摘要
根据激光诱导 Al等离子体中 Al I396.1 5nm特征辐射的时间分布 ,利用暂稳态假说 ,对我们的实验现象进行了量子解释。暂稳态处于原子基态和激发态之间。从原子能级考虑 ,暂稳态的原子能级与激发态能级相同。暂稳态是原子存储能量的重要方式之一。暂稳态假说能全面、合理解释我们的实验现象。
According to time distribution of Al I 396.15nm emission in Aluminum plasma induced by laser ablating Aluminum,we have suggested a hypothesis of transient steady atom state,which can give our experimental results explanation,the energy level of the transient steady state is identical to that of excited state.the transient steady state was one of the most important models to store energy.the pypothesis can comprehensively and reasonably explain our experimental result.
出处
《激光与红外》
CAS
CSCD
北大核心
2001年第1期60-62,共3页
Laser & Infrared
基金
国家自然科学基金!资助项目 (6 99780 11)
