物理化学学报 >> 1999, Vol. 15 >> Issue (04): 319-326.doi: 10.3866/PKU.WHXB19990407

研究论文 上一篇    下一篇

Igepal CO 520/CnH2n+1OH/H2O体系的相行为与结构特性

郭荣, 张晓红, 刘天晴   

  1. 扬州大学理学院化学系，扬州 225002
  • 收稿日期:1998-05-29 修回日期:1998-10-12 发布日期:1999-04-15
  • 通讯作者: 郭荣

Phase Behavior and Phase Structure of lgepal CO 520/CnH2n+1OH/H2O System

Guo Rong, Zhang Xiao-Hong, Liu Tian-Qing   

  1. Department of Chemistry,Science College,Yangzhou University,Yangzhou 225002
  • Received:1998-05-29 Revised:1998-10-12 Published:1999-04-15
  • Contact: Guo Rong

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摘要：

随直键醇CnH2n+1OH的链长增加，Igepal CO 520/CnH2n+1OH/H2O体系三组分相图中层状液晶区域增加，使得W/O区域上移，W/O区域中最大水增溶量处所需摩尔比CnH2n+1OH/Igepal CO 520降低，W/O区域中水的最大增溶量（摩尔分数）却不变．层状液晶中CnH2n+1OH的最佳链长为n＞8，W/O区域中CnH2n+1OH的最佳键长为n＞10，即能获得比较好的与Igepal CO 520的配伍性．

关键词: Igepal CO 520, 微乳液, 增溶, 层状液晶

Abstract:

 With increasing of n in CnH2n+1 OH, the lamellar liquid crystal region increases and W/O region moves upward in the three components phase diagram, and the maximum water content (molar fraction) solubilized in W/O region is constant but the molar ratio of CnH2m+1 OH/Igepal 520 decreases at maximum water content. The chain length of CnH2n+1 OH is n＞8 in the lamellar liquid crystal and n ＞10 in the W/O region.

Key words: Igepal CO 520, Microemulsicn, Solubilization, Lainellar liquid crystal