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The impact of electromagnetic radiation on the degradation of magnetic ferrofluids

The impact of electromagnetic radiation on the degradation of magnetic ferrofluids AbstractThis article deals with magnetic nano-fluids, which are the part of transformer oil ITO 100 and their behavior is influenced by a permanent magnetic field. We performed an IRC analysis in the time domain on the three different samples. Measurements were made before and after radiation of an electromagnetic field. The main objective was to examine changes in the properties of the samples due to the influence of the electromagnetic field. The measurements depend on the orientation of the external magnetic field. This behavior occurs especially during the structuring of the nanoparticles in the sample exposed to the magnetic field. These processes change the polarization of the liquid because the nanoparticles concentration is contained in the fluid. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Archives of Electrical Engineering de Gruyter

The impact of electromagnetic radiation on the degradation of magnetic ferrofluids

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Publisher
de Gruyter
Copyright
© Polish Academy of Sciences
ISSN
2300-2506
eISSN
2300-2506
DOI
10.1515/aee-2017-0027
Publisher site
See Article on Publisher Site

Abstract

AbstractThis article deals with magnetic nano-fluids, which are the part of transformer oil ITO 100 and their behavior is influenced by a permanent magnetic field. We performed an IRC analysis in the time domain on the three different samples. Measurements were made before and after radiation of an electromagnetic field. The main objective was to examine changes in the properties of the samples due to the influence of the electromagnetic field. The measurements depend on the orientation of the external magnetic field. This behavior occurs especially during the structuring of the nanoparticles in the sample exposed to the magnetic field. These processes change the polarization of the liquid because the nanoparticles concentration is contained in the fluid.

Journal

Archives of Electrical Engineering – de Gruyter

Published: Jun 27, 2017

References

  • Moisture solubility for differently conditioned transformer oils on and vol no pp
    Du
  • Addressing arrangement of the electromagnetic field in the vicinity ofelectric power lines Elektroenergetika in vol no
    Medveď
  • Effect of shielding materials for electromagnetic field distribution Proceedings of th International Scientific Symposium on Electrical in Republic pp
    Zbojovský
  • Thermal dependency of dielectric properties of liquid insulating materials Proceedings of th International Scientific Conference on Electric Republic
    Cimbala
  • Determination of thermal ageing influence on rotating machine insulation system using dielectric spectroscopy Przegląd Elektrotechniczny vol no pp
    Cimbala
  • Structure and viscosity of a transformer oil - based ferrofluid under an external electric field of and
    Rajnak
  • Simulation of electromagnetic fields propagation through the various materials of th International Scientific Conference on Electric Republic
    Zbojovský
  • Magneto - dielectric properties of transformer oil based magnetic fluids in the frequency range up to MHz vol no pp
    Timko
  • Influence of temperature and moisture level in paper oil insulation on the parameters of the model on delivery vol no pp
    Wolny
  • Preparation of magnetic fluids for various applications in
    Bica
  • Magnetic fluid in ionizing electric field of vol no pp
    Marton
  • Impact of electromagnetic fields in residential areas Elektroenergetika vol no pp
    Medveď
  • Computation of harmonic flows in three - phase systems vol no pp
    Kanálik
  • methodology and evaluation of high - frequency electromagnetic fields of base stations of mobile operators in populated areas Ukraine - EU Technology in
    Liptai
  • Electromagnetic compatibility of in monography
    Dolník
  • Measuring of dependence of shielding effectiveness of wet materials on the frequency of electromagnetic field in the high frequency range vol no pp
    Pavlík