Search Results - "Nedayvoda, I. V."

Non-Contact Analysis of Magnetic Fields of Biological Objects: Algorithms for Data Recording and Processing by Primin, M. A., Nedayvoda, I. V.

“…Based on low-temperature SQUID sensors, an ultra-sensitive magnetometric system has been created for the analysis of nanoparticles in biological objects. The…”
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BIOMAGNETISM OF DRUG-SENSITIVE AND DRUG-RESISTANT MALIGNANT TUMORS AFTER INJECTION OF FERROMAGNETIC NANOCOMPOSITE by Todor, I N, Lukianova, N Yu, Primin, M A, Nedayvoda, I V, Chekhun, V F

“…Magnetic signals emitted by living organisms, regardless of a biological species, are important biophysical indicators. The study of these indicators is very…”
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Method and Algorithm for Obtaining Elements of the Tensor of Spatial Derivatives of the Magnetic Induction Vector in the Problem of Searching for Magnetic Anomalies by Primin, M. A., Nedayvoda, I. V.

“…The values of all the components of the magnetic induction vector and its first-order spatial derivatives are determined from the spatial distribution of the…”
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A Method and an Algorithm to Reconstruct the Spatial Structure of Current Density Vectors in Magnetocardiography by Primin, M. A., Nedayvoda, I. V.

“…The spatial distribution of parameter values (measured at points of the plane of observation) of the magnetic field of the human heart is associated with the…”
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SQUID-Based Magnetometric Systems for Cardiac Diagnostics by Maslennikov, Yu. V., Primin, M. A., Slobodtchikov, V. Yu, Nedayvoda, I. V., Krymov, V. A., Khanin, V. V., Ivanov, G. G., Bulanova, N. A., Kuznetsova, S. Yu, Gunaeva, V. N.

“…Magnetometric systems based on superconducting quantum interference devices (SQUID) were developed for bio-medical applications. The characteristics of…”
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Low-cost 7-channel magnetocardiographic system for unshielded environment by Budnyk, M M, Voytovych, I D, Minov, Y D, Sutkovyi, P G, Primin, M A, Nedayvoda, I V, Vasyliev, V V

“…The purpose of this work was to develop a low-cost magnetocardiography (MCG) system for use at cardiology clinics, without any magnetic shielding. The device…”
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