基于三碳菁染料的近红外荧光分子探针的合成与其性能的分析

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1、湘潭大学2014届硕士毕业论文inenvironment.Finally,wedesignedandsynthesizedanotherratiometricandcolorimetric+fluorescentchemosensorbasedontricarboyanineforAg.Thischemosensor+investigatedpossessesahighsensitivityandselectivityforAgoverothermetalionstested.Furthermo

2、re,theprobesalsoshowfastsignalresponseandgoodlinearity.Thefluorescentspectralresultsclearlyindicatethatthechemosensorhasremarkableabsorptionandemissionwavelengthshifts.3+KeyWords:Fluorescentchemosensor;Near-infared；Tricarboyaninedyes；Cr；+AgIII万方数据湘潭大

3、学2014届硕士毕业论文目录第1章绪论...............................................................................................................................11.1前言..................................................................................................

4、...............................11.2荧光及荧光分子探针的简介....................................................................................11.2.1荧光及其应用领域...........................................................................................11.2.2荧光分子探针的基

5、本结构.............................................................................21.2.3荧光分子探针主要设计原理.........................................................................21.2.4荧光分子探针主要响应机理.............................................................

6、............21.2.5荧光分子探针的发展状况.............................................................................31.3菁染料的结构特点和优势.........................................................................................31.3.1菁染料的结构特点..........................

7、.................................................................31.3.2菁染料应用于荧光分子探针的优势...........................................................41.4比率型荧光分子探针的设计原理和优势.............................................................41.4.1比率型荧光设计的基本原理.....

8、....................................................................41.4.2比率型荧光探针所具备的优势....................................................................53+1.5Cr荧光探针的研究现状..............................................................................