The aim of the present work was to investigate the wetting behaviour of biomedical grade Ti–
6Al–4V alloy surfaces textured by a femtosecond laser treatment. The material was treated …

This chapter provides a review of the literature in relation to laser-induced periodic surface
structures (LIPSSs) found on metals, ceramics and polymers applicable within the …

The formation of self-organized micro-and nano-structured surfaces on nickel via both above
surface growth (ASG) and below surface growth (BSG) mechanisms using femtosecond …

In this article, we present summaries of the evolution of surface morphology resulting from
the irradiation of single-crystal silicon with femtosecond laser pulses. In the first section, we …

The formation and development of the large-scale periodic structures on a single crystal Si
surface are studied upon its evaporation by pulsed radiation of a copper vapor laser …

Nano-and microstructured titanium surfaces have recently attracted attention in the field of
regenerative medicine because of the influence which surface characteristics such as …

Dense arrays of high-aspect-ratio silicon microcolumns and microcones are formed by
cumulative nanosecond pulsed excimer laser irradiation of single-crystal silicon in oxidizing …

Irradiation with polarized laser light of 248-nm wavelength induces the formation of periodic
undulations∼ 10-nm-highon flat silicon substrates. The wavelength of these periodic …

In this letter we consider the effect of laser pulse duration on the surface morphology and the
field emission properties of silicon structured by UV laser pulses. In three different pulse …

Femtosecond laser surface processing is a technology that can be used to functionalize
many surfaces, imparting specialized properties such as increased broadband optical …