Formation of Nano-emulsions by the Dilution of Gels: Solvent and Temperature

E. Kim, Wanho Cho
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Abstract

Abstract Low-energy emulsification method was used to prepare oil-in-water(O/W) nano-emulsions by diluting the system of water/PEG hydrogenated castor oil/(caprylic/capric triglyceride) with water. Most of the composition in terms of phase diagram of the system showed isotropic gel-like appearance. The influence of different procedures on the properties of O/W nano-emulsions prepared by dilution of gels has been studied. The dilution procedures were consisted of adding water stepwise into gels and vice-versa. We obtained fine nano-emulsions less than 200 nm, and the size of droplets of nanoemulsions with the same water and surfactant ratio was gradually increased by increasing the concentration of oil. The size of droplets of nano-emulsions showed a similar pattern between the two diluting procedures. The nano-emulsions with less than 200 nm diameter were stable. We also investigated the system of (water/glycerin)/PEG hydrogenated castor oil/(caprylic/capric triglyceride).
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凝胶稀释形成纳米乳液:溶剂和温度
摘要以水/PEG氢化蓖麻油/(辛酸/癸酸甘油三酯)体系为原料,采用低能乳化法制备水包油(O/W)纳米乳液。从相图上看,该体系的大部分组分呈各向同性凝胶状。研究了不同工艺对凝胶稀释法制备的油水纳米乳液性能的影响。稀释过程包括逐步向凝胶中加水,反之亦然。我们得到了小于200 nm的纳米乳液,在相同水与表面活性剂比的情况下,随着油的浓度的增加,纳米乳液的液滴尺寸逐渐增大。纳米乳剂的液滴大小在两种稀释过程中表现出相似的模式。粒径小于200nm的纳米乳液是稳定的。我们还研究了(水/甘油)/PEG氢化蓖麻油/(辛酸/癸酸甘油三酯)体系。
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