Application of black phosphorus carbon nanotube composite material as non-contact electrostatic response driver

The invention discloses an application of a black phosphorus carbon nanotube composite material as an electrostatic response driver. The invention relates to the technical field of flexible intelligent film drivers. The driver comprises black phosphorus layers and carbon nanotubes, each black phosphorus layer is of a multi-layer structure, the carbon nanotubes are located between the adjacent black phosphorus layers, the carbon nanotubes and the black phosphorus layers are bonded through covalent bonds, and the thickness of the driver ranges from 20 micrometers to 30 micrometers. The application has the advantages that electrostatic driving operation is simple, controllability is high, a driving source obtaining mode is simple and convenient, self-decomposition caused by the fact that materials make direct contact with a strong stimulation source can be avoided, the cycling stability of the driver is improved, and by means of the characteristics of the stimulation source, the performance of the driver can be