Nd^（3＋）：YAG脉冲激光引爆斯蒂酚酸铅的化学反应过程

Chemical Reaction Process of Initiated Lead Styphnate by Nd￣(3+):YAG Pulse Laser

用脉冲激光光声技术研究在不同激光能量水平下斯蒂酚酸铅被激光引爆的化学反应过程。激光束能量增大能明显地提高斯蒂醋酸铅的分解反应速率，而且在较高的光能量下，分解反应出现明显的阶段性。

The pulse laser photoacoustic technology was applied to study the initiated chemical reaction process of lead styphnate at different laser energy. The photo decomposition reaction of lead styphnate is a simple thermal decomposition reaction, in which light energy rise will increase the rate of decomposition reaction of lead styphnate and the decomposition reaction has clear stages at higher light energy.