The development of compact and reliable ultrafast sources operating in the mid-infrared
region could lead to major advances in both fundamental and applied sciences. In this …

In this experimental study, we investigate polymer ablation with a novel fiber laser source
emitting at 3.44 μm, a wavelength resonant with the Csingle bond H bond fundamental …

The mechanisms of the impact of the laser assisting effect on the dispersion kinetics and on
the structure of the deposited layers in electron beam dispersion of a polymer target were …

We report on resonant infrared laser ablation of polystyrene using single 8 ps pulses at a
wavelength of 3.31 μm generated by a MgO: PPLN optical parametric amplifier pumped by a …

Laser processing of materials has achieved significant successes in pulsed laser deposition,
micro-and nanostructuring and surface modification and analysis. However, materials …

Barrier materials on thin-film organic optoelectronic devices inhibit the uptake of water,
oxygen, or environmental contaminants, and fabricating them is a major challenge. By …

Résumé Le laser est un outil inégalé pour la micro fabrication et a permis le développement
de diverses applications. Les limites des procédés existants sont intimement liées aux …

Vapor-phase thin-film deposition of polymers, functionalized organics and nanoparticles is a
major technological challenge. Resonant infrared pulsed-laser deposition and matrix …

Laser processing of materials has achieved significant successes in such areas as pulsed
laser deposition, micro-and nanostructuring and surface modification and analysis …