1·This paper is a part of a blue laser research program.
本论文的课题是研制瓦级蓝光固体激光器。
2·Both use a blue laser to read the information on the disc.
两者都使用蓝色激光来读取光盘上的信息。
3·Silicon nitride can be used to grow quantum well for obtaining blue laser by dopanting.
氮化硅可以通过适当掺杂引入杂质能级，用于制造量子阱获得蓝光激光。
4·Blu-ray and HD DVD are similar in technology. Both use a blue laser to read the information on the disc.
蓝光影碟机和高清数字影碟机采用了相似的技术，都用蓝色雷射光读取影碟上的信息。
5·Pulsed blue laser has important applications in underwater detection, underwater communication and remote sensing.
脉冲蓝光激光器在水下探测、水下通信和遥感方面有着重要的应用前景。
6·The full color laser display is a new developing display technology profiting from the breakthrough of blue laser device.
激光全色显示技术是蓝色激光器实现突破以后得以实现的新型技术。
7·With the cell in place, the researchers gradually increased the power of the blue laser and watched how the green fluorescence changed as a result.
细胞放到位置以后，研究者一步步提高蓝色激光的功率，观察绿色荧光的变化。
8·The new format USES a blue laser with a short wave length 405nm allowing large amounts of data to be packed in high density and stored on a standard size disc.
此光盘格式采用波长为405纳米的蓝光激光源，能够高密度地将大容量数据存储在标准尺寸的光盘上。
9·The concept of communication system and defending system for torpedo green and blue laser fuse group concerned in the article is just an embryo. There is still many details to be done.
文中提出的水雷蓝绿激光引信组群通信系统和水雷蓝绿激光引信组群布防系统的概念只是一个雏形，还有很多细致工作需要完成。
10·Argon emitted blue and green light, krypton several other colours, and mixing the two gases made a laser that could emit across the visible spectrum.
氩气产生蓝色和绿色的光，氪产生其他几种颜色，两种气体的混合可以产生整个可见光谱中的颜色。