The presence of nanoparticles in polymer improves the mechanical, electrical, and optical properties of the materials; metal oxide NPs doped polymer were investigated as substitutioanal materials for optical employment such as planar wave-guide devices with micro-optical elements. Numerous polymers were confirmed to be suitable matrices in the structures of composite development because of their facility of produce and conversion, perfect adhesion with enhances elements, corrosive environment resistance and in significant cases ductile mechanistic achievement. In this work, it has been reference to some earlier studies on the subject.

The presence of nanoparticles in polymer improves the mechanical, electrical, and optical properties of the materials; metal oxide NPs doped polymer were investigated as substitutioanal materials for optical employment such as planar wave-guide devices with micro-optical elements. Numerous poly...