A mobile terminal, comprising: a base plate, a controlling apparatus and a driving apparatus; wherein the mobile terminal is configured to support terminal application components, wherein M*N microcell units are provided on the base plate, each of the microcell units is in communication with neighbouring microcell units via micro-fluidic channels, and liquid metal is provided in the multiple microcell units; and the driving apparatus is connected with the controlling apparatus and the base plate respectively, wherein, the controlling apparatus is configured to generate a control signal according to one of pre-stored control matrices, and send the control signal to the driving apparatus; elements of the one of the control matrices correspond to the microcell units on the base plate in a one-to-one manner to control whether the liquid metal is kept in the corresponding microcell units; the driving apparatus is configured to drive, according to the control signal sent by the controlling apparatus, the liquid metal in the microcell units to flow in the microcell units, wherein a metal body formed by the liquid metal is configured to serve as antenna of a terminal application component of the terminal application components; wherein the pre-stored control matrices of the controlling apparatus include a first control matrix wherein respective antennas of each of the terminal application components simultaneously occupy the base plate when working simultaneously and a second control matrix wherein an antenna of one of the terminal application components exclusively occupies the base plate when working alone. a base plate, a controlling apparatus and a driving apparatus; wherein the mobile terminal is configured to support terminal application components, wherein M*N microcell units are provided on the base plate, each of the microcell units is in communication with neighbouring microcell units via micro-fluidic channels, and liquid metal is provided in the multiple microcell units; and the driving apparatus is connected with the controlling apparatus and the base plate respectively, wherein, the controlling apparatus is configured to generate a control signal according to one of pre-stored control matrices, and send the control signal to the driving apparatus; elements of the one of the control matrices correspond to the microcell units on the base plate in a one-to-one manner to control whether the liquid metal is kept in the corresponding microcell units; the driving apparatus is configured to drive, according to the control signal sent by the controlling apparatus, the liquid metal in the microcell units to flow in the microcell units, wherein a metal body formed by the liquid metal is configured to serve as antenna of a terminal application component of the terminal application components; wherein the pre-stored control matrices of the controlling apparatus include a first control matrix wherein respective antennas of each of the terminal application components simultaneously occupy the base plate when working simultaneously and a second control matrix wherein an antenna of one of the terminal application components exclusively occupies the base plate when working alone.