An integrated analysis of laser induced breakdown (LIB) and the associated micro-cavitation
in a water-like bio-tissue is developed in this study. With this integrated analysis using …

A numerical analysis capable of describing the early stage of a thermal microcavitation
process in a water-rich biotissue without avalanche breakdown was developed. The …

Photomechanical fracture induced by thermoelastic stress waves is an important mechanism
of tissue ablation by short laser pulses. In this study, we present experimental investigations …

We present experimental investigations and numerical calculation of the shock wave
emission and cavitation bubble expansion after optical breakdown in water with Hd: YAG …

A theoretical model based on the rate equation for free electron density is proposed to
investigate transient progression of plasma formation in soft biological tissues during laser …

Highly focused laser microbeams are being used with increasing regularity for targeted cell
lysis, cellular microsurgery and molecular delivery via transient cell membrane …

Evaporation and plasma formation due to laser irradiation and subsequent expansion of the
evaporated volume accompanying shock emission were studied theoretically as a …

Reactive species (RS) play a critical role in postoperative complications in the medical
application of lasers. From the mechanistic point, the RS arising from laser irradiation are …

Characteristics of thermo-mechanical laser ablation process are investigated using an
original numerical model. In contrast with previous models, it is based on a microscopic …

We investigated the interaction of a laser-induced cavitation bubble with an elastic tissue
model by high-speed photography with up to 5 Mill. frames/sec. The elastic material …