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李恋
E-Mail:
a684442d88dd6efe38f004f5d2195bab37c16ba717e3ad44f813b69de52cc1d18dd328e8e435b81ce4bc0a912815536c048c3d8d5af06a5e887628cadcf21ee9f36598a0f0736f01e4e986b4720d465c58d421fd642d67026b5fbe1b5fb902f7fc9d879a85a57ecb4879a6d7845713a3cfef57d6c68904c49d2a90c80588ca2e
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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Paper Publications
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Paper Publications
Capillary number effects on two-phase flow and residual oil morphology in water and supercritical CO2 displacement: A microfluidic study
Release time:2025-01-11
Hits:
Impact Factor:
9.4
Journal:
Energy
First Author:
Li Lian, Kang Yong*, Hu Yi, Pan Haizeng, Huang Yong, Yuan Quan
Indexed by:
Journal paper
Document Type:
J
Volume:
316
Page Number:
134503
Date of Publication:
2025-01-01
Included Journals:
SCI
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Supercritical CO2-oil miscible flow and residual oil formation in tight sandstone using micro-nano CT
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Pore-scale experimental investigation of microscopic formation mechanism of remaining shale oil and trapped CO2 during water-supercritical CO2 flooding