1.
SAITONG focuses on developing, manufacturing and selling overhead contact line systems, traction substation equipments, third rail systems etc.
公司主要设计、制造和销售铁路接触网系统、牵引变电所设备和城轨交通钢铝复合接触轨系统等。
2.
Trolley and contact wires for electric traction-Part 4: Aluminium-steel and aluminium alloy composite trolley wires
GB12971.4-1991电力牵引用接触线第四部分:钢、铝及铝合金复合接触线
3.
Trolley and contact wires for electric traction-Part 3: Aluminium and steel composite trolley and contact wires
GB12971.3-1991电力牵引用接触线第三部分:钢、铝复合接触线
4.
Experimental measurement on thermal contact conductance coefficient between aluminum alloys and 5CrMnMo die steel
铝合金与5CrMnMo模具钢界面接触换热系数实验研究
5.
Analysis of Wheel/Rail Contact Stress and Influent Factors in the Alloy Steel Combined Frog;
合金钢组合辙叉轮轨接触应力及其影响因素分析
6.
Research on Fusion-Brazing Joining between Aluminum and Steel by Laser-MIG Hybrid Welding
铝/钢激光-MIG复合热源熔-钎连接试验研究
7.
Contact reactive brazing between Al alloy/Cu/stainless steel and analysis on grain boundary penetration behaviors
铝合金/铜/不锈钢接触反应钎焊及晶界渗透行为分析
8.
Integrated die drawing to produce multi-wire composite structure surface contact wire rope
整体模拉法生产多丝复合结构面接触钢丝绳
9.
Softening and Recrystallization of Cu-Ag Alloy for Cu Cladding Al Contact Wire
铜铝复合接触线用银铜合金的抗软化性和再结晶
10.
Trolley and contact wires for electric traction-Part 5: Aluminium alloy trolley and contact wires
GB12971.5-1991电力牵引用接触线第五部分:铝合金接触线
11.
The widening of gauge and the overturning of rail will effect the contact point and dynamic forces between wheel and rail.
轨距扩大和钢轨侧翻将影响到轮轨接触点位置和动力作用。
12.
Abstract: The widening of gauge and the overturning of rail will effect the contact point and dynamic forces between wheel and rail.
文摘:轨距扩大和钢轨侧翻将影响到轮轨接触点位置和动力作用。
13.
Study on the Preparation and Performance of Steel/aluminum, Copper/aluminum Composites;
钢/铝、铜/铝复合材料的制备及性能研究
14.
treadle rail contact
轨道接触器， 踏板
15.
High Efficient Fusion-Brazing Joining Technology for Dissimilar Metals between Steel and Aluminium Alloy by Large Spot Nd:YAG Laser-Plused MIG Hybrid Process;
铝/钢大光斑Nd：YAG激光—脉冲MIG复合热源高效熔—钎连接技术
16.
Many engineering pairs such as the wheel-and-rail combination described in section 8.2. 1 generate elliptical contact areas.
工程上的许多运动组合，诸如 8．2．1 节中所描述的车轮与钢轨组合，都产生椭圆接触面。
17.
Effect of Curve Radius on Rolling Contact Fatigue Properties of Rails
曲率半径对钢轨滚动接触疲劳性能的影响
18.
Investigation on contact behavior between steel-gate track and concrete foundation
大型钢闸门轨道与混凝土基础接触问题分析