1) fuel oil saving efficiency
燃油节能效率
2) fuel efficiency
燃油效率
1.
A set of design and operating features from advancedengine cooling systems is reviewed and evaluated for their potential to provide improved engine protection while improving fuel efficiency and emissions output.
介绍一些先进冷却系统的设计和工作特点,这些系统既能起到保护发动机的作用, 又能改善燃油效率和降低排放污染物。
2.
With the coming of high oil prices era, how to improve fuel efficiency and reduce fuel cost became an urgent problem for airlines.
随着高油价时代的来临,如何提高燃油效率,降低燃油成本,成为各航空公司迫切需要解决的问题。
3) saving efficiency
节能效率
1.
The difference of fuel oil saving efficiency in bench scale test;
不同燃油节能添加剂台架试验节能效率的差别分析
4) fuel oil energy-saving device
燃油节能装置
5) energy saving additive
燃油节能添加剂
1.
We make bench scale test to compare the fuel oil saving efficiency using three marketable different kinds of energy saving additives and find out that the absolute value of fuel oil saving efficiency is not less than 5% even though at low load while the relative value is big,about from two to seven times between different kinds of energy saving additives.
本文使用市场销售量较大的三种不同类型的燃油节能添加剂分别做了台架试验,通过燃油节能效率的对比,发现燃油节能添加剂在台架试验中所表现出来的节能效率低负荷下也不超过5%,但是各种添加剂之间的相对值差别很大,不同添加剂之间节油率相差2~7倍,探讨了不同类型的燃油节能添加剂在台架试验中节能效率差别的原因。
6) burning oil energy-saving device
燃油磁化节能器
补充资料：燃油节能添加剂
汽车长期使用后,燃油在发动机的燃油供给系统中容易产生沉积物.如在化油器或燃油喷射系统中形成漆膜或结焦,影响化油器或喷射装置的配剂质量及功能,使得发动机偏离设计空燃比;如在气门部位结焦,会造成气门关闭不严,从而影响发动机的动力性和经济性.燃油的胶状物还不容易燃烧完全,将生成积碳沉积在汽缸盖燃烧室,活塞顶部,过多的积碳沉积将导致汽缸散热不良,引起发动机爆震,不但降低了发动机的动力性和燃油经济性,而且加大了发动机的磨损,燃油节能添加剂就是针对上诉问题研制的.
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