Laser light irradiation of organic or polymeric materials leads to a wide range of controlled
physical and chemical modifications in the micro-and nanoscales. Laser pulses, with …

The discovery of coherent laser light in 1960 shifted and expanded the biomedical
applications of radiation to the non-ionizing part of the electromagnetic spectrum. As in the …

We report on the laser ablation of cyclic olefin copolymer using an amplified ultrashort
pulsed laser in the ultraviolet spectral range. In addition to a high ablation depth per laser …

Poor miscibility is an important reason for the non-weldable performance of most dissimilar
polymers and their composites, and traditional surface treatments cannot effectively improve …

Interest in the phenomenon of laser ablation (LA) has gained significant attention in recent
years due to its potential for machining, high‐precision drilling, and cutting materials, such …

Several new materials and patterns are studied for the formation and etching of intraocular
lenses (IOLs), in order to improve their optical properties, to reduce the diffractive …

Material removal caused by short high-intensity laser pulses is often termed pulsedlaser
ablation (PLA). Throughout the literature, the terms laser-assisted evaporation, laser …

对纳米金属颗粒复合含能材料这一新兴体系的单脉冲激光作用的热动力学过程进行了理论分析.
推导了分散在介质中的纳米金属颗粒吸收脉冲激光能量的瞬时功率密度. 从热分解机理出发对 …

Ultrafast laser material processing is an attractive approach for surface structuring of medical
polymers used for intraocular lenses. To achieve best results in terms of efficiency and …

Tangential laser ablation as carried out in the ultrashort pulse laser turning process is an
approach to generate rotationally symmetric workpieces of high precision on a microscopic …