分析认为影响因素有列车最小运行间隔时间、最高运行速度、列车制动性能和加速性能、沿线车站到发线长度。
Factors affecting the speed include the minimum headway of trains, the maximum speed, train brake performance and acceleration and the arrival and departure track length of stations along the line.
驼峰速度控制系统，包括间隔制动系统和目的制动系统。
The speed control system on hump consists of spaced braking system and target shooting braking system.
列车的速度-间隔控制采用一次制动模式曲线方式并以速度分级模式曲线方式作为备用模式。
The speed-interval control of high-speed trains adopts the one-step braking curve mode, and multi-step braking curve is as a standby mode.
文中建立了力学和数学模型，分析研究主要结构和使用参数对制动距离、制动时间和前、后轮抱死间隔时间的影响。
A mathematical dynamic model is set up and the effect of service and structure parameters upon stopping distance, braking time, and the time lag between front and rear wheel lockup is analyzed.
文中建立了力学和数学模型，分析研究主要结构和使用参数对制动距离、制动时间和前、后轮抱死间隔时间的影响。
A mathematical dynamic model is set up and the effect of service and structure parameters upon stopping distance, braking time, and the time lag between front and rear wheel lockup is analyzed.
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