【摘 要】
：
铁路行业近年来发展较快,主要是为了满足人们对于出行的需求,为了保证出行的安全性以及舒适性,相关单位需要做好高速铁路调度指挥系统的完善与优化工作。在了解影响高速铁路
论文部分内容阅读
铁路行业近年来发展较快,主要是为了满足人们对于出行的需求,为了保证出行的安全性以及舒适性,相关单位需要做好高速铁路调度指挥系统的完善与优化工作。在了解影响高速铁路调度指挥可靠性的因素,认识到影响调度指挥应急处置的难点后,相关设计人员可以对原先的设计方案进行优化,并建立安全评价体系,这也是降低铁路交通安全事故的有效措施。
The railway industry has developed rapidly in recent years mainly to meet people’s demand for travel. In order to ensure the safety and comfort of travel, the relevant units need to improve and optimize the dispatching command system of high-speed railway. Understanding of the factors influencing the reliability of dispatching command of high-speed railways and recognizing the difficulties affecting the dispatch and command emergency response, relevant designers can optimize the original design plan and establish a safety evaluation system, which is also effective in reducing railway traffic accidents Measures.
其他文献
Flow and heat transfer of aqueous based silica and alumina nanofluids in microchannels were experimentally investigated. The measured friction factors were high
A novel nano-heterostructure of AgI/Bi2MoO6 photocatalyst was successfully synthesized via a facile depositionprecipitationmethod. The samples were systematical
为探究禁摩限电对城市发展的影响,本文基于交通的视角,从深圳的交通资源总量(即道路通行能力)、交通需求结构、各种交通工具的效率及对安全和环境的影响等因素和指标出发,从
Selective functionalization of mesoporous silica nanospheres (MSNs) is crucial for nanoengineering of MSNs.Herein, we have combined surface-protected etching st
国省干线公路作为经济和社会发展的重要动脉,其养护管理工作的好坏,不仅影响着干线公路的运营效益,更影响着我省市之间的经济持续发展。所以加强国省干线公路的管理养护与民
Multilayered graphene-based membranes are promising for a variety of applications related to ion or molecule transport, such as energy storage and water treatme
随着道路施工要求不断提高,对于道路施工质量的管理水平也在不断上升。随着道路工程规模的不断扩大,道路施工质量当中的问题也是逐渐暴露出来,对于道路工程的管理还存在很多
In order to obtain superior electrode performances in capacitive deionization (CDI), the electrophoretic deposition (EPD) was introduced as a novel strategy for
公路养护管理工作的顺利进行是保障公路可持续使用的必要条件。做好公路的养护管理工作是提升公路质量、使用性能和公路行车舒适性的重要工作,是公路管理部门和经营企业一项
本论文以渝黔高速公路扩能项目设计资料为依据,利用计算机软件的二次开发实现了高速公路全程运行速度预测;基于运行速度对渝黔高速扩能全程行车视距进行检查,发现了可能存在