abrasive material
英 [əˈbreɪsɪv məˈtɪəriəl]
美 [əˈbreɪsɪv məˈtɪriəl]
磨料
英英释义
noun
双语例句
- On the basis of the characteristics of the lubrication film, surface texture, abrasive particle material and work conditions, it sets up the wear rate analysis calculation formula of piston ring and cylinder liner.
本文在考虑了油膜特性、形貌特性、磨粒特性、材料特性及工况条件等因素的基础上，导出了活塞环&缸套的三体磨粒磨损分析计算公式。 - The machine can improve work efficiency and reduce cost by using the three-phase abrasive material ( gas-liquid-solid) to clean rust and painting with non-air high pressure.
该设备采用了气、液、固三相磨料水射流除锈和无空气高压喷涂技术，大大提高了工作效率，降低了成本。 - Preparation and properties of up/ al_2o_3 composite for particulate abrasive material
UP/Al2O3复合微粒磨料的制备和性能研究 - The test results show that wear resistance of tested steel under low stress abrasive depends on material hardness. Wear resistance of quenched microstructure is highest.
结果表明：低应力磨粒磨损的耐磨性主要取决于材料的硬度，淬火态组织的耐磨性最好。 - Solid Abrasive Material Double-Sides Lapping Pressure Optimizing Control
固着磨料双面研磨压力的优化控制研究 - Regulation on Abrasive Material of Vegetation Succession and Countermeasure of Vegetation Restoration of Opencast Gold Ore in Gingili River Watershed
露天金矿剥离物植被演替规律及植被恢复对策&以公别拉河流域为例 - Particular attention is paid to the analysis of the effects of some major process parameters, such as air pressure, abrasive material, size and supply rate, nozzle shape and dimension, stand-off distance and workpiece material on the cutting performance and kerf characteristics.
重点分析了一些主要的加工参数，例如空气压力、磨料材料、尺寸、供给率、喷嘴的形状和尺寸、喷射距离以及工件材料，对切削性能和切口特征的影响。 - With the orthogonal tests the influence of work condition of the 3-phase abrasive water jet to material removal and erosion depth is analyzed, and the relationship between the abrasive granularity and the surface roughness is discussed.
通过正交试验，分析了三相射流工作条件对材料去除量和冲蚀深度的影响，讨论了磨料粒度与加工表面粗糙度的关系。 - In terms of pre concentration strengthening, more crushing and less grinding, abrasive resistant material usage and classification intensification, the paper describes the present situation of grinding classification both in and outside China and discusses on the development orientation of grinding classification in China's metallurgical mines.
本文从强化预选、多碎少磨、应用耐磨材料和强化分级三个方面论述了国内外磨矿分级的现状，探讨了我国冶金矿山磨矿分级的发展方向。 - After abrasive material granularity reaches given size, the processing effect will not change;
当磨料粒度降低到一定的大小后，磨抛垫对硅片的抛光效果将不会有太大的变化；