1) Material removal
材料去除
1.
Research on material removal of magnetorheological finishing;
磁流变抛光材料去除的研究
2.
Study on material removal theoretical model of zone polishing technology
环带抛光技术材料去除理论模型研究
3.
Analyzing the understanding of previous polishing mechanism,our comprehension and hypothesis of material removal mechanism of super smooth surface polishing are enunciated.
胶体SiO2抛光LBO晶体获得无损伤的超光滑表面,结合前人对抛光机理的认识,探讨了超光滑表面抛光的材料去除机理,分析了化学机械抛光中的原子级材料去除机理。
2) material removal rate
材料去除率
1.
Contrastive experiments on conventional lapping and ultrasonic lapping indicate that the material removal rate of the latter is three times that of the former.
进行了普通与超声研齿对比试验表明,超声研齿材料去除率可达到普通研磨的三倍,齿面微切削与塑性流动纹理明显,点蚀深度、划痕长短均匀,齿面质量明显优于普通研磨齿面,即粗糙度低至0。
2.
Both high material removal rate(MRR) and smooth surface have to be achieved in primary chemical mechanical polishing(CMP) of hard disk substrates.
硬盘盘基片粗抛光必须在较高材料去除率的基础上获得高表面质量。
3.
The relationship between the material removal rate and the machining parameters is discussed by experiments.
以玻璃为被加工工件的材料,对数控旋转超声加工的工艺进行了初步试验研究,分析了材料去除的机理,通过工艺试验探讨了磨料粒度、工具旋转转速、工作台进给速度、分层厚度等工艺参数对材料去除率的影响。
3) polished material volume
材料去除量
4) MRR
材料去除率
1.
Generally,material removal rate (MRR) raises with the increase of discharge pulse duration time and discharge current,but decreases with the increase of pulse interval time.
试验结果显示:一般情况下,材料去除率随放电电流、脉冲宽度的增大而增大,随脉冲间隔的增大而减小,但一味地增大脉冲宽度和减小脉冲间隔会造成电火花加工稳定性变差,从而降低材料去除率;汽中电火花加工技术的工具电极相对损耗率相对较低,受脉冲宽度、脉冲间隔影响小,但在大的放电电流下,电极相对损耗率会有所增加,且汽中电火花加工的工件附着物较少。
5) material micro-remove rate
材料微小去除量
6) material removal mechanism
材料去除机理
1.
It is found that the dominant material removal mechanism in precision grinding of n- Al2O3/13TiO2 coatings is as brittle fracture including chippping and crushing which is added with.
应用扫描电镜对纳米结构Al2O3/13TiO2(n-Al2O3/13TiO2)涂层精密磨削后的表面/亚表面形貌进行观察和分析,结合对n-Al2O3/13TiO2 精密磨削的单颗磨粒磨削力、磨削力分力比和比磨削能的磨削实验结果的分析,揭示了n-Al2O3/13TiO2 涂层精密磨削的材料去除机理。
2.
It is necessary to study the material removal mechanism in grinding of nanostructured ceramic coatings.
纳米结构陶瓷涂层具有优异的性能,但在工业应用中不但其涂层制备技术而且其精密磨削技术对涂层的使用性能均具有重要影响,因此对其磨削时的材料去除机理的研究成为必要。
3.
The material removal mechanism into abrasive jet precision finishing machining with grinding wheel as restraint was investigated,based on the size ratio of characteristic particle size to film thickness between grinding wheel and workpiece.
基于磨粒特征尺寸与砂轮、工件间液膜厚度比值的变化,研究了砂轮约束磨粒喷射精密光整加工材料去除机理。
补充资料:恒定材料去除率是硬铣的关键
图1:摆动铣削的应用可以产生比较恒定的刀具负载水准。 | |
图2:对于相同的切深,刀具咬合方面的差异可能改变刀具负载和表面粗糙度。 |
刀具路径调整
对较小刀具的编程
刀具咬合
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