The phrase "an excellent electrical" is not correct and lacks clarity in written English.
It may be intended to describe something related to electrical engineering or electrical devices, but it needs additional context to be meaningful.
Example: "She is an excellent electrical engineer who has designed several innovative circuits."
Alternatives: "a superb electrical" or "a remarkable electrical".
The energy "is discharged overboard through the plane's aluminum skin, which is an excellent electrical conductor".
Carbon nanotubes are chemically activated to create hierarchical multiscale porosity while maintaining an excellent electrical conductivity.
The graphene/SBS composite has an excellent electrical conductivity with a percolation threshold of ∼0.25 vol.%.
The resulting graphene films possessed an excellent electrical conductivity with a high transparency.
It resists attack by most chemicals, is impermeable to gases, retains its properties upon exposure to gamma radiation, and is an excellent electrical insulator.
The nanocomposite membrane demonstrated an excellent electrical conductivity of 4.56 S cm−1 with a desired flexibility.
Among the available oxide semiconductors, a-IGZO with excellent electrical properties was used for fabricating the TFT active layer, and a homogeneous embedded conductive layer (HECL) obtained through photochemical doping at room temperature was embedded in the channel path to enhance electrical mobility.
It was found that the honeycomb sub-structure survived after hot-pressing, resulting in a graphite network penetrating through the entire composite body, which produces a composite with excellent electrical conductivity.
Compared with diamond and cubic BN, AlMgB14 is an equilibrium material with excellent electrical conductivity, high chemical stability, and lower density.
Carbon nanotubes [CNTs], a type of 1-D nanostructure, possess several unique properties including hollow and layered structures, a high aspect ratio, excellent electrical and thermal conductivity, high mechanical strength, and a large specific surface area [9].
The interaction between poly 3,4-ethylenedioxythiophene), a conducting poly 3,4-ethylenedioxythiopheneal and eleconductingal polymeries, and plasmid DNA has been investigated using electrophoresis, UV–visible and CD spectroscopy, and quantum mechanical calculations.
