laser material

Optimum Structural Design for QW Laser Material and Grown by MOCVD

MOCVD生长量子阱激光器材料及结构的优化设计

The text introduced systematically the study and application of thulium element in the field of agriculture, chemistry, metallurgy. Meanwhile thulium luminescence material, thulium laser material, thulium magnetism material and thulium super-conduct material were studied.

系统的介绍了稀土元素在农业、化学工业、冶金工业、稀土发光材料、稀土激光材料、稀土永磁材料及稀土超导材料等领域中的研究与应用。

Adaptive optics are being used widely in laser material processing technology.

在激光加工技术中,自适应光学元器件的应用越来越广.

Study on Crystal Growth and Performance of Tunable Laser Material Cr ∶ LiCAF

可调谐激光晶体氟铝酸钙锂的生长和性能研究

GaN is a new wide band gap semiconductor laser material.

GaN是一种新型的宽禁带半导体兰色发光与激光材料。

The ( SBA-15 )-( DBC-ASA ) composite materials have the potential applied value in laser material field.

复合材料 ( SBA-15 ) - ( DBC-ASA ) 在激光材料等领域中具有潜在应用价值.

Based on the principles of wavelength alignment between resonance peak and the fluorescence peak of organic laser material, and alignment between the antinode of cavity standing wave field and the active region, we can determine the distribution of organic layers in microcavity.

根据谐振峰和激光材料荧光峰一致以及有源区位于腔内驻波场波腹位置的原则，可以确定有机各层在腔内的分布。

A solid-state laser material with waveguide structure has several advantages over the bulk crystal due to its optical confinement which results in low-threshold, highly efficient oscillation and good integration.

与体块晶体相比，波导结构的激光薄膜材料具有低的阈值，高的震荡效率，易于集成等优点，因此，人们对薄膜光波导材料给予了极大的关注。

The laser shock forming intelligent manufacturing system with 5-axis workbench was developed by JiangSu University under the concept of computer control, laser material processing, and advanced manufacture technology.

具有五坐标工作台结构的智能激光冲击加工系统是在光机电一体化、先进制造技术和材料/制造工艺力学的概念下由江苏大学提出的。

It is shown that the crystal of Cr3+: YAB is a potential tunable laser material.

指出它做为声子终端激光晶体材料具有一定的应用前景。

In Japan, research on laser material processing are mainly carried out in Osaka University, Applied Engineering Center ( ALEC) and Advanced Materials Processing Institut.

而日本的有关研究工作主要有大阪大学、应用工程中心和先进材料加工研究中心承担。