With the continuous increase in the number and relevance of electric transmission lines and
distribution networks, there is a higher exposure to the magnetic fields generated by them …

In this paper, an optimization process, based on a genetic algorithm, is presented for the
minimization of the cost (including losses) of ferromagnetic and conductive shields. The …

The defect detection sensitivity of magnetic nanoemulsions (MNEs) stabilized with different
functional moieties such as anionic surfactant, co-polymer and a weak polyelectrolyte is …

The continuous increase in the demand for electricity makes it necessary to modernize or
build new transmission lines. This, in turn, results in research that is still being carried out on …

This paper deals with the mitigation of the three-phase power line magnetic field by a grid
electromagnetic shield. The shield is made of a set of wires located in the same plane and …

Power lines or underground power cables generate electromagnetic interaction with other
objects near to them. This study evaluates the magnetic field emitted by underground extra …

The issues were reviewed in assessing external electromagnetic fields' effect on the
parameters of an electrical power line probing system based on three-component …

The possibilities of placing magneto-sensitive sensors on the hull of a tunneling shield were
considered to implement the magnetometric part in the advanced sensing system designed …

This paper presents a simple guideline for configuration of the shielding materials that
mitigates the extremely low-frequency (ELF) magnetic fields generated by power facilities …

Mitigating magnetic fields in compact and limited spaces is a demanding task that requires
the application of effective measures. A stringent regulation of magnetic field exposure …