Studies of ion emissions from laser-induced plasmas (LIPs) provide insights into the
hydrodynamic expansion of the plume. Investigations of the kinetic energy distributions …

We investigated ion emission dynamics of laser-produced plasma from several elements,
comprised of metals and non-metals (C, Al, Si, Cu, Mo, Ta, W), under vacuum conditions …

Glass is a brittle and hard material with good chemical properties. Its wideband optical
transparency makes it a challenge to apply nanosecond lasers to process glass. This paper …

We have investigated plasma stagnation and interaction effects in colliding laser-produced
plasmas. For generating colliding plasmas, two split laser beams were line-focused onto a …

The effects of ambient gas pressure on the propagation dynamics of laterally colliding laser-
produced aluminum plasma is investigated under various ambient conditions. In lower …

We report a comparative study of a single plasma and a colliding laser produced plasma,
investigated using a Faraday cup. An enhancement in ion emission and stagnation is …

The energy and density of laser-generated Si and Ge plasma ions have been investigated
by using Faraday cup (FC). Nd: YAG laser (532 nm, 6 ns) at different irradiances ranging …

The collision of two laser-produced plasmas (LPP), individually generated from the
opposing faces of a tin wedge, was studied experimentally and through the HEIGHTS …

The collision of two laser generated plasma plumes can result, under appropriate
conditions, in the formation of a “stagnation layer.” The processes underlying this …

The energy and density measurements of laser induced Mg plasma ions have been
performed by employing a Faraday cup as an ion collector by using the time of flight method …