In the actual application, sequential response value of steam quality is measured under steam injection well with high temperature and high pressure.
在初步的实际应用中，得到了注汽油井井下高温高压蒸汽干度变化的连续响应值。
Pressure transient test in steam injection well is an inexpensive and effective means to determine swept volume and flowing condition of the steam zone.
注蒸汽井压力降落试并是确定蒸汽波及体积和了解波及区流动情况的一种经济、有效的方法。
It solved the difficult problems of thermal insulation or separate steam injection in general steam injection well, separate steam injection well, and side track well.
它解决了普通注汽井、分层注汽井和侧钻井的隔热或分层注汽的难题。
The online measurement of the steam quality is a difficult problem of world in petroleum industry, because of high temperature and high pressure of steam and narrow space of steam injection well.
注汽过程中高温高压和狭小的空间，使得干度在线测量成为石油开采行业中的世界性难题。
Method Steam injection development and well pattern of horizontal Wells were studied by using numerical simulation.
方法利用数值模拟方法，对水平井注蒸汽的开发、布井方式等进行研究。
A model is established to calculate the steam quality distribution along the well bore during steam injection of thermal recovery Wells, based on related thermodynamics and hydromechanics principles.
利用热力学、流体力学原理，建立了热采井注汽过程井筒沿程蒸汽干度分布计算模型。
A two layer geological model is established to study the problem of layer steam injection allocation in single well of viscous oil reservoir with heterogeneity layer.
针对非均质性稠油油藏，建立了二层地质模型。利用该模型研究了单井分层配汽问题。
The study shows that cyclic steam injection rate, soaking time, flowing bottom hole pressure and blowdown mode are important factors influencing the effectiveness of single well steam stimulation.
分析认为，周期注气量、注气速度、浸泡时间和生产过程中的井底流压及降压方式都是影响单井吞吐效果的重要因素。
The experiment shows that nitrogen and steam injection is beneficial for increasing the effect of oil well stimulation.
矿场试验结果表明，该技术可有效提高油井吞吐效果。
At the same time, 4 well groups are injected steam using assemble steam injection technique of horizontal well.
同时，利用水平井组合式注汽技术对4个井组进行了整体注汽。
Application shows, Significantly improved the level of thermal horizontal well steam injection effects section, improved the thermal efficiency of steam injection.
现场应用表明大幅改善了热采水平井的水平段的注汽效果，提高了注汽热效率。
Temperature-sensing curves show that temperature distribution of horizontal well section was well improved and uniform steam injection was realized.
测温曲线表明，水平段温度分布得到了很好的改善，实现了均匀注汽。
Temperature-sensing curves show that temperature distribution of horizontal well section was well improved and uniform steam injection was realized.
测温曲线表明，水平段温度分布得到了很好的改善，实现了均匀注汽。
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