1) vertical wheel contact force
垂直接地力
1.
By using IPC(Industrial Personal Computer),the vertical wheel contact force and the excited vibrant platform frequency are directly collected.
采用工业控制计算机直接采集车轮垂直接地力与激振台面频率,提高了测试系统的精度和实时性。
2) vertical grounding rods
垂直接地极
1.
Using CDEGS program,the author analyzed the influence of variation conserning resistivity of upper soil layer,reflection factor,thickeness of upper soil layer and length of vertical grounding rods on resistance reduction rate.
在变电站双层土壤结构中,采用接地设计软件CDEGS分析了上层土壤电阻率、反射系数、上层土壤厚度及垂直接地极长度变化对降阻率的影响。
3) vertical grounding electrode
垂直接地极
1.
Based on alternative electrode arrangement region of UHVDC,this paper selects a region suitable for vertical grounding electrode and designs several different arrangement scenarios of this kind of electrode,then computes their performance parameter in technology and economy.
针对±800 kV直流输电工程接地极的备选极址概况,选取理论上适合采用垂直型电极的极址,设计了几种垂直接地极的不同布置形式,在子电极长度不变其它参数改变和子电极根数不变其它参数改变2种情况下进行了技术和经济性能的计算比较。
4) vertical grounding electrode
垂直接地体
5) deep-seated and vertical grounding
垂直接地法
1.
The experimental results show that the deep-seated and vertical grounding can effectively reduce the tower s grounding resistance by deep humid soil with lower resistivity.
根据城区线路接地敷设中施工场地受到限制的特点 ,提出了在运行线路上使用深层垂直接地法来提高输电线路耐雷水平的新思路。
6) vertical seismic force
垂直地震力
补充资料：垂直
当两直线所成的角为直角时，称它们互相垂直。这一概念也可推广到两平面间或直线与平面间的情况。
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