Hypothesis The distribution of biological objects upon the spreading of biologically relevant
dispersions over laser textured surfaces is affected by the dispersion composition and …

Laser texturing has great potential for controlling wetting properties as well as spreading
dynamics of liquid small volumes on technological metal surfaces. In this work, nanosecond …

Laser surface texturing or micro/nano surface structuring in the air has been extensively
studied. However, until now, there are very few studies on the characteristics of laser …

A series of hybrid textures with variable topography and chemical composition were
obtained on a hydrophilic steel (AISI 304) substrate with a hydrophobic MicroCoat® coating …

Local wettability of silica glass surface is modified by infrared laser irradiation. The silica
glass surface exhibits hydrophobic property in the presence of single bondCF 3 or single …

The wettability property of a material surface is highly dependent on the topography of the
surface micro/nanostructure. Femtosecond (fs) laser can be used to fabricate various kinds …

An experimental study was performed to investigate the dynamics of droplet shedding under
the effect of various shear flow speeds on a laser micromachined surface with …

In surface functionalization, micro-and nanotexturing with ultrashort pulse lasers is of
increasing interest in industry. These two scales of structures can be obtained by a …

Hypothesis Contact line movement over laser-textured metal alloy surfaces depends on the
texture, droplet state, inversion of wettability, and liquid flow rate. Experiments Ordered and …

We experimentally study the wetting behavior of small water and oil droplets spreading and
receding from textured surfaces made using a backside laser processing technique. A dual …