liquid laser cell

In liquid laser system,the gain distribution by ordinary two-sides-pumping has the characteristic of strong gain at the edge but weak at the center and it is very difficult to achieve single transverse mode output.

液体激光系统在抑制热畸变方面具有突出优势,能实现长时间稳定的高能激光输出。

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。

aprotic liquid laser

质子惰性液体激光器

organic chelate liquid laser

有机螯合物液体激光器

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。

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

thick film liquid dye laser

厚膜液体染料激光器

ring laser liquid flowmeter

环形激光液体流量计

Investigation on Spectra of Nanosecond Laser Broadening in Liquid;

纳秒激光在液体介质中的光谱展宽研究

Short Pulse KrF Excimer Laser Obtained by the Breakdown of Liquid

通过液体光击穿获得短脉冲KrF准分子激光

Development of Surface Tension Measurement System with Surface Laser Light Scattering Method;

激光散射法测量液体表面张力实验系统的研制

Optical Determination of a Surface Acoustic Wave Using Light Interference and Light Diffraction;

低频液体表面波激光的干涉和衍射研究

The Study of Relationship between the Liquid Surface Tension and Temperature by Light Diffraction;

激光衍射法研究液体的表面张力与温度的关系

Effect of Liquid Parameters on Expansion and Collapse of Laser-induced Cavitation Bubble

液体参量对激光空泡产生和溃灭的影响研究

Numerical Analysis of Liquid Lubricated Laser Surface Textured Mechanical Seals

激光加工多孔端面液体密封的数值分析

Study of measures to enhance the laser-acoustic conversion efficiency upon the interaction of pulsed laser radiation with liquid

提高液体中脉冲激光致声转换效率的理论研究

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

Properties of Laser-Induced Cavitation Bubble Sound Waves in Viscous Fluid

粘性液体中激光空泡辐射声波的特性研究

Influences of liquids properties and Absorbed energy on laser induced expanding sound

液体性质与吸收能量对激光致声特性的影响

Expansion Process of Plasma Drop in Laser Induced Damage

薄膜激光损伤中的等离子体液滴膨胀过程