FIELD: medical engineering.
SUBSTANCE: microwave tomography device has at least one impedance-type electrode and at least one impedance-type transceiver, a system of data acquisition connected to them, general control unit and central computer. At least one microwave antenna is connected to at least one impedance-type electrode making up an antenna cluster. At least one microwave transceiver is connected to at least one impedance-type transceiver making up a transceiver cluster. Said antenna cluster and transceiver cluster are electrically coupled by the data acquisition system, general control unit and computer. The clusters are mounted so that precision positioning system is used for operation control. Signal processing method based on code filtration method is implemented in microwave tomograph device having single frequency three-dimensional microwave tomography system interacting with single frequency three-dimensional impedance system. Scattering diagram data acquisition is carried out from a signal set. Access, filtration and field values assigning is carried out with scattering. Microwave commutation system has means for displaying multi-channel data, a set of menu titles zones including titles the following titles: file, type, calibration, testing, displaying, and mentioned multi-channel data and mentioned menu title zones displaying at least on one window screen.
EFFECT: high accuracy in displaying physiological data and tissue values varying in time in real time mode.
5 cl, 5 dwg
