Amplified bursts of laser pulses are sought for various machining, deposition, spectroscopic,
and strong-field applications. Standard frequency-and time-domain techniques for pulse …

We present a study of generation of a figure-eight mode-locked all-PM fibre laser having two
independently pumped active media in each loop of the cavity under varied power level of …

Here we report the crucible-free fabrication of ZrB 2–SiC composite ceramics by laser
surface zone-melting (LSZM, a rapid solidification method) using Nd: YAG laser, ytterbium …

A new process of shock wave consolidation of nanoparticles into a nanocrystalline coating is
theoretically considered. In the proposed scheme, the nanoparticle layers, which are …

We report on spatially-integrated spectral emission measurements of singly-ionized species
excited in laser-generated steel plasmas in air at atmospheric pressure via laser induced …

Laser-induced breakdown spectroscopy (LIBS) has gained great attention over the past two
decades due to its many advantages, such as needless sample preparation, capability of …

Combined nano-and microsecond laser pulses are used for ablation and elemental depth
profiling of metal targets down to as deep as 2 mm without any sample treatment …

Ultrashort laser ablation offers several advantages in various applications compared to
traditional nanosecond laser ablation techniques. Despite providing a lower damage …

It is significant to develop novel methods to diagnose the tumor status throughout
chemotherapy. In the present work, we focused on identifying the elemental biomarkers of …

This paper presents a polarization-insensitive sandwiched three-port beam splitting grating
at normal incidence. The grating adopts a sandwiched structure. Based on the rigorous …