Laser processing with ultra-short double pulses has gained attraction since the beginning of
the 2000s. In the last decade, pulse bursts consisting of multiple pulses with a delay of …

The ability to weld metals and insulators is widely required in aerospace, sensors and Micro-
electro-mechanical systems (MEMS). Femtosecond laser welding is a precise and clean …

The ablation rate in double-pulse material processing is strongly influenced by the pulse
separation. For pulse separations exceeding 3 ps a significant decrease in ablation volume …

To understand the dynamics of ultrashort-pulse laser ablation, the interpretation of ultrafast
time-resolved optical experiments is of utmost importance. To this end, spatiotemporally …

The authors present results of ablation on silicon with ultrafast laser radiation featuring burst
pulses using an amplified burst-mode solid-state laser, featuring an emitting wavelength of …

This study developed a novel frequency-doubled Fabry–Perot cavity method based on a
femtosecond laser of 1030 nm, 190 fs, 1 mJ, and 1 kHz. The time interval (60–1000 ps) and …

Materials irradiated by ultrashort laser pulses can undergo a variety of surface relief and
structural modifications due to melting, spallation, and ablation processes. The possibility of …

Phase change plays a fundamental role in the femtosecond laser micro/nano-processing of
metals. Atomistic simulation combined with experimental observation of ultrafast melting …

Nanostructured thin films of Co-doped zinc sulfide were synthesized through femtosecond
pulsed laser deposition. The scheme involved ablation of physically mixed Co and ZnS with …

We investigated the delay time Δt for suppressing the ablation rate of titanium with a two-
color double-pulse laser beam at Δt= 0–600 ps. The double-pulse laser beam consisted of …