| 摘要 |
The invention relates to electronics and biomedicine and it can be used to evaluate some characteristics of dynamic systems, e.g. to detect (or exclude) malignant processes in organism via gas- discharge imaging of a body parts under certain fitted conditions and further computerized processing of the images so obtained. A device for the gas-discharge detection of malignant processes in living organisms, which comprises an optically transparent electrode for generating an electric field, a dielectric for electrical insulation of an object under examination, this dielectric being capable to be mounted on an optically transparent electrode and comprising three successive layers, each one in contact with adjacent one: a rigid transparent electrically-insulating layer capable to be arranged in surfacing contact with the optically transparent electrode, a flexible transparent membrane positioned on the free surface of the rigid transparent electrically-insulating layer; a dark opaque flexible membrane positioned on the free surface of the transparent membrane to absorb spurious light refleeted from the object's surface; and the image-receiving camera being a progressive-scan monochrome camera positioned beneath the optically transparent electrode to generate continuous analog video signal to be sent to a computer for further processing. |
