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Page 11 - ... temperature coefficient of resistance of standard annealed copper, measured between two potential points rigidly fixed to the wire, is 0.00393 = 1/254.45. . . . per degree centigrade. (4) As a consequence, it follows from (1) and (2) that, at a temperature of 20 "C. the resistance of a wire of standard annealed copper of uniform section, one meter in length and weighing one gram, is (1/58) X 8.89 = 0.15328 ohm.fS 676 Copper Wire Tables.
Page 11 - The following shall be taken as normal values for standard annealed copper: (1) At a temperature of 20�C., the resistance of a wire of standard annealed copper one meter in length and of a uniform section of 1 square millimeter is 1/58 ohm = 0.017241 ... .ohm. (2) At a temperature of 20"C., the density of standard annealed copper is 8.89 grams per cubic centimeter. (3) At a temperature of 20�C , the
Page 11 - At a temperature of 20�C , the " constant mass " temperature coefficient of resistance of standard annealed copper, measured between two potential points rigidly fixed to the wire, is 0.00393 = 1/254.45.
Page 54 - The dielectric constant k is defined as the ratio of the capacitance of a condenser, or capacitor, with a dielectric between the plates to that with a vacuum between the plates.
Page ii - A SHORT COURSE IN TENSOR ANALYSIS FOR ELECTRICAL ENGINEERS by Gabriel Kron TENSOR ANALYSIS OF NETWORKS by Gabriel Kron MATHEMATICS OF MODERN ENGINEERING Volume I by Robert E.
Page ii - TENSOR ANALYSIS OF NETWORKS By Gabriel Kron. 635 pages. 330 figures. 6 by 9. Cloth. TRANSFORMER ENGINEERING By LF Blume, G. Camilli, A. Boyajian, and VM Montsinger. Edited by LF Blume. 496 pages. 348 figures. 6 by 9.
Page 111 - Joint Subcommittee on Development and Research, Edison Electric Institute and Bell Telephone System.
Page 13 - The change of resistivity of copper per degree is a constant, independent of the temperature of reference and of the sample of copper. This "resistivity-temperature constant...
Page 173 - Progress in the Study of System Stability," by IH SUMMERS and JB McCLURE, AIEE Transactions, Vol.
Page 47 - Formulas and Tables for the Calculation of Mutual and Self Inductance. By: EB Rosa and FW Grover Bulletin of the Bureau of Standards 18.