The formation and dynamics of Al and Ag–Ni–Fe plasmas were studied through ICCD
imaging and space-and time-resolved optical emission spectroscopy techniques. The …

The variations in structural and emission characteristics of the stagnation layer produced by
the colliding laser-produced aluminium plasmas with different target geometry and inter …

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 high-power pulsed laser beams can use for matter ablation which is not only prevalent
in science fiction movies but discovered by several technological fields ranging from the …

We investigated the optical emission features of plasmas produced by 800 nm, 40 fs ultrafast
laser pulses on a carbon target in the presence of ambient helium or nitrogen gases at …

We report a late-time “fireworks-like” particle emission from laser-produced graphite plasma
during its evolution. Plasmas were produced using graphite targets excited with 1064 nm …

Ablation of molecular solids with pulsed ultraviolet lasers at atmospheric pressure is an
important process in (bio-) organic mass spectrometry. Of practical importance for analytical …

In this work two colliding laser-induced plasmas (LIP) on Cu and C were studied by means
of time resolved emission spectroscopy and fast photography. The experiments were …

Time-resolved and space-resolved spectroscopic and imaging studies of colliding carbon
plumes are reported, with the aim of understanding the dynamics of the ablated plume in …

The optimization of the pulsed laser deposition process was attempted here for the
generation of hydroxyapatite thin films. The deposition process was monitored with an ICCD …