A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BIMETALLIC CONDUCTOR’S SPECIFIC RESISTANCE
Improvement of conductors of electric energy and signals is considered by the authors. The subject of the research consists in cable conductors, and their improvement is analyzed on the macro-level. The authors have derived the final formula designated for the calculation of the value of the specific electric resistance of bimetallic conductors. MathCAD-14 software was employed to perform the calculations. The analysis of dependencies derived by the authors allowed the authors to make the conclusion that the thinner the copper layer, the higher the specific electric resistance of the bimetallic conductor. Moreover, the authors succeeded in making a quantitative presentation of the aforementioned characteristic, which is a relevant contribution into its further systemic analysis.
BIMETALLIC CONDUCTOR’S SPECIFIC RESISTANCE
Improvement of conductors of electric energy and signals is considered by the authors. The subject of the research consists in cable conductors, and their improvement is analyzed on the macro-level. The authors have derived the final formula designated for the calculation of the value of the specific electric resistance of bimetallic conductors. MathCAD-14 software was employed to perform the calculations. The analysis of dependencies derived by the authors allowed the authors to make the conclusion that the thinner the copper layer, the higher the specific electric resistance of the bimetallic conductor. Moreover, the authors succeeded in making a quantitative presentation of the aforementioned characteristic, which is a relevant contribution into its further systemic analysis.
BIMETALLIC CONDUCTOR’S SPECIFIC RESISTANCE
Markitantova Natal'ya Konstantinovna (author) / Polekhina Galina Alekseevna (author)
2013
Article (Journal)
Electronic Resource
Unknown
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