Power and energy : power, engine, motor, battery, propeller, reducer, electronic fuel control, etc. ;
动力、能源类 ：电源、发动机、电机、电池、螺旋桨、减速箱、电子燃油控制等；
A universal electronic control unit (ECU) suitable for gaseous fuel engines with different types and configurations is presented.
介绍了适用于不同型号、不同配置气体燃料发动机的通用电子控制单元(ecu)。
Precise control of electronic throttle is critical to drive ability, fuel economy and emission performance of hybrid electrical vehicle.
电子节气门的精确控制对于混合电动汽车的驱动性能、燃油经济性能和排放性能是尤其重要的。
The article introduces the chassis layouts, heat management and electronic control of fuel cell vehicle based on the difference between fuel cell vehicle and traditional internal combustion engine.
根据燃料电池汽车与传统内燃机汽车的不同，介绍了燃料电池汽车的底盘布置、热量管理、电子控制。
General Motors electronic fuel - control system includes an exhaust - gas oxygen senor or sniffer.
通用汽车公司的电子燃油控制系统，包括废气氧传感器或嗅探器。
The fault-tolerant control of electronic fuel injection (EFI)engine plays an important role in improving its emission and economy performance.
电喷汽车发动机的容错控制对于改善汽车发动机的排放、经济性有重要作用。
Idle speed control is an important part of Engine Electronic control System. The control result affects the stability, fuel economy and emission directly.
怠速控制是发动机电子控制的重要组成部分，其控制效果直接影响发动机的运转稳定性、燃油消耗和排放。
The carburetor with step electronic control is a device that can save fuel and improve emission in motorcycle.
步进式电控化油器是一种有较强适应性、长寿命的用于摩托车节油、降低排放的一种装置。
The power performance, fuel economy, and exhaust emission of the vehicle engines are improved considerably through the electronic control.
电子控制使汽车发动机的动力性能、经济性和排放污染得到了很大的改善。
Electronic control of the vehicle engine includes electronic fuel injection, electronic spark control and idle speed control.
发动机电子控制主要包括喷油控制、点火控制以及怠速控制等。
It is stated that advanced control and diagnostic sensors play a key role in car antipollution devices such as catalytic converters, electronic fuel injection, and exhaust-gas recycle systems.
本文论述了先进的控制型和诊断型传感器在催化转换器、电子喷油器和废气再循环系统等汽车防污染装置中所起的关键作用。
Secondly, the control strategy of Electronic control System is analyzed, including fuel-air ratio control and ignition advance Angle control.
其次，分析了电控系统的控制策略，包括空燃比控制和点火提前角控制。
Cylinder cutoff was realized by stopping the fuel supply to the specified cylinders through the electronic control unit.
通过该电控单元还可以切断指定气缸的氢气与汽油供给，从而实现停缸控制。
Cylinder cutoff was realized by stopping the fuel supply to the specified cylinders through the electronic control unit.
通过该电控单元还可以切断指定气缸的氢气与汽油供给，从而实现停缸控制。
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