A normal approach is analyzed to measure concrete remoulding effort according to the theory of fluid rheology.
利用流变学理论对混凝土和易性的行规测定方法进行了分析。
The fluid rheology is modeled by the power-law constitutive equation, which is representative of many industrial process liquids.
幂律流体的本构方程是许多工业过程中流体的流变特性参数模型。
An evaluation method was established from three parts as oil-water interface changing, washing fluid rheology and bonding quality.
并从改变油水界面润湿性能力、清洗液流变性、胶结面质量三个方面对清洗液的评价方法做了初步的探讨。
Because the temperature and pressure are various in different well depth, and the foam fluid rheology change with well depth, it is difficult to determine the foam fluid rheology during drilling.
石油钻井过程中，由于井内温度、压力随井深不断地变化，在不同的井深处泡沫流体的流变性会发生明显的变化，给确定泡沫流变性带来了一定的困难。
The rheology properties of EA-22 as thickness agent of clear fracturing fluid were investigated.
研究了EA - 22作为清洁压裂液增稠剂的流变性能。
Rheology study reveals that the cementitious system of the grout is pseudoplastic fluid with shear-thinning property.
浆材胶凝体系流变性能的研究显示，此体系属于假塑性流体，具有剪切稀化的性质。
It effectively controls the rheology of slurry, with good non - Newtonian fluid performance.
能很好地控制泥浆的流变性，具有良好的非牛顿流体性。
The regression method of rheology parameter for non-Newtonian fluid is obtained by the least square method.
同时根据最小二乘法原理得出确定非牛顿流体流变参数的回归分析方法。
In some common textbooks or reference books concerning on polymer rheology, the concept of true viscosity of non-Newtonian fluid is explained unclear, and parts of the calculation results are wrong.
在现有的有关聚合物流变学的教科书或辅导书中，对非牛顿流体中“真实黏度”的概念解释不清，部分内容计算上有误。
The main object of rheology is to study non-Newtonian fluid.
流变学的主要研究对象是非牛顿流体。
The properties include rheology, stabilization, thicken time, fluid loss of grout and pressure strength of cement etc, and SDJ2 is tested with SDH-2 retarder.
这些性能包括水泥浆的流变性能、稳定性、稠化时间、失水量和水泥石的抗压强度等，并且将SDJ2与自制缓凝剂SDH - 2进行了配方试验。
The rheology mechanism of foam fracturing fluid was studied by Eulerian-Eulerian two-phase fluid method with the gas phase being treated as 'granular'.
从两相流的角度出发，将泡沫压裂液的气相处理成气泡相并建立两相欧拉颗粒流模型来研究泡沫压裂液的流变性。
The rheology mechanism of foam fracturing fluid was studied by Eulerian-Eulerian two-phase fluid method with the gas phase being treated as 'granular'.
从两相流的角度出发，将泡沫压裂液的气相处理成气泡相并建立两相欧拉颗粒流模型来研究泡沫压裂液的流变性。
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