Optical emission of laser-produced plasmas from solids, liquids, and gases, from their
fundamentals to their potential applications, has been comprehensively reported in multiple …

A comprehensive review of important progress achieved over the last 30 years regarding
knowledge of laser-induced plasmas generated by CO2 and Nd: YAG lasers in a variety of …

We investigated the role of excitation laser wavelength on plasma generation and the
expansion and confinement of ablation plumes at early times (0–500 ns) in the presence of …

The development of a direct, rapid, and sensitive spectroscopic method for the analytical
quantification of light (low atomic number) elements represents an important ongoing …

The analytical sensitivity of conventional reheating orthogonal double-pulse laser-induced
breakdown spectroscopy (ODP-LIBS) was improved using a solid target. In the experiments …

In order to realize sensitive elemental analysis of alloy samples under minimal sample
ablation, target-enhanced orthogonal double-pulse laser-induced breakdown spectroscopy …

Experimental investigations into the characteristics of laser-induced plasmas indicate that
LIBS provides a relatively inexpensive and easily replicable laboratory technique to isolate …

To investigate the signal enhancement of pre-produced target plasma on the optical
emissions of sample plasma in air under atmospheric pressure and its mechanisms, target …

Improving data quality is important for accurate quantitative analysis in laser-induced
breakdown spectroscopy for time and spatial integrated spectra. Based on the …

Laser-induced breakdown spectroscopy (LIBS) has been performed on the palladium
samples as well as various metal targets (Mo, Ni, Cu, Co, and Au) at the atmospheric air …