AbstractThe development of dielectric breakdown and the DC dielectric breakdown voltage of magnetic fluids based on inhibited transformer oil ITO 100 were investigated in parallel orientations of external magnetic field. It was shown that the breakdown voltage is strongly influenced by the magnetic nanoparticles. The magnetic fluids with the volume concentration 1and 0.2% had better dielectric properties than pure transformer oil. The increase of breakdown voltage was interpreted on the base of the bubble theory of breakdown
Nowadays, nanoscale materials are increasingly popular in academic and industrial research. It is ex...
Nanofluids seem to gradualy become an alternative to traditional insulating liquids, such as transfo...
In this work, dielectric properties of magnetic fluids composed of magnetite particles dispersed in ...
AbstractThe development of dielectric breakdown and the DC dielectric breakdown voltage of magnetic ...
AbstractIn this study, we have measured the dielectric breakdown voltage of transformer oil-based na...
Research on the transformer oil-based nanofluids (NFs) has been raised expeditiously over the past d...
The development of electric breakdown in magnetic fluids (MFs) has been analyzed. MFs have been cons...
In this paper the experimental study of the breakdown field strength in a transformer oil based ferr...
Transformer oil is conventionally used as an insulating liquid for the purpose of insulation and coo...
Mineral oil is a dielectric liquid commonly used in high voltage equipment such as power transformer...
Substitution of transformer oil as insulator medium by magnetic fluid in transformers requires obser...
The DC breakdown characteristics of dielectric liquid – transformer oil were measured. The experimen...
This contribution is devoted to study of dielectric and magnetodielectric properties in transformer ...
none3siTraditionally mineral oil is employed in power transformer as a cooling medium and as an elec...
The interest in developing new nanodielectric fluids suitable for electrotechnical applications has ...
Nowadays, nanoscale materials are increasingly popular in academic and industrial research. It is ex...
Nanofluids seem to gradualy become an alternative to traditional insulating liquids, such as transfo...
In this work, dielectric properties of magnetic fluids composed of magnetite particles dispersed in ...
AbstractThe development of dielectric breakdown and the DC dielectric breakdown voltage of magnetic ...
AbstractIn this study, we have measured the dielectric breakdown voltage of transformer oil-based na...
Research on the transformer oil-based nanofluids (NFs) has been raised expeditiously over the past d...
The development of electric breakdown in magnetic fluids (MFs) has been analyzed. MFs have been cons...
In this paper the experimental study of the breakdown field strength in a transformer oil based ferr...
Transformer oil is conventionally used as an insulating liquid for the purpose of insulation and coo...
Mineral oil is a dielectric liquid commonly used in high voltage equipment such as power transformer...
Substitution of transformer oil as insulator medium by magnetic fluid in transformers requires obser...
The DC breakdown characteristics of dielectric liquid – transformer oil were measured. The experimen...
This contribution is devoted to study of dielectric and magnetodielectric properties in transformer ...
none3siTraditionally mineral oil is employed in power transformer as a cooling medium and as an elec...
The interest in developing new nanodielectric fluids suitable for electrotechnical applications has ...
Nowadays, nanoscale materials are increasingly popular in academic and industrial research. It is ex...
Nanofluids seem to gradualy become an alternative to traditional insulating liquids, such as transfo...
In this work, dielectric properties of magnetic fluids composed of magnetite particles dispersed in ...