用细管实验确定气驱最小混相压力。
Obtained the minimum miscible pressure according to slim-tube test.
方法：采用小鼠断尾实验测定出血时间，毛细管实验测定凝血时间。
Methods: the mouse bleeding time was measured by tail breaking test, and the clotting time was measured by capillary test.
细管实验是确定混相压力最准确并能实现具有重复性结果的实验方法。
The slim tube test may be the most accurate method and can achieve duplicating results to determine the minimum miscibility pressure.
以文献中的R 40 7C毛细管实验数据为对象，对比研究了这两种模型的关联效果。
The published experimental data of R 407C flowing through adiabatic capillary tubes are correlated with the two kinds of correlation models.
在模拟欢26块油藏地层条件下，利用细管实验研究了CO2驱油效果，并测定地层油与CO2的最小混相压力。
Based on simulate reservoir formation conditions of Huan 26 block, study the effect of CO2 flooding by using slim tube experiment and determine the MMP of CO2 and the formation oil.
使用高压半渗透隔板法测得的毛细管压力数据在实验室内可以系统地评价地层伤害的程度。
This paper presents a method for evaluating formation damage by the use of capillary pressure data in laboratory obtained with the high pressure semipermeable-membrane.
本文从原理和系统实验论证了粗径SCOT玻璃毛细管柱与长光管FT-IR接口完全匹配。
This paper confirmed the complete match in glass capillary column GC of wide bore SCOT and FT-IR interface of long light pipe.
这些研究包括油藏流体的普通PVT测试、加气膨胀、多次接触实验、细管和长岩心驱替实验。
The study include conventional reservoir fluid PVT tests, swelling tests, multiple contact tests, slim tube and long core-flooding experiments.
对毛细管电泳芯片的压力进样过程进行了理论分析，并用商用软件对这一过程进行数值实验。
The theoretical analysis and numerical experiments with commercial software about sampling process in electrophoresis chip were presented.
综合研究对比表明，细管驱替实验仍是最准确的、不可替代的确定最小混相压力的方法。
Comprehensive research correlation presented that the slime-tube displacement test was still the most exact and non-substitutable method of determining the MMP.
对于细管驱替实验，混相条件的判断标准应该是采收率随驱替压力变化曲线上的拐点，而不是高的采收率。
For the slime-tube displacement test, the diagnostic criterion of miscible conditions is the flex point on the changing curve of oil recovery with displacement pressure, but not the high oil recovery.
置于100%氧气压力下实验小鼠的肺泡-毛细管的变化。
Pulmonary Alveolar-Capillary Changes in Rats Exposed to 100% Oxygen.
在浮力、水动力和毛细管力的共同作用下，油（气）呈间歇性运动，这在物理模拟实验中已得到证实。
Under the joint action of buoyancy, hydrodynamic force and capillary power, oil (gas) moves intermittently. This has been verified in the physical simulation experiment.
本文给出水在一组毛细管中振荡时的换热加强现象的实验结果。
Experimental measurements on enhanced heat transfer in water oscillated within a capillary bundle are presented.
从国外实验放电结果出发，推断了充气毛细管的阻抗特性。
The capillary discharge experiment is proceed at capillary charge filled with Ar gas.
建立了非水相毛细管电泳分离蒽醌类化合物的实验方法。
A method for the separation of anthraquinone compounds based on nonaqueous capillary electrophoresis has been developed.
通过实验对由导湿纤维纺成纱线的毛细管当量半径进行了计算。
The article discusses the calculation method of the capillary equivalent radius of yarn made of moisture transmitting fibers through experiment.
对小球形液膜内气体经由细管流向大球形液膜内过程中，球形液膜的动态特性做了理论模拟与实验研究。
A demonstration is designed to verify the dynamic characteristics of spherical liquid film as the gas in a small spherical liquid film flows to the big one through a tubule.
针对毛细管与微流控芯片装配问题作了实验研究，实验验证此自动微装配系统能够成功完成毛细管与微流控芯片的装配任务。
Moreover research experiments about the microassembly of capillary and microfluidic chip were done, which have proved that the assembly assignment can be finished successfully.
实验表明，使用大口径高温毛细管柱可以分析碳数在72以下的微晶蜡。
Experiments show that microcrystal wax with a carbon distribution less than C72 can be analyzed with large diameter quartz capillary column.
研究结果表明实验采用的表面活性剂能明显降低毛细管力和气—液表面张力；
The results show the surface-active agent used by the experiments can reduce the capillary pressure and the surface tension between gas and liquid obviously.
建立单相区和两相区毛细管模型，模型计算的毛细管质量流量与实验测量的质量流量差别小于10%。
The capillary tube model in subcooling single-phase region and two-phase region was established, and the difference of mass flow rate is within 10% between the predicted and the measured values.
本文研究了毛细管电泳在检测柠檬酸发酵液中的应用，比较了经炭吸附处理与不经炭吸附处理两种处理方法对毛细管电泳测定发酵液中柠檬酸含量实验的影响。
In this paper, the application of capillary electrophoresis in determination of citric acid in fermentation liquor and the effect of carbon powder absorbing to the results were studied.
通过改装毛细管流变仪建立了专门的实验装置，研究高温高压下熔体在纤维床层中的流动行为。
A special apparatus was constructed by modifying capillary rheometer to study polymer melt flow behavior through fiber beds.
在此基础上，进行低电压毛细管电泳芯片集成系统的初步实验，并提出了后续工作需解决的相关问题。
On this basis, the preliminary experiments of low-voltage electrophoresis separation chip integration system were tested, and the related issues of future work are proposed.
利用改进型的乌别洛特毛细管黏度计，对268.123~373.131K温度区间内的甲基叔丁醚的饱和液相黏度进行了实验研究。
The viscosity of saturated liquid methyl tert-butyl ether(MTBE) was presented over the temperature range from 268.123 to 373.131 K with a calibrated Ubbelohde-type capillary viscometer.
利用改进型的乌别洛特毛细管黏度计，对268.123~373.131K温度区间内的甲基叔丁醚的饱和液相黏度进行了实验研究。
The viscosity of saturated liquid methyl tert-butyl ether(MTBE) was presented over the temperature range from 268.123 to 373.131 K with a calibrated Ubbelohde-type capillary viscometer.
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