1) lean burn
稀燃
1.
The lean burn technology of spark ignition engines;
点燃式发动机的稀燃技术
2.
A set of catalysts was prepared by deposition of Ag on honeycomb-like cordierite substrates with an Al2O3 washcoat layer to form Ag/Al2O3 monolithic catalysts to eliminate NOX from lean burn exhaust gas.
为使Ag/Al2O3催化剂在处理稀燃机动车尾气中NOX实用化,以堇青石蜂窝陶瓷为载体,以活性Al2O3为涂层,以Ag作为活性组分,制备了Ag/Al2O3整体式催化剂,考察了整体式Ag/Al2O3催化剂制备过程中氧化铝涂层的形成以及Ag活性组分负载过程中干燥方式和焙烧气氛条件对催化剂还原反应活性的影响。
3.
The investigation of cycle-to-cycle combustion variations was carried out with a spark ignition,multi-point port fuel injected,lean burn natural gas engine.
通过对一台点燃式多点电喷稀燃天然气发动机进行试验,获得了不同工况下的平均指示压力循环变动系数,以此为基础研究了燃空当量比、节气门开度、转速及点火时刻对稀燃天然气发动机燃烧循环变动的影响趋势。
2) lean-burn
稀燃
1.
Metal (Cu, In or Ag)-modified ZSM-5/cordierites were studied as catalysts to treat the exhaust of lean-burn engine.
在原位合成的ZSM5/堇青石整体式样品基础上制备了几种金属(Cu,In或Ag)改性的ZSM5/堇青石催化剂,并将其应用于稀燃发动机尾气的净化。
2.
A bench test is conducted on a lean-burn turbocharged compressed natural gas(CNG) engine to reveal the effects of ignition energy on its performance.
对一台稀燃增压压缩天然气(CNG)发动机进行台架试验,以揭示点火能量对其性能的影响。
3.
By comparing the efficiency of several engine fuels with the stoichiometric-burn engine,the advantages of the lean-burn CNG engine were analyzed.
通过比较几种典型燃料的效率及当量燃烧发动机,进行了稀燃单一燃料CNG发动机的优势分析。
3) Lean and fast burn
稀燃速燃
4) hLean-burn
稀薄燃燃
5) lean-burn
稀薄燃烧
1.
This paper introduces the characteristic of exhausted gas from lean-burn engine and reviews the technique of purifying NO_x under lean-burn condition(especially on HC-SCR).
介绍了稀薄燃烧发动机尾气排放特点 ,并对稀薄燃烧条件下NOx 的净化技术 (尤其是HC SCR技术 )加以综述 ,最后提出建议和设想。
2.
For the LPG engine and the independent cylinder model based on the rotary coordinate system,the lean-burn control strategy using oxygen sensor was introduced.
针对LPG单燃料发动机,基于旋转坐标系的独立气缸模型,提出了一种采用λ型氧传感器的稀薄燃烧控制策略,大大降低了线性氧传感器所带来的高昂成本,并实现了燃气喷射的逐缸控制。
3.
By the experiment,the influences of engine speed,load,compression ratio,spark advance angle and spark-plug gap on lean-burn were analyzed.
通过试验分析了发动机转速、负荷、压缩比、点火提前角以及火花塞间隙对稀薄燃烧的影响,优化了稀薄技术条件下压缩比、点火提前角等参数。
6) lean burn
稀薄燃烧
1.
Study on catalytic conversion for lean burn automobile exhaust gases;
稀薄燃烧型汽车尾气净化的研究
2.
It was found that the Cu/sepiolite catalyst has good anti-water and thermal stable properties under lean burn conditions.
在稀薄燃烧条件下 ,考察了它对汽车尾气中NOx 的还原性能。
3.
A neural network-sliding mode control scheme was presented for accurately control of the air-fuel ratio for lean burn engine in transient condition.
为了对稀薄燃烧汽油机的瞬态空燃比进行精确控制,提出了一个稀燃汽油机空燃比神经网络-滑模控制方案,该方案采用神经网络实现对瞬态过程中实际进入气缸内进气量的精确预测和进气管内油膜动态特性的前馈补偿。
补充资料：燔燃
1.燃烧。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条