Effect of Nanofillers-Reinforced Polymer Blends for Dielectric Applications
摘要
The dielectric propertiesDielectric properties of nanofillerNanofillers-reinforced polymerPolymer blends were discussed in this chapter. The fast development of modern technology means that innovative, eco-friendly, flexible, cost-effective, and light materials must be made for human development. This chapter study looks at the wide range of dielectric materialsDielectric materials discovered, from ceramics to polymer compositesPolymer composites, and the principles that led to their use in real-world applicationsApplications. This chapter has outlined the fundamental concepts of dielectricDielectrics behavior in composite systems. This chapter also looks at how polarization models produce composites to give them suitable dielectric propertiesDielectric properties and combinations of the different composite parts to solve engineering and scientific problems. Also, recent discoveries of dielectricDielectrics composite materials have been put into groups, and their properties have been examined. This chapter discusses polymerPolymer-ceramic dielectricCeramic dielectrics composites, ceramic-based dielectricDielectrics composites, natural fiber-reinforced polymer compositesPolymer composites (NFRPCs), and bio-based polymer dielectricPolymer dielectrics composites. Finally, the production procedures of all of the dielectric materialsDielectric materials discussed, as well as their key applicationsApplications, have been carefully investigated.