| 摘要 |
A liquid driving-based nanoporous driver and an application thereof, which relate to the field of nanomaterial drivers. By changing the content of a liquid in a nanoporous material, an interface between the liquid on the surface of the nanoporous material and air is converted between a flat state and a curved state, so that compressive stress applied on the nanoporous material by means of a liquid surface tension effect is changed, elastic deformation of the nanoporous material is changed, and reversible swell and shrinkage occur on the nanoporous material, thereby achieving a driving function of the nanoporous material. |
