1)  oil consumption
滑油耗量
1.
The experience of China Southern Airlines shows that accompanying the onset of separation,it can often be observed,the oil consumption increases and brown nonmetal chips emerge.
不含石棉的粘合剂的性能衰退造成了多台CFM56-3发动机3号轴承后静子止油气封严装置分离,南方航空公司的经验表明该故障的早期经常伴有滑油耗量上升和磁堵中出现棕褐色的非金属物等现象,因此加强这方面监控可以有效控制该故障的发展。
2)  oil
滑油
1.
In the paper, it is successful that using compound toughing agent and polysulfone to modify the interface of phenolic molding plastics and making a kind of oil resistant phenolic molding plastics.
分别在200℃和170℃的滑油中浸24h和100h,测其力学性能和电绝缘性能,除垂直纤维方向的压缩强度外,各项性能保持率均达95%以上。
3)  lubricating oil
滑油
1.
Based on the date analysis of the lubricating oil in airplane’s real flight,a metal abrasive grains precipitating model after once flight was put forword,in which the lubricating oil changed from hot motion states to rest.
对飞机实际使用中的滑油数据进行了分析,在此基础上提出飞机一次飞行后滑油从高温运动状态到静止状态的两相流中金属磨粒沉淀模型,为飞机日常保障中如何选取最佳的采样时机提供了依据。
2.
In this paper,the author expounds in detail how the lubricating oil damages the engine and what preventive measures should be taken to make less loss.
在多年船舶检验的基础上, 广泛积累各种船舶机损事故, 从众多的机损事故中进行综合统计, 分析滑油引起的机损事故的原因、对机器造成的损坏程度等, 详细阐述了滑油如何造成的机损及如何采取相应的预防措施, 以减少由此引起的损失。
4)  lubricating oil
润滑油
1.
Refine lubricating oil fraction using furfural and epichlorohydrin as bi-solvent;
用糠醛与环氧氯丙烷双溶剂精制润滑油馏分
2.
Research of antiwear additive application at extreme pressure in special lubricating oil for clutch-operated and high efficiency screw press;
离合器式高能螺旋压力机专用润滑油中的极压抗磨剂研究
3.
Application of inductively coupled plasma-atomic emission spectrometry for analysis of impurity elements in lubricating oil;
电感耦合等离子体原子发射光谱法在润滑油杂质元素分析中的应用
5)  lubricant oil
润滑油
1.
Control Lubricant Oil Quality by VHI Viscosity Instrument;
VHI型自动粘度仪用于润滑油质量控制初探
2.
The surface-modified Cu nanoparticles were added into lubricant oil.
将DNCu-1型表面修饰Cu纳米微粒添加到发动机润滑油中,在发动机运行一段时间以后对连杆瓦的磨损表面进行SEM、EDS和XPS分析。
3.
The paper analyzes the technical situation of domestic and foreign lubricant oil industry from the point of view of patents.
从专利的角度,分析了国内外润滑油工业的技术现状。
6)  lubricating oil film
润滑油膜
1.
The angle affects the pressure distribution and dynamic stiffness coefficients of lubricating oil film.
在工作载荷和船体变形的共同影响下,船舶尾轴承发生变形并改变了轴承与螺旋桨轴之间的相对位置关系,导致螺旋桨轴轴颈中线与轴承中线之间形成一个变形夹角,这个夹角影响轴承润滑油膜的压力分布和刚度系数。
2.
Through the hardware and the software design of the intelligent sensor,namely the intelligent sensor can be used for measuring lubricating oil film thickness accurately.
提出一种基于ADuC834的智能传感器系统,通过对其硬件和软件的设计,有效地实现了智能传感器对润滑油膜厚度的精密检测。
参考词条
补充资料:平均百公里油耗量
平均燃料消耗量(L/100km):汽车在道路上行驶时每百公里平均燃料消耗量。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。