The nucleation and growth of cavitation bubbles few micrometers in size in water generated
by a 60 ps 515 nm fiber laser is observed and visualized near nucleation threshold. The …

We study the roles of thermal ionization and electronic damage in the internal modification of
bulk borosilicate glass by high repetition rate picosecond laser pulses. Laser-induced …

The aim of this work is to generate defined tones that cover the human hearing range in
aqueous media for a later application in middle or inner ear implants. In our experiments, we …

The feasibility of low frequency pure tone generation in the inner ear by laser-induced
nonlinear optoacoustic effect at the round window was demonstrated in three human …

Microgroove processing of glass is important in many fields, however, it is difficult to achieve
the processing with a high speed. In this study, we developed a novel method for the high …

Today, tailored laser beams are rarely used and thus an opportunity to optimize existing or
introduce new processes is missed. New methods of dynamic beam shaping have the …

We report the effect of laser cavitation in water initiated by femtosecond pulses confined into
subwavelength volume of photonic nanojet of spherical microparticles. The effect of …

摘要针对曲面沉积基底影响银纳米粒子近场增强, 介导效果的问题, 设计了一种沉积在曲面基底
上的Ag/SiO2 芯/壳纳米结构模型, 对该纳米结构介导飞秒激光击穿介质过程中涉及的电磁场 …

Glass with high-aspect-ratio micro holes is used in system-in-package technologies and
microfluidic devices. In this study, to investigate the feasibility of the process, we used a …

Laser shock peening (LSP) technology is a laser-induced shock process implemented as a
surface enhancement technique to introduce beneficial compressive residual stresses into …