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Study of the Structure Evolution and Surface Properties of the Polyethylene Modified Blown Films

ABSTRACT第4-6页
List of Abbreviations第20-21页
Chapter 1. Introduction第21-52页
    1.1. Background第21-29页
        1.1.1. Flow Induced Crystallization第21-23页
        1.1.2. Polymer Blending, Phase Separation and Nucleation第23-25页
        1.1.3. Benchmarking Performance of Blown Films第25-29页
    1.2. Fundamental Concepts第29-33页
        1.2.1. Polyethylene第29-31页
        1.2.2. Ionomers第31-32页
        1.2.3. Hyperform Nucleating Agent (HPN 20E)第32-33页
    1.3. Literature Review第33-38页
    1.4. Motivation and Objective of Study第38-40页
    1.5. Objective Implementation第40-42页
        1.5.1.The Fabrication through Blown Film Technology第40-42页
    1.6. Thesis Organization第42-44页
    1.7. References第44-52页
Chapter 2.The study of PE/surlyn Blends during the Blown Film Process:an In-situ SAXS and WAXS Experiments第52-85页
    2.1. Abstract第52页
    2.2. Introduction第52-55页
    2.3. Experimental第55-60页
        2.3.1. Materials第55页
        2.3.2. Mixing第55-56页
        2.3.3. The Process of Film Blowing第56-57页
        2.3.4. SAXS and WAXS Scattering第57-59页
        2.3.5. Appearance Position of the SAXS,WAXS and Frost line第59-60页
    2.4. Results第60-76页
        2.4.1. Temperature Gradient第60-61页
        2.4.2. Frost line Position第61-62页
        2.4.3. SAXS and WAXS 2D Patterns第62-66页
        2.4.4. 2D SAXS Equatorial Streak第66-68页
        2.4.5. Evolution of Crystallinity第68-70页
        2.4.6. Evolution of Long Period第70-73页
        2.4.7. Evolution of Orientation Parameter第73-76页
    2.5. Discussion第76-78页
    2.6. Summary第78-79页
    2.7. References第79-85页
Chapter 3.Effect of HPN 20E on PE Structure Evolution:An In-situ SAXSand WAXS Study of Blown Films第85-112页
    3.1. Abstract第85-86页
    3.2. Introduction第86-89页
    3.3. Experimental第89-92页
        3.3.1. Materials and Properties第89页
        3.3.2. Specimen Mixing Process第89-90页
        3.3.3. Fabrication of Blown Films第90-91页
        3.3.4. Small-and Wide- angle X-ray Scattering第91-92页
    3.4. Results第92-108页
        3.4.1. Frostline Position第92-94页
        3.4.2. Temperature Measurement along the Bubble第94页
        3.4.3. 2D images of Small-Wide angle Scattering第94-97页
        3.4.4. WAXS 1D Intensities第97-99页
        3.4.5. Effect of HPN 20E on the Crystallinity第99-101页
        3.4.6. 1D SAXS Intensities第101-103页
        3.4.7. Effect of HPN 20 E on long Period Evolution第103-105页
        3.4.8. Effect of the HPN 20E on the Orientation parameter第105-106页
        3.4.9. Summary第106-108页
    3.5. References第108-112页
Chapter 4.Tailoring the Surface Properties of Modified PE Blown Film bythe Processing第112-133页
    4.1. Abstract第112页
    4.2. Introduction第112-115页
    4.3. Experimental Section第115-118页
        4.3.1. Materials第115页
        4.3.2. Film Production第115-116页
        4.3.3. Characterization第116-118页
    4.4. Results第118-125页
    4.5. Discussion第125-128页
    4.6. Haze and Transmittance of PE blends第128-129页
    4.7. Summary第129-130页
    4.8. References第130-133页
Chapter 5.Conclusion and Future Outlook第133-137页
    5.1. Structure Evolution of PE/Surlyn Blends第133-134页
    5.2. Structure Evolution of Modified PE第134-135页
    5.3. Properties of Blown Films第135页
    5.4. Future Outlook第135-137页
Acknowledgement第137-138页
List of Publications第138页

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