等离子体科学和技术(英文版)
等離子體科學和技術(英文版)
등리자체과학화기술(영문판)
PLASMA SCIENCE & TECHNOLOGY
2002年
3期
1323-1328
,共6页
刘鹏%詹如娟%温晓辉%朱晓东%李定
劉鵬%詹如娟%溫曉輝%硃曉東%李定
류붕%첨여연%온효휘%주효동%리정
Usually, the electrical breakdown of dielectric barrier discharge (DBD) at atmo spheric pressure leads to a filamentary non-homogeneous discharge. However, it is also possible to obtain a diffuse DBD in homogeneous form, called atmospheric pressure glow discharge (APGD).We obtained a uniform APGD in helium and in the mixture of argon with alcohol, and studied the electrical characteristics of helium APGD. It is found that the relationship between discharge current and source frequency is different depending on the difference in gas gap when the applied voltage is kept constant. The discharge current shows an increasing trend with the increased frequency when gas gap is 0.8 cm, but the discharge current tends to decrease with the increased frequency when the gas gap increases. The discharge current always increases with the increased applied voltage when the source frequency is kept constant. We also observed a glow-like discharge in nitrogen at atmospheric pressure.
