Liquid-liquid equilibria of polymer solutions: Applicability of extended Redlich-Kister expansion

  • Jung, Jae Gyeong
  • Bae, Young Chan
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초록

We developed a simple and improved expression for the Helmholtz energy of mixing which uses a Taylor series of an exponential function based on extending the Redlich-Kister expansion. This model incorporates the chain-length dependence of polymers and specific interactions such as hydrogen bonds. The proposed model can accurately predict most phase diagrams of various binary polymer solutions including upper critical solution temperature (UCST). lower critical solution temperature (LSCT), both UCST and LCST, and closed miscibility loops. Our model fits experimental data of the complex phase behavior of polymer solutions well.

키워드

Liquid-liquid equilibriaRedlich-Kister expansionTaylor seriesChain-length dependenceSpecific interactionDOUBLE-LATTICE MODELMONOMER STRUCTUREPHASE-EQUILIBRIABINARY-SYSTEMSVAPOR-LIQUIDBLENDSCOMPRESSIBILITYTHERMODYNAMICSMIXTURESSIMULATIONS
제목
Liquid-liquid equilibria of polymer solutions: Applicability of extended Redlich-Kister expansion
저자
Jung, Jae GyeongBae, Young Chan
DOI
10.1016/j.eurpolymj.2009.10.026
발행일
2010-02
유형
Article
저널명
European Polymer Journal
46
2
페이지
238 ~ 245