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电中性亚铁配合物的设计、合成及其初步性质研究

Abbreviations第7-10页
Abstract第10-11页
Resume第12-14页
摘要第14-16页
Part Ⅰ Introduction第16-56页
    Chapter 1 Introduction about magnetism of matter第16-27页
        1.1 Magnetism character of matter第16-19页
            1.1.1 Diamagnetism第16-17页
            1.1.2 Paramagnetism第17页
            1.1.3 Ferromagnetism第17-18页
            1.1.4 Antiferromagnetism第18-19页
            1.1.5 Ferrimagnetism第19页
        1.2 Magnetic moment of an atom or a molecule第19-24页
            1.2.1 Composition of magnetic moment of an atom or a molecule第19-20页
            1.2.2 Diamagnetic property第20页
            1.2.3 Paramagnetic property第20-22页
            1.2.4 Detection of magnetism第22-24页
        1.3 References第24-27页
    Chapter 2 MRI as a method to detect magnetism第27-56页
        2.1 Introduction of MRI第27-28页
        2.2第28-50页
            2.2.1 MRI principle第28-31页
            2.2.2 MRI contrast agents第31-40页
            2.2.3 ParaCEST contrast agents for MRI第40-42页
            2.2.4 Design of contrast agents第42-44页
            2.2.5 MRI probes第44-50页
        2.3 References第50-56页
Part Ⅱ Thesis work第56-135页
    Chapter 3 Overall project of which this thesis is part第56-81页
        3.1 Materials possessing switchable spin states第56-64页
            3.1.1 Crystal field theory第56-58页
            3.1.2 Influencing factors on the splitting energy第58-59页
            3.1.3 Physical stimulus inducing spin transition第59-61页
            3.1.4 Chemical stimulus inducing spin transition第61-64页
        3.2 Proposal of the project第64-67页
            3.2.1 Choice of iron(Ⅱ)第65-66页
            3.2.2 Design of ligands第66-67页
        3.3 Previous work in the group第67-70页
            3.3.1 First example of complexes based on iron(Ⅱ)第67-68页
            3.3.2 Design of activatable MRI probes第68-70页
        3.4 Proposal of electroneutrality第70-75页
        3.5 Thesis project第75页
        3.6 References第75-81页
    Chapter 4 THESIS PROJECT:Achievement of electroneutrality of complexes based onpyridylcarboxylate第81-120页
        4.1 Introduction of the project第81-84页
        4.2 Synthesis of the designed complexes第84-99页
            4.2.1 Retrosynthetic analysis第84-85页
            4.2.2 Synthesis of benzyl chloromethylpyridyl carboxylate第85-87页
            4.2.3 Synthesis of the macrocycle TACN第87-89页
            4.2.4 Synthesis of the target ligands by alkylation of amines第89-94页
            4.2.5 Synthesis of the target complexes第94-95页
            4.2.6 Synthesis of the ligands by reductive amination第95-98页
            4.2.7 Synthesis of the ligands bearing weinreb amide groups第98-99页
        4.3 Results and discussion第99-106页
            4.3.1 Magnetic moment measurements第99-102页
            4.3.2 Relaxivity measurements第102-106页
        4.4 Cytotoxicity tests第106-107页
        4.5 UV-vis spectrum analysis第107-113页
            4.5.1 UV-vis absorptions第107-108页
            4.5.2 UV-vis spectra for determination of pKa values第108-113页
        4.6 Cyclic voltammograms第113-114页
        4.7 Summary and perspective第114-115页
        4.8 References第115-120页
    Chapter 5 Achievement of electroneutrality of complexes based on pyrimidinediol第120-135页
        5.1 Introduction of the project and design of the target complexes第120-121页
        5.2 Synthesis of the target ligands bearing pyrimidinediol第121-130页
            5.2.1 Synthesis of the synthon bromomethylpyrimidine第121-124页
            5.2.2 Synthesis of the target ligands第124-125页
            5.2.3 Synthesis of the complexes bearing protecting groups第125-126页
            5.2.4 Synthesis of the ligands without protecting groups第126-130页
        5.3 Results and discussion第130-131页
        5.4 Summary and Perspective第131页
        5.5 References第131-135页
Part Ⅲ Experimental section第135-180页
    General Introductions第135-137页
    Synthesis Ⅰ第137-156页
    Synthesis Ⅱ第156-161页
    Synthesis Ⅲ第161-165页
    The structures of the complexes第165-167页
    ~1H and ~(13)C NMR Spectra第167-180页
Acknowledgements第180-182页
Compound table第182-183页

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