电气技术
電氣技術
전기기술
ELECTRICAL ENGINEERING
2012年
12期
36-43
,共8页
李萨如图(形)%低温等离子体%介质阻挡放电(DBD)%电路模型%记忆电阻记忆电容%放电电流
李薩如圖(形)%低溫等離子體%介質阻擋放電(DBD)%電路模型%記憶電阻記憶電容%放電電流
리살여도(형)%저온등리자체%개질조당방전(DBD)%전로모형%기억전조기억전용%방전전류
low-temperature plasma%dielectric barrier discharge (DBD)%circuit model%memory resistor discharge current memory capacity
为了能够对介质阻挡放电（Dielectric Barrier Discharge,DBD）的物理机制有更深入的理解,目前国内外许多学者采用电路模型仿真与实验相结合的方法来对介质阻挡放电进行研究,它们通过结合实际的试验条件,提出了许多不同的电路仿真模型。本文在华中科技大学张庭提出的电路模型基础之上,通过实验和理论计算分别得到了试验装置的介质电容和气隙电容,对该模型进行了仿真,并对仿真结果和试验结果进行了比较。在保持电感L和电源频率f及幅值不变的情况下,讨论了当记忆电阻Rmen和记忆电容Cmen变化时,放电电流从单峰模式向多峰模式的演变规律。并对电流脉冲的变化情况与记忆电阻和记忆电容的关系进行了探讨,以期能够对DBD的放电机理有更深入的理解。
為瞭能夠對介質阻擋放電（Dielectric Barrier Discharge,DBD）的物理機製有更深入的理解,目前國內外許多學者採用電路模型倣真與實驗相結閤的方法來對介質阻擋放電進行研究,它們通過結閤實際的試驗條件,提齣瞭許多不同的電路倣真模型。本文在華中科技大學張庭提齣的電路模型基礎之上,通過實驗和理論計算分彆得到瞭試驗裝置的介質電容和氣隙電容,對該模型進行瞭倣真,併對倣真結果和試驗結果進行瞭比較。在保持電感L和電源頻率f及幅值不變的情況下,討論瞭噹記憶電阻Rmen和記憶電容Cmen變化時,放電電流從單峰模式嚮多峰模式的縯變規律。併對電流脈遲的變化情況與記憶電阻和記憶電容的關繫進行瞭探討,以期能夠對DBD的放電機理有更深入的理解。
위료능구대개질조당방전（Dielectric Barrier Discharge,DBD）적물리궤제유경심입적리해,목전국내외허다학자채용전로모형방진여실험상결합적방법래대개질조당방전진행연구,타문통과결합실제적시험조건,제출료허다불동적전로방진모형。본문재화중과기대학장정제출적전로모형기출지상,통과실험화이론계산분별득도료시험장치적개질전용화기극전용,대해모형진행료방진,병대방진결과화시험결과진행료비교。재보지전감L화전원빈솔f급폭치불변적정황하,토론료당기억전조Rmen화기억전용Cmen변화시,방전전류종단봉모식향다봉모식적연변규률。병대전류맥충적변화정황여기억전조화기억전용적관계진행료탐토,이기능구대DBD적방전궤리유경심입적리해。
In order to have a better understanding of the physical mechanism of DBD , many scholars at home and abroad has been using the way of circuit model simulation to conduct a study on Dielectric Barrier Discharge. They combine the actual test conditions and come up with a lot of different circuit simulation models. This paper is basedon the model propounded by Zhang Ting of HUST.I measured the capacitance of the dielectric and the gas gap,then simulated on the model with what had measured.Besides, comparison between the simulation results and the test results was made.I discussed bow the discharge currents evolutes from unimodal models to multimodal model with the memory resistor Rmem and the memory capacitor Cmem changed and the inductance L, the frequency f and amplitude of the power supply fixed and then discussed the relationship between changes of current pulse and the two parameters, Rmem and Cmem in order to have a better understanding of the DBD discharge mechanism.
