lubricating material

Modern facilities set a higher demand on lubricating material ( oil products ) .

现代化的设备对润滑材料（油品）提出了更高的要求。

Slide friction characteristic of self lubricating material and its self lubricating mechanism

自润滑材料滑动摩擦特性与自润滑机理

The paper introduces the design process and major points of the inlaid solid lubricating material .

本文主要介绍了镶嵌式固体润滑材料的主要设计过程及要点。

Application of Oil-free Lubricating Material to Long Shaft Bearings for Dog Transfer

拨入机长轴轴承无油润滑材料的应用

Study on Tribological Properties of Novel Solid Lubricating Material and Coatings at Elevated Temperatures

宽温域固体润滑材料及涂层的高温摩擦学特性研究

Tribology behavior of engine nano-cu lubricating material at a condition of high speed and temperature

高速高温下发动机纳米铜润滑材料的摩擦学行为

As wear-resistant lubricating material : Graphite is usually used as lubricant in the mechanical industry .

作耐磨润滑材料：石墨在机械工业中常作为润滑剂。

Research on the Tribological Performance of Micro - and Nano-phyllosilicate Mineral Lubricating Material

微纳米层状硅酸盐矿物润滑材料的摩擦学性能研究

Solid lubricating material - Graphite

固体润滑材料&石墨的应用

The spacewalk one of the most important , recovery is exposed to the space solid lubricating material samples .

此次太空行走的重要任务之一，就是回收暴露在太空的固体润滑材料样本。

Study on FM-110 Dry Film Lubricating Material

FM-110干膜润滑材料之研究

Polytetrafluoroethylene ( PTFE ) is an excellent solid lubricating material , with low friction coefficient , good chemical stability .

聚四氟乙烯（PTFE）是优良的固体润滑材料，其摩擦系数低，化学稳定性好。

There are many good self-lubricating characteristics in the inlaid solid lubricating material , which is used widely in machines with special requirements .

镶嵌式固体润滑材料具有许多良好的自润滑特性，在各类要求特殊润滑的机械中应用日益广泛。

Either half of the major axis is called a semimajor axis . Application of Oil-free Lubricating Material to Long Shaft Bearings for Dog Transfer

长轴的每一半叫做半长轴。拨入机长轴轴承无油润滑材料的应用

Since micro-nanometer lubricating material and technique possess significant meaning to machine parts in wear repairing , prolonging working life and reducing energy consuming , it is an increasing tendency for scientists to design novel lubricating system .

由于微纳米润滑材料和技术在解决机械零部件磨损自修复、延长其使用寿命和减少能源消耗具有的重要意义，设计新型润滑体系日益受到国内外的广泛关注。

Increase of solid lubricants , to some extent , leads to improvement of anti - friction performance and reducing of friction coefficient & wear rate , which indicates some tribological disciplinary behaviors of P / M solid self - lubricating material .

固体润滑剂的增加，在一定范围内，其减摩性能得到改善，导致材料摩擦系数和磨损速率降低，从而显示出粉末冶金金属基固体自润滑材料摩擦学的某些规律性行为。

Based on introduction of structure of solid nanometer lubricating material , preparing method and lubricating principle of solid nanometer grains , as well as application situation of nanometer solid lubricants , it was concluded that nanometer lubricating material had an extensive application prospect .

介绍了固体润滑材料的结构，固体纳米颗粒的制备方法、润滑机理以及作为润滑添加剂的应用情况，认为纳米固体材料具有广阔的应用前景。

Self - Lubricating Ceramic Material and Its Realizing Methods

陶瓷自润滑材料及其实现自润滑的方式

Study on the Tribological Properties of SiC Ni Co Mo PbO High Temperature Self Lubricating Cermet Material

SiC-Ni-Co-Mo-PbO系高温自润滑金属基陶瓷材料摩擦学性能的试验研究

The friction and wear behaviors of the material in air and the structure analysis for the lubricating phase of the material are discussed .

讨论了该材料在大气中的摩擦磨损特性以及材料润滑相的结构分析。

It is believed that the lubricating function of nano-lubricating material lies in that the surfaces of the friction pairs play the part of microcosmic ball bearing , self-repair , and film lubrication .

并且探讨了纳米润滑材料的抗磨减摩机理，认为纳米材料的润滑作用主要是在摩擦副表面起微型球轴承、自修复、薄膜润滑的作用。