Hydrodynamics inside Brush Decorated Nano-confinements: An all-atom Molecular Dynamics Study

Key Points

• Hydrodynamics behavior is observed in nano-confinements with enhanced polymer grafting, impacting transport efficiency.
• The study highlights the role of polymer grafting in thermoelectric devices and drug delivery mechanisms.
• Employing a molecular dynamics approach, simulations provide insights into the transport processes in nano-confinements.
• This research underscores the significance of polymer interactions for improved cooling technologies in confined environments.

Abstract