antiwear造句

• Antiwear additive for jet fuels t1602
  T1602喷气燃料抗磨添加剂
• The antiwear coating could also be used to other metals
  该涂料也可应用在其他金属材料的表面防护上。
• Simulation analysis of contact position of drill stem and application of antiwear tool
  钻柱接触位置与防磨工具的应用仿真分析
• Developing situation and tendency of lubrication oil extreme pressure antiwear additives
  润滑油极压抗磨添加剂的应用及发展预测
• Entropy : study on the antiwear and antifriction properties of nanometer particle containing samarium
  含钐纳米粒子的抗磨减摩性能研究
• Abstract : sulfurized oxymolybdenum dialkyldithiophosphate ( moddp ) is a lubricating oil additive which has good antiwear and friction reducing properites
  文摘:二硫代磷酸硫化氧钼是一种具有优良抗磨减摩性能及节能效果的润滑油添加剂。
• In the field of tribolgy , the application of traditional oil - soluble additives of antiwear and reducing friction has been confined due to itself defect
  在摩擦学领域中，传统的油性剂和极压抗磨添加剂由于自身的缺陷其应用受到很大限制。
• The lubrication aluminum oxide coatings with high hardness , antiwear and corrosion resistance by using microarc oxidation technology were discussed as well as its application
  对应用微弧氧化技术制备具有润滑性能的高硬度耐磨、防腐蚀氧化铝涂层及其应用进行了初步探讨。
• Abstract : in this paper , the surface of the ore milling roller was quenchedby the laser , so that increase its surface rigidity and improve its antiwear properties , and prolong its life
  文摘:应用激光束对磨辊表面进行淬火处理，提高磨辊表面硬度，增强磨辊的抗磨损性能，从而达到延寿的目的。
• Antiwear ( aw ) agent additive that is active in preventing damage caused by occurrence of solid phase welding between sling surfaces without local surface melting
  抗磨（ aw ）添加剂相互滑动的表面因发生相互摩擦会造成损坏。抗磨添加剂就是能有效防止这类磨损，同时又不会发生滑动的表面熔化的添加剂
• Antiwear ( aw ) agent additive that is active in preventing damage caused by occurrence of solid phase welding between sliding surfaces without local surface melting
  抗磨( aw )添加剂相互滑动的表面因发生相互摩擦会造成损坏。抗磨添加剂就是能有效防止这类磨损，同时又不会令发生滑动的表面熔化的添加剂。
• High quality oils of good oxidation stability incorporating oiliness , antiwear & tackiness additives which impart the frictional characteristics necessary to prevent ' stick - slip ' in the operations of tableways & slideways of machine tools
  高品质具良好氧化稳定性润滑油,含油腻性,抗磨损及黏附性添加剂,因此能防止工具机械导轨及滑面在操作时胶著-滑动]之不良现象
• It can implement emulsion breaking , dehydration and remove water , soap , acid , color and metal particulate in emulsive turbine oil and low - viscosity lubricating oil as well as filtration of hydraulic transmission oil and antiwear hydraulic oil in machinery , turbine oil of electric equipment
  能对严重进水混浊乳化的透平油低粘度润滑油进行破乳脱水，除去油中水分皂类胶质酸质色素及金属微粒等机械杂质，使乳化状油液变清澈。
• The results show that antiwear and friction - reducing abilities of ultrafine ws2 powders in petrol engine oil are excellent , and obviously better than that of t302 and mos2 , and through the experiments we know that the 60 # engine oil containing 1 percent of ultrafine ws2 powders has the best lubricating effectiveness
  结果表明：二硫化钨粉超细末在汽油机油中具有优良的抗磨减摩性能，其摩擦学性能优于氯化石蜡和二硫化钼，含二硫化钨超细粉末1 %的60号发动机油具有最佳的润滑性能。
