Data for the manuscript entitled "Conduction dominates heat transfer despite CO₂ motion driven by buoyancy in porous rocks: a pore-scale analysis"
Published: 24 August 2026| Version 1 | DOI: 10.17632/n4bdxtyc9b.1
Contributor:
Jiangjiang WangDescription
This data set includes the two domain scales involved in this manuscript, the condition of three rock types under each scale, and there has four disorder condition of porous media under each rock type. Please note that we put the frame of data when each case reaches the equilibrium state.
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Institutions
- Zhejiang UniversityZhejiang, Hangzhou
Categories
Porous Media, Computational Heat Transfer