[Electron excitation temperature of hexagon pattern in argon discharge at atmospheric pressure].
The emission spectrum and the discharge current waveform of argon dielectric barrier discharge at atmospheric pressure were measured when the filaments self-organized in hexagon pattern by using a specially designed experimental setup. Electron excitation temperature of hexagon pattern was calculated using intensity ratio method. It was found that the electron excitation temperature is higher as the frequency of feeding voltage increases. And the temporal correlation among all micro-discharge channels also becomes higher as the frequency of feeding voltage increases. This work gives useful reference for studying pattern formation dynamics.
Liu
Shu-Hua
SH
College of Physics Science and Technology, Hebei University, Baoding 071002, China.
Mao
Zhi-Guo
ZG
Li
Shu-Feng
SF
Ran
Jun-Xia
JX
Dong
Li-Fang
LF