Electrical Conductor

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Conductor, Electrical

 

a material that readily permits the passage of an electric current through it—that is, a material that has a high electrical conductivity, or low resistivity ρ. Good conductors are materials with ρ ≤ 10-6 ohm-cm. In contrast to conductors, insulators have high resistivities—from about 1014 to 1022 ohm-cm. Semiconductors occupy an intermediate position.

Electrical conductivity is determined by the concentration and mobility of the charge carriers. Conductors include metals, electrolytes, and plasmas. In metals, the charge carriers are quasi-free conduction electrons. In electrolytes, the current is produced by positive and negative ions. In a plasma, the current is carried by free electrons and positive and negative ions. At low temperatures, many metals and some semiconductors become superconductors.

References in periodicals archive ?
The clear conductor material is still in its early stages and Is only able to produce a solar conversion efficiency of about 1 percent.
m] in the <<metallic plasma>> formed in the air EE of the conductor due to the action of the HPC on it, the conductor material should be chosen with the largest values of [J.
Mm 3 Core Flat Conductor Material -Copper, Current Rating Ac-18 Amp, Resistance - 7.
In contrast, said Liou, the SAMMCERS process uses an epoxy or acrylic-coated dielectric material with silver (Ag) paste as the conductor material.
The most important variable in this relationship is the resistivity of the conductor material.
Graphene is a light, flexible conductor material which has properties of being ultra-thin and of high strength.
Obviously, currents can be kept quite small at high system voltages and conductor material between battery and inverter is reduced.
Choosing a conductor material depends largely on the material's performance during specific applications.
Maxwell, in which he was the first who showed that there is a contraction resistance in nature, except the widely-known volume electric resistance of a conductor material.
The induction rotors used in commercial motors currently are pressure diecast using aluminum as the conductor material.
The stochastic nature of the formation of the quantized data is determined by EWP quantized energy states of free electrons trapped in the microstructure of the conductor material at the time of supplying a voltage and start the flow of electric current through it or that kind [6].
One area in particular, is the conductor material itself, which is often the cable's largest expense.