Our new research advances in ablation laser propulsion with condensed propellants were reviewed,including the mechanism,laser driving by water,laser micro-thruster model and the conceptual design of Omni-directional receiving laser engine.

Analysis model and experimental research of dilution in laser induction hybrid cladding;

The Reconfigurable Multifunction Laser Processing System Based on the Optimal Slice Process;

Study of laser transmission effect in dye-cholesteric liquid crystals;

Comparison of histologic,biochemical and mechanical properties of murine skin treated with the long-pulse and Q-switched 1 064-nm Nd:YAG lasers;

Combined Application of Argon and Nd: YAG Lasers in Treatment of Primary Angle-Closure Glaueoma;

Unification Single Mode Equation of Class-B Lasers with Homogeneous Broad Line;

The results show that:①the transient field become quasi-steady state after the laser beam scans 2 pots ②the peak temperature and the temperature difference of upper-lower surface calculated by 2D FEM are close with that calculated by 3D FEM ③good agreement is obtained between experimental and analytical result

The polarization of the laser beam output from the PHC-1 500 laser unit was experimentally verified.

Study of information transfer mechanism on interaction between He-Ne laser and bio-tissue;

Nursing and clinical observation of the patients with herpes zoster treated by He-Ne Laser;

The objective of this study was to determine the regulation effects of He-Ne laser on protein metabolism,photosynthesis of Isatis indigotica seedlings exposed to enhanced ultraviolet-B(UV-B) lesions.