Study of polymer and inorganic compounding methods for energy storage.

The high speed development of industries such as new energy power, medical instruments, under¬ground exploration, and high power pulses are demanding more and more dielectric capacitors. Polymer based film capacitors are attracting attention for their high power density, high breakdown field strength, high reliability, low loss, and small size. However, the low energy density due to the low dielectric constant of the polymer itself has limited IS application n high-end fields. And polymer as an effective way to enhance the energy density by compounding with other organic or inorganic materials in different ways. This paper introduces the current research status of polymer based film capacitors compounded with inorganic materials, analyzes the advantages and shortcomings of different compounding methods, and discusses the future development prospects of polymer based film capacitors. [ABSTRACT FROM AUTHOR]