1) grinding character
研磨特性
2) magnetic abrasive finishing
磁性研磨
1.
Research on surface roughness characteristics of curved surface in magnetic abrasive finishing;
曲面磁性研磨加工的表面粗糙度特性研究
2.
In the magnetic abrasive finishing of module steel,the surface roughness Ra 1.
通过实验对所制备的粘结磁性磨料进行了性能分析,结果表明磁性磨料粒度为40目时研磨效果最佳,用于模具钢的磁性研磨原始表面Ra1。
3.
The magnetic abrasive finishing is a new technology used to process the surface of work piece by the relative motion with magnetic abrasive in the magnetic field.
磁性研磨是一种利用磁场中的磁性磨料对具有相对运动的工件表面进行光整加工的新技术。
3) Magnetic abrasive machining
磁性研磨
1.
Experimental study on magnetic abrasive machining of inner surface of small diameter hole;
小孔径内圆表面磁性研磨加工实验研究
4) magnetic abrasive
磁性研磨
1.
In this paper, we propose a new polishing technology for polishing diamond thin film with magnetic abrasive polishing.
文中针对内孔金刚石薄膜,提出了一种新的抛光方法——磁性研磨抛光。
2.
Utilize the characteristic that magnetic force line may penetrate the nonmagnetic material,use the magnetic abrasive finishing(MAF) method complete to the nonmagnetic small workpiece surface precise processing.
利用磁力线能够穿透非磁性材料的特性,用磁性研磨法对小型的非磁性工件进行精密抛光。
3.
It is magnetic abrasive finishing technique,so as its we I I fI exibiIity , seIf-adaptabiIity and the characteristic of shapeness by itself etc.
而磁性研磨光整加工技术，以其磨料磁刷柔性好、自适应性强、自锐性好等突出的加工特点，使自由曲面的磁性研磨数控加工成为可能，是最具潜力实现抛光自动化的光整加工方法。
5) flexibility abrasive
柔性研磨
1.
In addition,this paper compares this technology with gear chamfer technology of grinding wheels and finds the advantages of flexibility abrasive deburring technology.
并与砂轮齿轮倒角技术进行了对比,总结出了柔性研磨回转体去毛刺技术的优点。
6) grinding ability
研磨性能
1.
With the comparison between the grinding paste and the grinding powder,this research paper analyzed the factors influencing the grinding ability of the phosphate rock.
通过对磨浆与磨粉的比较,讨论了影响磷矿研磨性能的原因,介绍确定磷矿研磨性能的几种方法,探讨了确定磷矿研磨性能在过磷酸钙生产中应用。
补充资料：Anglelapping角度研磨
angle lapping 的目的是为了测量junction的深度，所作的芯片前处理，这种采用光线干涉测量的方法就称之angle lapping。公式为xj=λ/2 nf即junction深度等于入射光波长的一半与干涉条纹数之乘积。但渐渐的随着vlsi组件的缩小，准确度及精密度都无法因应。如srp(spreading resistance prqbing)也是应用angle lapping的方法作前处理，采用的方法是以表面植入浓度与阻值的对应关系求出junction的深度，精确度远超过入射光干涉法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条