Analysis of the Pulsed Plasma Reactor Impedance For DeSOx and DeNOx
Analysis of the Pulsed Plasma Reactor Impedance For DeSOx and DeNOx
复制标题
脱硫和脱硝脉冲等离子体反应器阻抗分析
DOI：
10.1143/jjap.40.1108
复制
发表时间：
2000
影响因子：
1.5
通讯作者：
Young
中科院分区：
文献类型：
--
作者：
Y. Choi;Hong;G. Rim;Tae Hee Kim;G.H. Jang;W. Shin;Young
本文研究了线板式脉冲等离子体脱硫脱硝反应器的阻抗特性。实验进行了小尺寸反应器（15 Nm 3/h）和原型反应器（2000 Nm 3/h，0.5 MW）使用旋转火花隙开关和磁脉冲压缩（MPC）调制器，分别。反应器的阻抗特性主要受充电电压、导线长度和线板间距的影响。随着充电电压和导线长度的增加，电抗器阻抗减小。通过这些实验，获得了脉冲发生器和电抗器之间阻抗匹配的最佳条件。此外，我们进行了分析的非线性电抗器的阻抗的基础上的实验和电磁暂态程序（EMTP）的研究结果。从这些，我们发现，即使电抗器的电气等效电路可以描述为一个非线性电阻并联变化的电容，电抗器的阻抗可以近似分析使用的等效电阻值的平坦区和电抗器的初始电容。
In this study, the impedance characteristics of the wire-plate pulsed plasma reactor for deSOx and deNOx were investigated. The experiments were carried out with a small size reactor (15 Nm3/h) and a prototype reactor (2000 Nm3/h, 0.5 MW) using a rotary spark gap switch and magnetic pulse compression (MPC) modulator, respectively. The impedance characteristics of the reactor were mainly varied by varying the charge voltage, wire length and wire-plate distance. With increasing charge voltage and wire length, the reactor impedance was decreased. From these experiments, the best condition for the impedance matching between the pulse generator and the reactor was achieved. In addition, we performed an analysis of the nonlinear reactor impedance on the basis of results of the experiment and electromagnetic transients program (EMTP) study. From these, we found that even though the electric equivalent circuit of the reactor may be described by a nonlinear resistance in parallel with a varying capacitance, the reactor impedance could be approximately analyzed using the equivalent resistance value of the flat zone and the reactor's initial capacitance.