片语

Spark k ignition火花点火

spark plug ignition火花塞点火

spark-ignition energy火花点火能

spark-ignition methanol engine点燃式发动机

Spark-Ignition Engines火花点火

spark plug ignition engine火花点火发动机

simulated spark-ignition engine模拟火花点火发动机

double spark plug ignition双火星塞点火

英汉例句

• engine spark ignition system is the main source of electromagnetic interference on vehicle.

  发动机点火系统是汽车电系中电磁干扰的重要来源。

• the paper presents the general situation of engine fuel and analyzes the existing problems and advantages of spark ignition engine.

  本文介绍了国内外内燃机燃料的发展概况，分析了气体燃料用于火花点火发动机的优点以及存在的主要问题。

• 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。

• two methods for igniting fuel are used, spark ignition and compression ignition.

  按点火方式可分为两种：火花点火和压缩点火。

• 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準维计算模型，并对燃烧的循环变动进行了理论计算研究。

• this paper studied the models of pre-mixed spark ignition gas engine particularly, which adopted the method of mechanism analysis and system identification.

  本文采用机理分析与系统辨识相结合的方法，对预混点燃式气体燃料发动机进行了深入细致的建模研究。

• at the critical temperature, utilization of spark ignition was found to improve the stability of hcci combustion, reduce misfire and knocking as well as cycle-by-cycle variation.

  在hcci临界状态时，火花点火有助于提高燃烧稳定性，抑制失火和爆燃，降低循环波动；

• 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，石蜡和氧化物的标準试验方法。

• a quasi dimensional combustion model for spark ignition engines was developed.

  提出了一个火花点火发动机準维燃烧模型。

• 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。

• in this paper, the vibration character of the spark ignition engine model 492 and its major components are calculated with the finite element analysis method.

  本文用有限元法计算了492型汽油机及其主要部件的自振特性。

• the spark ignition 4135-biogas engine was developed in this paper based on numerical simulation in view of the above circumstances.

  基于以上原因，本研究在数值模拟的基础上开发了4135型生物质气发动机。

• however, the spark ignition engine that only adopts biogas hasn't been studied in our country.

  但是对于单纯使用生物质气做燃料的火花点火发动机，国内目前还没有详细的研究报告。

• 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。

• this paper discusses a nonlinear dynamic model of a single point fuel-injected engine, which can be used for control-ling algorithm development in a spark ignition engine.

  讨论单点燃油喷射式火花点火发动机的非线性动态模型，该模型可用于控制算法的火花点火式发动机开发研究。

• however, little influence from spark ignition on hcci combustion would present when the temperature is much higher than critical temperature.

  当火花点火时缸内温度远超过临界着火温度时，火花点火对hcci燃烧影响不大。

• it is capable of controlling sequential injection on 4,6,8,10 & 12 cylinder engines and direct fire ignition for engines up to 6 cylinders, or wasted spark ignition on engines up to 12 cylinders.

  它是有能力控制顺序注射对4，6，8，10和12缸发动机和直接火力点火发动机6缸，或浪费火花点火发动机上多达12个汽缸。

• the effects of spark ignition on the hcci combustion were investigated in a gasoline direct-injection(gdi)engine.

  在缸内直喷汽油机上实现了hcci燃烧，研究了火花点火对hcci燃烧特性的影响。

• 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。

• the combustion of the spark ignition engine fueled with various component coal-bed methane has been studied deeply and thoroughly in this thesis.

  本文还对煤层气发动机的燃烧进行了较为全面的理论研究。

• this paper studies the effect of fuel characteristics on spark ignition engine performance.

  本文主要研究燃料组分对火花点火发动机运行性能的影响。

• in the near future, spark ignition engines have rapid progress depending on their high efficiency and low pollution for the requirement of energy source and environmentalism.

  近年来，由于能源和环保的要求，火花点火天然气发动机以高效、低污染燃烧的优点正在迅速发展。