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Anisotropy has an effect on the electrical properties: composites with VGCNF preferentially parallel to the electric field show lower electrical resistance and higher dielectric constant.
Because of a DC system's much lower electrical impedance, faults can rip through it extremely quickly.
This tight coupling between an embedded chip and a light source is widely considered to be the future of illumination, promising much lower electrical bills.
(This lower electrical conductivity for the amorphous metal can be an advantage in some situations, as discussed below in the section Magnetic glasses).
The most noted exception from the additivity relationship here is the mixed-alkali effect, in which glasses containing two or more different types of alkali ions have a significantly lower electrical conductivity than linear additivity would suggest.
More CNTs, more contacts, and lower electrical resistance.
Higher amount of CNT gives lower electrical resistance.
The results obviously demonstrate the lower electrical conductivity, the higher the transmittance.
This is expected since the CNTs exhibit a lower electrical conductivity than AgNP aggregates [26].
One possible alternative approach is to develop PMTs that run at much lower electrical power.
This is because the VAWT generates relatively lower electrical power than the HAWT.
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