Optimization of Dielectric Properties of Styrene in Flexible Electronic Materials?

Well, I am currently working on a project on the optimization of the dielectric characteristics of styrene in flexible electronic materials. I need to write an article suitable to SEO, about 800 words or so. Makes sense, right?. The first thing to understand is what styrene is and what characteristics it has. Styrene is a common engineering plastic with good mechanical characteristics, chemical resistance and electrical insulation. I need to be clear about what the dielectric characteristics refer. Pretty interesting, huh?. Dielectric characteristics usually refer to the response of a material in an electric field, including parameters such as dielectric constant and dielectric loss. These parameters have a great affect on the performance of electronic materials, especially when working at high frequencies. Flexible electronic materials have developed rapidly in recent years and are broadly applied, such as wearable devices and transparent electronic devices. Styrene is one of the frequently applied materials, and improving its dielectric characteristics is very crucial to these applications. I need to look up some relevant research to see where the current research is focused. But Surface modification might be one direction. But From what I've seen, By plasma treatment or coating products methodology, polar groups is able to be introduced on the surface of styrene to enhance the polarization ability, thereby growing the dielectric constant. This not only improves performance, however might also give the material other functions, such as self-cleaning or better adhesion.