This Review Article compares new experimental and corresponding semiclassical Stark
broadened data for non-hydrogenic spectral lines of neutral atoms and positive ions. This …

Laser-induced hydrogen plasma in the density and temperature range of (0.1–5)× 10 23 m−
3 and (6000–20000) K, respectively, was precisely diagnosed using two-color Thomson …

We report the results of comprehensive (both experimental and theoretical) studies of Stark
broadening parameters (width and shift) of the He I 388.865 nm (2s 3 S–3p 3 P o) spectral …

A wide variety of plasma geometries and modalities have been utilized for chemical analysis
to date, however, there is much left to be understood in terms of the underlying mechanisms …

The thermodynamic properties of silicon plasma generated by picosecond laser in vacuum
were studied by using spatiotemporally resolved emission spectroscopy technique …

La projection plasma consiste à faire fondre un matériau dans un jet de plasma et à le
projeter à grande vitesse en direction d'un substrat pour y former un revêtement. Ce jet de …

The radiation characteristics of shock-heated argon are measured in the shock-wave
velocity range of 4.5 to 7.8 km/s at gas pressures ahead of the shock wave front of 0.25, 1.0 …

The use of plasmas for chemical analysis is prevalent and new sorts are continually being
explored for potential applications in this field. However, the underlying mechanisms of …

Nanoparticles (NPs) have been gaining increased interest in the last few decades238, 239
due to their unique properties compared to their bulk material counterparts, which has …

Spatially resolved laser atomic absorption spectroscopy (LAAS) diagnostics are applied to a
free-burning DC arc in argon at atmospheric pressure. The novel LAAS apparatus is …