片语

spark-ignition energy火花点火能

fire ignition energy引燃能量

ignition n energy着火能量〈指一种物质在起火前必须吸收的热量或电能

least ignition energy最小点火能量

variable ignition energy变点火能

ignition energy consumption点火能耗

E ignition energy E点火能

ignition activation energy of coal煤的着火活化能

ignition activation energy着火活化能

英汉例句

• a mathematical model was set up to calculate the minimum ignition energy based on thorough analysis of combustion mechanism of the engine combustible mixture.

  在深入分析可燃混合气燃烧机理基础上，建立了发动机最小点火能量计算数学模型；

• the dust concentration and velocity of turbulence have significant effects on the level of explosion and measurement of the minimum ignition energy of dust clouds.

  粉尘浓度和湍流速度对粉尘爆炸猛烈程度和粉尘云最小着火能的测试有很大影响。

• it presents the advantages, structure, and operation principle, energy distribution, and the relationship between ignition energy and energy saving of the non-contact ignition system with high energy.

  介绍高能无触点点火系的优点、结构和工作原理，能量的分配及点火能量与节能的关系。

• the higher ignition energy was and the higher flame travel speed would be.

  点火能量越大，火焰传播速度也越大；

• based on calculation of heat engineering, ways decreasing ignition energy consumption using hot air are discussed.

  介绍了燃料气的化学组成和煤气热值，通过热工计算，探讨利用热风降低点火能耗的途。

• then, a special instrument was used together with the three apparatus to measure the minimum ignition energy of dust cloud, with the results also compared.

  粉尘云最小点火能是粉尘爆炸重要的特性参数之一，是采取粉尘爆炸防护的基础。

• both inflammation and explosion are chemical reactions, for which three prerequisites are required, i. e. certain fibre dust density, certain ignition energy andcertain oxygen density(%);

  燃烧与爆炸都是化学反应，必须具备纤维粉尘达到一定浓度、遇到一定点燃能量、在空气中有一定含氧浓度（％）这三个条件。

• the minimum ignition energy for flammable mixtures containing hydrogen is extremely low.

  混合物的最小点燃能量非常低。

• the parameters studied include the velocity of deflagration flame in smooth bore tube, the influence of nominal ignition energy on flame acceleration and the generation of high flame velocity.

  管道直径和点火能量的变化以及当管道内有障碍物时对火焰加速度的影响。

• ignition energy is one of important indexes of measuring ignition system「s performance of gasoline engine, and the performance of power and economy of a engine is directly influenced by it.

  点火能量是衡量汽油发动机点火系统性能的一项重要指标，它直接影响着发动机的动力性和经济性。

• the test system of minimum ignition energy of dust concomitant with power and explosive material was established.

  粉尘云最小点火能是粉尘爆炸重要的特性参数之一，是采取粉尘爆炸防护的基础。

• also, enhancing the intake air temperature and ignition energy are the feasible approach to reducing the cold-start hc emissions.

  提高进气温度和加大点火能量也是降低冷起动下hc排放的可用措施。

• this paper is an introduction to the situations in china and japan of developing sintering ignition technology to cut down ignition energy consumption.

  本文主要介绍我国和日本发展烧结点火技术以降低点火能耗的情况。

• a new experimental set-up has been developed using pulsed-laser to blast various dust clouds with minimum ignition energy determined at once.

  报道了用脉沖激光引爆并测定粉尘云最小点火能量的方法。

• ignition energy is one of the important indexes in measuring ignition system」s performance, which directly influences on the performance of the engine.

  点火能量是衡量点火系统性能的一项重要指标，它直接影响着发动机的性能。

• the affecting factors of the least ignition energy are presented in the paper, and the acting mechanisms of the main factors are also analyzed.

  提出了影响最小点火能量的因素，对重要因素的作用机理作了进一步分析。

• ignition energy of aviation ignition device is an important parameter for reliable launch of air jet.

  航空点火器的点火能量是飞机发动机可靠启动的一个重要参数。

• when the pipeline length and diameter ratio was certain, the flame travel speed of gas explosion and ignition energy would be in a quadratic function relationship.

  在管道长径比一定时，瓦斯爆炸火焰传播速度与点火能量呈二次函数关系。