double-block ballastless track 双块式无砟轨道
twin-block ballastless track 双块式无碴轨道
Consider ballastless track structure damage 考虑无砟轨道结构破坏
Ballastless track gantry slab-laying machine 板式无砟轨道门式铺板机
Railway double-block ballastless track 铁路双板式无砟轨道
FBS ballastless track FBS型无砟轨道
slab ballastless track 板式无碴轨道
ballastless track slab 无砟轨道板
However, the construction technology of ballastless track still lacked mature experience.
但是,我国铁路在无砟轨道施工技术方面尚缺乏成熟经验。
参考来源 - 武广客运专线某标段双块式无砟轨道施工关键技术The ballastless track is a new kind of track structures.
无碴轨道是一种新型的轨道结构。
参考来源 - 铁路板式无碴轨道结构分析方法的研究These conclusions would be the effective supplement to current surveying criterion,and helpful for building ballastless track.
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。
参考来源 - 无砟轨道控制网网形和精度设计·2,447,543篇论文数据，部分数据来源于NoteExpress
The key of the ballastless track lies in the structure strength, lateral stability, stiffness uniformity, elastic buffer and durability.
无碴轨道结构设计的关键在于强度、横向稳定性、刚度均匀性、减振性和耐久性。
Ballastless track on soil subgrade has been already widely used on high-speed railway abroad, but it is just at the starting stage in China.
土质路基上的无碴轨道在国外高速铁路上已得到广泛应用，而在我国却处于刚起步阶段。
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.
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。
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