The formation of self-organized subwavelength ripples on Al, Si, CaF2 and CR-39 induced
by 25fs laser pulses at central wavelength of 800nm has been observed under certain …

Laser ablation of semiconductor silicon has been extensively studied in the past few
decades. In the ultrashort pulse domain, whether in the fs scale or ps scale, the pulse energy …

The multipulse interaction of ultraviolet femtosecond laser pulses with silicon and generation
of surface structures in a large area spot (≳ 1mm2) has been studied. The evolution of …

Nanosecond laser ablation of p-type Si (111) wafer is presented under an ambient, a water
and a glycerin conditions. Effects of pulse energy, number of pulses and type of environment …

We irradiate the single crystal boron-doped silicon (Si) at various laser fluences with 100
laser shots in ambient air at room temperature using an Nd: YAG laser and investigate its …

The interaction of an Nd: YAG laser, operating at 532 nm with 40 ps pulse duration, with
human teeth was studied. The results show that teeth were significantly modified at an …

We present a nanosecond laser ablation of Si (111) surfaces with diffraction-free (Bessel
J_0 J 0) beams. Experimental results compared with theoretical predictions show that …

Studies on laser ablation of bio-materials such as human teeth are important, on one side
because of the obvious application in dentistry and on the other side because of teeth are …

Two-dimensional nonlinear waves are generated by multipulse femtosecond ultraviolet
laser irradiation of silicon above the ablation threshold. The train of 120–190 pulses …

In this study, the nitrogen diffusion in different microstructures of CK45 steel was studied.
Different microstructures were achieved by different heat treatment cycles as annealing …