrical, and thermal properties. Solution-processed chalcogenide glass films are highly desirable since they can retain the properties of parent glass and can be used as a platform for various integrated photonic applications. This work is intended to optimize the annealing conditions for effective solvent removal and to evaluate the influence of annealing on the morphological, compositional, structural, and optical properties of EDA-processed Ge-Sb-Se drop-cast glass films.
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