摘要
进行了电磁感应透明(EIT)的实验研究以及相关的理论分析和研究。完成了铯原子超精细结构中的电磁感应透明实验和铷原子塞曼磁子能级的电磁感应透明实验,并通过实验深入研究了原子密度、温度、耦合光强度、激光线宽、激光失谐等因素对透明信号的高度、线宽的影响。
This paper focuses on the experimental study and theoretical analysis on Electromag-netically Induced Transparency (EIT). EIT was oberved in a cascade system of hype-fine structure of cesium atoms and in the Zeeman sublevels of rubidium atoms,and profound work on intensity and width of the EIT signal as a function of atom density, temperature intensity of coupling laser beam,laser line-width and laser detuning ,etc ,was carried out.
出处
《北京石油化工学院学报》
2002年第4期59-63,共5页
Journal of Beijing Institute of Petrochemical Technology
关键词
电磁感应透明
铯原子
铷原子
塞曼能级
electromagnetically induced transparency
cerium atom
rubidium atom
Zeeman sub-levels
