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激光的应用为传统的光化学挖掘出巨大的发展潜力。近年来,激光光谱学与激光化学已逐步发展起来。随着认识的深化,化学工作者了解到,要使激光能够充分施展其特长还应对欲研究的化学体系的状态有适当的要求,如低压、低温、有序的运动等等。为在物理学中研究散射现象及后在化学中研究分子反应动力学而发展起来的原子束及分子束技术恰好能够提供这种条件,从而促成了“分子束(包括原子束)激光诱导化学动力学”这门学问的诞生。
The use of lasers has tremendous potential for traditional photochemical excava- tion. In recent years, laser spectroscopy and laser chemistry have been gradually developed. With the deepening of understanding, chemists learned that to make the laser fully perform its specialty, there should be appropriate requirements on the state of the chemical system to be studied, such as low pressure, low temperature, orderly movement and so on. Atomic and molecular beam techniques developed to study scattering phenomena in physics and subsequently to study molecular reaction kinetics in chemistry provide just such conditions that have led to the “molecular beam (including atomic beam) laser-induced chemical kinetics Learn ”the birth of this learning.