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多功能微/纳表面测量与表征系统结构设计及试验研究

中文摘要第4-6页
ABSTRACT第6-7页
字母注释表第15-18页
英文缩写第18-19页
CHAPTER 1 Introduction第19-33页
    1.1 Background第19-21页
    1.2 Literature Review第21-31页
        1.2.1 Design and Calculations of a Single Flexure Hinge第22-23页
        1.2.2 Suspension Design第23页
        1.2.3 Surface Topography Measurement第23-24页
        1.2.4 Measurement of Friction between Materials第24-25页
        1.2.5 Nanoindentation Test第25-29页
        1.2.6 Multi-Function Measurement of Engineering Surface第29-31页
    1.3 Main Focus of the Dissertation第31-33页
CHAPTER 2 Design of a Triangular Flexure Structure第33-52页
    2.1 Introduction第33页
    2.2 Basic Deflection Formulae for Leaf-type Flexure Hinges第33-37页
    2.3 Mechanical Design of a Triangular Flexure Structure第37-38页
    2.4 Compliance & Stiffness Matrix Method第38-40页
    2.5 Analytical Stiffness Model of the Triangular Flexure Structure第40-43页
    2.6 Parameter Optimization of the Triangular Flexure Structure第43-45页
    2.7 Finite Element Analysis of the Triangular Flexure Structure第45-51页
        2.7.1 Finite Element Method Modeling第45-46页
        2.7.2 Static Analysis第46-50页
        2.7.3 Harmonic Analysis第50-51页
    2.8 Summary第51-52页
CHAPTER 3 Design of a Multi-function Stylus Profiling System第52-71页
    3.1 Introduction第52页
    3.2 The Specifications of the Measurement System第52-53页
    3.3 The Block Configuration of the Measurement System第53-54页
    3.4 Mechanical System Design第54-55页
    3.5 Design of the Sensing Probe第55-68页
        3.5.1 The Capacitive sensor Design第57-60页
        3.5.2 Fabrication of the Lower Electrode Plates第60页
        3.5.3 The Force Actuator第60-61页
        3.5.4 Principle of the Electromagnetic Force Actuator第61-64页
        3.5.5 Parameter Optimization of the Coil第64-65页
        3.5.6 Final Design of the Force Actuator第65页
        3.5.7 The Current Drive Design第65-68页
    3.6 Prototype Fabrication第68-69页
    3.7 Summary第69-71页
CHAPTER 4 Finite Element Analysis of the Sensing Probe第71-83页
    4.1 Introduction第71页
    4.2 Finite Element Analysis of the Electromagnetic Force Actuator第71-74页
    4.3 Finite Element Modeling of the Suspension Assembly第74-75页
    4.4 Static Analysis of the Suspension Assembly第75-79页
        4.4.1 Static Analysis under the Driving Force第75-77页
        4.4.2 Static Analysis under the External Force第77-79页
    4.5 Modal Analysis of the Suspension Assembly第79-80页
    4.6 Harmonic Analysis of the Suspension Assembly第80-81页
    4.7 Summary第81-83页
CHAPTER 5 Dynamics Modeling of the Sensing Probe第83-95页
    5.1 Introduction第83页
    5.2 Simplified Dynamics Model of the Sensing Probe第83-89页
        5.2.1 Modeling of the Electromagnetic Force Actuator第85-86页
        5.2.2 Modeling of the Sensing Probe第86-89页
    5.3 Numerical Simulation第89-94页
    5.4 Summary第94-95页
CHAPTER 6 Experimental Study of the Multi-function Stylus Profiling System第95-116页
    6.1 Introduction第95页
    6.2 Experimental Setup第95-96页
    6.3 The Measurement Modes第96-97页
    6.4 Calibration of the Sensing Probe第97-108页
        6.4.1 Test of the Current Drive Circuit第97页
        6.4.2 Calibration of the Height Sensor第97-99页
        6.4.3 Force Actuator Calibration and Static Test第99-102页
        6.4.4 Friction Force Calibration第102-104页
        6.4.5 Calibration of the Nanoindenter第104-105页
        6.4.6 Tracking Performance of the Sensing Probe第105-107页
        6.4.7 Dynamic Response of the Sensing Probe第107-108页
    6.5 Topography Measurement第108-110页
    6.6 Mechanical Properties Measurement第110-113页
    6.7 Friction Force Measurement第113-114页
    6.8 Summary第114-116页
CHAPTER 7 Conclusion of the Dissertation第116-119页
    7.1 Results and Summaries of the Research第116-117页
    7.2 Improvements to be Done in the Future第117-119页
参考文献第119-128页
发表论文和参加科研情况说明第128-129页
致谢第129-130页

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