CAJ | 학술논문

考虑到微流控技术能够实现微米级别的微观模拟以及原油储层微观孔隙介质的特性，利用微流控模型模拟常见于裂缝性油藏中的自发吸吮采油过程。研究结果表明，在自发吸吮过程中，驱替前缘的移动距离与时间呈三次方关系、驱替速度与时间呈平方关系，使得自发吸吮过程能够被更深刻地了解。
고필도미류공기술능구실현미미급별적미관모의이급원유저층미관공극개질적특성，이용미류공모형모의상견우렬봉성유장중적자발흡전채유과정。연구결과표명，재자발흡전과정중，구체전연적이동거리여시간정삼차방관계、구체속도여시간정평방관계，사득자발흡전과정능구피경심각지료해。
Considering the micro level simulation that microfluidic device could provide and the character of porous medium in reservoir,this experiment made the use of microfluidic device to simulate spontaneous imbibition process,which is the main oil displacing mechanism in fractured reservoir to get the relationship between the distance of displacing front and time,the velocity of displacing front and time,finally,it makes us to have a further understanding of spontaneous imbibition.