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Hemicryptophane分子笼的合成及其在识别、分子机器和超分子催化的应用研究

ACKNOWLEDGEMENTS第6-12页
ABSTRACT第12-14页
R(?)SUM(?)第15-17页
摘要第17-19页
PART Ⅰ. INTRODUCTION第19-91页
    Preface第21-23页
    Chapter 1. Emergence of Hemicryptophanes: From Synthesis to Applications for Recognition, Molecular Machines and Supramolecular Catalysis第23-89页
        1.1 Abstract第24页
        1.2 Introduction第24-26页
        1.3 Synthesis of hemicryptophanes第26-54页
        1.4 Host-guest chemistry of hemicryptophanes第54-68页
        1.5 Hemicryptophanes in motion: towards molecular machines第68-71页
        1.6 Hemicryptophanes: supramolecular catalysts第71-78页
        1.7 Conclusions and perspectives第78-80页
        1.8 References第80-89页
    Chapter 2. Objectives of This Thesis第89-91页
PART Ⅱ. HOST-GUEST CHEMISTRY OF HEMICRYPTOPHANES第91-161页
    Preface第93-95页
    Chapter 3. A Fluorescent Heteroditopic Hemicryptophane Cage for the Selective Recognition of Choline Phosphate第95-109页
        3.1 Abstract第96页
        3.2 Introduction第96-97页
        3.3 Results and discussion第97-101页
        3.4 Conclusion第101页
        3.5 Experimental section第101-107页
        3.6 References第107-109页
    Chapter 4. Insights into the Complexity of Weak Intermolecular Interactions Interfering in Host-Guest Systems第109-125页
        4.1 Abstract第110页
        4.2 Introduction第110-111页
        4.3 Results and discussion第111-116页
        4.4 Conclusion第116-117页
        4.5 Experimental section第117-122页
        4.6 References第122-125页
    Chapter 5. Synthesis, Resolution and Absolute Configuration of Chiral TPA-Based Hemicryptophane Molecular Cages第125-141页
        5.1 Abstract第126页
        5.2 Introduction第126-127页
        5.3 Results and discussion第127-130页
        5.4 Conclusion第130页
        5.5 Experimental section第130-139页
        5.6 References第139-141页
    Chapter 6. Helical, Axial and Central Chirality Combined in a Single Cage: Synthesis,Absolute Configuration and Recognition Properties第141-161页
        6.1 Abstract第142页
        6.2 Introduction第142-143页
        6.3 Results and discussion第143-148页
        6.4 Conclusion第148页
        6.5 Experimental section第148-158页
        6.6 References第158-161页
PART Ⅲ. HEMICRYPTOPHANES IN MOTION: TOWARDS MOLECULAR MACHINES第161-193页
    Preface第163-165页
    Chapter 7. Breathing Motion of a Modulable Molecular Cavity第165-193页
        7.1 Abstract第166页
        7.2 Introduction第166页
        7.3 Results and discussion第166-170页
        7.4 Conclusion第170页
        7.5 Experimental section第170-191页
        7.6 References第191-193页
PART Ⅳ HEMICRYPTOPHANES AS SUPRAMOLECULAR CATALYSTS第193-237页
    Preface第195-197页
    Chapter 8. Tailored Oxido-Vanadium(V) Cage Complexes for Selective Sulfoxidation in Confined Spaces第197-217页
        8.1 Abstract第198页
        8.2 Introduction第198-200页
        8.3 Results and discussion第200-205页
        8.4 Conclusion第205-206页
        8.5 Experimental section第206-215页
        8.6 References第215-217页
    Chapter 9. Merging Aerobic Oxidation of Lignin Model Compounds with Supramolecular Catalysis第217-225页
        9.1 Abstract第218页
        9.2 Introduction第218-219页
        9.3 Results and discussion第219-221页
        9.4 Conclusion第221页
        9.5 Experimental section第221-224页
        9.6 References第224-225页
    Chapter 10. Azaphosphatranes as Hydrogen-Bonding Organocatalysts for the Activation of Carbonyl Groups: Investigation of Lactide Ring-Opening Polymerization第225-237页
        10.1 Abstract第226页
        10.2 Introduction第226-227页
        10.3 Results and discussion第227-232页
        10.4 Conclusion第232页
        10.5 Experimental section第232-234页
        10.6 References第234-237页
PART Ⅴ. BEYOND HEMICRYPTOPHANES:CAGES CONSTRUCTED BY SELF-ASSEMBLY第237-293页
    Preface第239-241页
    Chapter 11. Anion Binding in Water Drives Structural Adaptation in an Azaphosphatrane-Functionalized Fe~Ⅱ_4L_4 Tetrahedron第241-293页
        11.1 Abstract第242页
        11.2 Introduction第242-243页
        11.3 Results and discussion第243-247页
        11.4 Conclusion第247-248页
        11.5 Experimental section第248-290页
        11.6 References第290-293页
CONCLUSION第293-297页
PUBLICATIONS第297-298页

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