1.
Liquid Honing of the Spray Bore and Probability Analysis of Experimental Results
喷孔液体研磨技术及其试验结果的概率分析
2.
Research on Micro-scale Abrasive Wear of TZNT Titanium Alloys in Simulated Body Fluid Environment;
模拟体液环境下TZNT钛合金微磨粒磨损研究
3.
Micro-abrasion Performances of TAMZ Alloy in Simulated Body Fluid
模拟体液环境下TAMZ合金的微磨粒磨损行为研究
4.
Study on Preparation of Liquid Wear Resistant Coating and These Properties on Laminated-Timber Floor;
强化木地板液体耐磨层的制备及耐磨性能的研究
5.
Research and Development of the Liquid-Magnetic Abrasive Tool for Finishing Treatment
面向光整加工的液体磁性磨具的研究与开发
6.
Research and Development of Experimental Equipment in Liquid-Magnetic Abrasive Tool Finishing
液体磁性磨具光整加工实验装置的研制与开发
7.
Research on Finishing Mechanism and Physical Property of Liquid-Magnetic Abrasive Tool;
液体磁性磨具光整加工机理和物理性质的研究
8.
Analysis and Research on Processing Surface Velocity and Stress Field of Fluid Magnetic Abrasives;
液体磁性磨具加工表面速度与应力场分析研究
9.
An excellent, general purpose, low viscosity oil/ water emulsion.
极佳的研磨效能，液体具有低粘性，具有亲油和亲水性质的乳状液。
10.
Friction and Wear Performance of the Hydraulic Motor Friction Pair with Liquid Dispersant-radiation Condition
液体分散剂-辐射器条件下液压马达中摩擦副摩擦磨损性能研究
11.
grinder ,millstone-type, for solid mineral materials
磨石式固体矿物研磨机
12.
This is achieved by breaking up the cells in a mincer or grinder and then centrifuging the resultant liquid.
通过研磨器皿或粉碎仪器破碎细胞，然后离心剩余的液体。
13.
Research on Stability Improvement of Nano-silica on Fluid Magnetic Abrasives
纳米二氧化硅对液体磁性磨具稳定性改良的研究
14.
Research on Anti-wear Property of Synthetic Oil-based Polymeric α-Olefin Nano Fe_3O_4 Ferrofluids
添加纳米Fe_3O_4的聚α-烯烃合成油基磁性液体抗磨性能研究
15.
Innovation Design on Liquid Hydrostatic Bearing of Grinding-head for M115 External Grinder
M115W外圆磨床磨头液体静压轴承改装设计
16.
Development of Wear-resistant Ductile Iron Mill Ball with Bainite and Martensite
贝氏体—马氏体抗磨球铁磨球的研制
17.
A mixture of finely powdered abrasive grit and an emulsion of cleaning detergents and liquid cutting compounds are used to finely cut back the colour coat on the vehicle.
粉末状研磨砂，清洁剂的乳状液和液体化合物的混合物用来除去车身的色素层。
18.
Fluid Injection Method in Super High Speed Point Grinding
超高速点磨削工艺磨削液的注入方式研究