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ESD法提高TC11钛合金耐热性能研究

摘要第4-18页
Abstract第18-25页
Ⅰ. Introduction第28-51页
    1.1 Titanium and Advanced Titanium Alloys第28-32页
    1.2 The Ti-Al-O Phase Diagram第32-34页
    1.3 The Ti-O Phase Diagram第34-35页
    1.4 Kinetics of oxidation第35-38页
    1.5 Various Method of Surface Hardening of Titanium Alloys第38-43页
    1.6 Method of Electrospark Deposition (ESD)第43-48页
        1.6.1 Description of ESD method第43-45页
        1.6.2 Regularities and Features of the method第45-46页
        1.6.3 Applications of ESD method第46-48页
    1.7 High Current Pulsed Electron Beam Treatment第48-51页
Ⅱ. Experimental and research methods第51-58页
    2.1 Materials第51-52页
    2.2 Equipment for Electrospark Deposition第52-53页
    2.3 Electric Parameters of HCPEB Surface Treatment Process第53-54页
    2.4 Researching Techniques第54-58页
        2.4.1 Kinetics ofMass Transfer第54页
        2.4.2 Oxidation Resistance Test第54-55页
        2.4.3 Making of Cross-sections第55页
        2.4.4 Measuring the Thickness of the Surface Layer第55-56页
        2.4.5 XRD Test第56页
        2.4.6 Microasperity Test第56-57页
        2.4.7 Microhardness Test第57页
        2.4.8 Electron Microscope Test and Element Distribution第57-58页
Ⅲ. Investigation of protective ESD coatings and oxidation resistance of coveredTC11 samples第58-69页
    3.1 Oxidation Test of Uncoated Samples第58-59页
    3.2 Kinetics of Mass Transfer第59-63页
    3.3 Investigation of ESD Samples at 500℃第63-67页
    3.4 Microhardness Test of ESD Samples Before and After Oxidation第67-68页
    3.5 Investigation of ESD Samples at 600℃第68-69页
Ⅳ. Oxidation of the samples with ESD coatings第69-82页
    4.1 Complete Investigation of Samples with ESD Coatings第69-75页
    4.2 Surface morphology and element distribution in the coating layer第75-82页
Ⅴ. Investigation of protective ESD coatings after HCPEB treatment第82-94页
    5.1 Testing Treatment by HCPEB第82-84页
    5.2 Investigation of ESD+PEB Treated Samples at 700℃第84-94页
        5.2.1 Oxidation Test第84-85页
        5.2.2 Surface Morphology of Samples第85-88页
        5.2.3 XRD Test of Samples before and After Oxidation第88-92页
        5.2.4 Microhardness Test of Samples before and After Oxidation第92-94页
Conclusions第94-95页
References第95-99页
攻读硕士学位期间发表的论文及其它成果第99-101页
Acknowledgements第101页

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