1) Duanjia Bridge
段家桥
1.
QIAN Wei-shan,Rhapsody on the Zhe River and Duanjia Bridge;
钱惟善与《浙江潮赋》及段家桥
2) Deck Segment
桥面节段
1.
Three-Dimensional Spacial Buckling of Separated Twin-box Deck Segment in Large-span Cable-Stayed Bridge;
大跨度斜拉桥分离式双箱梁桥面节段的三维空间屈曲
3) Road-approach-bridge secdon
路桥段
4) bridge location reach
桥位河段
1.
Characteristics analysis of Hongtang bridge location reach at south branch of Minjiang River;
闽江南港洪塘大桥桥位河段特性分析
2.
The change of the water level, influence of riverbed scouring on water surface profile, the change of the fluent of the bridge location reach caused by compression of the piers, the velocity of the main current changes along the way , the velocity distribution near the bridge span and the other factors make the situation becomes very complicated.
由于河道的特殊性,桥梁建成后改变了天然河道的水流条件,桥位附近的水位变化、河床冲刷对水面线的影响、水流受桥墩压缩后引起的桥位河段水流的变化、主流沿程流速的变化和桥孔流速分布等因素使桥位情况变得非常复杂,这样的结果是给安全留下了很多隐患,可能对桥梁安全、通航安全、航道维护和建设造成严重的影响,对桥位河段的碍航分析整治研究是具有重要现实意义的。
3.
The construction of a large number of river-crossing bridges makes the natural reach turn into the bridge location reach.
大量跨河桥梁的兴建,使得天然河段变成了桥位河段。
5) Guanyinqiao Member
观音桥段
1.
Genesis of the Guanyinqiao Member of Upper Ordovician Wufeng Formation in southern China:"Shallow water shelly facies" or deep-water allogenic deposition?;
中国南方上奥陶统五峰组观音桥段成因讨论:是“浅水介壳相”,还是深水异地沉积?
2.
A Study on the Deep-sea Sediment of the Guanyinqiao Memberof the Upper Ordovician Wufeng Formation in the Yangtze Area;
论扬子地区上奥陶统五峰组观音桥段的深海成因
6) bridges in cascade
多段桥
1.
Taking the main circuit of SS_4 electric locomotive for example, the author analyses the conventional control method of economic bridges in cascade, introduces a new method with the control diagrams.
以SS4电力机车主电路为例,分析了经济多段桥的传统控制方法存在的问题,介绍了一种新的经济多段桥控制方法及其控制框图,并提出了对SS4机车经济四段桥控制方法进行改造的方案,从技术经济、控制及功率因数的角度阐述了该方案的优点。
补充资料：段家桥
1.即今浙江省杭州市西湖断桥。
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