Investigation of Monochromatization Light Effect at Molecular/Atomic Level in Electronegative-Electropositive Gas Mixtures Plasma

Luminita C. Ciobotaru
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引用次数: 1

Abstract

In electronegative-electropositive gas mixtures plasma, at a total pressure varying in the range of ten to hundred Torr, was reported the appearance of a quasi-mochromatization effect of the emitted radiation. This radiation could be the result of the generating mechanisms at molecular level, which is the case of the excimer radiation but also at atomic level. Thus, in the last case, in (Ne+1%Ar/Xe+H2) gas mixtures plasma in a dielectric barrier discharge (DBD), this effect consists in the
电负性-电正性混合气体等离子体中分子/原子水平单色化光效应的研究
据报道,在电负性-电正性混合气体中,等离子体在总压在10到100托的范围内变化时,发射的辐射出现了准色化效应。这种辐射可能是分子水平(即准分子辐射)的产生机制的结果,也可能是原子水平的产生机制的结果。因此,在最后一种情况下,在介质阻挡放电(DBD)中的(Ne+1%Ar/Xe+H2)气体混合等离子体中,这种效应存在于
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