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首页> 外文期刊>Russian journal of physical chemistry, B. >Multicolor Laser Generation Resulting from a Chain Reaction of Atmospheric Nitrogen Oxidation Initiated by an Electric Discharge in Air
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Multicolor Laser Generation Resulting from a Chain Reaction of Atmospheric Nitrogen Oxidation Initiated by an Electric Discharge in Air

机译:由空气排放的电气放电引发的大气氮氧化链反应产生多色激光产生

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摘要

It was demonstrated that the luminous cloud arising during an explosion in air initiated by an electric discharge produces superluminescence and laser generation in the visible spectrum. Both these types of radiation presumably originate from the stimulated emission of NO* (blue light) and NO*(2) (orange and red) molecules and N2O(S-1) exciplexes (green). In addition, if the process occurs inside an optical resonator, the mixture of nitrogen oxidation products with air autoignites.
机译:据证明,在通过放电引发的空气中产生的发光云在可见光谱中产生超发光和激光产生。 这两种类型的辐射可能源自源自没有*(蓝光)和NO *(2)(橙色和红色)分子和N2O(S-1)的基因(绿色)的刺激发射。 另外,如果该过程发生在光学谐振器内,则氮氧化产物的混合物具有空气自硅。

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