Adopting a high temperature superconducting cable system into the power grid has been studied and demonstrated around the globe because of its inherent high potential for such high transmission capacity, low electrical loss, environment friendly operation and so on.
Some of the features of amorphous magnetic alloys that differentiate them from other soft magnetic materials include: low magnetic loss, fast flux reversal, high electrical resistivity and low acoustic loss.
In the family of spinel ferrites, nickel zinc mixed ferrites are commercially important magnetic materials because of their high saturation magnetization, high electrical resistivity and low losses.
Permanent magnet ferrites are widely used in the electrical manufacturing industry due to its several advantages [1] and impressive properties such as high electrical resistivity [2], large hysteresis loss, and high intrinsic coercivity [3].
Amorphous U-core used to make reactor cut sharply eddy current loss due to high electrical resistivity characteristic, thickness of thin ribbon and insulation of dipping paint.
Ferrites possess many attractive features for RF device applications such as the nonreciprocity, the frequency-dependent permeability, the magneto-dielectric properties, and high electrical resistivity and low eddy current loss at high frequencies.
The high aspect ratio and low bulk density of CNTs gives rise to high electrical conductivity and, consequently, the large dielectric loss displayed by CNT-containing suspension, causing the outstanding thermal behaviour of CNT-containing suspension under MW.
Thus, to obtain high electrical conductivity (low resistance) and thereby low losses for RF applications or other applications, TSVs with conductive metal cores, for example, made of Cu or Au, are needed2.
The stand-up structure of GNW CNT/CF has a high capacitance, attributable to its large surface area, high electrical conductivity and direct growth with low energy-loss.
These tapes will exhibit minimized ac loss by subdividing the Y Ba Cu O layer with barriers which exhibit high electrical resistance.
