编组站是铁路技术作业的基层生产单位，在车流组织中起着关键作用。
Marshalling station is a fundamental unit of railway technical operation, and plays a key role in wagon flow organization.
商丘货运西站和货运北站分别是我国陇海铁路和京九铁路上重要的、规模较大的铁路货运编组站，仓储物流业十分发达。
Shangqiu West Cargo Station and North Cargo Station are important and large-scaled Railway Cargo Marshalling Station, the warehousing and logistics industry are well developed here.
揭示了铁路枢纽编组站分工问题可以分解为车流在枢纽内作业地点的选择和走行径路的选择两个层次。
This paper reveals that the problem for division of labor of yards in a railway hub can be decomposed as two levels, which are operation site choice and route choice in the hub.
而编组站阶段计划辅助决策系统是智能铁路系统中很重要的一部分，调整系统是其中的一个重要的子系统。
Whereas marshalling station stage plan assistance decision system is an Important part of Intelligent Railway System. Adjusting system is an important subsystem.
阐述了制订新的铁路编组站的主要技术政策的必要性与紧迫性。
The paper expounds necessity and urgency of formulating technical policy of railway marshalling Yards.
调车是编组站工作组织的中心环节，是铁路运输过程的重要组成部分。
Shunting operation is the center of marshalling yard organization, and is the important component of the whole railway transportation.
研究在铁路编组站计算机辅助调度过程中，如何编制到发线运用计划的关键问题。
The key problem of how to make the plan of using up-and-down lines in the process of computer aided dispatching for railway marshalling station is stu died in this paper.
本文主要介绍了电子高压脉冲轨道电路的特点、结构以及在江西铜业集团公司贵溪冶炼厂编组站铁路信号设备中的运用所取得的实效。
This article mainly introduces characteristics and structure of electronic high voltage circuit, and its application into railway signal equipment for the swithyard of Guixi Smelter.
在铁路货运编组站计算机集成过程系统(CIPS)的设计中，班计划决策优化是一个很重要的问题。
Optimization Of shift plan is an important problem in the Freight Classification Computer Integrated Process System (CIPS).
论文研究的内容在青藏铁路现场以及北京三家店编组站进行了验证和分析，证明了论文所研究内容的合理性和可行性。
The contents of the thesis have been tested and verified on the Qinghai-Tibet Railway and Beijing Sanjiadian marshalling yard, the rationality and feasibility have been proved.
论文研究的内容在青藏铁路现场以及北京三家店编组站进行了验证和分析，证明了论文所研究内容的合理性和可行性。
The contents of the thesis have been tested and verified on the Qinghai-Tibet Railway and Beijing Sanjiadian marshalling yard, the rationality and feasibility have been proved.
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