●1Introduction
●1.1Definition and Content of Gas Discharge
●1.2History of Electrical Discharge Research
●1.3Classification of the Discharge
●1.4Application of the Discharge
●1.5Definition and Content of Gas Insulation
●1.6History and Application of Sulfur Hexafluoride
●1.7Situation and Development of Environmentally Friendly Insulating Gas
●References
●2Fundamentals of Gas Discharge
●2.1Charged Panicles in the Process of Gas Discharge
●2.1.1Photons
●2.1.2Electrons
●2.1.3Ground State Atoms(or Molecules)and Excited Atoms(or Molecules)
●2.1.4 itive and Negative Ions
●2.2Movement of Charged Panicles
●2.2.1Thermal Motion of Charged Particles
●2.2.2Diffusion Motion of Charged Particles
●2.2.3Drift Motion of Charged Particles
●2.3Collision Interactions of Charged Particles
●部分目錄
隨著電力需求量的不斷增長和環境保護日益受到人們的關注，迫切需要發展高電壓、大容量和結構緊湊的高壓電氣設備，因而必須尋求不可燃、抗老化的優良絕緣材料。氣體絕緣具有占用空間小，特別是在擁擠的城市中；對污染敏感度較低；運行維護成本低等優點。絕緣氣體不但應具有高的耐電強度和滅弧性能，還要有良好的理化特性,以及環境友好的低GWP值(優選變暖潛值)。本書主要用作高電壓與絕緣技術專業研究生教材，也可供高電壓技術專業和相近專業（應用物理專業、氣體激光、等離子體技術等專業）的研究人員和研究生參考，以及國家電力部門、電器制造廠家的工程技術人員參考。
