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  1. No Access

    Article

    Critical Behavior of {DMA + AOT + n-Octane} Nonaqueous Microemulsion with the Molar Ratio (ω=2.66) of DMA to AOT

    To examine the critical behavior of the nonaqueous microemulsion, we have determined the coexistence curves of (T,n),(T,φ) and (T,ψ) (n,φ,ψ are the refractive index, the volume fraction, and the effective volume,...

    Hong-Lan Cai, Xue-Qin An, Bing Liu, Qin-An Qiao… in Journal of Solution Chemistry (2010)

  2. No Access

    Article

    Critical Behavior of {DMA + AOT + Octane} Nonaqueous Microemulsions with Various Molar Ratios of DMA to AOT

    The coexistence curves of two nonaqueous microemulsions systems of {dimethylacetamide (DMA) + sodium di(2-ethyl-1-hexyl)sulphosuccinate (AOT) + n-octane}, with the molar ratios ω=(3.06 and 3.86) of DMA to AOT, we...

    Hong-Lan Cai, Xue-Qin An, Hui-Hong Lü, Qing-An Qiao… in Journal of Solution Chemistry (2009)

  3. No Access

    Article

    Critical Behavior of {Water + AOT + Decane} Microemulsion with Small Molar Ratio of Water to AOT

    The coexistence curves of (T,n), (T,φ) and (T,ψ) (n,φ,ψ are the refractive index, the volume fraction, and the effective volume fraction, respectively) for a ternary microemulsion system of {water + sodium di(2-e...

    Hong-Lan Cai, Xue-Qin An, Hui-Hong Lü, Wei-Guo Shen in Journal of Solution Chemistry (2009)