An integrated electric/magnetic field environment generation system, comprising an upper computer (1), a gradient magnetic field generation device (2), and an electromagnetic field device (3). The upper computer (1) is connected to the gradient magnetic field generation device (2) by means of a data line (4), and the gradient magnetic field generation device (2) is connected to the electromagnetic field device (3) by means of a power line (5); the electromagnetic field device (3) comprises a first flat-plate gradient coil (31) and a second flat-plate gradient coil (32) disposed parallel to each other and spaced from each other, and a plurality of planar excitation electric field coils (33) disposed at intervals between the first flat-plate gradient coil (31) and the second flat-plate gradient coil (32), and the planar excitation electric field coils (33) are parallel to the first flat-plate gradient coil (31). During operation, magnetic fields in gradient distribution are formed on the surfaces of the planar excitation electric field coils (33) between the first flat-plate gradient coil (31) and the second flat-plate gradient coil (32), and the planar excitation electric field coils (33) located at different positions generate different electric fields. The system achieves two physical field environments, i.e., an electric field environment and a magnetic field environment, and can be used for performing research on biological effects and biological response mechanism in a multi-physical field environment.
INTEGRATED ELECTRIC/MAGNETIC FIELD ENVIRONMENT GENERATION SYSTEM