• The uniformed design of experiment is used and the sas of software was adopted to analyze the result in order to discuss that other additives affect the tribological behaviors of tbp and tpp in the rapeseed oil . it has been found that both tbp and tpp as additives increase the load - carrying capacity and antiwear ability of the vegetable oil . and the tribological model can effectively forecasts the results of the objects so it is help to cut the costs . in addition to other additives have the capcity to affect the tribological behaviors of tbp and tpp
  利用四球机考察了磷酸三丁脂( tbp )和磷酸三苯脂( tpp )作为植物油添加剂的摩擦学性能；应用bp神经网络建立了tpp在菜籽油中的摩擦学模型；用均匀设计组织试验， sas统计软件分析处理数据，探讨其它添加剂对tbp和tpp在菜籽油中摩擦学性能的影响。结果表明： tbp和tpp能明显改善植物油的抗磨性并有效提高植物油承载能力；用神经网络建立的摩擦学模型能对目标样本进行有效预测，能节省成本；其它添加剂能影响tbp和tpp在菜籽油中摩擦学性能。
• An oil agent has a low load bearing capacity , extreme pressure andantiwear additives often contain the element of sulph , phosphorus , chlorine , which pollute surrouding enviorement , which have been restricted to use overseas . deweloping lubricating oil additive with good antiwear , high load - bearing capacity and self - repair of wear surface is one of the important questions in tribology
  油性剂的承载能力低，极压抗磨剂多为含硫、磷、氯的有机物，污染环境，在国外已被限制使用。发展具有良好抗磨性能、高承载能力、对磨损表面具有一定修复功能的润滑油添加剂是摩擦学领域的前沿课题之一。
• Nano - materials show broad application due to its unique physical and chemical characteristics in the field of tribology , and become potential lubricating oil additives . despite the present research still in the initial stage , many problems requir to be solved , however , lots of experimental results indicate that nano - materials possess the charateristics of reduing wear , antiwear and extreme pressure resistance
  纳米材料由于独特的物理化学性质，在摩擦学领域显示了广阔的应用前景，成为具有巨大潜力的润滑油添加剂。尽管目前的研究还处在初期阶段，许多问题有待解决，但大量的实验结果已表明纳米材料可以作为润滑油添加剂而起到减摩、抗磨和抗极压作用。
• With the reference of many relevant materials , the author prepared a fined molybdenum disulfide powder with a average size of 800nm by ball milling , and a nano - copper with average size of 30nm in micromulsion solution method , and synthesized surface - modified titanium dioxide nanoparticles with average size of 40nm in organic media via sol - gel method . the tribological performances of three particles were studied by universal test as well , with the result of fined molybdenum disulfide powder with good reducing wear and antiwear performance at low load , nano - copper with good reducing wear and antiwear performance at high load , surface - modified titanium dioxide nanoparticles maintaining stable reducing wear and antiwear performance from low load to high load due to its characteristics of organic and inorganic nanocomposite . the results indicate that the nanocomposite is the most perspective oil additive . the reducing wear and antiwear mechanism of nano oil additive was studied with in - situ tribochemical principle . nano additives possess broadly developing prospect with its above - mentioned performance
  在参阅了大量文献的基础上，分别采用了球磨法、微乳液法、溶胶?凝胶法制备了超细二硫化钼、纳米铜粒子、表面修饰纳米二氧化钛，经原子力显微镜测试，获得的超细二硫化钼的粒度平均在800nm以内，纳米铜粒子平均粒度约为30nm ，表面修饰纳米二氧化钛平均粒度约为40nm ，在万能摩擦磨损试验机上测试了三种粒子的摩擦学特性，结果表明：在合理的添加浓度范围内，超细二硫化钼在低载时具有优良的减摩抗磨性能，纳米铜在高载时具有比较好的减摩抗磨性能，表面修饰二氧化钛粒子因具有有机与无机复合物的特性，从低载到高载都保持稳定的减摩抗磨性能。