合成润滑油

  • 网络synthetic lubricant;Synthetic oil
合成润滑油合成润滑油
  1. 有机碱金属盐在合成润滑油中的抗氧化性能

    Organic Alkali Metal Salt 's Antioxidation Performance in Synthetic Lubricant

  2. 缩聚烷基苯合成润滑油的结构分析及机理探讨

    Structure analysis and mechanism exploration of the synthetic lubricant condension - polyalkylbenzene

  3. 对大pv值枢轴宝石轴承在8种矿物油及3种合成润滑油作用下的摩擦学性能进行试验研究。

    The tribological properties of lager pv pivot jewel bearing were investigated with a Falex test rig under various oil lubricants .

  4. PAG,POE,PVE和AB类等合成润滑油以及矿物油都有可能用于CO2汽车空调系统,其中PAG和POE最受关注。

    Synthetical oils such as PAG , POE , PVE and AB as well as mineral oil all possibly can be used , while PAG and POE are the most concerned .

  5. NASYN合成润滑油公司取得了压缩机润滑油技术的突破。

    From the makers of NASYN Synthetic Lubricants comes a breakthrough in compressor lubricant technology .

  6. ANDEROL合成润滑油被大多数的压缩机生产商使用、认可或推荐适用。

    ANDEROL synthetic lubricants are field tested , approved or recommended by most major compressor manufacturers .

  7. 有机碱金属盐抗氧协和剂在合成润滑油中的应用

    The application of organic alkali metal salt antioxidation performance in synthetic lubricants

  8. 天然气合成润滑油基础油技术发展动向

    The technology development of synthetic base stock from natural gas

  9. 大滑速下合成润滑油的摩擦牵引力研究

    Traction characteristics of synthetic lubricants at high sliding speed contacts

  10. 定量薄层色谱-光照法测定高温合成润滑油中抗氧剂含量

    Thin-layer chromatography-radiation method for determining the antioxidant content in synthetic high-temperature lube oils

  11. 运用拓扑指数预测合成润滑油的粘度

    Prediction of viscosities of synthetic lubricants using topological index

  12. 滚/滑接触状态下合成润滑油牵引特性分析

    On the Traction Characteristics Analysis of Synthetic Lubricants in Rolling / Sliding Contacts

  13. 合成润滑油的基础油聚醚油的物性及实用性研究

    Property and Practicability of Polyether Oil Used as Base Oil for Synthetic Lubricating Oil

  14. 合成润滑油在冷冻系统中的应用

    Applications of Synthetic Lubricating Oils in Refrigeration System

  15. 合成润滑油的生产与发展

    Production and development of synthetic lube oil

  16. 应用合成润滑油较好地解决了润滑油的稀释问题,收到了良好的效益。

    Synthetic lubricating oil can solve the dilution problem of oil and get good result .

  17. 外壳采用铝合金压铸,表面喷塑固化,内外壁耐抗空压机的合成润滑油腐蚀。

    The shell adopt aluminium alloy die casting , the surface is plastic-sprayed for resistance .

  18. 聚合反应对聚-α烯烃合成润滑油基础油性能影响的研究

    Study on influences of polyreaction on performance of poly - α - olefin lubricant base oil

  19. 说明煤蜡是合成润滑油基础油的合适原料。

    It showed that coal wax is the appropriate material for base oil of synthetic lubricant .

  20. 由气体烃合成润滑油的过程

    Oil from gas process

  21. 通过正交实验,优化润滑油的最佳配比,确定合成润滑油的最佳工艺路线及其最佳工艺参数。

    We confirmed the best route and parameter of technology to preparing lubricant by orthogonal test and optimizing the best proportion of lubricant .

  22. 以焦化顶循油为原料生产润滑油比以软蜡为原料,裂解烯烃合成润滑油更经济合理。

    Also , coking top cycle oil as raw oil is better than soft wax as feed through cracking olefin to synthesise lube oil .

  23. 随着近年来对节能和环保要求的日益提高和汽车、航空工业的迅速发展,合成润滑油基础油得到迅速发展。

    With increasing demand for the energy saving and environmental protection and rapid development of automobile aerospace industry , synthetic lube oil has been developed very rapidly .

  24. 航空燃料、二酯类合成润滑油和类似用途要求对膨胀特性进行控制,则可以根据相关标准对用于这些用途的垫片进行规定。

    Gaskets should be specified to an appropriate standard when required for aviation fuels , di-ester type synthetic lubrication oils and similar duties where control of swell characteristics is required .

  25. 从基础油的生产加工技术方面阐述了造成汽车用发动机润滑油品种差异的根本原因,并从多方面分析了合成润滑油与矿物润滑油的性能差异。

    The reasons to cause the varieties of engine lub-oils were discussed in terms of processes in base oil production , and the performance differences between synthetic lub-oils and mineral lub-oils were analyzed as well .

  26. 本文为合成润滑油研究提供一个研究方法,为生产应用提供可靠数据,并为高性能可降解系列合成齿轮油和工艺润滑油的研制奠定了基础,丰富摩擦学的内容。

    The research can provide one method for how to study synthetic oils , supply reliable data for practical application , enrich content of tribology , and build base for research on high effective biodegradable synthetic gear oils and rolling oils .

  27. 介绍了未来航空发动机对润滑油的性能要求,未来航空发动机油的使用温度已达到或超过酯类油的极限使用温度,需要使用新的合成润滑油。

    It is introduced the requirement of lubricating oil for future aviation engine . The working temperature of future aviation engine oil has reached or excesses the extreme working temperature of ester , so that new synthetic lubricating oil is needed .

  28. α-烯烃是重要的有机原料和化工产品,主要用作线性低密度聚乙烯的共聚单体,合成润滑油基础油、α-烯烃磺酸盐、增塑剂用醇、脂肪酸等的中间体。

    α - olefins are important organic materials and chemical products . They are extensively used as co-monomers for linear lowdensity polyethylene , intermediats for base lubricating oil ,α - olefin sulfonate , plasticizer alcohol , fatty acid , and so on .

  29. 在与油漆、密封件,垫圈和软管的相容性上,NASYN合成烃类润滑油与矿物油相似。

    NASYN synthetic hydrocarbon based lubricants are similar to mineral oils in their compatibility with paints , seals , gaskets and hoses .

  30. 将矿物润滑油改为NASYN合成烃类润滑油时,对于相容性不需要特别的预防措施。

    No special precautions related to compatibility are required when changing over from a mineral oil lubricant to an NASYN synthetic hydrocarbon based lubricant .