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Study on Thermodynamic Function and Structure Parameter of AEO_n/Alcohol/Octane/Water Microemulsion Systems

Yan Long

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Abstract

WT5”BZ]Based on pseudo ternary phase diagrams of AEO n/Alcohol/Octane/Water Systems,including four surfactants:AEO 5,AEO 7,AEO 9,AEO 12 and three alcohols:n butanol,n hexanol,n octanol,standard free energies of alcohol transfer from the continuous oil phase to interfacial of microemulsion drops and their structure parameters,such as water pool radius,the number of microemulsion drops etc.,were calculated at 25±0.1℃ These results have been discussed and are very important for practical application. [WT5”HZ]

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What this paper is about

WT5”BZ]Based on pseudo ternary phase diagrams of AEO n/Alcohol/Octane/Water Systems,including four surfactants:AEO 5,AEO 7,AEO 9,AEO 12 and three alcohols:n butanol,n hexanol,n octanol,standard free energies of alcohol transfer from the continuous oil phase to interfacial of microemulsion drops and their structure parameters,such as water pool radius,the number of microemulsion drops etc.,were calculated at 25±0.1℃ These results have been discussed and are very important for practical application. [WT5”HZ]

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Available abstract

WT5”BZ]Based on pseudo ternary phase diagrams of AEO n/Alcohol/Octane/Water Systems,including four surfactants:AEO 5,AEO 7,AEO 9,AEO 12 and three alcohols:n butanol,n hexanol,n octanol,standard free energies of alcohol transfer from the continuous oil phase to interfacial of microemulsion drops and their structure parameters,such as water pool radius,the number of microemulsion drops etc.,were calculated at 25±0.1℃ These results have been discussed and are very important for practical application. [WT5”HZ]

Key concepts: Microemulsion, Octane, Hexanol, Chemistry, Alcohol, Octanol, Ternary operation, Butanol

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