Briefly introduced the plasma ignition mechanism, the plasma generator principle of work.
简要介绍了等离子点火机理和等离子发生器工作原理。
The performance characteristics of the electric devices for starting motor, ignition system, automatic protector and power supply generator are described respectively.
对电气部分的启动电机系统、点火系统、安全自动保护系统和电源发电机系统及其工作特点分别作了简要的介绍。
It includes the Battery, generator, starting system, ignition system, lighting system, horn system, radio and other devices.
电气系统包括电池、发电机、起动系统、点火系统、照明系统、喇叭，收音机以及其它装置。
This paper introduce the construction principle and service method of the ignition signal generator and electronic ignition module.
介绍了点火信号发生器和电子点火器的结构原理与检修方法。
The paper uses Monte Carlo digital simulation and reliability assessment equation of binomial distribution to assess the performance reliability of the ignition device for a gas generator.
应用蒙特卡罗数值模拟与二项分布累积概率评定方程相结合的方法，对某燃气源点火器的性能可靠性进行评定。
The gas is then cleaned, cooled, mixed with air and fed into the engine which USES spark ignition. The engine drives a generator which produces electricity.
然后气体经过净化、冷却，与空气混合被送入用火花点火的发动机，发动机驱动发生器来发电。
The gas is then cleaned, cooled, mixed with air and fed into the engine which USES spark ignition. The engine drives a generator which produces electricity.
然后气体经过净化、冷却，与空气混合被送入用火花点火的发动机，发动机驱动发生器来发电。
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