激光染料

新型系列红外调Q及锁模激光染料

A Novel Series Infrared Q-Switching and Mode-Locking Laser Dye

蓝-绿新激光染料J系列的光谱和激光性能

Spectral and lasing properties of J-series blue-green new laser dye

合成了一系列吡喃鎓盐激光染料（P1～P8）。

A series of pyrylium salt laser dyes ( P_1 ~ P_6 ) were synthesized .

用ESR谱仪测量激光染料三重态的寿命

Measurement of triplet lifetime of laser dyes by ESR

六种激光染料紫外辐照光解ESR研究

ESR study of photolytic process in six laser dyes under action of UV irradiation

香豆素、罗丹明衍生物和DCM激光染料分子间的激发能传递

Excitation transfer between coumarin , rhodamine derivatives and laser dye DCM molecules

高效激光染料DCM的调谐特性

Tunable properties of a new efficient laser dye DCM

溶剂对激光染料DCM的荧光衰变过程的影响

Solvent Effect on Fluorescence Decay of Laser Dye DCM in Protic and Aprotic Solvents

负载激光染料香豆素151的MCM-41粉体及其纤维的光学性质研究

Optical Properties of Mesoporous MCM-41 Powders and Fibers Doped with Laser Dye Coumarin 151

本文测量了六种不同激光染料的增益系数G和其激光能量转换效率η，用以研究这二个参量之间的关系。

The laser gain , G , and the laser energy conversion efficiency , η, of six different dyes nave been measured for studying the relationship between these two parmeters .

新型激光染料罗丹明575和罗丹明6G的合成

Synthesis of new-type isomers of Rhodamine 575 and Rhodamine 6G

凝聚相有机分子的激发能传递研究（Ⅱ）&激光染料二甲基-POPOP和DCM分子间的激发能传递

Study on excitation transfer between organic molecules in condensed phase (ⅱ): excitation transfer between laser dye dimethyl-popop and DCM molecules

本文报道了一种在ESR谱仪上测量激光染料三重态寿命的方法。测量结果表明误差在±15%以内。

The paper proposes a method for measuring the triplet lifetime of laser dyes by ESR technique with an error of about 15 % .

激光染料2-（2-取代乙烯基）-5-联苯基（口恶）唑的核磁共振谱图及UV，FL机理的研究

Research on the NMR spectra of 2 - ( 2-substituted vinyl ) - 5-biphenylyl Oxazoles and the mechanism of uv , fl of these compounds

新激光染料（P6）和香豆素4相混合后的混合染料，能够产生能量传递激光，且输出能量转化率（16.3%）高于单一染料（香豆素为12%，P6为6.9%）。

The mixture of new laser dye ( P_6 ) with coumarin 4 can produce energy transfer laser , the energy output ( 16.3 % ) is higher than either of them ( Coumarin 4 : 12 % , P_6 : 6.9 % ) .

利用荧光发射及其衰变动力学测量，研究了激光染料分子二甲基-POPOP和DCM在溶液中的分子间能量传递。

The excitation energy transfer between molcculars of laser dye dimethyl-POPOP and DCM in solution has been studied by measuring the fluorescence emission and decay kinetics .

激光染料无辐射过程的分子轨道研究&π电子成环效应的HMO研究

Molecular Orbital Study of the Radiationless process of laser Dyes & HMO Study of π - election Loop Rule

香豆素激光染料溶液的光解机理已用ESR谱直接检测自由基和光谱法检验光解产物两种方法进行研究。

The photodegradation mechanism in coumarin laser dye solutions is investigated at 77K by the direct detection of free radicals using ESR technique and of products using spectrometric identification after degradation under UV flashes .

介绍了436～490nm波段的激光染料（BzOE）2P系列的光谱和激光特性，研究了不同取代基及溶剂对染料激光调谐性能的影响；

The spectral and lasing characteristics of laser dye ( B OE ) 2P series working in the wavelength region of 436-490 nm is reported .

紫外新激光染料IBOP的研究

Study on UV new laser dye IBOP

目前，POFA存在的主要问题之一是有机激光染料的热漂白现象，这会大大降低器件酌使用寿命。

At present , one of the key problems of plastic optical fiber amplifier is organic dye bleaching , which will greatly decrease the lifetime of the component .

同时，分别采用Nicol理论和Lippert理论对其中2个香豆素型激光染料的吸收光谱和发射光谱的溶剂效应进行了研究，揭示了染料Stokes红移的内在本质。

Meanwhile , by using Nicol theory and Lippert theory , the solvent effects on the absorption and fluorescent spectra of two coumarin dyes in organic solvents were studied . The inherent nature about Stokes shift of dyes was revealed .

光学表面上激光染料膜的二次和三次谐波的产生

SHG and THG of laser dye molecules adsorbed on optical surface

若干红外激光染料的分子结构与光化学性能

Study on Molecular Structure and Photochemistry of Some Infrared Laser Dyes

本文合成一种具有互变异构性能的新型激光染料奇通红。

A new tautomeric laser dye Kiton red has been synthesized .

固体激光染料-掺杂复合薄膜制备及其光谱性质

Preparation and Spectrum Property of Solid Laser Dyes Doped Hybrid Thin Films

激光染料Ox725荧光光谱的溶剂效应

Effect of solvents on fluorescence of laser dye oxazine 725

改进激光染料激光性能的能量转移途径

Energy Transfer Ways for Improvement of Properties of Laser Dyes

互变异构激光染料奇通红发光特性研究

A study on luminescence of tautomeric laser dye Kiton red

高分子添加剂对激光染料荧光的增强效应

Enhancement effect of fluorescence of dye solution by high-molecular additives