追踪列车间隔 tracking train intervals
The main factor which affect the transportation capacity is the throughout capacity and the way of improving the throughout capacity is to reduce the tracking interval time.
指出线路通过能力是影响地铁运输能力的关键因素，而降低列车的追踪间隔是提高线路通过能力的主要方法。
参考来源 - 移动闭塞条件下地铁列车的运行优化Under the reasonable section length is determined, A way that reduce headway time and increase line capacity is found by analysis and caculate its influence factors.
在确定合理分区的前提下，建立起一整套计算列车追踪间隔的方法体系，并从追踪间隔时间入手，对其影响因素进行了计算、分析，找出了减少追踪间隔、提高线路通过能力的方法。
参考来源 - 提速条件下山区铁路列控方式研究The paper studies tracing interval all above of high-speed passenger trains with quasi-moving block system. And it also offers an example and gets some conclusion from that.3.
对动车组列车按准移动闭塞方式研究了前述各项追踪间隔时间的算法,并给出了一个算例,得出了一些结论。
参考来源 - 牵引计算在高速铁路闭塞分区设计中的应用研究·2,447,543篇论文数据，部分数据来源于NoteExpress
文章研究了为实现这一目标，应采取的运输组织技术条件，包括列车开行对数、列车追踪间隔和列车载重三方面，并提出了相应对策。
This article has analyzed, to achieve this goal, the technical transportation factors, including pairs of trains, intervals of trains and carrying capacity of trains and put forward some measures.
准移动闭塞信号系统研究的追踪列车间的安全间隔距离与旧的信号系统下相比较短，缩短了列车的追踪间隔时间，有利于提高铁路通过能力。
Compared with the old signal system, the (signal system of) quasi-moving block shortens the safe distance of inter-train tracking interval and improves railway passing capability.
TOTAL TICKS是追踪时间间隔过程中发生系统时钟中断的次数。
TOTAL TICKS is the number of times that the system-clock interrupt occurred during the trace interval.
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