Nanoparticles have become increasingly important for a variety of applications, including
medical diagnosis and treatment, energy harvesting and storage, catalysis, and additive …

Silicon is the most widely used material in numerous fields. Traditional mechanical
machining methods have been unable to meet the higher requirements of processing …

The jetting behaviour and migratory characteristics of a laser-induced cavitation bubble in a
rectangular channel are investigated both experimentally and numerically, for various …

Water droplet unidirectional adhesion, wetting, and transport on the asymmetric
superhydrophobic surfaces have attracted much research interest in theory analyses and …

This research investigates the fabrication of SnS-Si hybrids for photodetection and
photocatalysis using nanocolloids of tin sulfide (SnS), monocrystalline silicon (Si m) and …

Underwater laser ablation techniques have been developed and employed to synthesis
nanoparticles, to texture workpiece surface and to assist the material removal in laser …

Laser surface texturing has applications in mechanical, medical and electrical industries.
Many experiments using the short pulsed laser in air have been performed. In this study, the …

Underwater laser machining process can offer a clean cut with less thermal damage and
material deposition on and nearby the cut region. However, the performance of this process …

Nanosecond pulsed laser micromachining (PLM) under liquid confinement is a highly
precise, flexible, efficient, and non-contact manufacturing process being used in widespread …

The ultrasonic-assisted water confined laser micromachining is a novel micromachining
method. This paper reports the experimental studies of ultrasonic power and water layer …