Radio-Frequency ‘Magnetic-Field’ Probes Based on the Single Layer Flat Coil Oscillators - New Type of SFCO-Sensors for Bio-Medical Investigations

A. S. Khachunts; S. G. Gevorgyan; N. E. Tadevosyan; A. A. Tumanyan; E. G. Kostanyan; I. G. Tadevosyan; B. K. Kurghinyan; S. A. Khachunts; V. S. Gevorgyan

doi:10.3103/S1068337219040091

Radio-Frequency ‘Magnetic-Field’ Probes Based on the Single Layer Flat Coil Oscillators - New Type of SFCO-Sensors for Bio-Medical Investigations

Authors: Khachunts A.S.¹, Gevorgyan S.G.², Tadevosyan N.E.¹, Tumanyan A.A.¹, Kostanyan E.G.¹, Tadevosyan I.G.¹, Kurghinyan B.K.², Khachunts S.A.², Gevorgyan V.S.²
Affiliations:
1. L.A.Orbeli Institute of Physiology, NAS RA
2. Yerevan State University
Issue: Vol 54, No 4 (2019)
Pages: 386-393
Section: Article
URL: https://journals.rcsi.science/1068-3372/article/view/229015
DOI: https://doi.org/10.3103/S1068337219040091
ID: 229015

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Abstract

The physical principles and advantages of the use of a new class of the SFCO sensors (radio-frequency ‘magnetic-field’ probes) for the investigation of biomedical signals are discussed. The perspectivity of their application for the investigation of dynamic changes of dielectric characteristics of tissues and the medium of the organism is demonstrated. Data related to the registration of the state of the human vascular system by the use of such sensors are presented.