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首页> 外文期刊>IEEE journal of selected topics in quantum electronics >Vacuum ultraviolet emissions from the ionic excimer molecules (KrCs)/sup +/ and (HeAr)/sup +/ by low-energy electron-beam excitation
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Vacuum ultraviolet emissions from the ionic excimer molecules (KrCs)/sup +/ and (HeAr)/sup +/ by low-energy electron-beam excitation

机译:通过低能电子束激发从离子准分子(KrCs)/ sup + /和(HeAr)/ sup + /发出真空紫外线

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摘要

Vacuum ultraviolet fluorescence emissions from the ionic excimer molecules (KrCs)/sup +/ and (HeAr)/sup +/ were studied in detail by low-energy electron-beam excitation, measurements were performed as a function of gas composition, gas pressure, and deposited energy in order to investigate the kinetic mechanisms of these molecules. The rate constants of the formation and competitive reactions were determined from the observed fluorescence signal decay. Estimations of the total fluorescence yield and of the gain coefficient for these molecules are given.
机译:通过低能电子束激发,对离子准分子分子(KrCs)/ sup + /和(HeAr)/ sup + /的真空紫外荧光发射进行了详细研究,并根据气体成分,气体压力,并沉积能量以研究这些分子的动力学机理。由观察到的荧光信号衰减确定形成和竞争反应的速率常数。给出了这些分子的总荧光产量和增益系数的估计。

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