Nonequilibrium energy transport in the surface region of the solid substrate irradiated by a shortpulse laser beam … laser beam depends on the thermophysical properties of the substrate material. The assumption of constant thermophysical …, when modeling the laser shortpulse heating process, variable properties should be employed in the analysis. In the present …

cell fabrication because of their potentially high throughput and selectivity. Laser ablation can, however, cause … unintended laser-induced damage such as surface melting, heat affected zone, microcracks, point defects etc., which can … negatively affect the solar cell's performance. Also, the damage can be amplified depending on the laser's operating condition …

hand-cut and laser-cut foil perforations in laboratory experiments under microscope. In the first year of the research we … used hand-cut foils and outplaced them manually; in the second year laser-cut foils were used and they were outplaced by …

Pulsed laser ablation is a process in which an intense laser pulse interacts with the matter producing plasma. The … present work describes the theoretical work being conducted in the past for the pulsed laser ablation phenomenon. It … incorporates the theoretical models being proposed by various researchers around the globe for pulsed laser ablation. The main …

It is known that the press formability and the elongation of laser textured sheet are improved, and the service life of … high repetitive rate YAG laser-induced discharge texturing (LIDT) is to get deeper hardening zone. By observing and …

resistance. The research aimed to address the problem by laser-cladding. Cladding with SiC powder onto surface of AZ91D was … carried out using Nd:YAG laser. The laser-clad surface was analyzed using the optical microscope, SEM equipped with EDS, and … β-Mg17Al12 intermetallics. The laser-clad surface possesses considerably higher hardness but its corrosion resistance is …