CAJ | 학술논문

本文叙述了介质阻挡放电照相技术的基本原理，给出了自制的实验装置，并研究了不同曝光时间、不同放电回路电阻对照相质量的影响。在此基础上，提出在采用高压纳秒脉冲放电技术的前提下，综合控制曝光时间和放电回路电阻，是获得良好质量介质阻挡放电像的又一关键。
본문서술료개질조당방전조상기술적기본원리，급출료자제적실험장치，병연구료불동폭광시간、불동방전회로전조대조상질량적영향。재차기출상，제출재채용고압납초맥충방전기술적전제하，종합공제폭광시간화방전회로전조，시획득량호질량개질조당방전상적우일관건。
In this paper, the basic principle of dielectric barrier discharge photography(DBDP) is discussed. An imaging equipment is set up for the purpose of studying the effect of exposure on the DBDP, by which this influences of exposure time and resistance in discharge circuit on the quality of DBDP are studied, respectively. Based on this results, the author advances that in the premise of using high-voltage nanosecond pulse discharge technology, controlling the exposure time and the resistance synthetically is a key for getting a good image of DBDP.