The interactions of ultrashort laser pulses with planar metal targets are investigated theoretically. The electron temperature as a function of time is derived based on the one-dimensional, two-temperature diffusion model. The valid range of laser duration under the approximation of ultrashort pulses and an expression of the attainable highest electron temperature for the ultrashort pulses laser heating have been obtained
We present a detailed description of measurements of the effective temperature of a pulsed electron ...
At laser intensities near the threshold fluence, the electron temperatures in metals heated by an ul...
n this work we investigate electron heating induced by intense laser interaction with micrometric fl...
The interactions of ultrashort laser pulses with planar metal targets are investigated theoretically...
During an ultrashort laser pulse, numerous photons are emitted in a very short period of time leadin...
In this work, ultrashort pulsed laser interactions with metallic targets and laser-induced effects w...
Both electron thermal conductivity and thermal exchange with the lattice can cool an electron distri...
Recently, a new laser micromachining technique using multiple ultrashort pulses with a picosecond-to...
AbstractBased on the two-temperature coupling theory, a numerical model is established by using fini...
In the paper the problem of thin metal film subjected to the action of the high laser fluence and th...
Laser short-pulse heating of metallic surfaces results in the thermal separation of electron and lat...
The purpose of the present study was to investigate the energy transport through target materials ir...
Laser short-pulse heating of metallic surfaces results in the thermal separation of electron and lat...
The interaction between nanoparticles and ultrashort laser pulses holds great interest in laser nano...
Laser successive pulse heating of engineering surfaces becomes fruitful for thermal treatment of the...
We present a detailed description of measurements of the effective temperature of a pulsed electron ...
At laser intensities near the threshold fluence, the electron temperatures in metals heated by an ul...
n this work we investigate electron heating induced by intense laser interaction with micrometric fl...
The interactions of ultrashort laser pulses with planar metal targets are investigated theoretically...
During an ultrashort laser pulse, numerous photons are emitted in a very short period of time leadin...
In this work, ultrashort pulsed laser interactions with metallic targets and laser-induced effects w...
Both electron thermal conductivity and thermal exchange with the lattice can cool an electron distri...
Recently, a new laser micromachining technique using multiple ultrashort pulses with a picosecond-to...
AbstractBased on the two-temperature coupling theory, a numerical model is established by using fini...
In the paper the problem of thin metal film subjected to the action of the high laser fluence and th...
Laser short-pulse heating of metallic surfaces results in the thermal separation of electron and lat...
The purpose of the present study was to investigate the energy transport through target materials ir...
Laser short-pulse heating of metallic surfaces results in the thermal separation of electron and lat...
The interaction between nanoparticles and ultrashort laser pulses holds great interest in laser nano...
Laser successive pulse heating of engineering surfaces becomes fruitful for thermal treatment of the...
We present a detailed description of measurements of the effective temperature of a pulsed electron ...
At laser intensities near the threshold fluence, the electron temperatures in metals heated by an ul...
n this work we investigate electron heating induced by intense laser interaction with micrometric fl...
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