fluid rheology
英
美 [ˈfluːɪd riˈɔlədʒi]
流体流变学
双语例句
- 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。 - 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。 - 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 reliable result of experiments can be gained by calibrating the HTHP Test instrument reasonably calibrating the HTHP foam fluid rheology test system.
通过对高温高压泡沫流变性测试系统进行合理的标定，确保了测量结果的可靠性。 - Test results showed that with the APG mixed in, multiple properties of silicate drilling fluid system such as rheology, inhibition and lubrication were improved remarkably.
通过实验证实了APG与硅酸盐体系复配以后，能够较好地改善硅酸盐体系的综合性能，包括流变性能、抑制性能、润滑性能等，并对体系的抗污染能力进行了评价。 - It is one of the technical problems in the field operation to choose the drilling fluid rheology model.
钻井液流变模式的选择是现场生产中经常遇到的技术问题。 - Optimization of Drilling Fluid Rheology Model Using Least Square Fitting Method
利用最小二乘法优选钻井液流变模式 - Successful development of HTHP foam fluid rheology test system is significant for establishing perfect and precise theory on foam fluid rheology, developing foam drilling and related technology, promoting development of low-permeability and low pressure oil-gas field.
高温高压泡沫流变性测试系统研制成功，对于建立准确完善的泡沫流变性理论，发展泡沫钻井及相关泡沫技术，促进低压、低渗油气田开发具有重大的经济意义。 - Numerical simulation of oil plant based on interaction of fluid flow field and rheology field
基于流固耦合渗流的植物油料压榨数值模拟 - This article mainly studys polymer-free fluid and applys special rheology of surfactant supramolecular structrures to seek a kind of viscoelastic surfactant gelled system as fracturing fluid.
本文围绕非聚合物流体展开了研究，运用表面活性剂的超分子结构的特殊流变性，寻求一种粘弹性表面活性剂凝胶体系作为压裂液。 - The automatic remote mud rheometer is controlled by computer and can automatic detecting circle drilling fluid rheology in real time.
自动遥测泥浆流变仪，实现了计算机控制、实时自动检测循环钻井液流变性的目的。 - Approach to Measure Concrete Remoulding Effort by Fluid Rheology
从流变学理论分析混凝土和易性的测定方法 - In-house study and field tests show the salt-tolerable cement slurry has the characteristics of low fluid loss, good rheology, ease-adjustable thickening time and high compressive strength etc. Its comprehensive performance can meet the technical requirements for cementing operation through salt zones.
室内研究和现场试验证明：该抗盐水泥浆体系具有失水量低、流变性能好、稠化时间易调、抗压强度高等特点，综合性能能够满足盐层固井施工的技术要求。 - The study of LCP is related to non-Newtonian fluid mechanics and rheology, polymer chemistry, materials science and mathematics, which has important scientific value and applied prospect.
液晶高分子科学的研究涉及非牛顿流体力学和流变学、高分子化学、材料科学和数学等多学科，有重要的科学价值和应用前景。 - Improvement of fluid rheology and enhancement of hydraulic cleaning are the two important methods to solve the problem of cuttings transport in a horizontal well.
改善钻井液流变性能及加强水力清洗是解决水平井段环空携岩问题的两个重要途径。 - After core flow test, fluid loss control test, rheology property test and HTHP filtration test, Potassium formate workover fluid was proved to be the most effective.
在进行岩心流动试验，降失水性、流变性和高温高压失水性试验的基础上，选择甲酸钾修井液进行施工。 - In view of interaction of fluid flow field and rheology field, the interaction numerical method to the fluid flow field and rheology field was proposed, which adopted finite difference and finite element method.
针对渗流场与流变场耦合问题，提出了采用有限差分法和有限元法交替求解渗流场和流变场的耦合数值计算方法。 - Non-Newtonian fluid mechanics is the science to study the rheology of non-Newtonian fluid, so rheology of non-Newtonian fluid is equal to non-Newtonian fluid mechanics in modern rheology.
非牛顿流体力学又是研究非牛顿流体流变性质的科学，因而在现代流变学中，非牛顿流体流变学就是非牛顿流体力学。 - Studies on the Loop Test and Fluid Rheology Property of Non-Newtonian Fluids
非牛顿流体环道测试及流变学特性研究 - Based on theory of gear driving, fluid mechanics, hydrodynamic lubrication, polymer rheology and single screw extrusion, key structure design principles in melt pump are summarized, some theory foundations are also deduced.
结合齿轮传动、动力润滑、流体力学、高聚物加工流变学以及单螺杆挤出理论的部分知识对熔体泵结构设计中的主要问题进行了总结，并对其中部分理论依据进行了推导。 - MEG drilling fluid has adjustable rheology, high temperature stability, contaminant resistance and excellent formation damage prevention.
用MEG为主剂配制成的MEG水基钻井液具有流变性易调整，高温稳定性好，抗污染能力强及油气层保护效果好等特点。 - Rheology of clay-free vegetable gum drilling fluid which is used in coring loose and broken formation, deep pebble formation and the Quaternary Period overburden was studied. The rheological model for describing rheological properties of the drilling fluid and the rheology parameters were put forward.
研究了用于松散破碎地层、深厚砂卵石层、第四系覆盖层取心钻进的植物胶无粘土冲洗液的流变性质，提出了描述其流变性质的流变模式及合适的流变参数。 - The experiments show that the ASP emulsion is non-Newton fluid, the rheology relation can be expressed by exponential equation.
研究表明，原油/三元复合体系乳状液为非牛顿流体，其流变方程可用幂律方程表示。 - The Real-time Measurement of Fluid Rheology with an Annular Flow Simulator
圆环管道管流剪切模拟装置及流变性实时测量 - SEM and X-ray analyses of the tested cement show that RF can improve the anti-corrosion capacity of the cement, and the cement slurries treated with RF have good gas-check ability, low fluid loss and better rheology stability.
结果表明：RF抗腐蚀材料能够明显地改善水泥石的抗腐蚀性能，并且所开发的抗腐蚀水泥浆体系具有良好的防窜、低失水、浆体稳定等综合性能。 - This paper presented the latest research result of drilling fluid rheology and hydraulics, using regression analytical method; the drilling fluid hydraulic optimization system was build.
研究了钻井液流变学和水力学的最新研究成果，利用回归分析等数学方法，研究钻井液流变模式的优化设计系统，从而实现了钻井水力参数的优化设计的自动化。 - All the investigated solutions are shown as shear thinning fluid. The dynamic rheology properties were also discussed.
所研究的溶液都呈现出明显的剪切变稀特性。 - Mass size were observed before and after treatment, fluid depth and changes of blood rheology and course of medication, adverse reactions, to evaluate the clinical efficacy and safety.
观察两组治疗前后包块大小、积液深度和血液流变学的改变及用药过程中有无不良反应，评价其临床疗效和安全性。 - Evaluation results show that this water-based drilling fluid system has good rheology and can protect reservoir. It is easy to control and meet drilling requirements.
评价结果表明，研制的水基钻井液体系具有良好的流变性能以及保护油气层能力，易于调控，满足现场施工要求。 - In order to increase drilling speed, we must reduce the drilling fluid viscosity, to improve the drilling fluid rheology.
为了提高钻井速度，必须降低钻井液黏度，改善钻井液的流变性。