The result of core flow test for simulating formation condition has proved the accuracy of the acid corrosion ratio experiment.
模拟地层条件的岩心流动实验结果验证了酸溶失率实验的准确性。
The effect of capillary pressure and water saturation on sand production has been researched through the core flow test in this paper.
通过室内岩心流动试验，研究了毛管力、含水饱和度对岩石出砂规律的影响。
Using the core of type-well in Lower S_3 of Pan 'er area, the sand producing laws of loose sandstone reservoir are investigated by core flow test.
使用盘二块沙三下典型井的岩心，通过岩心流动试验，研究了疏松砂岩油藏油层的出砂规律。
The influence of viscosity change on fluid percolation and development response is revealed through core flow test with fluids of different viscosity.
通过不同粘度流体的岩心流动模拟实验，揭示粘度变化对流体渗流及开发效果的影响。
Through analysis of geological characteristics and core flow test for sensitivity, the factors, mechanism and degree of potential reservoir damage are studied.
从分析储层地质特征入手，通过岩心敏感性流动实验，研究了储层潜在伤害因素、伤害机理及伤害程度。
The flow field of the core engine inlet was numerically calculated to solve the problem that the air flow measured in the air simulated test facility was inconsistent with ground test.
针对某型核心机地面台和高空台试验中空气流量测量不一致的问题，开展了核心机进口流场的数值计算分析和试验研究。
Core flow simulation test is a kind of effective method to screen out and evaluate the working fluid system and operational procedure.
岩心酸化流动模拟试验是室内筛选评价工作液体系和注液程序的有效方法。
This paper introduce gas Mass Flow Controller principle of operating application for core permeability detection and some factors that influence its test performance.
本文介绍气体质量流量控制器的工作原理和在岩心渗透率测试中的应用，以及影响其测试性能的几个因素。
This paper presents mixing test flow generating technology as the example of IXP2400 which is a typical multi-core processor, combines the accuracy need of test flow.
以典型多核处理器IXP2400为例，结合测试流量对精确性的需求提出混合测试流量生成技术。
The formation behavior, flow mechanism and influence factors of the flowing gel system were experimentally investigated, by means of core test and numerical simulation method.
利用室内岩心实验和数值模拟方法，研究了可动凝胶体系的成胶行为、渗流机理和影响因素，给出了矿场试验设计方案。
The formation behavior, flow mechanism and influence factors of the flowing gel system were experimentally investigated, by means of core test and numerical simulation method.
利用室内岩心实验和数值模拟方法，研究了可动凝胶体系的成胶行为、渗流机理和影响因素，给出了矿场试验设计方案。
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