首页> 外文期刊>Archives of Physics Research >Ultrasonic Study of binary mixtures of C2H4Cl2 or CH2Cl2 with C3H7NO or C2H6OS at 308.15 K
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Ultrasonic Study of binary mixtures of C2H4Cl2 or CH2Cl2 with C3H7NO or C2H6OS at 308.15 K

机译:在308.15 K超声研究C2H4Cl2或CH2Cl2与C3H7NO或C2H6OS的二元混合物

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The densities, ρ and viscosities, η of binary mixtures of C2H4Cl2+ C3H7NO, C2H4Cl2+C2H6OS, CH2Cl2+C3H7NO and CH2Cl2+ C2H6OS have been measured over the entire composition range at 308.15 K. From this experimental data, deviation in viscosity, Δη, excess free volume, E f V , excess internal pressure, E i p , excess enthalpy, H*E and excess Gibbs free energy, ΔG*E have been measured. From the positive and negative values of excess properties strong interactions such as hydrogen bond formation between the dissimilar molecules, dipole-dipole interactions exist between the unlike molecules. The experimental viscosity data of all of these binary liquid mixtures have been correlated with viscosity models.
机译:C2H4Cl2 + C3H7NO,C2H4Cl2 + C2H6OS,CH2Cl2 + C3H7NO和CH2Cl2 + C2H6OS的二元混合物的密度ρ和粘度η已在308.15 K的整个组成范围内进行了测量。已经测量了体积E f V,过量内压E ip,过量焓H * E和过量吉布斯自由能ΔG* E。从过剩特性的正值和负值,强相互作用(例如,不同分子之间形成氢键)之间,不同分子之间存在偶极-偶极相互作用。所有这些二元液体混合物的实验粘度数据已与粘度模型相关联。

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