Calibration relationship between compressure ratio and digital counter reading can be used to evaluate the spark-ignition engine.
采用压缩比与数字计数器的对应检索校正关系来评定检查火花点燃式发动机的机械状况。
A one-dimensional mathematical model for the ignition process in spark-ignition engines was proposed on the basis of the thermal theory of ignition.
本文以着火的热理论为基础，提出了一个火花点火式发动机点火过程的一维数学模型。
The biogas produced from the controllable thermal cracking of the farming and forestry disposables was used as the fuel of the spark-ignition biogas engine.
利用农林废弃物可控热裂解产生的生物质气作为火花点火发动机的燃料，测量火花点火生物质气发动机的示功图，分析了生物质气的燃烧放热特性。
The biogas produced from the controllable thermal cracking of the farming and forestry disposables was used as the fuel of the spark-ignition biogas engine.
利用农林废弃物可控热裂解产生的生物质气作为火花点火发动机的燃料，测录了发动机的示功图。
First he carefully unscrewed the steering wheel cover, revealing the guts of the ignition system. He tore away frayed wires, stripped them to expose enough metal to cause a spark.
首先，他仔细地拧下方向盘盖，露出里面的点火系统，借着撕开磨损的电线外皮，露出足以点火的金属线芯。
The team has already created an ignition system in which a laser travels through fiber-optic cables to optical spark plugs.
这个研究组已经研制出一种激光通过光纤到达火花塞的点火系统。
The car battery doesn't need to last the entire drive, just enough to spark the ignition.
汽车的电池也是不需要用在开车的全部过程中的，只要用它能启动就够了。
However, it requires that lasers of high pulse energies are used; just as with spark plugs, a great deal of energy is needed to cause ignition of the fuel.
然而，这就要求使用高脉冲能量的激光器；与火花塞一样，需要大量的能量来引燃燃料。
This information permits accurate, professional diagnosis of the spark plugs, plug wires, ignition system, fuel control and most other factors affecting the spark plug voltage and combustion chamber.
这方面的资料证准确，专业诊断的火花塞，电线插头，点火系统，燃油控制和大多数其他的影响因素火花塞电压和燃烧室。
Gasoline car engines use spark ignition whereas diesel engines use compression ignition.
汽油机使用火花点火，而柴油机使用压缩点火。
DIESEL engines, with their rough-and-ready, spark-plug-free method of fuel ignition, have a reputation for being smoky and smelly.
柴油机因其马虎粗糙的无火花塞点火方法，而素有烟雾弥漫和刺鼻难闻的恶名。
The two major engine types in use are spark ignition (gasoline engine) and compression ignition (diesel engine) which use different types of fuel.
常用的两大类内燃机是火花点火式(汽油机)和压缩点火式(柴油机)内燃机，他们使用不同种类的燃料。
This is another area where the tool can be the source of the spark or heat causing ignition of flammable materials.
这是工具可能成为火花源或热源并点燃可燃物的又一类区域。
The first thing to check in the ignition system is whether spark is coming out of the plug wirer then work back from this point.
要在点火系统中检查的第一件事是是否有火花从火花塞出来。
Spark plug test and diagnosis, the fault lode meaning and the fault exclusion ways of ignition system.
点火线圈和火花塞的检测与诊断；点火系统故障码的含义和故障的排除方法。
Small spark ignition engines are the chief power of cars and motorcycles, the study of which are meaningful.
小型火花点火发动机是轻型轿车和摩托车的主要动力，对它的研究具有重要意义。
A quasi dimensional combustion model for spark ignition engines was developed.
提出了一个火花点火发动机准维燃烧模型。
Electromagnetic wave radiation produced due to the high voltage spark ignition will interfere the radio receiving system nearby.
摩托车汽油机由高压电火花点火，产生电磁波辐射，对在其附近的无线电接收设备造成干扰。
The ignition pack consists of individual coils that are mounted directly onto the spark plugs and are housed in a 'cartridge' , located between the engine's camshafts.
点火包包含个人线圈，线圈被直接安装到火花塞和被放于墨盒里，位于发动机的凸轮轴之间。
Introduce an automatic welding machine for platinum & iridium spark plugs, This machine is used to weld the fine platinum & iridium wire on the ignition end of spark plugs.
介绍了一种铂、铱金火花塞自动焊接设备，该设备用于将细小的铂、铱金丝焊接在火花塞的点火端上，全自动、焊接质量稳定可靠。
This paper studies the characteristics of cyclic combustion variation in spark ignition engines by using high speed schlieren photographs.
介绍了运用高速纹影摄影对火花点火发动机循环变动特性的研究。
This paper modified a quasi dimensional model and utilized it to study theoretically the combustion variations in spark ignition engines.
本文改进了一个火花点火发动机的准维计算模型，并对燃烧的循环变动进行了理论计算研究。
Standard test method for oxygenates and paraffin , olefin , naphthene , aromatic o - pona hydrocarbon types in low - olefin spark ignition engine fuels by gas chromatography.
用气相色谱对低烯烃火花点火引擎燃料芳香碳氢化合物类型，环烃，烯烃，石蜡和氧化物的标准试验方法。
Spark ignition is beneficial to the smooth transition between the combustion modes for SI/HCCI hybrid engine.
火花点火在SI／HCCI燃烧模式切换工况时，能提高瞬态过渡平顺性。
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 main factors that impact the capability of spark ignition are discussed, and the BP neural network model is established.
讨论了影响火花点燃能力的主要因素，建立了BP神经网络模型。
The main interference source is spark plug, high-voltage ignition coil cap and the high-voltage coil.
主要干扰源是火花塞、压点火线帽和高压点火线。
Direct ignition coils, dual-electrode spark plugs and high-output magneto deliver extremely accurate, reliable firing.
直接点火线圈，双电极火花塞和高输出的磁提供极其精确，可靠的点火。
Direct ignition coils, dual-electrode spark plugs and high-output magneto deliver extremely accurate, reliable firing.
直接点火线圈，双电极火花塞和高输出的磁提供极其精确，可靠的点火。
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