Research of an Impedance Behavior of a Person Integument and Muscular Tissues from Frequency of an Influencing Electromagnetic Field and Influence Time

S. V. Belavskaya, Y.V. Vostrjakov, A. Kuzmin, L. I. Lisitsyna, A.V. Mokroitsov, I.M. Panfiljonok, V.I. Schukin
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Abstract

There are carried out researches of an impedance of an integument of the person and a muscular tissue from frequency of an influencing electromagnetic field and time of influence. It is shown, that time of measurement of electric resistance of an integument and BT on a direct current should not be less than 30 c. as after this time of the indication of the measured device are stabilized. Values of resistance of an integument on a direct current considerably exceed resistance BT, and resistance BT along fibres and across differ to a lesser degree. With increase in a direct current resistance of an integument and BT falls, and more significant falling is observed at smaller sizes of a current. The impedance and an integument, and BT with growth of frequency falls, but their sizes differ more, than on the order.
影响电磁场频率和影响时间下人体外皮和肌肉组织阻抗行为的研究
从影响电磁场的频率和影响时间出发,对人体外皮和肌肉组织的阻抗进行了研究。结果表明,在直流条件下测量器件电阻和BT的时间不应小于30℃,因为在此时间后,被测器件的指示趋于稳定。直流电路上的电阻值大大超过电阻BT,沿纤维和跨纤维的电阻BT差异较小。随着直流电阻值的增加,器件的电阻和BT下降,并且在较小的电流尺寸下观察到更显著的下降。随着频率的增加,阻抗、被膜和BT均有所下降,但它们的大小差异较大。
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