In this work, we investigate single-pulse laser ablation of bulk stainless steel (AISI304),
aluminium (Al) and copper (Cu) and its dependence on the pulse duration. We measured …

The ablation efficiency during laser processing strongly depends on the initial and transient
reflectance of the irradiated material surface. This article reports on the transient relative …

To better understand the mechanisms of pulsed laser-assisted synthesis of metal nitride, a
numerical model was proposed to simulate the process of laser nitriding of aluminum. The …

It is necessary to understand the light-matter interaction for application of femtosecond laser
micro/nanoprocessing. In this work, the authors investigated the melting and disintegration …

Pulsed laser nitriding of active metals has been regarded as a promising method for
performance enhancement of metals. Nevertheless, clarifying the complicated mechanisms …

The diffusion of laser machines based on femtosecond and picosecond pulses is increasing
in industry, thanks to their capacity of performing high precision, nano-scale machining …

During green wavelength femtosecond laser ablation, d-band electrons are excited to
become free and to participate in the absorption process. The increased electron …

In this article, Si nanoparticle (NP) films were prepared by pulsed laser ablation (PLA) in the
argon atmosphere of 10 Pa at room temperature under different pulse repetition rates from 1 …

This study experimentally and theoretically investigated the ablation of copper by a
femtosecond green laser pulse of wavelength 515 nm and pulse duration 300 fs. The copper …

Metal targets irradiated with laser pulses have a wide range of applications in thin film
preparation, nanomaterial synthesis, bio-medical imaging, and metal ablation. Here, using …