Laser surface colouring is an adaptable, versatile and environmentally friendly technology
with many different applications. Using a femtosecond pulse laser in different burst regimes …

A kind of stainless steel surface with superhydrophobic and superoleophobic were prepared
by nanosecond laser. The surface of 304stainless steel was ablated by laser to obtain micro …

As laser technology has gradually been integrated into our life, it serves as a promising tool
for artistic creation. By means of advanced science and technology in this field, we expect to …

This study conducts an experimental analysis of Laser Color Marking (LCM) on Stainless
Steel, aiming to elucidate the role of oxides in color formation. Employing a nanosecond …

Solar energy is an environmentally friendly and inexhaustible natural resource. It can be
converted into thermal energy by using concentrated solar power (CSP) methods. One of the …

Color laser marking technology has been widely concerned because of its undeniable
advantages such as high processing accuracy, good corrosion resistance and easy …

Currently, the simultaneous achievement of a wide color gamut, robust corrosion and UV
resistance, a broad visible range, and cost-effective, metal-ink-free structural coloring for …

The current techniques for coloring surfaces using lasers necessitate the identification of
numerous laser marking parameters, which is a laborious process. Furthermore, the …

The purpose of this study is to examine the microstructure and micromechanical properties
of pulsed-laser irradiated stainless steel. The laser marking was conducted for AISI 304 and …

Laser-induced coloration on a metallic surface has been of interest to many application
arweas. However laser machining of metals involves many complex problems including …