In this paper a review of different approaches for handling the self-absorption effect in Laser-
Induced Breakdown Spectroscopy (LIBS) applications is presented. From an analytical point …

In this review, we report and critically discuss the application of LIBS for the determination of
plasma-emission fundamental parameters, such as transition probabilities, oscillator …

Laser induced plasma was a light source for the study of Stark broadening parameters of
singly charged aluminum ion lines. Plasma electron number density in the range (0.3–2.3)× …

In this work we summarize, analyze and critically evaluate experimental procedures and
results of LIBS electron number density plasma characterization using as examples Stark …

We present a simple analytical expression for self-absorption correction of a spectrum
recorded in the image mode of a CCD camera. It is assumed that two spectra are available …

This article describes laser Thomson scattering as applied to investigate laser-induced
plasmas originating from gas breakdown or ablation of solid samples. Thomson scattering …

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

Experimental Stark width broadening parameters (w) for 5 spectral lines of singly (Al II) and
8 spectral lines of doubly ionized aluminum atoms (Al III) are presented. The for Al III values …

Laser-induced breakdown spectroscopy (LIBS) has the disadvantages of weak signal,
unreliability, and low sensitivity. Spatial confinement can enhance the spectra to overcome …

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 …