advanced ignition
英 [ədˈvɑːnst ɪɡˈnɪʃn]
美 [ədˈvænst ɪɡˈnɪʃn]
网络 提早点火; 提前发火; 提前点火; 预热启动
双语例句
- Advanced Application and Progress on Power Station Boiler Ignition Technology in China
中国电站锅炉节能点火技术的应用与发展 - Duke-Honorable Series: Advanced ignition, Constant power output, Low-frequency component, 8-years over-long quality guarantee period.
诸侯-尊系列：预热启动，恒功率输出，低谐波，超长质保8年； - It is safe and feasible to realize flare extinguishing by optimizing production, reducing the venting amount to flare, increasing the recovery for recycle, and adopting advanced ignition system.
通过优化生产降低火炬排放量、提高火炬气的回收利用率，采用先进的点火系统，实现熄灭火炬是安全可行的。 - Effect of advanced fuel temperature on the high altitude ignition performance
燃油增温对高空低压点火性能影响的实验研究 - The advanced distributorless ignition system is adopted on the engine of BUICK with each ignition winding supplying high voltage to the two-cylinder spark plug at one time.
别克轿车发动机采用先进的无分电器式电子点火系，每只点火线圈同时给两缸火花塞提供高压电。 - Constructs the ignition timing optimization model of the hydrogen-fueled engine based on the RBF neural network. The optimized control to the advanced ignition angel improves the hydrogen-fueled engine power, economy of fuel and characteristic of exhaust gas.
基于RBF神经网络构建氢（H2）燃料发动机最佳点火提前角优化模型，对点火提前角进行优化控制，改善H2燃料发动机动力性、经济性以及排放性能。 - Base on such system, the fuel injection MAP and advanced ignition angle are achieved by matching test.
本文利用该系统对该发动机进行部分工况的匹配标定，得出喷油MAP图和点火提前角MAP图。 - Optimize Advanced Ignition Angel of Hydrogen-fueled Engines Based on RBF Neutral Network
天使（英文）基于RBF优化控制氢燃料发动机点火提前角 - Microcomputer controlled ignition system without distributor is an advanced ignition device currently adopted on gasoline engine, of which the features are high control accuracy, wide control range and adaptable to requirement of various mode control of engine.
无分电器微机控制点火系统是当今汽油机采用的一种先进点火装置，其特点是控制精度高，控制范围广，能适应发动机各种工况控制的需要。 - The effect of advanced fuel temperature on the high altitude ignition performance in the prechamber taken from an existent aero-engine at simulated high altitude facility was studied.
在高空模拟实验器上，利用已有的航空发动机预燃室点火器，研究了燃油预热增温对高空低压点火性能的影响。 - The Method of Motion Analysis of Advanced Primer Ignition Automatic Weapons Considering Double Recoil
考虑双重后座的前冲式自动武器的运动分析 - The optimizing advanced ignition angle for various of gasoline engine 'working
点火提前角优化对汽油机工作的影响 - The advanced ignition timing could result in higher fractal dimension because of the advanced combustion phase and stronger turbulent motion.
提前火花点火时刻由于可以获得更早的着火时刻和更强的湍流运动使得其燃烧过程中分形维数较大。 - Alternative fuel will become internal combustion engine fuel sources because of human desire, replacement fuel physic-chemical properties decide that internal combustion engine must optimize compression ratio, air/ fuel ratio and advanced ignition Angle.
伴随着人类对新能源的渴求，代用燃料将成为内燃机的燃料来源，燃料的理化特性决定了内燃机更换燃料必须对压缩比、空燃比及点火提前角等进行优化匹配。 - Calibration system and combustion analysis system were used to monitor the engine combustion process, studied the diluted combustion law via adjusting the advanced ignition angle, A/ F ratio and EGR ratio.
利用发动机标定系统和燃烧分析系统，监测发动机的燃烧过程，通过优化点火提前角、空燃比、EGR率等参数，研究稀释燃烧参数的变化的规律。