1) combustion additive
燃烧添加剂
2) sintering additives
烧结添加剂
1.
Based on the existing raw materials\' situation,the industrial test study was carried on to strengthen sintering additives,mainly through adding 5‰ Luoyang Longyue strengthened sintering additives,research its influence to the sinter production quality and consumption target of all concentrate sintering operation.
基于酒钢现有的原料条件,进行了强化烧结添加剂的工业性试验研究。
4) fuel additive
燃料添加剂
1.
The application of ferrocene as fuel additive is studied.
研究了双环戊二烯基铁作为燃料添加剂的应用。
2.
The available temperature range for fuel additive to improve the ignition is 500—900K.
质谱检测结果与发动机实验结果有很好的一致性,表明设计的实验是研究和筛选HCCI燃料添加剂的一个简便可靠的方法,为今后这一领域的研究提供了一个快速和有力的工具。
5) fuel additive
燃油添加剂
1.
Methods Using fuel additive; Maintaining the construction machines regularly;Reducing exhaust fumes in neutral position of the engines;The air vent is designed to up the bank by 8～10?m; Keeping the air conduct sealed and ventilation work effectively.
方法 采用燃油添加剂 ,定期对施工机械进行维修和保养 ,减少发动机空档排气 ,将压入式通风口设置于距掌子面 8～ 10m处 ,保持通风管道密闭通畅致使有效送风。
2.
In order to investigate the influence of a new multi-effect fuel additive (code-named MAZ) on the combustion and exhaust property of gasoline engine, the function and basic working principle of fuel additives were introduced, and under the same work conditions, a series of full-load and part-load experiments were performed on an engine test-bench using gasoline with or without the addition of MAZ.
为了探讨新型多效燃油添加剂(代号MAZ)对车用汽油机燃烧和排放特性的影响,文中介绍了燃油添加剂的功用和基本工作原理,并在汽油机试验台架上,进行了一系列燃油中添加剂在等同工况下的外特性试验和负荷特性试验。
3.
Research on regeneration characteristic of diesel particulate trap using fuel additive is conducted on light duty diesel engine.
采用铁基的燃油添加剂对柴油机微粒捕集器再生特性进行了研究。
6) flammable additive
易燃添加剂
1.
As for this problem,this paper analyzes the effects of flammable additives on the ignition delay time under a normal pressure from experiment,and the discussions about different conditions such as changing temperature and pressure.
针对这一问题 ,从实验与计算两方面综合分析了易燃添加剂在不同因素如环境温度和压力、添加剂的挥发性 (包括沸点与蒸发潜热 )等对着火延迟的影响 ,以寻求克服水分对燃烧的不利影响 ,得出一些规律性的结论 ,如通过提高压力与温度等可以显著地改善燃烧。
补充资料：催化剂添加剂
分子式：
CAS号：
性质：多组分催化剂中，除主催化剂和共催化剂外，还添加各种助催化剂(其中有结构、电子、晶格缺陷及扩散等助催化剂)，目的是提高主催化剂的活性、选择性，改善催化剂的耐热性、抗毒性、机械强度和寿命等性能。添加的这些组分称为催化剂添加剂。
CAS号：
性质：多组分催化剂中，除主催化剂和共催化剂外，还添加各种助催化剂(其中有结构、电子、晶格缺陷及扩散等助催化剂)，目的是提高主催化剂的活性、选择性，改善催化剂的耐热性、抗毒性、机械强度和寿命等性能。添加的这些组分称为催化剂添加剂。
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