新型微波激励汞原子激光器的实验研究  

Experimental Research of the Microwave Discharge Pumped CW Atomic Mercury Laser

作　　者：林亚风[1] 钟钦[1] 曾淳[1] 陈哲[1] 

机构地区：[1]国防科技大学应用物理系,长沙410073

出　　处：《中国激光》2001年第2期122-124,共3页Chinese Journal of Lasers

摘　　要：介绍一种新型微波激励的光抽运汞原子激光器。该激光器采用全介质内腔同轴型结构 ,放入微波波导内 ,采用微波激励产生激光。微波波导内注入的微波功率为 80W ,抽运灯吸收功率为 30W左右。激光器腔镜为绿光全反射镜 ,反射率约为 99 9% ,曲率半径为 2m。激光波长 5 46 1nm ,激光器最大输出功率达 0 1mW ,输出光斑为多模结构 ,尺寸约 3mm左右。实验结果表明 ,采用微波激励时 ,这种激光器结构简单紧凑 ,可产生具有良好相干性的激光束。In this paper, a kind of microwave-discharge pumped cw atomic mercury laser is introduced and demonstrated. In this experiment the laser is put in a microwave-guide, laser light is produced by means of microwave discharge. Whole dielectric medium, inner-cavity style, and co-axial structure are employed. 80 W microwave power is input in the microwave-guide, 30 W power is absorbed by the mercury medium. Laser cavity consists of 2 m spherical radius mirrors with reflectance of 999%. Laser wavelength is 5461 nm and its maximal power output is 01 mW. Light spot size is 3 mm with several transverse modes.

关 键 词：汞原子激光器 微波激励 微波波导 光抽运 实验 

分 类 号：TN248.21[电子电信—物理电子学]