Plasma/target interactions in non-thermal atmospheric plasma biomedical applications: a challenge and key issue

In addition to the oxidation of adsorbed toluene, this work also studies the regeneration of used Hopcalite after APC by NTP discharge by (i) adsorbing toluene from dry

Deux des résultats obtenus sont pratiquement égaux quelles que soient la température et la pression, il s'agit des temps chimiques les plus petits que nous désignerons par τ 1 et

Direct atomic recombination and three particle recombination are also negligible at the electron densities in the expanding plasma.. We first give an overview of the

Figure 2 compares the calculated electron densities with experimental values determined from toroidal cavity resonance and values calculated from current continuity equations..

These observations have led us, first of all, to determine the nitrogen pressure (pN2) compatible with the higher possible N2(X), concentration {[N2(X)v]} so as

The micro-scaled atmospheric pressure plasma jet (µ-APPJ) [1] operated under a flow of He/O 2 gas mixture and at an excitation frequency of 13.56 MHz is a "cold" source

The removal and conversion processes of propane in N 2 /C 3 H 8 mixtures (concentration of hydrocarbon molecules up to 5500 ppm) energised by a photo-triggered discharge

Electric field as well as Reactive Oxygen and Nitrogen Species produced by NTP may inactivate bacteria, stimulate skin regeneration (dermatology), tumor