这样你就会关注你的制动距离了。
直到今天，这制动距离仍然悬而未决。
与先进的现代轮胎配合，赛车极大地缩短制动距离。
In combination with the modern advanced tyre compounds they have dramatically reduced braking distances.
加大电机车的传动比，能够减少制动距离。
The braking distance may be decreased by raising speed ratio.
列车制动问题解算的核心是制动距离的计算。
Train brake problem solution is the core of braking distance calculations.
宝贵的改善制动距离已被记录在测试这个系统。
Valuable improvements in braking distances have been recorded in the testing of this system.
他们达到较高的驾驶性能，并确保制动距离短。
They achieve high driving performance and ensure short braking distances.
对采用恒制动力时控制制动距离进行了试验研究。
The experiment is done by using constant braking force to control braking distance.
计算表明基础制动装置的设计满足制动距离的设计任务要求。
The calculation shows that the brake rigging device's design meets the design task of brake distance.
计算表明基础制动装置的设计满足制动距离的设计任务要求。
Calculation shows that the given design meets the design requirement of brake distance.
另外还对比了几种ABS的制动距离特性，指出了其中的差异。
Several types of ABS have been tested for comparing their brake distances and the differences among the brake distances have been pointed out.
利用积分算法，实现了对瞬时速度、制动距离和制动时间的测量。
Using integral algorithm to realize the computing of braking speed and braking distance and time.
为了适应短距离起停车的特点，必须使列车启动快、制动距离短。
In order to adapt to the characteristics of short on parking, must make the train start fast, short braking distance.
雨天路面湿滑，车辆制动距离增大，行车中尽量使用紧急制动减速。
As the braking distance increases on a wet road in a rainy day, the driver should use the emergency brake as much as possible to reduce speed.
本文介绍了我国首台高速动力车基础制动装置的设计及制动距离的理论计算。
This article has presented brake rigging device's design and theory calculation of brake distance of the first high speed power car in our country.
本文介绍了我国首台高速动力车基础制动装置的设计及制动距离的理论计算。
This article presented brake rigging device's design and theoretic calculation of brake distance of the first high speed power car in our country.
这就是所谓的“安全制动距离”。在信号的两边都留出了空间来满足这个要求。
This is known as a "safe braking distance" and space is provided beyond each signal to accommodate it.
在雨雪、大雾等天气，车主们对制动距离的把握变得不准，常常会造成追尾事故。
In the fog rain and snow, the weather, the owners of the grasp of braking distance, become not often cause behind accident.
它能缩短汽车制动距离，提高汽车制动时的方向稳定性，并保持其方向操纵能力。
It can decrease stopping distance, improve direction stability capability and keep steer-handling capability.
这些电信号在驾驶员踩下刹车前130毫秒被探测到——这足够将制动距离缩短将近4米。
These electrical signals were seen 130 milliseconds before drivers actually hit the brakes-enough time to reduce the braking distance by nearly four meters.
不同的全制动距离阶段划分方式及其设备配置决定了高速客运专线信号控制及列车运行方式。
The signaling and operations of high-speed passenger trains depend on the braking stage design and relative equipment configuration to fulfill a complete braking process.
ABS最重要的功能并不是为了缩短制动距离，而是为了能够尽量保持制动时汽车的方向稳定性。
ABS suprema function isn't for shortenning arrest take off distance, but for asing far as possible keep arrest the direction stability of autombile.
当路面有水时制动距离是主要需要考虑的问题——在有水的路面上比干燥路面的刹车距离多一倍还不止。
Stopping distance is the main thing to look out for when there's water lying on the road - it could more than double compared to a dry road.
虽然这种制动方式技术成熟，且结构简单，但存在不可避免的问题是制动延迟时间过长，导致制动距离过长。
Although the brake system was mature in technology and simple in structure, there was inevitable problem in braking such as delayed braking time which could result in long braking distance.
系统根据给定列车管减压量可计算相应的制动距离，也可根据设定的停车目标位置反推出所需要的列车管减压量。
The system can calculate the braking distance according to the fixed reduction of train pipe pressure, and the best reduction of train pipe pressure with the desired parking location.
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.
通过一维纵向动力学分析，指出电控空气制动货物列车在制动距离、车钩力等参数上较12 0型空气制动机货物列车优良。
The performance of intelligent electrically controlled pneumatic brake system is superior to traditional 120 type brake device in brake distance and coupler force.
根据回归方程可知是哪些因素对航迹带宽度、转弯半径、制动距离、旋回圈半径产生影响，以及各因素对这些量影响程度的大小。
According to the regression equations, we can discover which factor affects the track width and control parameters and how much impact on the nearby port waters by that factor.
根据回归方程可知是哪些因素对航迹带宽度、转弯半径、制动距离、旋回圈半径产生影响，以及各因素对这些量影响程度的大小。
According to the regression equations, we can discover which factor affects the track width and control parameters and how much impact on the nearby port waters by that factor.
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