AbstractWe analyze the results of a recent experiment performed at the PALS laboratory and concerning ablation pressure at 0.44 µm laser wavelength measured at irradiance up to 2 × 1014 W/cm2. Using the code "ATLANT," we have performed two-dimensional (2D) hydrodynamics simulations. Results show that 2D effects did not affect the experiment and also give evidence of the phenomenon of delocalized absorption of laser light
A special interferometric technique has been devised on the basis of rainbow refractometry without t...
In order to control laser-induced shock processes, two main points of interest must be fully underst...
International audienceProcesses using laser-shock applications, such as Laser Shock Peening or Laser...
We present a series of experimental results, and their interpretation, connected to various aspects ...
Optimization of the laser shock peening (LSP) and LASer Adhesion Test (LASAT) processes requires con...
Using a one-dimensional hydrodynamic computer code, the ablation process in laser-matter interaction...
Hybrid plasma simulations, consisting of kinetic ions treated using standard Particle- In-Cell (PIC)...
During the last decade, our groups have performed systematic experimental studies on the characteriz...
AbstractThe paper is devoted to the study of plasma effects, which are present in laser ablation at ...
Shock pressure generated in aluminum targets due to the interaction of 0.44 μm (3 ω of iodine laser...
International audienceThe past decade has witnessed a considerable development in the field of ultra...
International audienceSimple and universal relations between the laser pulse energy of the third har...
A comprehensive experimental and theoretical study of the hydrodynamics of steady state laser-driven...
The measurement of the propulsion of metallic microdroplets exposed to nanosecond laser pulses provi...
We investigated the role of excitation laser wavelength on plasma generation and the expansion and c...
A special interferometric technique has been devised on the basis of rainbow refractometry without t...
In order to control laser-induced shock processes, two main points of interest must be fully underst...
International audienceProcesses using laser-shock applications, such as Laser Shock Peening or Laser...
We present a series of experimental results, and their interpretation, connected to various aspects ...
Optimization of the laser shock peening (LSP) and LASer Adhesion Test (LASAT) processes requires con...
Using a one-dimensional hydrodynamic computer code, the ablation process in laser-matter interaction...
Hybrid plasma simulations, consisting of kinetic ions treated using standard Particle- In-Cell (PIC)...
During the last decade, our groups have performed systematic experimental studies on the characteriz...
AbstractThe paper is devoted to the study of plasma effects, which are present in laser ablation at ...
Shock pressure generated in aluminum targets due to the interaction of 0.44 μm (3 ω of iodine laser...
International audienceThe past decade has witnessed a considerable development in the field of ultra...
International audienceSimple and universal relations between the laser pulse energy of the third har...
A comprehensive experimental and theoretical study of the hydrodynamics of steady state laser-driven...
The measurement of the propulsion of metallic microdroplets exposed to nanosecond laser pulses provi...
We investigated the role of excitation laser wavelength on plasma generation and the expansion and c...
A special interferometric technique has been devised on the basis of rainbow refractometry without t...
In order to control laser-induced shock processes, two main points of interest must be fully underst...
International audienceProcesses using laser-shock applications, such as Laser Shock Peening or Laser...