… We investigate the use of femtosecond ultra-violet (UV) laser pulses to trigger and guide …
the UV femtosecond pulse a visible laser (the second harmonic of a Nd:YAG laser, for instance) …

Ablation of submicron structures on nickel, aluminum, copper, chromium, gold, silicon and
germanium is presented by short ultraviolet laser pulses (0.5 ps, 248 nm). Features like …

… of the incoming excimer laser pulse. The agreement between … laser pulses, also predicting
perfectly the shape of a pulse … Subpicosecond uv laser pulses were taken from a system by …

… of ultrashort UVlaser pulses have been reported for intensities up to 1017 W/cm2 19–22.
However, to our knowledge hot electron generation by such laser pulses have not yet been …

… laser pulses. In the following, we shall describe ablation experiments with Teflon at 248 nm
forexcimer laser pulse … The repetition rate of the laser pulses was kept at 1 Hz in order to …

… {\text{pulse}} }}\), S being the laser beam section onto the target and τ pulse the laser pulse
… and corresponds to the peak intensity of a single ultra-short laser pulse. In our case, S and τ …

… -electron laser excited semiconductors at femtosecond … ultraviolet (XUV) femtosecond
irradiation. Our analysis performed for diamond irradiated with an XUV femtosecond laser pulse …

… UV laser crosslinking is a potentially powerful tool to investigate transient DNA-… UV laser
crosslinking are not fully understood, we have performed a study of the influence of laser pulses …

… to pattern Biotin, Avidin and Titin to predetermined specific positions on solid surfaces and
we compare the parameters involved for the two laser pulse lengths. Because of the liquid …

… of femtosecond laser pulses to biomaterials. In fact, we exploit the possibility of these pulses
… interaction of complex systems with femtosecond, intense laser pulses, which represents a …