Squeezed Coal Reveals Surprising Methane and Carbon Dioxide Behavior Under Stress
Molecular simulations of four coal ranks reveal that compressive stress nonlinearly alters methane and carbon dioxide adsorption and diffusion, with ...
Molecular simulations of four coal ranks reveal that compressive stress nonlinearly alters methane and carbon dioxide adsorption and diffusion, with ...
A systematic study of four Chinese coals shows that the apparent carbon dioxide diffusion coefficient in high-rank anthracite can first ...
New experiments and numerical modeling show that the spherical particle assumption systematically overestimates gas diffusion in coal, with an ellipsoidal ...
A Chinese research team has combined COMSOL numerical simulation with an optimized XGBoost-LSTM hybrid machine learning model to predict coal ...
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© 2025 Scienmag - Science Magazine