中文

李恋

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School/Department:石油工程学院
Education Level:With Certificate of Graduation for Doctorate Study
Gender:Female
Degree:Doctoral Degree in Engineering
Alma Mater:武汉大学
Discipline:Oil-Gas Field Development Engineering

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Pore-scale experimental investigation of microscopic formation mechanism of remaining shale oil and trapped CO2 during water-supercritical CO2 flooding

Release time:2025-01-20Hits:

Journal:

Geoenergy Science and Engineering
First Author:

Li Lian, Kang Yong*, Liu Feng, Hu Yi, Pan Haizeng, Yuan Quan
Indexed by:

Journal paper
Discipline:

Engineering
Document Type:

J
Volume:

247
Page Number:

213684
Date of Publication:

2025-01-01
Included Journals:

SCI

Pre One:Capillary number effects on two-phase flow and residual oil morphology in water and supercritical CO2 displacement: A microfluidic study

Next One:Experimental study on the mass transfer and microscopic distribution characteristics of remaining oil and CO2 during water-miscible CO2 flooding