Properties of liquids, liquid crystals, electrolyte solutions and ionic liquids in thin cells and at interfaces studied using shear horizontal wave

H. Moritake, R. Ozaki, K. Chiba, H. Yamamoto, J. Ogawa, K. Yoshino
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引用次数: 9

Abstract

Viscosity properties of liquids, liquid crystals, electrolyte solutions and ionic liquids using the shear horizaontal wave are investigated. The measured viscosities of glycerol/water solutions well agree with the reference values. Using orientation treatment and application of voltage, the electroviscosity effect of liquid crystal is confirmed by this method. Moreover, the relation between viscosity and ionic conductivity of ionic liquids, which followed Walden's rule is obtained.
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用横波研究了薄电池和界面中液体、液晶、电解质溶液和离子液体的性质
利用剪切水平波研究了液体、液晶、电解质溶液和离子液体的粘度特性。测定的甘油/水溶液粘度与参考值吻合较好。通过取向处理和施加电压,证实了液晶的电粘度效应。此外,还得到了离子液体粘度与离子电导率之间遵循瓦尔登定律的关系。
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