剪切粘度随着剪切速率的增大而减小。
随着剪切速率的增加，转相点的视粘度明显下降。
The apparent viscosity at the point decreases distinctly with shear rate increasing.
随着剪切速率的增加，转相点的视粘度明显下降。
The apparent viscosity at the point decreases distinctly with the increment of shear rate.
随着剪切速率的增大，溶液的表观粘度逐步下降。
As the shear rate increased, the apparent viscosity of the solution gradually decreased.
有效粘度和弹性粘度随着剪切速率和疏水基含量的增大而增大。
The effective viscosity and elastic viscosity increased as the shear rate increased.
动态复合粘度则随着剪切速率的增加而呈近似幂律函数形式减小。
The complex viscosity decreased with the increase of shear rate in the form of approximate power law function.
与之对比的是，塑料熔体在一定温度下粘度随着剪切速率的变化而变化。
By contrast, the viscosity of a melt of a plastic at a constant temperature changes markedly as the shear rate changes.
随着剪切速率的提高、温度的升高、剪切应力的增大、蒙脱土的含量增加粘度均呈下降趋势；
Along with shear rate's enhancement, the temperature elevate, the shear stress to increase, the montmorillonite clay content to increase the viscosity to assume the declining trend;
结果表明：在一定的实验条件下，聚合物溶液的粘度随着剪切速率的增加而减小，其变化符合幂律指数规律。
The result indicates that at certain experimental conditions, the viscosity of polymer solution will decrease with the increase of shear rate according to the rule of power law exponent.
结果表明：等温剪切时，浆料稳态表观粘度随着剪切速率的增大而下降，半固态a 356铝合金具有明显的触变性。
The results show that the apparent viscosity of A356 alloy slurry in steady-state decreases with the shear rate increasing under isothermal shearing condition.
纺丝原液粘度随着温度、剪切速率的增大而降低，过了临界切变速率后粘度会急剧下降，但在低剪切速率区粘度基本不变。
The viscosity dropped with the increase of temperature and shearing rate and decreased drastically over critical shearing rate, but remained almost unchanged at lower shearing rates.
随着非牛顿剪切速率的增加，PP及其共混物的熔体粘度明显下降，表现出剪切变稀现象，呈现假塑性流体的流动特征。
As the non-newtonian shear rate increasing, the melt viscosity of the PP and their blends were decreased, and behave shear thinning, show the Pseudo-plastic fluid features.
随着非牛顿剪切速率的增加，PA 6及其共混物的熔体粘度明显下降，表现出剪切变稀现象，呈现假塑性流体的流动特征。
As the non-newtonian shear rate increasing, the melt viscosity of the PA6 and their blends were decreased, and behave shear thinning, show the Pseudo-plastic fluid features.
随着非牛顿剪切速率的增加，PA 6及其共混物的熔体粘度明显下降，表现出剪切变稀现象，呈现假塑性流体的流动特征。
As the non-newtonian shear rate increasing, the melt viscosity of the PA6 and their blends were decreased, and behave shear thinning, show the Pseudo-plastic fluid features.
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