两种共混体系的流变性能测试表明，PP结构和POE含量对PP/POE共混体系的剪切流变性能有显著影响。
The results of dynamic rheological tests indicated that the structure of PP and content of POE have obvious effect on the shear rheological properties of PP/POE blends.
在生产改良沥青中，最佳的流变性能的最佳时间取决于混合物的组成和剪切率使用。
The optimal time which produces the best rheological properties of modified asphalt depends on the blend composition and on the shear rate used.
通过流变性能研究，讨论了界面设计对三元复合体系剪切屈服行为与触变行为的影响。
The effects of interfacial design on the shear yield behavior and thixotropic behavior of ternary composites were discussed through rheological measurements.
利用高压毛细管流变仪对SEBS和TPU的流变性能进行了研究。结果表明，SEBS熔体流动表现为非牛顿性，粘度随剪切速率增加而降低。
The rheological results of SEBS and TPU by means of high pressure capillary indicates that SEBS is non-Newton fluid, the viscosity decreases when the shear rate increases.
对不同剪切历史作用后的长庆含蜡原油流变性能进行实验研究。
The rheology properties of Changqing waxy crude oil after different shearing action history was experimentally studied.
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。
Rheology study reveals that the cementitious system of the grout is pseudoplastic fluid with shear-thinning property.
研究了氯醚橡胶(eco)、NBR生胶及其混炼胶在不同温度和较宽剪切速率下的流变性能。
Rheological properties of ECO crude rubber, ECO gross rubber, NBR crude rubber and NBR gross rubber in various temperature were studied.
已找到这个温度、流变性能剪切率、爬行的时间和频率有的影响，百分比成份的媒体规管其关系的趋势。
It is found that temperature, shear rate, creeping time and frequency have impact on rheological properties and the percentage ingredients of media govern trends of their relations.
对传统的静态剪切试验装置进行改进，研究了不同初生相形态半固态a35 6合金的流变性能。
Traditional static shear tester was revised so as to study the rheological behavior of A356 alloy with different microstructure morphology in semisolid state.
并且对压裂液体系的性能进行了评价，包括泡沫压裂液基本参数、耐温耐剪切性能、流变性能、破胶性能、滤失性能等。
Systematically evaluate its behavior, including: foundation liquid characteristic, rheological characteristic, gel break characteristic, filtration property and clean-up property.
并且对压裂液体系的性能进行了评价，包括泡沫压裂液基本参数、耐温耐剪切性能、流变性能、破胶性能、滤失性能等。
Systematically evaluate its behavior, including: foundation liquid characteristic, rheological characteristic, gel break characteristic, filtration property and clean-up property.
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