实现上传和显示遂渝线无砟轨道相关图片功能。
The function of uploading and displaying correlated pictures about track of SuiYu railway.
高铁双块式无砟轨道的施工进度大概是天天多少米？
Does pair of piece style have no the tiny fragments of stone orbit construction rate of progress?
桩板结构路基-无砟轨道结构是一种相对较新的结构。
The unballasted track by the pile-plank structure is a relatively new structure.
但是，我国铁路在无砟轨道施工技术方面尚缺乏成熟经验。
However, the construction technology of ballast less track still lacked mature experience.
因此，必须建立一套良好的测量体系以及精确的无砟轨道控制网。
So, we should found a suit of favorable survey system and the precise control networks.
桥上旭普林无砟轨道机械施工的重点是混凝土道床板的施工技术。
The key point for its mechanical construction is construction technology of concrete track beds.
传统的测量作业方法已无法满足无砟轨道施工对测量精度的要求。
Tradional ways of surveying cann't already satisfy the precise demand of the ballastless track of passenger dedicated railway's survey precision.
以上结论是对现行测量规范的有效补充，对我国无砟轨道建设具有参考价值。
These conclusions would be the effective supplement to current surveying criterion, and helpful for building ballastless track.
论文以此为出发点，对无砟轨道应用于山区小半径曲线既有线提速的可行性进行研究。
As this a starting point, the paper researched the speeding measure of the existing mountain railway with small radius curve.
将一种全新的基于不确定条件下的理论引入到无砟轨道混凝土整体道床的检测和大修中。
A new theory based on uncertainty was introduced into the inspection and overhauling of monolithic track-bed.
本论文的相关研究结果对实际工程中减振型无砟轨道的选型以及合理刚度设计具有参考价值。
The research achievement of this article is of reference value for the type selection of low vibration track and stiffness designment in practical engineering application.
最后，在轨道刚度的合理取值范围内，对比分析了各种减振型无砟轨道、减振扣件的减振性能。
Finally, the vibration reduction performance of each kind of track and fasteners are analyzed and compared within the limit of reasonable stiffness.
牵引电流干扰是铁路信号专业的一个重要课题，采用无砟轨道之后会给轨道电路抗牵引电流干扰带来一定的影响。
The interference of the traction current is one of the important subject in the major of railway signal. The use of ballastless track will influence it's condition.
通过对常规大跨径连续梁桥的施工控制方法的改进与优化，提出了适用于大跨径无砟轨道连续梁桥的施工监控方案。
On the improvement and optimization of conventional large span continuous bridge construction control, Proposed for long-span continuous bridge not Track construction monitoring program.
通过对常规大跨径连续梁桥的施工控制方法的改进与优化，提出了适用于大跨径无砟轨道连续梁桥的施工监控方案。
On the improvement and optimization of conventional large span continuous bridge construction control, Proposed for long-span continuous bridge not Track construction monitoring program.
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