lubricant performance

英 [ˈluːbrɪkənt pəˈfɔːməns] 美 [ˈluːbrɪkənt pərˈfɔːrməns]

网络  润滑剂工作性能

化学



双语例句

  1. Effects of Different Proportions of Lubricant Additives on Performance of Vehicle DME Engine
    不同比例润滑添加剂对车用二甲醚发动机性能的影响
  2. In addition, analyses of the influences of lubricant, speed loading and bearing clearance on bearing performance is also given.
    同时还分析了不同的润滑油、转速、载荷和轴承间隙等对轴承性能的影响。
  3. Synthesis of base oil of low-volatile liquid space lubricant and Study on its performance
    低挥发液体空间润滑剂基础油合成及性能研究
  4. The results show that the quality of the green lubricant reaches the performance requirements of gasoline engine oil ( SG 10W/ 30).
    试验结果表明绿色润滑油质量水平已达到(SG10W/30)汽油机油的使用性能要求。
  5. The performance test showed that the said lubricant could meet the requirement of low-volatile liquid space lubricant, and its low-temperature property and volatile performance were better than those of the current liquid space lubricants.
    测试结果表明:该产品能够满足作为低挥发液体空间润滑剂的性能要求,其低温性能及挥发性能优于现有的一些液体空间润滑剂。
  6. This paper describes the importance of reasonable selection of lubricant additives for construction machinery and introduces the function, performance, classification and applications of additives.
    本文阐述了对工程机械润滑剂的添加剂,进行合理选用的重要性,介绍了添加剂的作用,性能、分类以及在工程机械上的应用。
  7. The FR lubricant fulfils the service requirements of the high temperature viscosity, lubrication performance and protective function for finish forge, extrusion, and moulding of Ti alloy parts.
    它们的高温粘度、润滑性能和防护作用均达到钛合金零件精锻、挤压和大锻件模锻的使用要求,并无毒性,使用方便。
  8. This paper has described the preparation of this lubricant coatings, listed its technical specification and compared its application performance with several similar products at home and abroad.
    介绍了该涂料的制法。列举了涂料的性能指标,并比较了国内外几种润滑涂料的使用性能。
  9. Lubricant performance of EBS wax becomes better in warm compaction ( 110 ℃) than in cold compaction.
    在温压中(110℃)EBS蜡粉比室温下表现出更好的润滑性;
  10. The effects of little of lubricant in CO_2 on the performance of compressor, expander gas-cooler and evaporator were analyzed, and the model of supercritical heat transfer was also proposed.
    最后对工质CO2夹带的微量PAG对压缩机、膨胀机、气体冷却器和蒸发器的性能影响分别进行了分析,并提出了超临界换热分析模型。
  11. It shows that the lubricant with nano-Cu additive can improve the lubricating performance and reduce wear.
    试验结果表明:纳米铜添加剂可以有效地提高润滑性能,减小喷油泵的磨损。
  12. Based on anionic polymerization mechanism, a polymeric alcohol JHG used as anti-sloughing lubricant for drilling fluid is synthesized, and performance evaluation is made on it.
    根据阴离子聚合机理,合成了一种用作钻井液防塌润滑剂的聚合醇JHG,并对其进行了性能评价。
  13. In the test practice, it shows that cushioning the dry membrane of polyethylene as the lubricant would enhance the performance of drawing with each kind of metal sheets and different drawing status. Analysis and studies were given to this.
    实践及研究表明垫聚乙烯干膜润滑拉深对各种板材及不同的拉深成形方法都起到了提高其拉深性能的作用,对此还作了一些分析探讨,提出了相应的建议。
  14. Study on Influence of M_OS_2 Lubricant Additive on Engine Performance
    润滑油添加剂(MOS2)对发动机性能影响的试验研究
  15. Effect of Carbon-Nanotube-Containing Biphase Liquid Lubricant on Contact Fatigue Performance of a Steel-Steel Pair
    含碳纳米管二相流体润滑剂对钢-钢接触疲劳性能的影响
