CAJ | 학술논문

首先介绍了两电极结构表面介质阻挡放电激励器的基本构造和基本工作原理，然后测量了不同峰值电压下激励器所产生的离子风速。实验结果表明在一定的峰值电压范围内，离子风速随着施加的峰值电压的增加而增大，但当电压增加到一定幅值的时候，风速不会有明显的变化，这主要是因为增加的电压主要用于产生流光放电，而不是用来产生离子风。
수선개소료량전겁결구표면개질조당방전격려기적기본구조화기본공작원리，연후측량료불동봉치전압하격려기소산생적리자풍속。실험결과표명재일정적봉치전압범위내，리자풍속수착시가적봉치전압적증가이증대，단당전압증가도일정폭치적시후，풍속불회유명현적변화，저주요시인위증가적전압주요용우산생류광방전，이불시용래산생리자풍。
The basic structure and work principle of atmospheric dielectric barrier discharge two-electrode structure actuator are introduced briefly, and then the ionic wind velocity produced by the actuators is measured under different AC peak-peak voltage.The experimental results show that ionic wind velocity increases with the applied AC voltage in a certain range.However,the wind velocity is nearly invariable when the AC voltage rises above a certain threshold.The reason maybe is the increased voltage mainly used to produce streamer discharge, rather than ionic wind.