机械表面界面科学与摩擦学的研究范围可以
分为如下3个领域：机械零部件、

The research scope of mechanical surface interface science and tribology can be divided into the following three areas: mechanical components, systems, and surface boundaries in equipment and behavior and performance design. General mechanical parts such as rolling bearings, sliding bearings, gears, precision mail guides, mechanical seals, clutches, and brakes are based on tribology and surface and theoretical knowledge of the interface. Engines, compressors, and reducers, etc. Work efficiency, reliability and longevity are closely related to the behavior of the moving interface. For I equipment and some equipment working in special environments such as high temperature, space and deep sea, in addition to the internal and internal problems of the system, it is also necessary to solve the problem of contact interface with external media.

The research scope of mechanical surface interface science and trilogy can be divided into three areas: surface boundaries in mechanical components, systems and equipment, and behavior and performance design. General mechanical parts such as rolling bearings, sliding bearings, gears, fine rails' mechanical seals, clutches and brakes, etc. depend on the theory of friction and table interface, engines, compressors and gearboxes and other machines such as liquid elements of the efficiency, reliability and life is closely related to the behavior of its motion interface. For I and some equipment working in special environments such as 髙 temperature, space and deep sea, in addition to the internal and boundary problems of the system... the problem of contact interface with external media is also needed.

The research scope of mechanical surface interface science and tribology can be divided into the following three fields: surface boundary behavior and performance design in mechanical parts, systems and equipment. General mechanical parts such as rolling bearings, sliding bearings, gears, precision guide rails, mechanical seals, clutches and brakes are based on the theoretical knowledge of tribology and surface interface, and the working efficiency, reliability and life of engine, compressor and reducer are closely related to the behavior of their moving interfaces. For the equipment and some equipment working in the special environment of high temperature, space and deep sea, in addition to the problem of boundary and inter boundary in the system, the problem of contact interface with external media also needs to be solved.<br>