1)Self-Lubrication自润滑性
英文短句/例句
1.Study on the Preparation and Self-lubricating Property of Ni-P-CaF_2 Electroless Composite PlatingNi-P-CaF_2化学复合镀层的制备及自润滑性能研究
2.Study on the Mesoscopoic Surface Mechanical Properties of the Porous Self-lubricating Sintered Material;多孔自润滑烧结体介层力学特性研究
3.Self-lubricating Behaviors of Infiltration-type TiC/FeCrWMoV Metal Ceramics at High Temperature浸渗型TiC/FeCrWMoV金属陶瓷高温自润滑特性及其润滑机理
4.protective value(润滑脂的)保护性能，(润滑脂的)防护能力
5.Research of Gradual Copper-Graphite Self-lubrication Materials and Its Tribology Property;梯度铜石墨自润滑材料及摩擦性能研究
6.The Preparation of Underwater Self-lubricant Bionic-coating and Its Performance Analysis;水下自润滑仿生涂层的制备及性能研究
7.Reasearch on Manufacturing Technique and Performance of the Self-Lubricating PTFE-Based Composites;PTFE基自润滑复合材料制备工艺与性能研究
8.Study of Fe-Ni-C-Si Self-lubricating Material;Fe-Ni-C-Si自润滑材料组织与性能的研究
9.Study on Structural Model and Diffusing Characteristic of Self-lubricating Sweat-sinter at High-temperature;自润滑高温发汗体结构模型及扩散特性研究
10.The Microstructure and Properties Study of Ni-Al-graphite Self-lubricating Material;Ni-Al-石墨自润滑材料的组织和性能研究
11.Research on Property of Metal Based Nano/Submicron Solid Self-lubricating Coating;金属基纳米/亚微米固体自润滑涂层的性能研究
12.Study on Friction and Wear Properties of Ni/C Self-lubricanting Coating;镍包石墨自润滑涂层摩擦磨损性能研究
13.Study on Forming Mechanism of Self-lubricating Composite Coating in HVOF Spraying Process and Its Characteristics;HVOF喷涂自润滑复合涂层的形成机理及特性研究
14.Study of Fabrication and Properties of High Temperature Self-lubrication TiAl-based Alloys;高温自润滑TiAl基合金的制备及其性能研究
15.Effects of Elements Constitution on Tribological Properties of Self-lubricati Material成分构成对复合自润滑材料摩擦学性能的影响
16.Tribological properties of POM-based self-lubrication composites with MoS_2 in vacuumPOM基MoS_2自润滑复合材料的真空摩擦学特性研究
17.Study of Tribological Properties of High Temperature Self-lubrication Composites with an Interpenetrating Network互穿网络式高温自润滑材料摩擦磨损性能研究
18.The melting microstructure and properties of Ni-graphite self-lubricating alloysNi基合金-石墨自润滑材料的熔炼组织及性能
相关短句/例句
self-lubricating property自润滑性
1.Through torque force test,the self-lubricating property of the coating was evaluated by analyzing the data in mathematical way.为了得到具有自润滑性的达克罗涂层,将不同规格的石墨粉以不同质量比掺杂在达克罗涂液中制备涂层。
3)self-lubricating property自润滑性能
1.The results shown that this impregnated graphite is of the good self-lubricating property and it is a thermostable, and wear-resistant material.本文对浸锑石墨进行了试验研究,结果表明这是一种具有良好自润滑性能的耐高低温和耐磨密封材料,可以替代进口产品广泛用于制作各种潜水电泵的导轴承和止推轴承,各类泵用机械密封静环和各种流量仪表轴承,以及高温或干摩擦条件下工作的轴瓦等。
2.The pretreatment of CaF2 particles was introduced,the surface topography,structure and porosity of Ni-P-CaF2 electroless composite plating were analyzed,and the self-lubricating property was tested at ordinary temperature.制备了以45#钢为基体的Ni-P-CaF2化学复合镀层并研究了该镀层的制备工艺;介绍了CaF2固体自润滑微粒镀前预处理技术,对镀层的表面形貌、结构、孔隙率等性能进行了分析;对复合镀层的自润滑性能进行了测定。
4)wear-resistant and self-lubrication耐磨自润滑性
5)self-lubricating[英]['self'lu:brikeiti?][美]['s?lf'lubr?,ket??]自润滑
1.The Research on the Application of the ZW-10 ceramic wearable (self-lubricating) heavy-duty anticorrosive dope;ZW-10陶瓷耐磨(自润滑)重防腐涂料的应用研究
2.Research on Applications of ZW-10 Micro-structured Ceramic-made Wearable (Self-lubricating) and Heavy-duty Anticorrosive Dope;ZW-10微结构陶瓷耐磨(自润滑)重防腐涂层的应用研究
3.Preparation and Characterization of Chromium Carbide Based Self-lubricating Fluoride-metal Composite Coating;碳化铬基自润滑耐磨涂层材料的制备及表征
6)self lubrication自润滑
1.The basic concept, application prospect, performances, realizing methods and research direction of self lubrication cutter materials are summarized.自润滑刀具材料具有优异的减摩、抗磨性能 ,其开发与应用对提高切削加工生产率、降低加工成本、减少资源消耗、防止切削液污染环境、实现绿色加工具有重要意义。
2.At the same time the self lubrication and wear resistance for above composite was improved.再以此为基体制得高自润滑性和高抗磨性的聚甲醛共混合金复合材料。
3., d μ /d n <0(initial self lubricating stage), d μ /d n →+0(stable self lubricating stage) and d μ /d n →∞(failure stage, self lubrication giving way to dry friction), were obtained for the oily self lubricating materials.通过研究含油量低、中、高三种铜石墨自润滑材料的滑动摩擦过程， 发现摩擦系数μ与滑动距离ｎ 的关系曲线由三部分构成， 即ｄ μ／ｄｎ ＜ ０（ 自润滑开始工作阶段） ，ｄ μ／ｄｎ →＋ ０（ 自润滑稳态工作阶段） ，ｄ μ／ｄｎ →∞（ 自润滑失稳向干摩擦过渡阶段） 。
延伸阅读
自润滑分子式：分子量：CAS号：性质：见无油润滑。
