Abstract
High thermal stability is becoming an important property of dielectric polymer materials for high-density electric energy storage applications owing to the increasing requirement by cutting-edge fields such as aeronautical and space, new energy, electric and electronic industries, etc. This chapter focuses on recent research progress in high permittivity (high-ε) dielectric polymer materials with high thermal stability, including polymers and polymer matrix composites. On the one hand, fundamental aspects of high thermal stability and their main effect factors are summarized and used to explore strategies of achieving high thermal stability of dielectric polymer materials. On the other hand, the relationship between dielectric properties and thermal stability of dielectric polymer materials is discussed, and the main processes for producing high-ε dielectric polymer materials with high thermal stability are introduced. Finally, the application for high-ε dielectric polymer materials with high thermal stability is addressed.
Published Version
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