全介质自承式光缆

在已有输电杆塔上架设全介质自承式光缆（ADSS），可以充分利用线路资源，节约投资，但还存在一定的问题。

Fixing ADSS on existed electrical transmission line tower can fully utilize the resource of transmission line tower , reduce the investment , but there still are some problems which have to be solved .

全介质自承式光缆（ADSS）由于其低阻尼特性更易发生微风振动，易造成ADSS的疲劳断缆或光纤损伤，危及电力通信线路的安全运行。

All Dielectric Self-Supporting ( ADSS ) fiber optical cables take place aeolian-vibration due to their low self-damping characteristics . It may results in breakage of cables or damage of fibers , and endangers the safe run of the power communication transmission lines .

全介质自承式光缆在电力通信中的应用

Application of All Dielectric Self-supporting Optical Fiber Cable in Power System Telecommunication

全介质自承式光缆在特殊跨越条件下的施工技术

Construction Techniques for All Dielectric Self-supporting Optical Fiber Cables under Special Crossing Conditions

电力系统利用自身的网络优势，沿着高压线路同步架设全介质自承式光缆和架空地线复合光缆已经是大势所趋。

Power system which utilizes its own advantages , erection of self-supporting cables with all-dielectric and OPGW is a general trend along the high voltage line synchronization .

介绍了ADSS（全介质自承式）光缆计算机辅助设计（CAD）软件的开发和软件编写的心得体会，并对软件设计中的一些关键问题进行了讨论。

The development of CAD software for ADSS fiber optic cables and the experience during compilation of this software are presented . Besides some key points in designing the software are discussed .

利用高压输电线路架设全介质自承式（ADSS）光缆

Setting up All Dielectric Self-supporting Optical Fibre Cable ( ADSS ) by Using High Voltage Transmission