1) striking distance
击距
1.
It is not reasonable that striking distances of lightning leader to phase conductor, ground line and the ground are equal in classical electric geometry method (EGM).
针对经典电气几何模型认为雷电先导对导线、避雷线、大地三者之间击距相等的不合理问题,提出了用击距系数来描述雷电先导对导线与大地击穿强度的差别;依据长间隙放电与雷击放电的相似性,开展了棒-板间隙实验以得到击中目的物概率为50%时雷电先导与地面、导线之间的位置关系。
2.
The physical modeling approach is developed to investigate the effect of weather conditions like air density and humidity on lateral lightning striking distance.
采用电荷模拟方法对雷击水平导线进行建模,探讨了天气条件(空气密度和湿度)对雷电击距的影响,并导出了用于计算天气条件对接地水平导线击距影响的表达式。
3.
The electrogeometric model (EGM) described with striking distance has been widely used in the shielding failure analysis of transmission line.
使用击距描述的电气几何模型广泛用于输电线路的雷电绕击分析。
2) impact distance
冲击距离
1.
The instantaneous impact force is linear with impact distance, and depends on the difference in tension between descending and ascending vessels and the elasti.
结果表明:防撞梁的瞬态冲击载荷不仅与冲击距离呈线性关系,而且和提升容器下降侧与上升侧的张力差、提升钢丝绳的弹性系数有关。
3) striking distance factor
击距系数
1.
Experimental data indicate that striking distance factor k decreases with the increas.
针对经典电气几何模型认为雷电先导对导线、避雷线、大地三者之间击距相等的不合理问题,提出了用击距系数来描述雷电先导对导线与大地击穿强度的差别;依据长间隙放电与雷击放电的相似性,开展了棒-板间隙实验以得到击中目的物概率为50%时雷电先导与地面、导线之间的位置关系。
2.
"The striking distance factor" is introduced based on the improved electric-geometry model and by fully considering difference of electric intensity between lightning stroke on the transmis-sion line and the ground.
基于改进电气几何模型并充分考虑了雷击避雷线与大地的不同,引入击距系数。
4) maximum striking distance
最大击距
1.
According to the EGM in which the striking distance factor K and ground obliquity θ is considered,it takes the intersection of transmission tower central line and ground as reference point,and then derives the calculation method of the maximum striking distance.
为了提高线路绕击耐雷性能,笔者研究了高压输电线路绕击耐雷性能的分析方法,对考虑击距系数K和地面倾角θ后的电气几何模型,以杆塔中心线与大地交点作参考点,推导了最大击距的计算方法,同时探讨了最大击距不存在情形下击距系数K、避雷线保护角α、地面倾角θ的关系问题,论证了可以通过平衡K、α、θ的取值而有效提高线路绕击耐雷性能。
5) firing distance
射击距离
1.
Objective:Uo study the relationship between GSR and firing distance,and to discuss the possibility of estimating firing distance with GSR.
目的:研究枪弹射入门周围射击残留物(GSR)与射击距离的关系,探讨其能否用于射击距离的判断。
2.
Objective: Estimating firing distance is very important in inspection of gunshot.
目的:判断射击距离是枪案检验必须解决的重要问题之一,对于犯罪现场重建发挥着关键作用。
6) punning interval
夯击间距
补充资料：距击
1.抗击。距，通"拒"。
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