Power modulated microwave plasma jet operating in argon at atmospheric pressure was
studied by spatio-temporally resolved optical emission spectroscopy (OES) in order to clarify …

Atomic spectrometry remains one of the most powerful methods for the determination of the
elements and their compounds in a wide variety of types of samples and in widely differing …

This paper describes a study of molecular hydrogen production from ethanol decomposition
by argon microwave discharge at atmospheric pressure. Different Ar flows (in the 0.50–1.5 …

The first experimental results of using focused continuous microwave radiation of the
gyrotron at a frequency of 24 GHz and power up to 5 kW for carbon dioxide decomposition …

The ro-vibrational emission spectra of the molecular species are usually used to measure
the gas temperature of a discharge at atmospheric pressure. However, under some …

The study of ethanol decomposition process to produce hydrogen using an argon
microwave plasma sustained by a Torche à Injection Axiale sur Guide d'Ondes opened to …

This article introduces a novel low-power and highly efficient atmospheric pressure
microwave plasma jet (APPJ). Specifically, a capillary tube passing through the critical gap …

Abstract Optical Emission Spectroscopy techniques are among the most employed to
perform the characterization of laboratory plasmas. The analysis of the obtained data is …

The applications of plasmas generated with gas mixtures have become increasingly
common in different scientific and technological fields. In order to understand the …

Microwave-induced plasmas generated at atmospheric pressure are very attractive for a
great variety of applications since they have a relatively high electron density and can …