Electron Transport

This project is funded by the National Key R&D Program of China and focuses on the electron transport and energy transfer modeling to untether the electrical breakdown and flashover mechanism of dielectrics.

This project is funded by the Electric Power Research Institute of China and focuses on the deterioration process of cable and bush under high-order harmonics and high temperature.

This project investigated the coupling impact of space charge accumulation, transient arc microparticle bombardment, metal particle deposition on the flashover property of fracture insulating system in the process of dc arc switching, and revealed its influence regularity and failure mechanism. The study figured out the methods to suppress the space charge accumulation and metal particle deposition in the fracture insulating system and proposed approaches to resist electrical breakdown damage and aging based on nanocomposite modification tech.