我的新汽车性能好极了。
这辆汽车性能好极了。
路面有冰雪时，这种汽车性能如何?。
汽车空调的性能是汽车性能的重要指标之一。
The capability of vehicle air conditioning system is a important standard of vehicle capability.
汽车底盘模拟测功机是检测汽车性能的重要设备。
Vehicle chassis dynamometer is an important equipment used to measure the performance of vehicle.
如此这般，汽车性能如何保证？汽车安全如何保障？
因此，冷却系统工作状况的好坏直接影响到汽车性能。
Therefore, the cooling system working status directly affects the performance of the car.
对这两种部件的各自比较表明它们对汽车性能的影响。
A comparison of these two components indicates that the scale up of influence on a Car's performance.
针对汽车性能道路试验特点研制了脉冲数据采集仪样机。
The pulse signal DAQ instrument is developed for testing motor vehicle performance.
汽车后桥差减速器的装配质量是影响整个汽车性能的一个重要因素。
The assembly quality of automotive rear axle differential reducer is an important factor for the entire car performance.
从而验证该模糊控制系统下永磁同步电动机所驱动的电动汽车性能。
In order to validate the performance of the electrical vehicle when the driving system of the PMSM is control led by fuzzy logical control system.
对汽车冷启动过程的性能动态测试是研究汽车性能的重要环节之一。
The dynamic testing of cold start for an automobile is one of the important links of research automobile.
介绍了汽车性能综合测试线的微机系统的硬件和软件、工作过程及原程。
This paper presents the microcomputer system used in synthetic inspection line for automobile performance, its hardware and, software, working procedure and principle.
结果表明，近似模型技术对于汽车性能的平衡优化是一种十分有效的方法。
It was indicated that the approximate model technology was an effective method for optimizing vehicle's performance.
研究轮胎滚动阻力、静态转向力矩和侧偏特性等因素对载重汽车性能的影响。
The influence of the tire characteristics, such as rolling resistance, static steering resisting moment and side slip etc.
针对汽车性能检测数据处理系统对可靠性设计的要求，本文从两方面进行了设计。
Aiming at the request in the reliability design of automobile performance testing data processing system, the paper designed it in two aspects.
ECM连续不断地处理这信息，并向各个汽车与汽车性能有关系的系统发出指令。
The ECM continuously processes this information and generates output commands to the various systems that affect vehicle performance.
许多汽车性能试验均在底盘测功机上进行，而轮胎滚动阻力是影响测试精度的重要原因。
Many automotive performance tests are conducted on chassis dynamometer, while tyre rolling resistance is an important factor to affect measuring accuracy.
利用最优化理论，研究了在汽车性能模拟中的一个重要问题：建立汽车有关总成系统的数学模型。
Using the optimum theory, this paper inquires into how to build the unit assemblage system mathematical model.
但传统铝合金轮毂制造采用的重力铸造、低压铸造等技术已难以满足汽车性能的提高，发展潜力有限。
But traditional manufacturing technology such as gravity casting and die casting technology of low pressure cannot content the development of cars.
所以中国对我们来说是一个极其重要的市场，因此通用汽车公司努力提高我们在全球范围内的汽车性能。
So China is a very critically important market for us as General Motors works to improve our performance around the globe.
在自动变速的车辆中，换档规律决定了自动换档汽车是否在最佳换挡点进行换挡，决定了汽车性能的发挥程度。
As to the automatic transmission automobile, shift schedule decides whether the automobile shifts on the best shifting point, decides the exerting extent of the vehicle performance.
然而，混合动力汽车性能，特别是动力性和经济性的评价与改进，不但需要理论仿真，更需要大量的试验分析。
However, evaluating and improving HEV performances, especially dynamic and economical performance, not only needs theoretic simulation but also needs vast test datum analyzing.
通过汽车性能的计算机模拟，发现汽车的动力性和燃油经济性的好坏，主要取决于发动机和传动系的匹配选择。
Through the performance of computer simulative, we can find that the matching of engine and transmission influents the vehicle performance indirectly.
但互联网正在解构新车销售的本质，它让消费者了解到更多有关汽车性能和价格的信息，同时还有专家的评测与看法。
But the Internet is unraveling the essence of new-car retailing, arming shoppers with more information than ever about features and prices, as well as expert reviews.
行驶工况对汽车性能的影响很大，因此，研究基于行驶工况法对混合动力汽车的参数匹配的影响具有很好的理论和实践意义。
So a method for matching parameter of HEV based on the vehicle duty cycle is proposed. In this paper, the works carried out as follows.
他支持公司间合作开发一些消费者不会看到的汽车部件，如氢气压缩机，阀门和增湿器，这些部件不会影响到汽车性能或者驾驶特性。
He supports the idea of co-operating to develop some components the customers don't see, such as hydrogen compressors, valves and humidifiers, that don't effect performance or driving characteristics.
然而，如今电动汽车技术得到最新发展，这意味着它们在性能和安全性方面都可以与传统汽油发动机相媲美。
Now, however, recent developments in electric vehicle technology mean they can match conventional petrol engines in terms of performance and safety.
丰田公司夸耀称，该汽车的性能相当于一辆12缸汽车，而这归功于其最强大的V8发动机，与一个混合动力系统的结合。
Toyota boasts that the car's performance is on a par with a 12-cylinder vehicle, thanks to a combination of its most powerful V8 engine and a hybrid system.
丰田公司夸耀称，该汽车的性能相当于一辆12缸汽车，而这归功于其最强大的V8发动机，与一个混合动力系统的结合。
Toyota boasts that the car's performance is on a par with a 12-cylinder vehicle, thanks to a combination of its most powerful V8 engine and a hybrid system.
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