1) hybrid electric bicycle
混合动力自行车
1.
Development of a power-dirven system for hybrid electric bicycle;
新型混合动力自行车电力驱动系统的研制
2) Hybrid electric vehicle
混合动力车
1.
Nickel-Metal Hydride Battery Cooling System Research for Hybrid Electric Vehicle;
混合动力车用镍氢电池散热系统研究
2.
To reduce large-switching losses of a power converter with corresponding high working frequency due to small inductor in hybrid electric vehicle (HEV) system, a novel varied frequency control scheme is proposed.
针对混合动力车载变换器中由于电感量较小,而导致功率器件工作频率较高,从而引起开关损耗过大的问题,该文提出了一种新颖的变频控制方法。
3.
Then it introduced the applications and development of supercapacitors in the battery electric vehicle and hybrid electric vehicle.
综述了超级电容器的基本原理和特点,介绍了超级电容器在纯电动车与混合动力车上的应用及发展。
3) hybrid vehicle
混合动力车
1.
Electrochemical power sources for hybrid vehicles;
混合动力车用电化学能源系统
2.
In order to satisfy the need of calibrating multi-electronic controlled unit(ECU) in the same time for hybrid vehicle,the calibration system based on control area network(CAN) bus and the new generation measurement and calibration protocol—XCP was developed.
针对混合动力车多电控单元的开发,结合新一代的车用监测标定协议XCP,设计了基于控制局域网(CAN)总线的多电控单元标定系统。
4) HEV
混合动力车
1.
A Comparative Experimental Study on the Emissions of HEV and Conventional Gasoline Vehicle;
混合动力车与传统汽油车的排放对比试验研究
2.
Research on control strategy in HEV 4WD;
混合动力车四轮驱动控制策略研究
3.
Development of HEV Vehicle Control Unit Calibration System Based on CCP;
基于CCP协议的混合动力车VCU标定系统开发
5) hybrid electrical vehicle
混合动力电动车
1.
The power system structure of series hybrid electrical vehicle is illustrated.
阐述了串联式混合动力电动车的动力系统结构。
6) Hybrid electric vehicle
混合动力电动车
1.
The realizations of both hardware and software of the battery charge system used in hybrid electric vehicle(HEV) are introduced.
介绍了混合动力电动车(HEV)车载充电系统的硬件实现方法及软件的程序流程。
2.
A model of the CAN application layer protocol of a hybrid electric vehicle was combined with the network simulation system, OPNET, to include the network topology model, the CAN node application layer model and the MAC layer model.
应用该模型,对所设计的混合动力电动车CAN协议的实时性和可靠性进行了仿真分析。
3.
A TTCAN protocol has been designed for hybrid electric vehicle according to the structure of control system and the real-time demands of controller network.
在此基础上,建立了混合动力电动车TTCAN网络系统进行了实验验证,结果表明所设计系统的时间触发精度达到了TTCAN协议要求。
补充资料:《偷自行车的人》
《偷自行车的人》 Ladri di Biciclette 意大利影片。1948年生产。C.柴伐蒂尼根据同名小说改编,V.德·西卡导演。该片为新现实主义电影的代表作之一。它通过第二次世界大战后意大利工人的悲凉遭遇,反映了当时意大利的社会状况。影片情节简练,笔触细腻,无论是思想内容还是艺术形式,都对当时及后世的电影艺术产生了深远影响。影片的写实手法不仅表现在实景拍摄上,如主人公破旧的服装、简陋的住房、罗马脏乱的街道、匆匆往来的行人等,还表现在采用了直接叙述的方法,以丢失的自行车为线索,深入到社会的各个角落,表现出社会的贫困、危机以及它们带来的后果:失业、黑市、卖淫、人的自私等。并通过这些表象去揭示政治的 、经济的甚至哲理的深层内容。1958年,在布鲁塞尔国际博览会上,评为电影史上12部最佳影片之一。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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