The gas temperature in non-equilibrium plasmas is often obtained from the plasma-induced
emission by measuring the rotational temperature of a diatomic molecule in its excited state …

This review summarizes the state of the art of plasma diagnostics on atmospheric pressure
plasmas formed at characteristic length scales of approximately 1 mm or smaller and …

Plasma-based gas conversion has great potential for enabling carbon-free fertilizer
production powered by renewable electricity. Sustaining an energy-efficient plasma process …

The paper demonstrates several ways of use of the UV–vis optical emission spectroscopy of
medium resolution for the diagnostics of atmospheric pressure air and nitrogen plasmas …

This paper presents a detailed study of the potential physical mechanisms of the microbial
inactivation by cold atmospheric plasmas. With the Bacillus subtilis spores as a model …

Pulsed excitation of cold atmospheric plasmas is commonly believed to offer valuable
benefits compared to the mainstream sinusoidal excitation. However, direct comparison of …

It is of great importance to explore the evolution of laser-induced plasma (LIP) properties,
especially plasma temperature, with regard to variations of experiment conditions in both …

In this work, the conversion of CO2 into O2-free CO has been investigated in an atmospheric
plasmatron via the reaction with biochar. The effects of the biochar source, pyrolysis …

Hydrogen production from methane decomposition via an atmospheric pressure rotating
gliding arc (RGA) discharge reactor co-driven by a magnetic field and tangential flow is …

Due to low gas temperatures and high densities of active species, atmospheric-pressure
glow discharges (APGDs) would have potential applications in the fields of plasma-based …