The limited sensitivity and inherent long response time restrict the widespread applicability
of thermally-based photodetectors. Herein, a copper surface endowed with optical …

Laser polishing (LP) represents one of the finishing/superfinishing technologies that has
experienced a rapid growth over the past two decades. However, while undeniable progress …

The use of lasers in various precise material removal processes has emerged as a viable
and efficient alternative to traditional mechanical methods. However, the laser ablation of …

In this paper the fabrication of conductive aluminum paths on AlN ceramic's surface due to
the interaction of laser radiation Nd: YAG (1.064 μm) is presented. The metallization process …

A detailed structural and chemical analysis of a class of self-organized surface structures,
termed aggregated nanoparticle spheres (AN-spheres), created using femtosecond laser …

The results of an experimental study of the laser ablation of bulk and thin films of a GeSbS
chalcogenide glass using UV nanosecond pulses are reported. The response of the …

An inspection process using a Spring Contact Probe (SCP) is an essential step in the
semiconductor-manufacturing process. Many plungers, which are the main body of the SCP …

The chemical reduction method (CRM) can produce high purity nanoparticles, it is a down-
top chemical method based on the principle of salt reduction, this method is used in this …

The influence of a subnanosecond pulsed laser-based scribing of copper (Cu) and
aluminum (Al) in salt solutions (NaCl and KCl) on the formation of microchannels is reported …

The effect of Nd: YAG (1064 nm, 10 ns, 10 Hz) laser induced surface structuring of copper
(Cu) for enhancement of field emission (FE) properties has been investigated. X-ray …