摘要
同步辐射(S.R.)的独特性质(在10-100μ波长内的可调谐性和高度的线偏振性)使它在原子、分子物理的研究中显示了超过一般实验室光源的巨大优越性。本文在介绍了与S.R.应用相关的几种重要的实验技术后,评述了近年来S.R.在原子物理、分子物理和光化学反应中的典型应用。
The unique features of synchrotron radiation (S.R.), such as the tunability in the wavelength range of 10A-100μ and high degree of linear polarization, makes it a light source offering tremendous advantages over laboratory sources for the study of atomic and molecular physics. In this paper, after introducing some typical experiment methods the applications of S. R. in atomic physics, molecular physics and photochemistry reactions in recent years are reviewed.
出处
《物理学进展》
CSCD
北大核心
1992年第2期198-210,共13页
Progress In Physics
