Funtova I I
Med Tekh. 1977 May-Jun(3):34-9.
An equivalent diagram representing the study sector of the body with non-contact electrodes placed upon it is considered. The relationship between the equivalent parallel circuit capacitance value and changes in the electric conductivity and capacitance of the study tissues is analyzed. Dielectrography enables it to register changes occurring in the active conduction of the body section lying between electrodes, i.e. to watch over the volume of blood filling various tissues and organs. Circuitry variants for registration dielectrograms are proposed. Recordings taken from different body areas are submitted.
考虑一个等效图，该图表示放置有非接触电极的身体研究部位。分析了等效并联电路电容值与研究组织的电导率和电容变化之间的关系。介电描记法能够记录电极之间身体部位的主动传导中发生的变化，即监测填充各种组织和器官的血液量。提出了用于记录介电谱图的电路变体。提交了从身体不同部位获取的记录。
