它为压裂的优化设计以及注水开发井网的调整和完善，提供了新的思路和方法。
It has provided new thought and method for the optimizing design of fracturing and for the adjustment and perfection of water flood development well pattern.
证明了在三次加密井网和“三低”油田低注水井注水剖面测井中使用新型同位素载体的可靠性。
Log examples show that the new carrier is reliable in water-injection profile log in tertiary infill Wells and low water-injection Wells.
在注水开发和强化采油中所采用的由注入井和生产井组成的井网。
The pattern of injection and production wells used in waterflooding and enhanced oil recovery.
面积注水井网生产井的产出能力与注水井的注入能力之比，对合理注水方式的选择有着重要的影响。
The ratio of producers'productivity to injectors'injectivity for areal well pattern can greatly affect the choice of reasonable injection mode.
根据裂缝分布规律，优化了A区注采井网，有效地提高了该油藏产能和注水波及系数。
The flooding pattern of a area is optimized according to the distribution rule of the fractures. Productivity and waterflooded sweep efficiency of this oil reservoir raised effectively.
油田注水开发整体受效明显，但受井网、储层非均质性、裂缝等因素影响，油井受效率和受效程度有待进一步提高。
The overall efficiency of water flooding is influenced by the well pattern, reservoir heterogeneity, fractures and other factors, and the efficiency and effectiveness have to be further improved.
以五点井网为例，用数值方法研究了双重各向异性介质的驱替特征和注水开发井网的部署问题。
This paper takes 5-point-pattern as an example and uses numerical method to study the displacement characteristic of dual anisotropic medium and the pattern arrangement of water flooding development.
针对这个问题，尤其对注水开发油田开发后期，有必要对油田的注采井网进行研究，以达到高效、科学地开发油田的目的。
For this problem, on the high water oilfield production tail, it's necessary to study the flood pattern in order to achieve efficient and scientific purposes to develop oil fields.
采用菱形反九点井网，通过超前注水、优化压裂技术提高单井产量，可以实现白豹长6油藏的高效开发。
Using anti-9:00 rhombus pattern, through advanced injection, optimize fracturing technology to increase production of single well can be achieved Baibao High oilfield Chang6 reservoir development.
采用菱形反九点井网，通过超前注水、优化压裂技术提高单井产量，可以实现白豹长6油藏的高效开发。
Using anti-9:00 rhombus pattern, through advanced injection, optimize fracturing technology to increase production of single well can be achieved Baibao High oilfield Chang6 reservoir development.
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