Insight into the mass transport characteristics at the vapor-liquid interface of methane: A molecular dynamics study

Key Points

• Mass transport characteristics reveal significant diffusion coefficients at the vapor-liquid interface of methane, indicating efficient molecular movement.
• Estimated diffusion coefficients suggest enhanced transport rates that may influence methane behavior in various applications and natural environments.
• Molecular dynamics simulations provide detailed insights into intermolecular interactions affecting mass transport at the interface, supporting theoretical models.
• Findings emphasize the importance of understanding vapor-liquid interactions for applications in energy production and environmental science.