dynamic viscometries
动态粘度测量
capillary viscometries
毛细管粘度测量
rotational viscometries
旋转粘度测量
absolute viscometries
绝对粘度测量
relative viscometries
相对粘度测量
steady viscometries
稳态粘度测量
shear viscometries
剪切粘度测量
flow viscometries
流动粘度测量
kinematic viscometries
运动粘度测量
multi-point viscometries
多点粘度测量
different viscometries can provide insights into fluid behavior.
不同的流变测量法可以提供流体行为的见解。
we conducted several viscometries to analyze the sample.
我们进行了几种流变测量以分析样品。
the results from the viscometries were consistent across all tests.
所有测试的流变测量结果一致。
viscometries are essential for understanding the viscosity of liquids.
流变测量对于理解液体的粘度至关重要。
we used different viscometries to compare the properties of the materials.
我们使用不同的流变测量法来比较材料的性质。
advanced viscometries can help in quality control processes.
先进的流变测量法可以帮助质量控制过程。
the study focused on the application of various viscometries.
该研究集中在各种流变测量法的应用上。
understanding viscometries is crucial for chemical engineering.
理解流变测量法对化学工程至关重要。
we found discrepancies in the viscometries performed by different labs.
我们发现不同实验室进行的流变测量存在差异。
viscometries can reveal how temperature affects fluid dynamics.
流变测量可以揭示温度如何影响流体动力学。
dynamic viscometries
动态粘度测量
capillary viscometries
毛细管粘度测量
rotational viscometries
旋转粘度测量
absolute viscometries
绝对粘度测量
relative viscometries
相对粘度测量
steady viscometries
稳态粘度测量
shear viscometries
剪切粘度测量
flow viscometries
流动粘度测量
kinematic viscometries
运动粘度测量
multi-point viscometries
多点粘度测量
different viscometries can provide insights into fluid behavior.
不同的流变测量法可以提供流体行为的见解。
we conducted several viscometries to analyze the sample.
我们进行了几种流变测量以分析样品。
the results from the viscometries were consistent across all tests.
所有测试的流变测量结果一致。
viscometries are essential for understanding the viscosity of liquids.
流变测量对于理解液体的粘度至关重要。
we used different viscometries to compare the properties of the materials.
我们使用不同的流变测量法来比较材料的性质。
advanced viscometries can help in quality control processes.
先进的流变测量法可以帮助质量控制过程。
the study focused on the application of various viscometries.
该研究集中在各种流变测量法的应用上。
understanding viscometries is crucial for chemical engineering.
理解流变测量法对化学工程至关重要。
we found discrepancies in the viscometries performed by different labs.
我们发现不同实验室进行的流变测量存在差异。
viscometries can reveal how temperature affects fluid dynamics.
流变测量可以揭示温度如何影响流体动力学。
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