Short-wavelength nanosecond-barrier-discharge-pumped emitter operating on lines of argon chloride (175 nm) and chlorine (258 nm) molecules

Шуаибов, А. К.; Minya, A. Ĭ.; Грицак, Р. В.; Гомокі, З. Т.

doi:10.1134/s1063784214010186

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2015

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“…To this end, one can use in a lamp the working medium on the basis of the mixture of argon with freon vapors, since it emits on a system of bands λ = 258 nm Cl 2 (D' → A') and 175 nm ArCl (В → Х). The preliminary results of studying such a radiator with pumping by a nanosecond barrier dis charge were given in [9].…”

Section: Introductionmentioning

confidence: 99%

Characteristics and parameters of plasma of a gas-discharge UV–VUV lamp on a system of bands of argon chloride and chlorine molecules

et al. 2015

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The results of experimental study of the characteristics of a two wave UV-VUV lamp on a mixture of argon and freon vapors (CCl 4 ) with pumping by a nanosecond barrier discharge are presented. The spectral characteristics of the radiator in the wavelength range of 160-300 nm and the current and voltage oscillo grams have been studied. The intensity of the radiation of the 175 nm ArCl (B → X) and 258 nm Cl 2 (D' → A') bands were optimized during the variation of pressure and partial composition of the working mixture Ar-CCl 4 , and also the conditions of the ignition of the nanosecond discharge with two dielectric barriers. The main processes of the formation of the argon chloride molecule have been considered in the barrier discharge on the basis of the Ar-CCl 4 mixture.

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Section: Introductionmentioning

confidence: 99%