Gradual evolution of silicon surface topology from one-dimensional to two-dimensional nanogratings and then to isotropic sets of nanospikes was observed by increasing IR and UV femtosecond laser irradiation dose (the variable number of incident laser pulses at the constant laser fluence). The fundamental mechanisms of these topological transformations are discussedyesBelgorod State Universit
International audienceUltrashort laser-induced modification of silicon is a process of great interes...
We report an experimental analysis of femtosecond laser induced surface structuring of silicon by ex...
International audienceWe present an analysis of structure formation on silicon surface [1-3] and in ...
yesGradual evolution of silicon surface topology from one-dimensional to two-dimensional nanograting...
Gradual evolution of self-induced silicon surface topology from one-dimensional ridge-like to twodim...
Quasi-periodic nano- and microstructures have been formed on silicon surface using IR ( λ ≈ 744 nm) ...
International audienceFemtosecond lasers allow one to functionalize surfaces at a micro and nanomete...
We report here a detailed analysis of the ultrashort laser pulse irradiation effects on a single cry...
Femtosecond laser pulses open new research possibilities, allowing not only the observation of ultra...
International audienceFemtosecond laser induced surface modification allows us to functionalize surf...
The field of laser ablation was born with the invention of laser and it did not take long to be pres...
AbstractThe article reports about the results of experimental studying of pulsed laser irradiation o...
We have analyzed the effects of the laser pulse wavelength (400 nm) on femtosecond laser surface st...
A new approach to experimentally investigate laser-induced periodic surface structures (LIPSSs) is i...
AbstractSurface damage morphologies were studied by irradiating with pulses (fluence of 1.13J/cm2) i...
International audienceUltrashort laser-induced modification of silicon is a process of great interes...
We report an experimental analysis of femtosecond laser induced surface structuring of silicon by ex...
International audienceWe present an analysis of structure formation on silicon surface [1-3] and in ...
yesGradual evolution of silicon surface topology from one-dimensional to two-dimensional nanograting...
Gradual evolution of self-induced silicon surface topology from one-dimensional ridge-like to twodim...
Quasi-periodic nano- and microstructures have been formed on silicon surface using IR ( λ ≈ 744 nm) ...
International audienceFemtosecond lasers allow one to functionalize surfaces at a micro and nanomete...
We report here a detailed analysis of the ultrashort laser pulse irradiation effects on a single cry...
Femtosecond laser pulses open new research possibilities, allowing not only the observation of ultra...
International audienceFemtosecond laser induced surface modification allows us to functionalize surf...
The field of laser ablation was born with the invention of laser and it did not take long to be pres...
AbstractThe article reports about the results of experimental studying of pulsed laser irradiation o...
We have analyzed the effects of the laser pulse wavelength (400 nm) on femtosecond laser surface st...
A new approach to experimentally investigate laser-induced periodic surface structures (LIPSSs) is i...
AbstractSurface damage morphologies were studied by irradiating with pulses (fluence of 1.13J/cm2) i...
International audienceUltrashort laser-induced modification of silicon is a process of great interes...
We report an experimental analysis of femtosecond laser induced surface structuring of silicon by ex...
International audienceWe present an analysis of structure formation on silicon surface [1-3] and in ...