The ablation crater shapes predicted by the plasma model and plasma model plus two-temperature equation.
The temporal and spatial dependent reflectivity of generated dense plasma in fused silica.
The laser intensity distribution as a function of radius at different depths and times: , .
Ablation depths in fused silica at different fluences by a 780 nm, 220 fs, and pulse.
Integrated reflectivity and absorption coefficient in fused silica surface layer (numerically 1 nm) at .
Threshold fluence as a function of pulse duration for fused silica.
Threshold fluence and ablation depth as a function of pulse duration, for ablation depth calculations.
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