1) flowing gel
可动凝胶
1.
A new method of performance prediction of flowing gel for profile control;
可动凝胶深部调驱动态预测方法研究
2.
Study of fast simulation method for flowing gel driving;
可动凝胶调驱快速模拟方法研究
3.
Based on the simulation of water-flooding history,technological parameters of profile control project are optimized by the numerical simulation software of flowing gel profile control,which were injecting flowing gel when total water cut reaches 40%,the polymer with a concentration of 1000ppm,using multi-slug injection,slug size is 0.
在水驱历史拟合的基础上,用可动凝胶调剖数值模拟软件优选出调剖方案的各项技术参数:在区块综合含水40%时注入调剖剂,注入聚合物质量浓度为1 000×10-6,采用多段塞注入,段塞尺寸为0。
2) mobile gel
可动凝胶
1.
Parameter optimization of mobile gel for profile control and oil displacement in offshore heavy oil reservoir-taking SZ36-1 Oilfield with heavy oil as an example.;
海上稠油油藏可动凝胶调驱参数优化——以SZ36—1油田为例
2.
Mathematical model of mobile gel for deep profile control and oil displacement and fast solution methods.;
可动凝胶深部调驱的数学模型及快速求解方法
3.
In allusion to the contradiction of high water content existed in the development,the techniques of mobile gel deep profile control and oil displacement and its matched theory were studied and applied in the oilfields.
针对在开发中存在的含水率高的矛盾,进行了可动凝胶深部调剖调驱配套技术的理论和配方研究,研制出了试验配方,并进行现场应用10井次,成功率100%,共注入调剖剂量2。
3) moveable gel
可动凝胶
1.
Study situation and development orientation of moveable gel flow through porous medium.;
可动凝胶渗流规律研究现状与发展方向
2.
In this paper,the research and application of moveable gel displacement adjustment technology for Menggulin conventional heavy reservoirs from laboratory to field is introduced.
针对蒙古林稠油油藏粘度高,注水开发后含水上升快,产量迅速递减的实际,提出了应用可动凝胶调驱技术。
4) weak gel system
可动凝胶体系
1.
Characterization and rheometry of porous flow for weak gel system;
可动凝胶体系渗流流变特性及其表征
6) movable gel profile control-displacement agent
可动凝胶调驱剂
1.
Development and application of PT21 movable gel profile control-displacement agent;
PT21可动凝胶调驱剂的研制与应用
补充资料：Sds-聚丙烯酰胺凝胶电泳凝胶电泳
sds-聚丙烯酰胺凝胶电泳（sds-page，sodium dodecyl sulfate-polyacrylamide gel electrohoresis）
在有去污剂十二烷基硫酸钠存在下的聚丙烯酰胺凝胶电泳。sds-page只是按照分子大小分离的，而不是根据分子所带的电荷和大小分离的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条