Mechanistic insights into confinement-optimized through-plane water transport in multilayer r -N-graphdiyne nanochannels

This is the authors' abstract. We don't add key points for this paper.

-N-graphdiyne membrane, suggesting that this transport behavior is robust across different stacking geometries and may arise from the competition between confinement, through-plane ordering, and lateral mobility. These results suggest that interlayer spacing is an important design parameter for through-plane nanofluidics and offer mechanistic insight that can inform the engineering of high-performance two-dimensional membranes with optimized water transport.