这一研究对进一步开展油藏注水动态时间推移地震监测研究与应用具有重要的指导意义和现实意义。
The research has important guiding and actual meaning for further studying and application of monitoring reservoir waterflood behavior by time lapse seismic method.
为了解决回拖卡管问题，动态注水平衡技术应运而生。
In order to solve this problem, the dynamic water injection balance technique is developed.
该理论的建立为水平井整体注水开发油田的动态分析和预测提供了依据。
This theory can provide valuable basis for dynamic analysis and prediction of integral waterflooding development.
了解注水波及系数及油层的水淹状况是注水开发油田动态分析的一项重要内容。
What knowing about water injection sweep efficiency and oil layer's water flooded condition is an important content for dynamically analyzing development oilfield by water injection.
对于注水开发油田，吸水剖面是油田动态分析和注水调整的重要依据。
For water injection oilfield, water injection profile date is very important to dynamic analyzing and adjuring water injection.
文中列举出油水井对应测试的分析实例，以此说明加强低渗透油藏注水井压力动态分析的必要性。
Some analysis examples of oil and water well test are given to show the necessary for analyzing water injection well test data.
如何把握油田注水开发的动态过程从而实现最优控制开采及预测开发指标，长期以来是一个重要的研究课题。
It is a key project how to control optimally the injection development of the oilfield and to predict its indexes by seeing through the exploring phenomena to grasp the essence.
它对于油田开发动态分析，评价注水开发效果和编制开发规划有一定的实际意义。
This method may be used in the practical evaluation of the development results and planning of oil field development scheme.
方法采用野外观察、井间示踪剂、动态注水、压裂等方法进行裂缝识别研究。
Methods According to the study of outcrops, apply interwell tracer, water flooding method and fracturing technique.
并根据矿场生产动态数据和室内渗吸实验，建立适合于注水吞吐井的产量递减模型。
A production decline model which is fit for water huff and puff well is established based on the in-site production data and imbibition experiment in lab.
油藏动态的注水开发是一个地质情况、动态的监测技术、采油管理的综合性问题。
The oil deposit dynamic water-injection development is a geological situation, the dynamic monitor technology, the extraction management comprehensive question.
油藏动态的注水开发是一个地质情况、动态的监测技术、采油管理的综合性问题。
The oil deposit dynamic water-injection development is a geological situation, the dynamic monitor technology, the extraction management comprehensive question.
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