01559cam a22002771  4500001001300000003000400013005001700017008004100034010001700075035002000092040004800112050001700160110006300177245007700240260004700317300007600364490013900440500004300579505048600622650002001108650002401128700003601152700003001188700002901218700003401247gs 24000019 DLC20260227111328.0861112m19231929wauadf        000 0 eng c  ags 24000019   a(OCoLC)14705244  aLibrary, U.S. Geological SurveycTxDaMdDLC00aTK3231b.W282 aUniversity of Washington.bEngineering Experiment Station.10a... Transmission line design ...cby Frederick Kurt Kirsten [and others]  aSeattle, Wash.,bThe University,c1923-29.  a4 v. in 5.billus., plates (incl. fold. charts) tables, diagrs.c23 cm.0 aWashington (State) University. Engineering Experiment Station. Engineering Experiment Station series. Bulletinvno. 17, 29, 32, 44, 50  a[Part III] issued under subtitle only.0 apt. I. Mechanical features, by F.K. Kirsten. 1923. --pt. I. Mechanical features [cont]. Sec. B. Mechanical design of spans with supports at unequal elevation, by G.S. Smith. 1924. --pt. II. Electrical features, the line of maximum economy, by F.K. Kirsten and E.A. Loew. 1925. --[pt. III]- The 500-mile transmission line with distributed synchronous condenser capacity, by F.K. Kirsten and C.M. Briggs. 1928. --pt. IV. Choice of line voltage and conductor size, by E.A. Loew, 1929. 0aElectric lines. 0aPowerline ampacity.1 aKirsten, Frederick Kurt,d1885-1 aLoew, Edgar Allan,d1882-1 aBriggs, Clifford Milton.1 aSmith, George Sherman,d1889-