1) escape route
避灾路线
1.
Based on development of the hazard, the authors have divided the routes into three classes, namely, ideal route, feasible route and escape route.
避灾路线的选择与灾情的发展及井巷的条件有关。
2.
Taking a large-scale mine suffered an assumed mine fire as an example,the paper studies the accessibility of roadways,the degrees of difficulty in passing throughroadways during the mine fire as well as the algorithm of″k-shortest paths″,The method of detem1ination of escape routes according to the condition of the fire disaster has beenput forward.
提出了依据灾情变化确定避灾路线可通行性的方法；对影响井巷通行难易度的因素进行了分析并建立了相应的计算模型；还提出了以ｋ最短路基本定理为基础求解ｋ条最佳避灾路线的简便新算法。
3.
The paper introduced the status of mine s emergency rescue and determination method of the best escape route.
文章介绍了矿井灾害应急救援的情况和最佳避灾路线的确定方法。
2) rescue route
救灾路线
1.
Mathematical model and algorithm of a dynamic optimum rescue route during mine fire time based on MapObject;
基于MapObject的矿井火灾动态最佳救灾路线数学模型和算法
3) postman path in areas flooded
灾邮路线
4) line surge arrester
线路避雷器
1.
The Installation ways of line surge arrester and its selection;
线路避雷器的安装方式及选择
2.
To solve the calculation problem of line surge arrester shunting coefficient at line lightning protection,equivalent circuit of line surge arrester acting is built under three lightning damage conditions: direct lightning strike on top of transmission tower and on central span of overhead grounding wire,lightning shielding failure.
为了解决线路避雷器在防雷中的分流系数计算问题,针对雷电直击输电线路的杆塔顶部及档距中央避雷线和雷电绕击导线等三种雷害情况,建立线路避雷器动作时的等值电路,推导出线路避雷器在防雷中的分流系数计算公式。
3.
In order to study the function of line surge arrester at line lightning protection,equivalent circuit of line surge operation had been built considering conditions of straight lightning strike on tower top and round strike to conductor.
为了研究线路避雷器在防雷中的作用,根据雷电直击杆塔顶部及绕击导线两种情况,建立线路避雷器动作时的等值电路,推导出考虑残压影响的线路避雷器对雷电流的分流计算公式。
5) line MOA
线路避雷器
1.
The Analysis and Application of Line MOA on AnHui 220kV Transmisson Line;
安徽电网220kV输电线路安装线路避雷器的分析及应用
2.
Installation of line MOA is an effective measure for decreasing trip-out accident due to lighting stroke on overhead line,enhancing reliability of power supply and reducing service cost.
加装线路避雷器是减少线路雷击跳闸事故,提高供电系统可靠性,进一步降低运行成本的一种有效手段。
6) line lightning arrester
线路避雷器
1.
Some measures to prevent thunderstorm damage are introduced such as adding line lightning arrester,reducing ground resistance of poles and towers,lightning protection for standby .
通过对发生的电网事故的分析,介绍了一些防止雷害的措施:加装线路避雷器,降低杆塔接地电阻,热备用断路器防雷等方面的内容。
补充资料：避灾
1.谓避免灾祸。
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