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多酸基金属有机配合物:合成、结构及功能特性研究

Abstract第5-8页
摘要第9-16页
Chapter I Introduction第16-49页
    1.1.General introduction of polyoxometalates第16页
    1.2.Historical perspective of Polyoxometalates第16-17页
    1.3.Composition of POMs第17-18页
    1.4.Keggin Polyanion第18-22页
        1.4.1.Baker-Figgis isomers第20-21页
        1.4.2.Lacunary species of Keggin-type polyanion第21-22页
    1.5.Wells-Dawson Polyanion and its Derivatives第22-24页
        1.5.1.Isomers第22-23页
        1.5.2.Wells-Dawson-type Lacunary species第23-24页
    1.6.Development of transition metal modified hetero polyoxometalates第24-30页
    1.7.Overview on Polyoxometalates(POMs)modified by transition metal-organic ligand building units第30-35页
    1.8.Research progress of rare earth metal modified Polyoxometalates(POMs)第35-41页
    1.9.Applications of POMs第41-45页
        1.9.1.Magnetism第41-42页
        1.9.2.Catalysis第42页
        1.9.3.Desulfurization using POMs第42-43页
        1.9.4.Bio-medical application of POMs第43页
        1.9.5.Photochemistry of POMs第43-44页
        1.9.6.Electrochemistry of POMs第44-45页
    1.10.The basis and purpose of the thesis第45-46页
    1.11.Experimental reagents and testing methods第46-49页
        1.11.1 Experimental reagents第46-47页
        1.11.2 Testing methods第47-49页
            1.11.2.1 Infrared spectroscopy(IR)第47页
            1.11.2.2 Elemental Analysis(ICP)第47页
            1.11.2.3 Sample structure test第47页
            1.11.2.4 Thermogravimetric analysis(TG)第47页
            1.11.2.5 X-ray powder diffraction(XRD)第47页
            1.11.2.6 Photocatalysis Test第47页
            1.11.2.7 Electrochemical test第47页
            1.11.2.8 Impedance measurements第47-49页
Chapter II Cu-HPBI building unit modified saturated Keggin type Polyoxometalates as new molecular photo-and electro-catalysts第49-80页
    2.1 Introduction第49-50页
    2.2 Synthesis Methods of compounds1–4[Cu(PBI)_2(H_2O)][{Cu(PBI)(OH)(H_2O)}{PW_(12)O_(40)}]·5H_2O (1)第50-52页
    2.3 X-ray crystallographic data第52-54页
    2.4 Structural description of compounds1-4第54-70页
    2.5 Characterizations第70-73页
        2.5.1 Infrared spectra of compounds1-4第70-71页
        2.5.2 Analysis of TG curves of compounds1-4第71-73页
        2.5.3 Powder X-ray diffractions analysis第73页
    2.6.Properties第73-78页
        2.6.1.Photo-degradation of organic dyes第73-76页
        2.6.2 Electrochemical properties第76-78页
            2.6.2.1 Cyclic voltammetry measurements第76-77页
            2.6.2.2 Electro-catalytic Nitrite reduction第77-78页
    2.7 Summary of this chapter第78-80页
Chapter III Keggin type butterfly core phosphate-bridged poly-nuclear Cu/PBI complex第80-93页
    3.1.Introduction第80-81页
    3.2.Synthesis Method of compound 5 [Cu_4(HPO_4)(PO_4)(H_2O)_2(PBI)_4][PW_(12)O_(40)]·H_2O-(5)第81页
    3.3.X-ray crystallographic data第81-82页
    3.4.Crystal structure explanation of compound5第82-87页
    3.5 Characterization第87-88页
        3.5.1 Infrared spectrum of compound 5第87页
        3.5.2 Analysis of TG curve of compound 5第87-88页
        3.5.3 Analysis of XRD curve of compound5第88页
    3.6 Properties第88-92页
        3.6.1.Photo-degradation of organic dye第88-90页
        3.6.2 Electrochemical properties第90-92页
            3.6.2.1 Cyclic voltammetry measurements第90页
            3.6.2.2 Bi-functional electro-catalytic redox reactions第90-92页
    3.7 Summary of this chapter第92-93页
Chapter IV A polyoxometalate cluster-stabilizing copper-imidazole framework for efficient bi-functional electro-catalysis第93-109页
    4.1.Introduction第93-94页
    4.2.Synthesis method of compound 6第94-95页
    4.3 X-ray crystallography第95-96页
    4.4.Structural description of compound6第96-100页
    4.5.Physical Characterizations第100-102页
        4.5.1 Infrared analysis第100-101页
        4.5.2 TG analysis第101页
        4.5.3 PXRD第101-102页
    4.6 Properties第102-108页
        4.6.1 Cyclic voltammetry第102-103页
        4.6.2 Bi-functional electro-catalytic redox activity第103-108页
    4.7.Summary of this chapter第108-109页
Chapter V Organic-inorganic hybrid materials based on Keggin-type POMs,transition metal ions and N heterocyclic Y-shape ditb ligand:synthesis,crystal structure,photo-and electro-catalytic properties第109-132页
    5.1.Introduction第109-110页
    5.2.Synthetic methods of compounds7-9(H_2ditb)_2[SiW_(12)O_(40)].2H_2O(7)第110-111页
    5.3.X-ray crystal data第111-113页
    5.4 Crystal structure descriptions of compounds7-9第113-124页
    5.5.Physical characterization第124-125页
        5.5.1.Infrared spectral analyses compound7-9第124页
        5.5.2.TGA analyses of compound7-9第124-125页
    5.6.Properties第125-130页
        5.6.1.Photo-catalysis of dyes degradation第125-127页
        5.6.2.Electrochemistry and electro-catalytic redox reductions第127-130页
            5.6.2.1.Cyclic voltammetry measurements第127-128页
            5.6.2.2.Electro-catalytic oxidation of AA第128-129页
            5.6.2.3.Electro-catalytic reduction of H2O2第129-130页
    5.7 Summary of this Chapter第130-132页
Chapter VI Proton conductive watery channels constructed by in situ generated3D lanthanide connected mono-lacunary polyoxometalate第132-144页
    6.1.Introduction第132-133页
    6.2.Synthesis method of compounds10第133-134页
    6.3.Synthesis discussion第134页
    6.4.X-ray crystal data第134-136页
    6.5.Crystal structure description of compound10第136-140页
    6.6.Physical characterization第140-142页
        6.6.1.Infrared spectra第140页
        6.6.2.TG analyses第140-141页
        6.6.3.PXRD analyses第141-142页
    6.7 Proton conduction property第142-143页
    6.8.Summary of this chapter第143-144页
Chapter VII General Conclusions第144-148页
ACKNOWLEDGEMENT第148-149页
Papers published during PhD第149-152页
References第152-168页

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