Investigation of surface charge distribution and its influence on characteristics of dielectric barrier discharge
作者： Xinzhe Ma , Yongpeng Meng , Yan Du , Kai Wu
DOI: 10.1109/ICPADM.2018.8401228
关键词: Dielectric barrier discharge 、 Dielectric 、 Surface charge 、 Electric discharge in gases 、 Materials science 、 Voltage 、 Atomic physics 、 Charge density 、 Pockels effect 、 Range (particle radiation)
摘要: Dielectric barrier discharge (DBD) with a broad range of technological applications is hot topic in the field gas discharge. In recent years, dynamic distribution surface charges on dielectric has been known as an important influence factor characteristics DBD. this paper, measurement system charge based Pockels effect was established. Surface and quantity different gaseous environment were measured. A quantitative criterion summarized used to analyze uniformity distribution, which quite useful for determining transition from filamentary homogeneous The dispersibility density its features researched quantitatively. addition, observations single pulse current shape image investigate under high-frequency voltage.
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