2) foam composite flooding
泡沫复合驱
1.
The oil-displacing mechanisms of foam composite flooding at the high temperature and high salt in Zhongyuan Oilfield were investigated by microscopic model experiment and sand pack experiment.
泡沫复合驱油过程中形成三个驱油带:前沿是乳状液渗流;中间既有前沿中的乳状液渗流,也有气体锥进渗流和泡沫渗流;后沿以泡沫渗流为主。
3) polymer-surfactant foam combination flooding
泡沫复合驱
1.
An experimental study about polymer-surfactant foam combination flooding was done in the reservoir conditions of the central part of Block 2 in central Gudao Oilfield and the western Chengdong Oilfield.
针对胜利油区孤岛油田中二区中部Ng3+4油层和埕东油田西区油藏条件,进行了泡沫复合驱实验研究。
4) Foam flooding
泡沫复合驱
1.
Experimental study on microscopic oil displacement mechanismof foam flooding
泡沫复合驱微观驱油机理实验研究
2.
During the ASP-Foam flooding pilot in Daqing oil field international first test,the gas was put into the systems of ASP(alkaline-surfactant-polymer), the restriction of injecting pressure of compressor and the injection-production process result in the difference between the application and the test project.
在泡沫复合驱油矿场试验过程中,由于压缩机注入压力以及现有注采工艺技术的限制,导致泡沫复合驱实际应用方案与实验方案有很大差异。
5) foam combination flooding
泡沫复合驱
1.
Effect of sewage on polymer solution viscosity: Pilot test of foam combination flooding in Chengdong Oilfield;
埕东油田泡沫复合驱先导试验污水对聚合物溶液黏度影响因素研究
2.
Produced fluid treatment technology of foam combination flooding in west area of Chengdong Oilfield
埕东油田西区泡沫复合驱采出液处理技术研究
6) combination foam flooding
复合泡沫驱
补充资料：复合泡沫
分子式：
CAS号：
性质：又称复合泡沫。相对密度>0.32的环氧树脂泡沫塑料。相对密度0.627的环氧泡沫塑料单轴压缩强度29.39MPa，拉伸强度31.72MPa，弯曲强度41.37MPa，剪切强度30.34MPa，体积电阻率8.7×1014Ω·cm，介电强度15.7～19.70MV/m。将环氧树脂与添加剂、玻璃或陶瓷或塑料(包括纤维材料)中空微球固化成型制得。多用于电子和宇航工业，且常用于水下装置部件、漂浮件；电子工业用封装料、绝缘件；模具填料，受热结构件夹芯料等受热部件。
CAS号：
性质：又称复合泡沫。相对密度>0.32的环氧树脂泡沫塑料。相对密度0.627的环氧泡沫塑料单轴压缩强度29.39MPa，拉伸强度31.72MPa，弯曲强度41.37MPa，剪切强度30.34MPa，体积电阻率8.7×1014Ω·cm，介电强度15.7～19.70MV/m。将环氧树脂与添加剂、玻璃或陶瓷或塑料(包括纤维材料)中空微球固化成型制得。多用于电子和宇航工业，且常用于水下装置部件、漂浮件；电子工业用封装料、绝缘件；模具填料，受热结构件夹芯料等受热部件。
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