Sentence examples for conductor diameter from inspiring English sources
The results show that the global drag coefficients vary significantly with the wind attack angles and they decrease with the increase of the conductor diameter and bundle number.
Although such vibrations are barely perceptible due to their low amplitudes (less than a conductor diameter), they are, however, extremely important since they may lead to conductor fatigue.
The outcomes of this study can be used as a guide for designing and producing reliable distribution transformers by selecting suitable conductor diameter which may has better fatigue life cycles endurance capability.
Therefore, a series of wind tunnel experiments were carried out to measure the global drag coefficients of multi-bundled conductors with the conductor diameter, bundle number, wind turbulence intensity and wind attack angles varied.
The ±800-kV and ±1000-kV ±1000-kVe UHVDC trandmission projects aboveeatUHVDCwitransmissionage, large conductor diameter, and wide right-of-way of single lines, where the EME (electric field, ion current, magnetic field, audible noise, and radio interference) is to some extent different from that of ±500-kV HVDC transmission projects.
As a reference, we analyze a standard copper outer, silver plated copper clad steel (SPCW 2 center conductor coaxial cable with a solid PTFE (sPTFE) dielectric and an outer conductor diameter of (2.2 mbox{mm}) ((0.085 mbox{in})) manufactured by Micro-Coax, Inc. [33].
However, there is a similar compromise in terms of the ratio of conductor diameters.
We are looking for an analytical expression for the electric field of two long parallel cylindrical conductors of diameter ρ0 distance dAB apart that carry electrical charges + q and – q.
Closed loop of coated conductor with a diameter of around 1 cm was successfully prepared and was cooled with a magnetic field of about 500 G in order to induce supercurrent.
Less than 1% and approximately 50% of the female and male general population, respectively, were found to have the maximum strength to manually cut a cable with a 2 cm diameter conductor.
The present paper continues the work of the previous and presents the use of small diameter conductors including a series of specific mechanical characteristics alongside conventional conductors in order to uprate the loading capacity of electrical power transmission lines.
