| 1. | This field was always active , especially in the solid laser dye materials
这一领域始终处于活跃状态，特别是固态染料激光器的研究步伐更快。 |
| 2. | The second chapter deals with optical properties of organic laser dyes embedded in anodic alumina
第二章论述了多孔铝镶嵌有机激光染料的光学性质。 |
| 3. | All the results showed that the material we made can be better used in the solid laser dye materials
一种较好的固体染料激光材料，为进一步研制固体可调谐染料激光器1提供了理论及实验依据。 |
| 4. | Manufacture of high quality nir dyes , laser dyes , oled , pled , conjugated polymers , and conductive polymers
-生产2 -羟基- 3 -萘甲酸等医药中间体，活性染料，羊毛用活性环保染料和酞菁兰颜料，包括公司简介产品介绍等 |
| 5. | In recent years many organic dyes such as fluorescence dyes , laser dyes , nonlinear optical dyes and phototropic dyes were inducted into the inorganic matrix or ormosils
各种荧光染料、激光染料、 nlo染料及光致变色染料等相继被引入到无机基质或有机改性硅酸盐中。 |
| 6. | In this dissertation , organic laser dyes and cu were implanted in the pores of anodic alumina respectively . the optical properties of the embedded films were studied
本文利用多孔铝的纳米多孔列阵结构，将有机激光染料和金属cu分别镶嵌到多孔铝的孔中，研究了其光学性质。 |
| 7. | Some new small mass molecule organic laser dyes with blue emitting color , were found . lasing were realized with waveguide structure of some materials " films on glass substrate
用几种有机材料在玻璃薄膜波导结构中都实现了受激发射，清晰的光斑，从薄膜侧边投射到屏幕上。 |
| 8. | Laser dye doped in the sample is pyrromethene 567 . longitudinally pumped tunable solid - state dye lasers using intra - cavity grating were established with q - switched frequency - doubled nd : yag laser pumping source
在激光宽带辐射实验中，获得了7nm ( fwhm )的激光输出，斜效率达69 。 |
| 9. | The main contents of the dissertation are in solving key technological problems , developing new laser dyes , and studying their lasing property : effects of microcavity are very sensitive to their size
本文主要内容在开发新材料，解决关键技术问题，和摸索其激光物理行为方面：微腔结构对尺寸非常敏感。 |
| 10. | Biology molecules , especially dye molecules ( such as the series of rodamine laser dyes ) , because of their strong fluorescence and low solvency in water , normal raman ( nr ) technique can not obtain their perfect raman spectrum
生物分子，尤其是生物染料分子(如罗丹明系列染料分子等) ，由于其荧光较强且微溶于水，一般常规方法很难得到其拉曼谱。 |
