This paper analyzes the condition of shockproof design for the transmission line . then puts forward the significance of developing database management system 本文分析了架空输电线路防振设计的现状，论述了开发架空输电线路防振设计数据库管理系统的意义。
Overhead t power transmission line distributes widely , stretches over the areas where the topography is complicated , the climate is variable . thus all kinds of faults inevitably take place because of long - term exposure in the natural environment 架空输电线路分布范围广，穿越地区地形复杂、气候条件多变，由于长期暴露在自然环境中，不可避免地会发生各种各样的故障。
With the aid of this technique , the precision of fault location could be greatly immune to the external interference , which comes from the variation of line parameters , especially for the variation caused by tough climate or severe chilliness in some areas where the line passes by 高压架空输电线的参数随气候等因素的变化是一个带有普遍性的问题，在地形复杂、气候恶劣或高寒地区尤为严重。
The accurate fault location for high voltage transmission line is one of the effective ways which guarantee the safe and steady work of the power system , hence the development and general situation of the research in this field in china and other countries is reviewed in this paper 对架空输电线路进行准确的故障测距是保证电力系统安全稳定运行的有效途径之一。为此，本论文比较全面地分析了国内外在此方面的发展历程和研究现状。
This paper makes a study of the simple fault detecting of oil field power system realizing by computer , proposes to apply the theory of traveling wave location and has the clarity of mathematical model concept and high automation . to the power delivery system with many emitting branches , it has a practical sense to save computer operation period and memory , making software design and simulation 本论文研究油田电力系统简单故障检测的一种计算机实现方法，提出利用互感器模型的行波法测距理论，数据模型概念清晰，自动化程度较高，对架空输电线路放射式分支路较多的电网能显著节省机时和内存，并进行软件设计与仿真，具有一定的实用意义。
As the developing of electrical industry , more and more transmission lines and stations are built to meet the need of power system . in recent years , transmission lines " rebuilding is carried out in many cities and lead to electromagnetic radiation by high voltage transmission lines and stations . electromagnetic pollution has become a serious problem 随着我国电力工业的发展， 500 、 330 、 220 、 110kv高压架空输电线路和变电站(所)建设规模不断扩大，近年来许多城市进行供电电力网的改建扩建， 220 、 110kv变电站(所)由城市郊区逐渐迁建到市区， 220 、 110kv高压架空输电线路在城市公众活动场所和居民区星罗棋布，由高压输电线路产生的电磁辐射必然对环境造成污染。
