1.
On the testing and estimating methods for the internal force of the main cable on the suspension bridge and its application
悬索桥主缆内力测试估算方法与应用
2.
It is mainly applied in voltage power cables and control cables.
主要用于中低压电力电缆和控制电缆的绝缘。
3.
Mainly applied in cracking resistant sheath of communication cable,control cable and power cable.
主要用于通信电缆，控制电缆和电力电缆的护套层。
4.
Study of flame-retardant property of high voltage power cables in tunnels
隧道内高压电力电缆阻燃性能的研究
5.
STUDY ON BENDING STRESS OF MAIN CABLE IN LONG-SPAN SUSPENSION BRIDGE
大跨度悬索桥主缆弯曲应力试验研究
6.
Effect of initial stress of main cable on dynamic characteristics of suspension bridge
悬索桥主缆初应力对桥梁动力特性的影响
7.
Methods:81 cases with patellar fracture were treated by tension-band thread cable internal fixation.
方法 :对 81例髌骨骨折采用张力带线缆内固定。
8.
Influence of non-support cable hoisting construction error on the arch bridge internal force
无支架缆索吊装施工误差对拱桥内力的影响
9.
Study of Calculation Methods for Anchorage Force of Main Cable Wire Strands of Suspension Bridge
悬索桥主缆丝股锚固力的计算方法探讨
10.
Influence on the Performance of the Completion Structure by the Initial Tension of the Main Cable of the Suspension Bridge
悬索桥主缆初张力对成桥结构性能的影响
11.
The Establishment of Main Cable Curve and Inclined Tower Force Analysis for Xinghai-bay Footbridge;
星海湾人行桥主缆线形确定及斜塔受力分析
12.
Experimental Research on Mechanic Behavior for Anchorage Zone of Main Cable of Self-anchored Suspension Bridge;
自锚式悬索桥主缆锚固区受力性能试验研究
13.
Study on the Basic Mechanical Equations of Curved Beam Element for the Main Cable's Calculation
用于主缆计算的曲梁单元基本力学方程的研究
14.
Jinhe large Bridge cable-hoisting system scheme and main cable force analysis
金河大桥缆索吊装系统方案与主索受力分析
15.
Antiskid Trial of Main Cable of Suspension Bridge and Analysis of Strees Testing
悬索桥主缆索夹抗滑试验及应力测试分析
16.
Electric power cable paper
GB7969-1987电力电缆纸
17.
For laying in doors, in tunnels and in cable trench, able to bare external mechanical forces and certain puling force.
室内、道、缆沟、井等能承受机械外力和一定拉力的场所。
18.
For laying in doors、intunnels and in cable trench, able to berar external mechanical forces, but unale to bear large pulling force.
室内、隧道、电缆沟等能承受机械外力的场所，但不能承受大的压力。