In order to ensure the safety and economy of nuclear industry production, the analysis of
nuclear materials and other materials used in nuclear industry environments are usually …

Laser-induced breakdown spectroscopy (LIBS) is a promising method for the in situ online
diagnosis of plasma–wall interaction processes in tokamaks. The effect of gas pressure on …

This article explores the expansion behavior of laser produced silver plasma in stationary
and stirring liquid media using space resolved optical emission spectroscopy and plasma …

In this article, we report rather long time emission (∼ 250 μs) from aluminum neutrals (Al I) in
a ns laser-produced plasma in the presence of ambient argon. The study is carried out with …

In this work, we report an innovative pump-probe based experimental set up, to study the
melting, subsequent evaporation, plasma formation and re-deposition in a thin film coated …

In this study, a numerical model of the plasma expansion on a droplet surface based on the
initial plasma method was proposed. The initial plasma was obtained through the pressure …

Plasma plume propagation of a nickel thin film and its interaction with ambient gas have
been studied in a range of background pressures. The Stark broadening of neutral nickel …

The dependence of propulsion performance generated by laser ablation of polyvinyl
chloride on laser energy and pressure is investigated using Q-switched Nd: YAG laser with …

The hydrodynamic expansion features of a laser-produced plasma is governed by initial
plume conditions and hence the spot size of the laser beam. 1–3 In this work, we …