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The present work is devoted to the precise spatiotemporal mapping of the absolute density of Ar(1s5) in a ns‐pulsed argon plasma jet. The plasma impinges on glass and alumina targets at floating potential placed 5 mm away from the reactor's nozzle. Under these conditions, diffuse discharges are established in the small gas gap. As so, the line‐of‐sight absolute density of Ar(1s5) is effectively evaluated...
In recent years, arrays of microdischarges operating at high pressure have attracted a lot of attention due to many applications, including plasma display panels, mercury-free light sources, and photodectector. In our studies, arrays of microdischarges are used for biological applications which require the development of new pulsed UV sources emitting in the DNA band absorption (UV-C: 200–280 nm)...
Recently, interest in plasma micro-jet at atmospheric pressure has increased due to their unique capabilities and novel applications, such as biomedicine1, thin film disposition2 and chemical decontamination3. In this work we report on the measurement, by laser absorption spectroscopy, of the distribution of the helium metastable state densities inside both the main discharge and the plasma jet propagating...
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