inorganic liquid laser

Therefore,developing new type high–average-power laser focuses on the inorganic liquid laser.

掺杂稀土离子的无机液体激光器,具有增益介质制备容易,运行成本低廉,系统结构紧凑等优点,并且因激光介质流动性带来的热管理优势,使其成为发展高能激光器的研究热点,而随着输出功率的不断提高,液体介质的热效应成为制约大功率条件下输出高光束质量激光的主要因素。

The main developing process of rare -earth -doped liquid laser is introduced.

综合介绍了掺稀土离子液体激光器的主要发展历程,分析了掺稀土离子液体激光材料研究过程中需要解决的主要问题包括降低无辐射跃迁、增大溶解度和减少热致折射率梯度引起的光偏折损耗等。

Thermal Management with Host Flow of High-Average-Power Inorganic Liquid Laser;

高平均功率无机液体激光器的流动热管理研究

organic chelate liquid laser

有机螯合物液体激光器

organic dye solution laser

有机染料溶液激光器

thick film liquid dye laser

厚膜液体染料激光器

aprotic liquid laser

质子惰性液体激光器

The first liquid laser was operated in January of 1963.

第一个液体激光器是在1963年1月运转的。

The Tuning Mechanism and Progress of Tunable Semiconductor Lasers;

可调谐半导体激光器调谐机理及进展

Key Techniques in Electrically Pumped Organic Semiconductor Laser

电泵浦有机半导体激光器的关键技术

rare gas excimer laser

稀有气体激元激光器

electric discharge excited gaseous laser

放电激励气体激光器

Novel Polymer Gratings Applied in Organic Semiconductor Lasers;

用于有机半导体激光器的新型聚合物光栅

Experiment method on mechanism of thrust of laser-induced ablation propulsion with liquid propellant

液体烧蚀激光推进推力形成机理实验方法

light pumping semiconductor laser

光抽运半导体激光器

ring laser liquid flowmeter

环形激光液体流量计

Research on Non-destructive Test for Semiconductor Lasers and Laser Arrays;

半导体激光器及其列阵的无损检测技术研究

Aluminium-Free Semiconductor Laser Arrays and Their Assembling Techniques;

无铝半导体激光器列阵及其组装技术的研究

Laser Scattering Study of Soil Organic/Inorganic Colloidal Particles Aggregation

土壤有机\无机胶体颗粒凝聚的激光散射研究

Study on Radio-over-Fiber System Based on Optically Injected Semiconductor Laser Technology

基于光注入半导体激光器技术的光纤无线电系统研究