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首页> 外文期刊>Plasma Science, IEEE Transactions on >Emission Dynamics of the Molecular Nitrogen Bands by Barrier Discharge in Air: Computer Modeling of the Experimental Procedure
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Emission Dynamics of the Molecular Nitrogen Bands by Barrier Discharge in Air: Computer Modeling of the Experimental Procedure

机译:空气中的壁垒放电引起的分子氮带的发射动力学:实验程序的计算机建模

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摘要

Computer modeling is used to reproduce emission dynamics of (0–0) bands of the second positive and the first negative molecular nitrogen systems by a microdischarge channel in barrier discharge in atmospheric-pressure air. This gives a possibility to test the computational model and to evaluate the spectroscopic procedure of the electric field strength determination by the extended relative intensity technique. Computer modeling of the experimental procedure shows that averaging in space and time in experimental measurements may be the reason for the differences in the calculated and experimentally estimated values of $E/N$ ; the last are considerably lower.
机译:通过计算机建模,通过大气压空气中的屏障放电中的微放电通道,再现了第二正和第一负分子氮系统的(0-0)谱带的发射动力学。这提供了测试计算模型和评估通过扩展相对强度技术确定电场强度的光谱过程的可能性。实验程序的计算机建模表明,实验测量中空间和时间的平均可能是$ E / N $的计算值和实验估计值不同的原因;最后一个要低得多。

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