Electrical Conductivity

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electrical conductivity

[ə′lek·trə·kəl ‚kän‚dək′tiv·əd·ē]

Conductivity, Electrical


(or conductivity), a physical quantity equal to the electrical conductance of a cylindrical conductor of unit length and unit cross-sectional area. The relation between conductivity σ and resistivity ρ is given by the equation σ = 1/p. Conductivity is usually measured in units of mho/m or mho/cm. The mho, also called the Siemens, is equal to the reciprocal of the ohm.

electrical conductivity

A measure of the ability of a material to conduct electric current.
References in periodicals archive ?
[11] researched the temperature dependence of the electrical conductivity of PEDOT:PSS films, prepared from pristine PEDOT:PSS aqueous dispersion, over the temperature range -150 to 250 [degrees]C (123-523 K).
(2013), sorghum plants submitted to irrigation with increasing levels of electrical conductivity (5.2; 10.5; 23.1 dS [m.sup.-1]) presented a reduction in [F.sub.m] with the elevation of salinity.
This shows that when the technological parameters of the embroidery element are different, the electrical conductivity is influenced by the differences of the characteristics of the fabrics.
The electrical conductivity of metallurgical slag is closely related to the optical basicity of slag [25], and it is meanful to study the influence of optical basicity of slag (except FeO) on electrical conductivity of [Fe.sub.x]O-CaO-Si[O.sub.2]-[Al.sub.2][O.sub.3].
Element Weight (%) Atomic (%) C 44.63 57.26 Si 50.64 27.18 O 13.12 12.63 Ag 11.21 1.60 Na 1.08 0.73 Table 2: The measured electrical conductivity versus UV-Vis [Ag.sup.+] absorbance at 190-300 nm band.
They reported that the addition of Cu filler to the UPR increased the thermal and electrical conductivity. According to this result, the electrical conductivity obeys the same trends as thermal conductivity [21].
Figure 3 presents the hardness and electrical conductivity of the Cu-0.15Hf, Cu-0.4Hf, and Cu-0.9Hf alloys after aging treatment, which has been carried out for different temperatures and times.
Different distributions of nanofibers, induced by a modulation of the electric field during the electrospinning process, can deeply influence the electrical conductivity of final samples.
Trends of electrical conductivity are shown in Figure 3(b).
These changes will affect in type and amount of milk mineral in pH, acidity and electrical conductivity of milk.
The evolution of the normalised electrical conductivity of the mixtures as a function of time is shown in Fig.

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