摘要随着通信, 医学, 化学, 分析等领域的不断发展, 微全分析系统, 芯片实验室, 微机电系统,
高精度微纳器件开始出现并得到应用, 这些系统或结构部分通过飞秒激光在透明材料内部制备 …

Ultra-short-pulse lasers have proved to be effective tools for micromachining a wide range of
materials. When the ultra-short laser pulse is focused inside the bulk of a transparent …

摘要飞秒激光具有超快, 超强的特性, 在微孔加工中有着独特的优势, 尤其是针对高品质,
大深径比的微孔加工有着不可替代的作用. 介绍了超短脉冲激光微孔加工的优势以及研究意义 …

It remains a big challenge to theoretically predict the material removal mechanism in
femtosecond laser ablation. To bypass this unresolved problem, many calculations of …

Microchannels are fabricated in a poly (methyl methacrylate) substrate by high repetition
rate, nanojoule femtosecond laser pulses. The mechanism for channel fabrication is based …

We present multiple methods of high aspect ratio hole drilling in fused silica glass, taking
advantage of high power and high repetition rate picosecond lasers and flexible beam …

A femtosecond laser beam focused inside fused silica and other glasses can modify the
refractive index of the glass. Chemical etching and atomic-force microscope studies show …

In ultrashort pulse (< 10 ps) laser ablation of dielectrics, affected materials are first
transformed into absorbing plasma with metallic properties and, then, the subsequent laser …

Using the plasma model recent developed by the authors, this study predicts the existence
of a constant ablation-depth zone with respect to fluence in femtosecond laser ablation of …

This study analyzes single burst ablation of dielectrics by a femtosecond pulse train that
consists of one or multiple pulses. It is found that (1) there exist constant-ablation-depth …