Add to ORKGBy a linear polarized nanosecond pulse laser, a ripple structure on the uniformly melted brass surface is produced, which characteristic period approximates to the wavelength of the ionic sonic wave. These features can be interpreted as the interaction between the laser-generated plasma(gas-phase) and the melted brass(liquid-phase). According to our model and the Lagrangian hydrodynamic algorithm simulation, the wavelength of the ionic sonic wave is calculated, which is in well agreement with our experiment observation.?2011 Published by Elsevier B.V
Ultrafast laser radiation has a strong potential for surface structuring on ultimate scales due to a...
Femtosecond lasers have proved to be great tools for precise, accurate and high quality micro- but a...
Laser-induced periodic surface structures (LIPSSs) consist of regular wavy surface structures, or ri...
AbstractBy a linear polarized nanosecond pulse laser, a ripple structure on the uniformly melted bra...
We report an interesting surface ripple patterns in the irradiated area of a Zr-based bulk metallic ...
International audienceApplication potential for ultrashort laser pulses relies on their remarkable c...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
International audienceWe report advances in understanding how femtosecond laser ripples formation in...
The details of the special three-dimensional micro-nano scale ripples with a period of hundreds of m...
International audienceDespite diffraction limit, in particular conditions, ultrafast laser excitatio...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
The hydrodynamic mechanisms associated with the formation of femtosecond laser induced ripples on co...
Action of ultrafast optical and X-ray lasers on metals is considered. It is known that under certain...
We show that short-pulse laser-induced classical ripples on dielectrics, semiconductors, and conduct...
Laser-induced periodic surface structures (LIPSS) in single-crystal silicon upon irradiation with mu...
Ultrafast laser radiation has a strong potential for surface structuring on ultimate scales due to a...
Femtosecond lasers have proved to be great tools for precise, accurate and high quality micro- but a...
Laser-induced periodic surface structures (LIPSSs) consist of regular wavy surface structures, or ri...
AbstractBy a linear polarized nanosecond pulse laser, a ripple structure on the uniformly melted bra...
We report an interesting surface ripple patterns in the irradiated area of a Zr-based bulk metallic ...
International audienceApplication potential for ultrashort laser pulses relies on their remarkable c...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
International audienceWe report advances in understanding how femtosecond laser ripples formation in...
The details of the special three-dimensional micro-nano scale ripples with a period of hundreds of m...
International audienceDespite diffraction limit, in particular conditions, ultrafast laser excitatio...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
The hydrodynamic mechanisms associated with the formation of femtosecond laser induced ripples on co...
Action of ultrafast optical and X-ray lasers on metals is considered. It is known that under certain...
We show that short-pulse laser-induced classical ripples on dielectrics, semiconductors, and conduct...
Laser-induced periodic surface structures (LIPSS) in single-crystal silicon upon irradiation with mu...
Ultrafast laser radiation has a strong potential for surface structuring on ultimate scales due to a...
Femtosecond lasers have proved to be great tools for precise, accurate and high quality micro- but a...
Laser-induced periodic surface structures (LIPSSs) consist of regular wavy surface structures, or ri...