1) sleet bunder conductors
结冰分裂导线
2) iced conductor
结冰导线
1.
Combining stability theory with reality of transmission line galloping mechanism of iced conductor was analyzed.
应用稳定性理论并结合线路的实际工况分析了结冰导线的舞动机制。
4) bundle conductor configuration
分裂导线结构
5) bundle conductor
分裂导线
1.
Reasonably arranging spacers of bundle conductors to combat galloping;
合理布置分裂导线的间隔棒以减小舞动
2.
Galloping Computation and Analysis for Long Multi-span Bundle Conductors of Power Transmission Lines;
大跨越高压输电线路分裂导线覆冰舞动的研究
3.
The relation between geometric parameters of bundle conductor for UHVAC transmission line and the maximum power frequency electric field gradient on ground as well as the characteristic of the maximum power frequency electric field gradient on ground are studied; and the minimum heights of conductors above the ground and the widths of corridors for two basic conductor arrangements are given.
研究特高压输电线路几何参数与地面最大工频电场强度的关系和地面最大工频电场强度的特点,给出2种基本分裂导线排列方式的导线最小对地高度和走廊宽度。
6) split conductor
分裂导线
1.
Since large section and split conductor with big ratio of aluminum and steel is adopted in new power transmission lines in China, the conductor wave is easy to produce.
由于我国新建输电线路多采用铝钢比大的大截面导线和分裂导线形式,因而易引起导线在展放过程中起灯笼和舞动。
补充资料：分裂导线
| 分裂导线 bundled conductor 超高压输电线路为抑制电晕放电和减少线路电抗所采取的一种导线架设方式。即每相导线由几根直径较小的分导线组成，各分导线间隔一定距离并按对称多角形排列。超高压输电线路的分裂导线数一般取3～4根。 |
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