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化学传感器和染料敏化剂钌超分子配合物的合成及应用

Highlights of this project第4-10页
Abstract第10-13页
摘要第14-16页
Chapter 1 Supramolecular complexes第16-28页
    1.1 Overview of Supramolecular Complexes第16-21页
    1.2 Objectives of the Studies第21-23页
    References第23-28页
Part Ⅰ第28-110页
    Chapter 2 Phenylhydrazone-based Colorimetric Anion Sensor with ComplementaryIMP/INH Logic Functions第28-66页
        2.1 Introduction to Anion recognition via hydrogen bonds第28-35页
            2.1.1 Selected chromogenic receptors through NH groups第32-35页
        2.2 Introduction to molecular logic functions第35-38页
        2.3 Experimental results第38-40页
        2.4 Results and discussions第40-51页
            2.4.1 UV-Vis analysis of complex 1第40-44页
            2.4.2 Reversibility Studies第44-46页
            2.4.3 Logic operation studies with F- and M as inputs第46-50页
            2.4.4 ~1H NMR titrations in DMSO-d_6第50-51页
        2.5 Conclusions第51-52页
        References第52-66页
    Chapter 3 Cation Recognition第66-110页
        3.1 Introduction第66-68页
            3.1.1 Heavy and transition metal sensing第67-68页
        3.2 Platinum(Ⅱ) alkynyl complexes in Silver ion(Ag~+) sensing第68-80页
            3.2.1 Experimental Results第71-74页
            3.2.2 Results and discussion第74-80页
                3.2.2.1 UV-Vis Absorption Spectra第74-76页
                3.2.2.2 Cation-sensing study第76-77页
                3.2.2.3 Photoluminescent Studies第77-78页
                3.2.2.4 ~1H NMR and binding Studies第78-80页
        3.3 Conclusions第80-81页
        3.4 Ferrocene based fluorescent sensors for Hg(Ⅱ) and C(Ⅱ)ions sensing第81-94页
            3.4.1 Experimental Results第84-85页
            3.4.2 Results and discussion第85-94页
                3.4.2.1 UV-Vis Absorption Spectra第85-86页
                3.4.2.2 Cation binding studies第86-89页
                3.4.2.3 Fluorescence Studies第89-91页
                3.4.2.4 Electrochemistry Studies第91-94页
        3.5 Conclusions第94-95页
        References第95-110页
Part Ⅱ第110-154页
    Chapter 4 Ruthenium based dye sensitizers第110-154页
        4.1 Introduction第110-115页
        4.2 Ruthenium based dye photosensitizers第115-120页
        4.3 Basic operation of the ruthenium dye第120-126页
            4.3.1 Manipulation of N3 dye towards better conversion efficiency第122-126页
        4.4 Experimental第126-128页
        4.5 Results and discussion第128-136页
            4.5.1 Characterization and Absorption Spectra of complex 6 and complex 7第128-130页
            4.5.2 ESI-MS spectroscopy第130-131页
            4.5.3 Electrochemistry studies第131-132页
            4.5.4 Photoreduction of water by 6-TiO_2(P25)第132-133页
            4.5.5 Electron dynamics第133-136页
        4.6 Conclusion第136-137页
        References第137-154页
List of publications第154-155页
Acknowledgements第155-156页

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