We analyzed the ablation dynamics for Silicon atoms located in two different environments. Experiments were done with semiconductor (silicon wafer) and a dielectric material (fused silica). We point out some difference in plasma dynamics for Silicon in both environments. Those results can not be explained with current and accepted theoretical models, which asseverate that after the femtosecond laser pulse interact with the surface, the process evolve as metal regardless the kind of material under excitation. Electronic density and temperature were measured with temporal resolution on SiO2 and Si samples by using standard fs LIBS imaging spectroscopy. Extinction time of both plasmas is different depending on the kind of sample under irradiat...
International audienceWe provide guidelines to femtosecond laser users to select ad hoc laser parame...
AbstractSurface damage morphologies were studied by irradiating with pulses (fluence of 1.13J/cm2) i...
Ablation using femtosecond lasers exhibits significant differences in comparison with the nanosecond...
International audienceWe investigate the ultrafast absorption dynamics of fused silica irradiated by...
Femtosecond laser interaction with fused silica has been experimentally investigated with wide range...
Laser-induced plasma formation and subsequent relaxation in dielectric solids is the precursor to st...
It remains a big challenge to theoretically predict the material removal mechanism in femtosecond la...
In ultrashort pulse (\u3c10 ps) laser ablation of dielectrics, affected materials are first transfor...
AbstractApplying ultrashort laser pulses at wavelengths of 0.8μm and 1.03μm, the selective ablation ...
International audienceWe present an experimental and numerical study of the damage and ablation thre...
Despite extensive studies for many years, the detailed mechanisms of ultrashort laser pulse (USLP)-m...
In this thesis, we studied the variation in the thermal properties of electrons and ions during femt...
Conference on Laser Applications in Microelectronic and Optoelectronic Manufacturing (LAMOM) XVI, Sa...
We have carried out detailed time resolved experimental studies of the mechanism of electron excitat...
International audienceWe provide guidelines to femtosecond laser users to select ad hoc laser parame...
AbstractSurface damage morphologies were studied by irradiating with pulses (fluence of 1.13J/cm2) i...
Ablation using femtosecond lasers exhibits significant differences in comparison with the nanosecond...
International audienceWe investigate the ultrafast absorption dynamics of fused silica irradiated by...
Femtosecond laser interaction with fused silica has been experimentally investigated with wide range...
Laser-induced plasma formation and subsequent relaxation in dielectric solids is the precursor to st...
It remains a big challenge to theoretically predict the material removal mechanism in femtosecond la...
In ultrashort pulse (\u3c10 ps) laser ablation of dielectrics, affected materials are first transfor...
AbstractApplying ultrashort laser pulses at wavelengths of 0.8μm and 1.03μm, the selective ablation ...
International audienceWe present an experimental and numerical study of the damage and ablation thre...
Despite extensive studies for many years, the detailed mechanisms of ultrashort laser pulse (USLP)-m...
In this thesis, we studied the variation in the thermal properties of electrons and ions during femt...
Conference on Laser Applications in Microelectronic and Optoelectronic Manufacturing (LAMOM) XVI, Sa...
We have carried out detailed time resolved experimental studies of the mechanism of electron excitat...
International audienceWe provide guidelines to femtosecond laser users to select ad hoc laser parame...
AbstractSurface damage morphologies were studied by irradiating with pulses (fluence of 1.13J/cm2) i...
Ablation using femtosecond lasers exhibits significant differences in comparison with the nanosecond...