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COMPARISON OF DIFFERENT THEORETICAL MODELS TO EXPERIMENTAL DATA ON VISCOSITY OF BINARY LIQUID ALLOYS

机译:不同理论模型对二元液体合金粘度实验数据的比较

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Six different theoretical equations are compared in the present paper with experimental data, measured for 28 binary liquid metallic systems. General conclusions are drawn on the ability of the different theoretical models to describe the concentration and temperature dependence of the viscosity of liquid alloys. A new equation is derived, being able to predict the viscosity in multi-components alloy even if the viscosities of the pure components are not known.
机译:将六种不同的理论方程与实验数据进行比较,测量为28个二元液体金属系统。一般结论是对不同理论模型描述液体合金粘度浓度和温度依赖性的能力。推导出一种新的等式,即使纯组分的粘度不知道,能够预测多组分合金中的粘度。

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