Laser-induced femtosecond damage thresholds of Au and Ag coated pulse compression
gratings were measured using 800 nm laser pulses ranging in duration from 30 to 200 fs …

The ultrashort, ultrahigh intensity pulse laser has been fully developed in past three
decades. Chirped pulse amplification (CPA) system plays an important role in the …

Single and 10-pulse laser-induced surface damage behaviors of fused silica were
investigated using a linearly polarized 40-fs Ti: sapphire laser system operating at a central …

With the development of the high power laser facilities, laser resistance of pulse
compression grating is getting increased attention. The metal dielectric mixed grating …

Laser induced damage of Au-coated gratings (ACG) and metal multilayer dielectric gratings
(MMDG) for pulse compression were measured using 800±35 nm femto-laser with pulse …

We investigate the influence of environmental media on ablation rate of AISI 443 stainless
steel under femtosecond (fs) laser single raster scan and multiple raster scans in air, water …

In this study, laser damage tests of multilayer dielectric gratings (MDGs) are performed in
vacuum (5× 10− 4 Pa) and in air at a wavelength of 1053 nm with pulse widths of 0.56 ps …

The combination of deep wet etching and a magneto-rheological finishing (MRF) process is
investigated to simultaneously improve laser damage resistance of a fused-silica surface at …

Nanosecond single-and multiple-pulse laser damage studies on HfO_2/SiO_2 high-
reflection (HR) coatings are performed at 532 nm. For single-pulse irradiation, the damage is …

An interesting transition between low spatial frequency laser-induced periodic surface
structure (LIPSS) and high spatial frequency LIPSS (HSFL) on the surface of nickel is …