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Study on the Phase Behavior of Supercritical CO2/Dynol—604/Water System and Solubilization of Methyl Orange in the Microemulsions
引用本文:JunChengLIU JianLingZHANG 等.Study on the Phase Behavior of Supercritical CO2/Dynol—604/Water System and Solubilization of Methyl Orange in the Microemulsions[J].中国化学快报,2002,13(1):87-90.
作者姓名:JunChengLIU  JianLingZHANG
作者单位:[1]KeyLabforcolloidandinterfacechemistryofStateEducationMinistry,ShandongUniversity,Jinan250100 [2]CenterforMolecularScience,InstituteofChemistry,ChineseAcademyofSciencesBeijing10008
摘    要:It was found that Dynol-604, a non-fluorous and no silicon-containing nonionic surfactant,was soluble in supercritical (SC) CO2. The phase behavior of SC CO2/Dynol-604/water system was studies. The results showed that one-phase water-in-CO2 microemulsions could be fromed. The solubilization of methyl orange in the microemulsions proved further the existence of water domain in the microemulsions.

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Study on the Phase Behavior of Supercritical CO2/Dynol-604/Water System and Solubilization of Methyl Orange in the Microemulsions
Jun Cheng LIU,Jian Ling ZHANG,Bu Xing HAN,Gan Zuo LI,Guan Ying YANG.Study on the Phase Behavior of Supercritical CO2/Dynol-604/Water System and Solubilization of Methyl Orange in the Microemulsions[J].Chinese Chemical Letters,2002,13(1):87-90.
Authors:Jun Cheng LIU  Jian Ling ZHANG  Bu Xing HAN  Gan Zuo LI  Guan Ying YANG
Abstract:It was found that Dynol-604, a non-fluorous and no silicon-containing nonionic surfactant, was soluble in supercritical (SC) CO2. The phase behavior of SC CO2/Dynol-604/water system was studied. The results showed that one-phase water-in-CO2 microemulsions could be formed. The solubilization of methyl orange in the microemulsions proved further the existence of water domain in the microemulsions.
Keywords:Supercritical carbon dioxide  surfactant  microemulsions  solvatochromic probe  
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