Add to ORKGThe measurements of the spatial distribution of OH radicals and electon temperature in an atmospheric RF Ar-H2O plasma jet is carried out by means of laser induce flourescence (LIF) and absolute line intensity (ALI）measurements. Plasma with 0.3% H2O is characterized by highest LIF signal where, accordingly, the second peak of Te appears around the same water content. The dominant radical production mechanism is dissociation electron-ion recombination in the atmospheric RF plasma jet
International audienceAbsolute OH densities are obtained in a radio-frequency-driven Ar-H2O atmosphe...
Non-equilibrium atmospheric pressure plasma jets (APPJs) have been extensively investigated during t...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...
The measurements of the spatial distribution of OH radicals and electon temperature in an atmospheri...
The measurements of the spatial distribution of OH radicals and electon temperature in an atmospheri...
In this paper, the ground state OH density is measured in high pressure plasma by laser-induced fluo...
In this paper, the ground state OH density is measured in high pressure plasma by laser-induced fluo...
\u3cp\u3eIn this paper we give a general description of the LIF technique by way of OH absolute meas...
Atmospheric pressure plasma jets (APPJs) generally characterized by high concentration of radicals a...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...
International audienceAbsolute OH densities are obtained in a radio-frequency-driven Ar-H2O atmosphe...
Non-equilibrium atmospheric pressure plasma jets (APPJs) have been extensively investigated during t...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...
The measurements of the spatial distribution of OH radicals and electon temperature in an atmospheri...
The measurements of the spatial distribution of OH radicals and electon temperature in an atmospheri...
In this paper, the ground state OH density is measured in high pressure plasma by laser-induced fluo...
In this paper, the ground state OH density is measured in high pressure plasma by laser-induced fluo...
\u3cp\u3eIn this paper we give a general description of the LIF technique by way of OH absolute meas...
Atmospheric pressure plasma jets (APPJs) generally characterized by high concentration of radicals a...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
The laser-induced fluorescence spectroscopy on a micro-flow discharge with water electrode is carrie...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...
International audienceAbsolute OH densities are obtained in a radio-frequency-driven Ar-H2O atmosphe...
Non-equilibrium atmospheric pressure plasma jets (APPJs) have been extensively investigated during t...
Absolute OH densities are obtained in a radio-frequency-driven Ar–H2O atmospheric-pressure plasma je...