2) multiple-loop line
同塔多回
1.
This paper focuses on reducing the power frequency magnetic field under the multiple-loop lines in the same tower by optimizing the phase sequence arrangements of the lines.
为了减小同塔多回输电线路的工频电磁场,使其达到最低水平,通过相序优化布置的方法,综合考虑输电线路工频磁场空间最大值极小和平均值极小两个指标,计算与比较两种各回导线均垂直布置的同塔多回输电线路不同相序线路下方工频磁场,给出了各层对称的双回导线均逆相序排列,且相邻两层的下层双回的顶部导线与上层双回底部导线相序相同的最优相序布置规律。
3) triple-circuit tower
三回同塔
4) pylon and beam synchronous construction
塔梁同步
1.
The pylon and beam synchronous construction technology does not rigidly adhere to the past main pylon-before-main beam construction method,uses the pylon and beam synchronous con- struction,which has been verified in many cable-stayed bridges.
塔梁同步施工技术不拘泥过去先主塔后主梁的施工方法,采用塔梁同时施工,在多座斜拉桥中得到了验证。
5) four-circuit lines on the same tower
同塔四回
1.
Lightning performance of 220 kV four-circuit lines on the same tower;
220kV同塔四回输电线路防雷性能研究
6) double circuit transmission line
同塔双回
1.
The theoretical mode and result analysis for mathematical calculation of power- frequency electric field under 220kV double circuit transmission line on same tower are put forward, which will be valuable to other similar problem.
给出 2 2 0 k V同塔双回输电线下空间工频电场强度分布计算的理论模型和结果分析 ,为解决类似问题提供一个范
补充资料：普同塔
【普同塔】
（杂名）禅林之语。藏亡僧之骨于一处，故云普同塔。又曰普通塔，海会塔。
（杂名）禅林之语。藏亡僧之骨于一处，故云普同塔。又曰普通塔，海会塔。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条