Mechanical and thermophysical properties of polymer liquid crystals

作者: Witold Brostow

DOI: 10.1007/978-1-4615-5799-9

关键词: Phase (matter)Composite materialPolymer blendCrystallizationOrganic chemistryThermotropic crystalMaterials scienceLyotropicPolymer architecturePolymerLiquid crystal

摘要: List of contributors. Part 1: Formation polymer liquid crystals. Creation crystalline phases: A comparative view emphasizing structure and shape monomer Inorganic Design crystals with non-covalent bonds. Morphology thermotropic longitudinal Polymer in solution. 2: Thermophysical properties. Memory effects crystals: influence thermal history on phase behaviour. Longitudinal crystal + engineering blends: miscibility crystallization phenomena. Thermal expansivity. 3: Mechanical Phase diagrams relation to mechanical Development relaxation orientation pure blends. Flow-induced phenomena lyotropic the negative normal force effect bands perpendicular shear. Creep stress relaxation. Thermoreversible gelation rigid rod-like semirigid polymers. Elastic moduli Computer simulations. Index.

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