首页> 外文期刊>Macromolecules >DESCRIPTION OF PHASE BEHAVIOR OF POLYMER BLENDS BY DIFFERENT EQUATION-OF-STATE THEORIES .1. PHASE DIAGRAMS AND THERMODYNAMIC REASONS FOR MIXING AND DEMIXING
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DESCRIPTION OF PHASE BEHAVIOR OF POLYMER BLENDS BY DIFFERENT EQUATION-OF-STATE THEORIES .1. PHASE DIAGRAMS AND THERMODYNAMIC REASONS FOR MIXING AND DEMIXING

机译:用不同的状态方程理论描述聚合物共混物的相行为1。相图和混溶的热力学原因

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A comparison has been made between the Sanchez-Lacombe equation-of-state theory and the theory of Patterson for describing the phase behavior of various polymer blends. Phase diagrams have been determined as well as PVT data, in order to determine the reduction parameters of the polymers used. With these data the phase diagrams were simulated applying these two theories. Furthermore, the cause of compatibility or incompatibility, i.e., the influence of free volume and enthalpic effects were investigated. Both theories show surprisingly similar behavior with respect to the mentioned properties. [References: 16]
机译:在Sanchez-Lacombe状态方程理论和Patterson理论之间进行了比较,以描述各种聚合物共混物的相态。已经确定了相图以及PVT数据,以确定所用聚合物的还原参数。利用这些数据,使用这两种理论对相图进行了仿真。此外,研究了相容性或不相容性的原因,即自由体积和焓效应的影响。关于所提到的特性,两种理论都显示出惊人的相似行为。 [参考:16]

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