In this work we present a theoretical study concerning the Laser Induced Plasma (LIP) produced by the interaction between a nanosecond laser with a metallic titanium target in air and in water. The strong influence of chemical processes on the fluid dynamic expansion has been investigated. To this aim a 2D fluid dynamic code has been developed and coupled with a chemical equilibrium model
Interaction of medium to high peak power laser pulses with solid materials produces a plasma that ex...
International audienceThe aim of this work is to present a comprehensive numerical model for the UV ...
A model of plasma expansion with chemical kinetics has been developed and compared with the free flo...
In this work we present a theoretical study concerning the Laser Induced Plasma (LIP) produced by t...
none5A theoretical investigation of the expansion of the plasma, produced by a nanosecond laser puls...
Theoretical and experimental efforts to describe the expansion of laser-induced plasma plume are rev...
In this paper a theoretical model to study the time and space evolution of the plasma generated duri...
International audienceNumerical modeling is used to investigate the physical mechanisms of the inter...
The expansion mechanism of a partially ionized plasma produced by laser interaction with solid targe...
We present a theoretical approach to interpreting optical emission spectroscopy measurements for non...
International audienceWe use a comprehensive model to investigate the interaction of ultraviolet nan...
A pulse Nd: YAG laser with pulse duration 5-10 ns, beam radius at focal point 0.2-0.4 mm, wavelength...
International audienceAblation of metal targets by femtosecond laser pulses is studied numerically b...
A one-component one-dimensional (X-1 D) hydrodynamic model has been developed to describe the expans...
International audienceThe physical phenomena involved in the interaction of a laser-generated plasma...
Interaction of medium to high peak power laser pulses with solid materials produces a plasma that ex...
International audienceThe aim of this work is to present a comprehensive numerical model for the UV ...
A model of plasma expansion with chemical kinetics has been developed and compared with the free flo...
In this work we present a theoretical study concerning the Laser Induced Plasma (LIP) produced by t...
none5A theoretical investigation of the expansion of the plasma, produced by a nanosecond laser puls...
Theoretical and experimental efforts to describe the expansion of laser-induced plasma plume are rev...
In this paper a theoretical model to study the time and space evolution of the plasma generated duri...
International audienceNumerical modeling is used to investigate the physical mechanisms of the inter...
The expansion mechanism of a partially ionized plasma produced by laser interaction with solid targe...
We present a theoretical approach to interpreting optical emission spectroscopy measurements for non...
International audienceWe use a comprehensive model to investigate the interaction of ultraviolet nan...
A pulse Nd: YAG laser with pulse duration 5-10 ns, beam radius at focal point 0.2-0.4 mm, wavelength...
International audienceAblation of metal targets by femtosecond laser pulses is studied numerically b...
A one-component one-dimensional (X-1 D) hydrodynamic model has been developed to describe the expans...
International audienceThe physical phenomena involved in the interaction of a laser-generated plasma...
Interaction of medium to high peak power laser pulses with solid materials produces a plasma that ex...
International audienceThe aim of this work is to present a comprehensive numerical model for the UV ...
A model of plasma expansion with chemical kinetics has been developed and compared with the free flo...
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