1) urban passenger corridor
城市客运交通走廊
1.
How to identify urban passenger corridor is the principal issue in urban rail transportation lines planning.
如何正确判定城市客运交通走廊是进行城市大运量客运交通方式规划首先需要解决的问题。
2) urban passenger transport corridor
客运交通走廊
3) urban transportation corridor
城市交通走廊
1.
In this paper, on the basis of researching bus delay in the process of running, to combine with characteristics of China\'s urban transportation corridor and passenger flow, bus delay model on urban transportation corridor had established.
在城市交通走廊上,交通拥堵一直以来是所有大城市面临的最主要问题。
4) Urban passenger traffic
城市客运交通
1.
On the basis of which, the paper analyzes the principle and the method of the continuative development of the urban passenger traffic.
本文在论述市场条件下公共资源非可持续性利用现象及二十一世纪中国城市发展特点的基础上 ,分析了城市客运交通可持续性发展的原则与方法要点。
2.
The system of urban passenger traffic relies on the transport network, different functions and form ways of transportation that extends in all direction and connects inhabited region and workspace, urban area and suburb.
城市客运交通系统凭借四通八达的交通网络和不同功能、形式的交通工具,把居住区和工作区、市区和郊区联系起来,为发展生产、方便生活、沟通城乡、繁荣经济文化服务,客运交通系统是整个城市正常运转不可缺少的重要组成部分。
5) urban passenger transport
城市客运交通
1.
From the point of view of consumer,in accordance with consumer s character, introducing the method of market segment to subdivide consumer market, urban passenger transport demand is analyzed in the article.
为此以运输市场营销学为理论基础,从消费者的角度出发,根据消费者的特征属性,采用市场细分的方法,细分城市客运的消费者市场,对城市客运交通需求展开分析和研究,提出分析方法的流程,并给出示例。
2.
With the city of Wuxi as an example, the direction of urban passenger transport and the policies and measures to guarantee such development are hereby discussed.
以无锡市为例 ,探讨了城市客运交通发展的方向及其保障政策与措
3.
The results show that most factors lead to the growth of urban passenger transport demand in various degrees.
为了定量分析城镇化水平提高、居民出行特征变化等因素对中国特大城市客运交通能耗变化的影响,根据完全分解理论,构建了两阶段分解模型,并用于广州、北京和上海的案例中。
6) passenger corridor
客运走廊
1.
In order to coordinate transportation capacity among overlap bus lines on passenger corridor,a bus coordination dispatching mode is put forward.
为协调城市客运走廊公交线路运输能力,提出了一种公交线路协调调度模式,建立了以客运走廊运输服务效率最大化为目标、以公交基础设施通行能力限制和客运服务水平条件为约束的公交行车间隔优化模型。
补充资料：高压线走廊（高压架空线路走廊）
在计算导线最大风偏和安全距离情况下，35kV及以上高压架空电力线路两边导线向外侧延伸一定距离所形成的两条平行线之间的专用通道。
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