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无序合金的热力学过程和薄膜生长机理

Abstract第5-6页
Dedication第7-8页
Acknowledgements第8-11页
Abbreviations第11-12页
Chapter One 1 Introduction第12-22页
    1.1. Introduction to bulk metallic glass (BMG)第13-18页
    1.2. Introduction to thin film metallic glass (TFMG)第18-21页
    1.3. Thesis outlines第21-22页
Chapter Two 2 Experimental methods and setups第22-30页
    2.1. Sample preparation第23页
    2.2. Mechanical property measurements第23-24页
    2.3. Thermal property measurement第24-25页
    2.4. Structure measurements第25-27页
    2.5. Synchrotron radiation第27-30页
Chapter Three 3 Intermediate structural state for maximizing the rejuvenation effect in metallicglass via thermo-cycling treatment第30-52页
    3.1. Introduction第31-33页
    3.2. Experimental details第33-36页
    3.3. Results and discussion第36-50页
        3.3.1. Annealing effect on microstructure and mechanical behavior第36-39页
        3.3.2. Thermo-cycling effect on mechanical behavior第39-46页
        3.3.3. Thermo-cycling effect on shear transformation zone第46-48页
        3.3.4. Thermo-cycling effect on atomic structure第48-50页
    3.4. Summary第50-52页
Chapter Four 4 Growth behavior of AuCuSi alloy film during sputter deposition by in-situGISAXS and UV spectroscopy第52-68页
    4.1. Introduction第53-55页
    4.2. Experimental and theoretical methods第55-58页
    4.3. Results and discussion第58-66页
    4.4. Summary第66-68页
Chapter Five 5 Conclusion第68-72页
Bibliography第72-81页
List of Publications,patents and ongoing projects第81页

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