We present the birefringence measurements induced in K9 specimen by cracks produced by 1 064-nm Nd:YAG laser. The birefr......

The design and performance of radio frequency (RF) excited partial Z-fold waveguide CO2 laser with two channels are expo......

Air-breathing mode laser propulsion experiment with a long-pulse transversely excited (TE) CO...

The influence of scanning speed on hard bone tissue ablation is studied with a 10.6-\mum laser. The groove morphology a......

We propose a continuous-wave (CW) middle infrared (MIR) and long infrared (LIR) dual-band laser for the calibration and ......

To increase the photoelectronic conversion efficiency of the single discharge tube and to meet the requirements of the l......

A new computational fluid dynamics (CFD) method for the simulation of fast-axial-flow CO[EQUATION] laser is developed. T......

The lifetime of optical components in high-fluence ultraviolet (UV) laser applications is typically limited by laser-ini......

In order to research the influence on the beam transmission properties due to the different time intervals in the high-p......

To reveal the physical mechanism of laser ablation and establish the prediction model for figuring the surface of fused ......

Based on segmentation-recombination principle, a specific optical device is designed to homogenize a high-power CO2 lase......

An electro-optically Q-switched partial Z-folded RF CO_{2} waveguide laser with an intracavity CdTe modulator has been d......

The feasibility of measuring crater geometries by use of optical coherence tomography (OCT) is examined. Bovine shank bo......

Pulsed laser ablation of soft biological tissue was studied at 10.6-, 2.94-, and 2.08-micron wavelengths. The ablation e......

A new method for laser-frequency stabilization by controlling the pulse setup time is presented. The frequency-stabiliza......