  16. A base oil of liquid space lubricant with low-volatile performance, multi-alkyl cyclopentanes, was prepared in the laboratory.
    在实验室研制了具有低挥发性能的液体空间润滑剂基础油多烷基环戊烷,并对其进行了性能测试。
  17. Under the high-speed friction condition, the lubricant performance of graphite and the friction performance of SiO_2 are all dropping.
    在高速摩擦状态下,石墨和SiO2的润滑剂性能和摩擦剂性能都下降。
  18. Mechanisms of the Molybdenum Disulfide Solid Lubricant Film in Lubrication and its Applications Tribology Performance During Stable Stage of Molybdenum Disulfide Reinforced Thermoplastic Polyimide
    二硫化钼基润滑涂层在润滑油中的作用机理及实际应用二硫化钼改性热塑性聚酰亚胺材料稳定摩擦磨损性能
  19. We analyzed tribology performance of lubricant and compared the effect on improvement of tribology performance by adding nanoparticle prepared into synthetic 20 lubricating oil.
    将制备的纳米微粒及这种有机铜盐分别分散于20号航空润滑油中,通过实验考察其摩擦性,比较不同添加剂对改善摩擦学性能的优劣。
  20. The results show that this method is potentially useful for lubricant selection and quality con-trol and for studying influence of base lubricant composition on antioxidation performance.
    结果表明这种方法在润滑油筛选、质量控制和考察基础油组成对抗氧化性能的影响等方面有着潜在的用途。
  21. Theoretical and Experimental Study of Lubricant Influence on Performance of Refrigeration Compressors
    制冷系统含油量对制冷压缩机工作性能影响的理论分析和实验研究
  22. Nano potassium fluoroborate as lubricant additive has possessed strikingly lubricating performance and excellent dispersing stability which was synthesized by mechanical-chemical modification method.
    采用机械化学修饰法制备的纳米氟硼酸钾润滑油添加剂,具有极好的极压抗磨性能。
  23. Many researchers are interested in the excellent lubricant performance of self-assembled monolayers.
    自组装薄膜优异的润滑性能引起了研究者极大的兴趣。
  24. This experiment utilized a single-cylinder four-stroke diesel engine generator to set up the test bench of diesel engine lubricant usability performance. Furthermore, complete the design of the test scheme including operating schedule and the rule of taking oil samples.
    本文考虑到试验的重复性及真实性,选择利用单缸四冲程柴油发电机组搭建柴油机润滑油使用性能的试验台架。此外,本文设定了包括运行程序、取油规则在内的具体试验方案。
  25. Lubricating oil additives, important fine chemicals, is an important means to improve the quality of lube base oils, an important means for improving lubricant performance, energy saving and an important means to reduce pollution.
    润滑油添加剂是重要的精细化学品,是提高润滑油质量,扩大润滑油品种的主要途径,也是改进润滑油性能、节能及减少环境污染的重要手段。
  26. Lubricant affects the lubrication and cooling during rolling. Its performance plays a crucial role in the rolling stability and strip surface quality.
    乳化液在轧制过程中主要起润滑和冷却的作用,其性能对保证轧制稳定性和带钢轧后表面质量起到了至关重要的作用。
  27. Lubricant is made by base oil and various additives. The additives are directly related to the use of lubricant performance. Pour point depressant is one of additives which is to improve the flow properties of lubricant at low-temperature.
    润滑油是由基础油和各种石油添加剂调和而成,添加剂的选择直接关系到润滑油的使用性能,降凝剂是改变润滑油低温流动性能的最主要添加剂之一。
  28. Development of high-performance pour point depressant of lubricant will not only enhance the use of performance, and effectively lowers the pour point of lubricant oil to improve low-temperature fluidity, but also increase oil production.
    开发研究高效润滑油降凝剂不但可提高润滑油的使用性能,有效降低润滑油的凝点,提高润滑油的低温流动性,同时也可增加润滑油产量。