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Rheological behavior for Polymer Melts and concentrated Solutions Part VII: A Quantitative Verification for the Molecular Theory of Non-linear Viscoelasticity with Entanglement Constraints in Polymer Melts

机译:聚合物熔体和浓溶液的流变行为第七部分:带有聚合物缠结约束的非线性粘弹性分子理论的定量验证

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摘要

Based on the molecular theory of non - linear viscoelasticity with constrained entanglements in polymer melts, the materials functions in simple shear flow were formulated, the theoretical relations between η(γ), ψ_10 (γ) and shear rate (γ), and topologically constrained dimension number n' and a were derived.
机译:基于聚合物熔体受约束缠结的非线性粘弹性分子理论,建立了材料在简单剪切流中的作用,η(γ),ψ_10(γ)与剪切速率(γ)的理论关系以及拓扑约束得出尺寸号n'和a。

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