Capacity-coupled multidischarge at atmospheric pressure
Capacity-coupled multidischarge at atmospheric pressure
复制标题
大气压下的容量耦合多次放电
DOI：
10.1109/tps.2004.828116
复制
发表时间：
2004
影响因子：
1.5
通讯作者：
N. Sato
中科院分区：
文献类型：
--
作者：
H. Mase;T. Fujiwara;N. Sato
提出了一种新的常压等离子体产生方法--电容耦合多放电(CCMD)。CCMD中的放电间隙由一个公共电极和一些紧凑型电极(CCE)组成，这些紧凑型电极直接与小电容器耦合以猝灭放电。一种简单的CCE结构由一个圆柱形电容器提供，其内导体用作间隙电极。观察到在每个CCE处出现均匀的短脉冲放电。单次脉冲放电的电荷转移是传统介质阻挡放电的10-100倍。在使用O/SUB_2/GAS的CCMD中，获得了高效率的臭氧产生。CCMD的器件配置在其几何形状和大小方面相当灵活。CCMD可用于在大气压下生产各种工业应用的等离子体。
A new method of plasma production at atmospheric pressure, capacity-coupled multidischarge (CCMD), is proposed. The discharge gaps in the CCMD consist of a common electrode and a number of compact electrodes (CCE) which are directly coupled with small capacitors for quenching the discharge. A simple CCE structure is provided by a cylindrical capacitor, the inner conductor of which is used as a gap electrode. A short pulse discharge is observed to appear homogeneously at each CCE. A charge transfer for the single pulsed discharge is 10-100 times as large as that of the conventional dielectric barrier discharge. In the CCMD using O/sub 2/ gas, a high efficiency of ozone production has been obtained. A device configuration of the CCMD is quite flexible with respect to its geometrical shape and size. The CCMD could be used to produce plasmas for various kinds of industrial applications at atmospheric pressure.
用于大气等离子体生产的容量耦合多次放电
DOI：
--
发表时间：
2003
期刊：
APPLIED PHYSICS LETTERS 83(26)
影响因子：
--
作者：
H.Mase;T.Fujiwara;N.Sato
通讯作者：
N.Sato