1)  flooding rate
注水速度
1.
The research results show that increasing flooding rate and flushing time lead to fine particle migration in the unconsolidated reservoir and the permeability increase of the reservoir.
研究结果表明,注水速度和冲刷时间的增加会导致胶结疏松的储层内部微粒运移,使储层渗透率升高;由于生产压降增大,渗透率降幅平均达到23。
2)  water flooding
注水
1.
CWCTInject-Ⅰ high-temperature high-pressure water flooding instrument;
CWCTInject-Ⅰ型高温高压注水仪
2.
Measures of energy saving by adjusting input voltage of electromotor in water flooding system;
注水系统调电压法的节能措施
3.
Water flooding out characteristics of Anan sandstone oil reservoir at its medium later development stage.;
阿南砂岩油藏注水开发中后期水淹特征
3)  water injection
注水
1.
Experiment research on particulate movement caused by water injection in Xifeng Oilfield;
西峰油田注水引起的微粒运移实验研究
2.
Study on reservoir protection technology during water injection of low permeability oilfield;
低渗油田注水过程中储层保护技术研究
3.
Current situation of water injection and its influence on reservoirs in Shengli Oilfield;
胜利油田注水现状及对储集层的影响
4)  waterflooding
注水
1.
The effective driving pressure system study and adjustment techniques of waterflooding in Ansai oil field;
安塞油田特低渗透油藏有效驱替压力系统研究及注水开发调整技术
2.
Seismic monitoring research on waterflooding in thin-interhedded reservoir;
薄互层油藏注水地震监测理论研究
3.
Preliminary approach to the ways of improving waterflooding development efficiency in the high water cut period of Linpan oil field;
临盘油田高含水期改善注水开发效果的途径探讨
5)  Waterflood
注水
1.
Method of Enhancing Waterflood Efficiency in Wenmingzhai Oilfield;
文明寨油田提高注水效益的方法
2.
Simulation studies of waterflood performance with horizontal wells.;
水平井注水动态模拟研究
6)  injection
注水
1.
Study on improving the injection system efficiency in Erlian Oilfield.;
提高二连油田注水系统效率技术
2.
Application of Separated Layer Starting Pressure Testing String in Injection Well;
注水井分层启动压力测试管柱的应用
3.
Redesign of energy saving for injection system in oil field;
油田注水系统的节能改造
参考词条
补充资料:高压注水
分子式:
CAS号:

性质:当压水堆一次冷却剂回路出现小破口时,反应堆系统的压力下降不多。由正常运行的11.5MPa下降到约11MPa时,高压注水系统投入运行。将含硼水注入反应堆冷却剂进堆和出堆的管道中,以迅速补充反应堆所丧失的冷却剂。高压注水系统是应急堆芯冷却系统的一个子系统。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。