1.
A Study of Interfacial Dilational Properties and Foam Properties of Foam Combination Flooding Model Systems;
泡沫复合驱模拟体系界面扩张粘弹与泡沫性质研究
2.
A Study of Surface Properties and Foam Properties of Model Surfactant Systems for Foam Combination Flooding;
泡沫复合驱模拟体系的表面性质及泡沫性能研究
3.
Study and Development of Demulsifier Used for Demulsification of Complex Foam Flooding Produced Liquid;
泡沫复合驱采出液处理用破乳剂的研制
4.
Experimental study on air-foam flooding for low-permeability reservoirs
低渗透油藏空气泡沫复合驱油室内实验研究
5.
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.
Laboratory Study on Foam Combination Flooding System without Alkali and Low Interfacial Tension
无碱低张力泡沫复合驱油体系室内试验研究
7.
This provides a theoretical and practical basis for the popularization of foam complex flooding.
为泡沫复合驱的进一步推广打下了良好的理论和实践基础。
8.
INVESTIGATION ON OIL-WATER INTERFACIAL PROPERTIES AND EMULSION STABILITY OF FOAM-POLYMER FLOODING PRODUCED LIQUID IN CHENGDONG OILFIELD
埕东泡沫复合驱采出液油-水界面性质及乳状液稳定性
9.
Study on laboratory experiment of combined thermal carrier foam flooding after polymer flooding
聚合物驱后复合热载体泡沫驱提高采收率实验研究
10.
Laboratory displacement experiment result shows that the displacement efficiency of foam complex system is 30%(OOIP) higher than water displacement.
室内驱油实验结果表明，泡沫复合体系的驱油效率比水驱提高30％（OOIP）以上。
11.
A Mathematical Model of Polymer Enhanced Foam Flooding
聚合物强化泡沫驱数学模型及其应用
12.
Self-driven Reciprocating High Pressure Stream Bubble Scour Devic
自驱动往复式高压水射流泡沫冲砂装置研究
13.
Describe the energy absorbing mechanism of composite metallic foams.
描述了复合泡沫金属材料的吸能机制。
14.
Studies on Fabrication and Properties of SiC_p/ZL104 Composite Foams;
泡沫SiC_p/ZL104复合材料的制备及性能研究
15.
A Study on Mechanical Properties of Stitching Foam-Core Sandwich;
缝纫泡沫夹层复合材料力学性能研究
16.
Energy Absorption Property of Composite Metallic Foams;
复合泡沫金属材料缓冲吸能性能研究
17.
Rrsearch and Application on the Super Foamability of Composite Systems of Surfactants Solution;
富泡沫复合表面活性剂的研究与应用
18.
Studies on Fabrication and Properties of Ceramic/ZA22 Composite Foams
陶瓷/ZA22复合泡沫的制备及性能研究