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Volume 59 >>> № 5 SEPTEMBER — OCTOBER 2023

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UDC 682.32+537.8

M. Primin¹, I. Nedayvoda²

¹ V.M. Glushkov Institute of Cybernetics of the NAS of Ukraine, Kyiv, Ukraine

priminma@meta.ua

² V.M. Glushkov Institute of Cybernetics of the NAS of Ukraine, Kyiv, Ukraine

igorvlad63@meta.ua

ALGORITHMS FOR THE ANALYTICAL SOLUTION OF THE MAGNETOSTATICS
INVERSE PROBLEM FOR THE SIGNAL SOURCE OF THE DIPOLE MODEL

Abstract. Four variants of algorithms of the analytical solution of the magnetostatics inverse problem for the dipolar model of field source are proposed. The solution algorithms are based on the properties of the tensors of the first and second spatial derivatives of the magnetic induction vector. Based on the method of solving the problem, variants of spatial configurations of flux transformers of SQUID magnetometric systems and their possible spatial location are proposed. For all variants of measuring systems, the results of numerical simulation of the solution to the problem of spatial localization of the dipolar source of the magnetic signal are presented.

Keywords: inverse problem, magnetostatic, SQUID sensor, magnetometric system, information technology.

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UDC 682.32+537.8

ALGORITHMS FOR THE ANALYTICAL SOLUTION OF THE MAGNETOSTATICS INVERSE PROBLEM FOR THE SIGNAL SOURCE OF THE DIPOLE MODEL

REFERENCES

ALGORITHMS FOR THE ANALYTICAL SOLUTION OF THE MAGNETOSTATICS
INVERSE PROBLEM FOR THE SIGNAL SOURCE OF THE DIPOLE MODEL