The luminescence spectra for noble gases and their binary mixtures excited by Ar ions with energies up to 70 MeV were examined in the range of 200–980 nm. The emissions at the transitions of heteronuclear ionic molecules ArXe⁺, ArKr⁺, KrXe⁺ were studied for a gas-mixture, with a wide variation in the percentage composition. The noble gases atomic spectra are dominated by lines of (n + 1)p-(n + 1)s-transitions (2p-1s in Pashen’s notation); lines of d-(n + 1)p-transitions were also observed. The distribution of radiation over 2p-levels of noble gas atoms was also measured. The sharp predominance of the fraction of radiation from the levels 2p₂ of Ar, 2p₆ of Kr and 2p₅ of Xe is partially explained by the relatively small values of the rate constants for the deactivation of these levels, by own atoms. The mechanisms of levels population under the excitation of noble gases by ionizing radiation are discussed.

在200–980 nm的范围内检查了惰性气体及其被Ar离子激发的，能量高达70 MeV的二元混合物的发光光谱。在异核离子型分子ArXe的过渡排放⁺，ArKr ⁺，KrXe ⁺进行了研究用于气体混合物，在百分比组成变化很大。稀有气体的原子光谱由（n + 1）p-（n +1）s-跃迁线（以Pashen表示法为2p-1s）支配；还观察到了d-（n + 1）p-过渡的线。还测量了2p级惰性气体原子上的辐射分布。辐射从水平部分的尖锐优势2P ₂的Ar，2P ₆氪和2P ₅Xe的值的部分解释是由于它们自己的原子使这些能级失活的速率常数的值相对较小。讨论了电离辐射激发稀有气体激发下能级填充的机理。