Pulsed laser-induced shock wave (PLISW) is the key effect on the laser micro-and nano-
structure processing. However, thus far, the effect of changing the laser parameters on the …

The splitting of laser-induced plumes into the fast and slow components is usually explained
by acceleration of ions by the ambipolar electric field. The kinetic simulations show that the …

In this work, we propose an extended Boltzmann plot method to determine the usefulness of
spectral lines for plasma parameter calculations. Based on the assumption that transient …

The spatial and temporal evolution of the absolute electron densities and temperatures in
plasmas formed by nanosecond pulsed laser ablation of silicon in vacuum at two …

The first attempt to the deposition of WB3 films using nanosecond Nd: YAG laser
demonstrated that deposited coatings are superhard. However, they have very high …

The effect of laser wavelength on parameters of laser-ablated carbon plume is studied. A
theoretical model is applied, which describes the target heating and formation of the plasma …

The laser ablation of graphite in ambient argon is studied both experimentally and
theoretically in conditions corresponding to the initial conditions of carbon nanotube …

Laser processing of polycrystalline porous graphite through micro-to millisecond pulses with
1 µm wavelength is investigated. The study aims at finding the best compromise between …

Propulsion performance produced by laser ablation of polymer made of acrylonitrile
butadiene styrene is experimentally investigated using the first, second, and third harmonics …

The laser induced plasma dynamics of graphite material are investigated by optical
emission spectroscopy. Ablation and excitation of the graphite material is performed by …