Water molecules jump through non-aligned disjoint nanochannels

The intricate design of nanochannels results in varying water transfer capabilities. The disjoint nanochannel provides a unique challenge to water molecules. However, the disjoint nanochannels are coaxial, in this study, we explore the transfer of water molecules through non-aligned disjoint nanochannels. Our findings reveal that the noncoaxial separation significantly influences water transfer properties in non-aligned disjoint nanochannels. Specifically, the formation of a water bridge is affected by the noncoaxial separation, and water molecules cannot jump through these non-aligned disjoint nanochannels when the noncoaxial separation reaches a critical point. Our results provide insights into the behavior of water in complex nanochannels.