荧光传感器

据我们所知，这是首例利用共轭聚合物-Ag+离子络合物作为荧光传感器来选择性检测Cys的报道。

To the best of our knowledge , this is the first report using a conjugated polymer-Ag + complex as a fluorescent sensor to selectively detect Cys . 5 .

最后，建立了一个基于AO-rGO平台的测定阳离子表面活性剂的荧光传感器。

In addition , it constructed a turn on fluorescent sensor based on AO-rGO platform for the determination of cationic surfactants .

基于PET过程的分子开关型荧光传感器研究进展

Recent Advances in Fluorescence Molecular Switches Based on Photo-induced Electron Transfer

又对pH及重金属离子的测定提出了新的思路，制备了相关的荧光传感器。

Furthermore , to propose a new thinking of detection of pH and heavy metals using such fluorescent dye based fluorescence sensor .

介绍了基于PET过程的开关型荧光传感器研究现状，展望了此类研究的发展趋势。

In the present paper , recent development in fluorescence molecular switches based on PET process is reviewed , and its potential applications are proposed .

光致电子转移（PET）是典型的被用来设计荧光传感器的方法之一，具有灵敏度高和响应时间快等优点。

Photoinduced electron transfer ( PET ) is one of the typical methods which are used to design fluorescent probe . PET usually has the advantages of high sensitivity and fast response time .

含硼酸基团的糖囊泡荧光传感器的研制

Preparation of Vesicular Fluorescence Sensor for Saccharides Comprise Boronic Acid

光导纤维生物膜溴荧光传感器的研究

Optical fiber bio - membrane fluorescence sensor for bromide

新型模式滤光光纤化学传感器的研究电荧光传感器电发光传感器

Study on Novel Mode-Filtered Light Optical Fiber Chemical Sensor

快速检测细菌总数的便携式生物荧光传感器

Rapid Detection of Microbial Count Using Portable Bioluminescence-based Biosensor

薄膜荧光传感器研究进展

Progress in the Studies of Fluorescent Film Sensors

新型指示剂固定方法及其在荧光传感器制备中的应用

The Novel Immobilization Methods of Indicators and Their Applications in Preparation of Fluorescence Sensors

有机发光材料和荧光传感器的设计、合成和性能研究

Organic EL Materials and Fluorescence Sensors : Design , Synthesis , Properties and Applications

关于对基于喹啉的、由锌激发的荧光传感器光学性质影响因子也已经被归纳出来。

The influence on optical properties of the quinoline-based fluorescent sensors induced by zinc is summarized .

这为阴离子荧光传感器的设计提供新的理论依据。

This provides a new theoretical basis forthe design of efficient anion fluorescence sensor . 2 .

而荧光传感器领域的应用则主要包括阴离子传感器和阳离子传感器。

And the anion sensor and cation sensor were included in the application fields of fluorescent sensor .

新型含苯硼酸和萘双亲化合物的合成与囊泡荧光传感器的制备

Synthesis of a Novel Amphiphile Containing Both Phenylboronic Acid and Naphthalene and Preparation of the Fluorescent Vesicular Sensor

基于喹啉的荧光传感器在检测中的实际应用和优点已经分析得到了。

The practical application and advantages in the detection process of the quinoline-based fluorescent zinc sensors are analyzed .

它的荧光传感器提供有高准确性和重复性以及可达到的最早泄露探测。

Its fluorescence sensor technology provides high accuracy and repeatibility as well as the earliest leak detection available .

研究发现这两种化合物可以作为检测钡离子荧光传感器。

The study found that the two compounds can be used as fluorescent sensors to detect barium ion . 5 .

基于功能高分子膜的荧光传感器研究&Ⅰ铜离子荧光熄灭型传感器

Fluorescence Chemical Sensors Based on Functional High Polymer Membranes 1 . Fluorescence Quenching Optrode for Copper ( ⅱ ) Ions

设计合成灵敏度高、选择性好的荧光传感器就成为实现对金属离子选择性识别的关键。

The key for selective recognition of metal ions is to design a fluorescence sensor with high sensitivity and specific selectivity .

基于喹啉，8-羟基喹啉或8-氨基喹啉的荧光传感器设计的结构和原理已经有过介绍了。

The structures and principles of design for the fluorescent zinc sensors based on quinoline , 8-hydroxyquinoline or8-aminoquinoline , are introduced .

具体内容如下：1.近年来基于一些经典的超分子主体化合物的荧光传感器工作得到了长足发展。

In recent years , the fluorescent chemosensors based on the classical traditional supramolecular host molecules have gained the rapid development .

这一结果为设计和开发新型壳-核型纳米二氧化硅荧光传感器提供了有用的参考。

These results will be important and beneficial for the design or development of this system used as a fluorescence chemical sensor .

实验结果表明，通过对聚合物结构的合理修饰，就可以有效地优化其作为荧光传感器的检测性能。

The experiment results show that the fluorescence sensing properties of the polymers can be efficiently optimized through the reasonable structure modification .

摘要分子荧光传感器以其灵敏度高、使用方便等优点备受人们的关注，近年来得到了迅速的发展。

Molecular-based fluorescent sensors have received considerable attentions due to their advantages such as high sensitivities and feasibilities , and have been rapidly developed in recent years .

另一方面，含有芴单元的聚合物具有优异的光、电性能被应用于很多领域中，如光致发光材料、非线性光学材料和荧光传感器。

Meanwhile , fluorene polymers have been extensively applied as light-emitting materials , nonlinear optical materials and fluorescence sensors , due to their excellent electrochemical and spectroscopic properties .

近年来随着交叉学科的迅速发展，荧光传感器及其传感新材料作为材料科学和分析化学的结合点备受关注。

As a link of material science and analysis chemistry , the study in fluorescent sensor and novel sensor material has received a growing attention with the rapid development of cross subject .

本论文对共轭聚合物材料特别是含噻吩基元的共轭聚合物在有机太阳能电池、有机场效应晶体管和荧光传感器方面的进展和应用进行了综述。

The research progress of the conjugated polymers especially the ones containing thiophene and devices for organic solar cells , organic field-effect transistors and mercury detection were summarized systematically in this dissertation .