临界延性磨削深度,critical ductile grinding depth
1)critical ductile grinding depth临界延性磨削深度
1.On the basis of contrast test with or without ultrasonic vibration, the influence ofcritical ductile grinding depth on grinding forces and surface quality were studied by analyzing the grinding forces in different grinding state and surface quality observed by SEM and AFM.本文分析了纳米ZrO2陶瓷在普通和超声磨削状态下的裂纹扩展过程及延性去除机理;通过对不同磨削状态的磨削力及AFM和SEM对表面质量的观察,做了在普通和超声磨削状态下的对比试验,研究了临界延性磨削深度对磨削力及表面质量的影响关系;基于超声振动磨削过程及磨削力的分析,讨论了超声振动增加延性磨削深度的原因,最后通过AFM对延性域加工表面形貌的形成机理进行了观察。
2)critical grinding speed临界磨削速度
3)Brittle to ductile transition临界切削深度
4)grinding deep磨削深度
1.discussed the physical and grinding characteristic of Si_3N_4 ceramic,calculated he criticalgrinding deep that needed.结果计算出Si3N4陶瓷临界磨削深度值dc为0。
5)Ductile grinding延性磨削
英文短句/例句
1.Study on Removal Mechanism of Ductile-Mode Grinding in 300mm Silicon Wafer Surface Grinding Process300mm硅片表面延性磨削机理研究
2.Study on Ductile Grinding Character of Nano ZrO_2 Ceramics using Ultrasonic Vibration Grinding纳米ZrO_2陶瓷的超声振动延性域磨削特性研究
3.Grinding Performance of Soft Abrasive Grinding Wheel Used in Ultra-precision Grinding Sapphire Substrate;超精密磨削蓝宝石基片的软磨料砂轮磨削性能
4.Studies on the Grinding Behavior and Wear Resistance of Y-TZP/Al_2O_3 Ceramics;Y-TZP/Al_2O_3陶瓷磨削性能和耐磨性的研究
5.Study on grinding performance of soft diamond grinding wheel金刚石柔性磨轮磨削性能的实验研究
6.XM(Yellow):Cutting media with good wearable.XM（黄色）：切削用磨块，具有很好的耐磨性。
7.The Research on the Precision Grinding and Ground Wear Performance for Nanostuctured WC/Co Coating;纳米结构WC/Co涂层的精密磨削及磨削后磨损性能研究
8.Study on grinding performance of nano-SiO_2 modified flexible diamond wheel纳米SiO_2改性金刚石柔性磨轮磨削性能的研究
9.Study on Principle of Magnetic Abrasive Polishing for the Roller Gear Cam and Its Finishing Machine弧面凸轮磁性磨削机理及研磨机床的研究
10.Research on the Characteristics of the Affected Layer of Burnt Surface during Titanium Alloy Grinding钛合金磨削烧伤表面变质层特性研究
11.Study on Surface Texture Characterization and Friction Performance of Grinding;磨削表面纹理表征及其摩擦特性研究
12.Experimental Studies on Grindability of Soft-brittle KDP Crystals;KDP软脆功能晶体可磨削性的试验研究
13.Research of Grinding Capability of Coated Abrasive Belt in Grinding the Material of Gas Turbine Blades;燃气轮机叶片材料砂带磨削性能研究
14.Characteristics of Small Hole Grinding for Hard and Brittle Materials;硬脆材料小直径内圆磨削特性的研究
15.Influence of TiO_2 films on wear performance of diamondTiO_2薄膜对金刚石磨削性能的影响
16.Grinding performances on cemented carbides containing different sizes of grain不同晶粒度硬质合金的磨削性能研究
17.Effects of alloying additives on the grinding performance of porous wheels合金化改善多孔砂轮磨削性能的研究
18.A cutting tool is wear-resistant if it resists abrasion at the cutting edge and along the tool face. Wear resistance improves as cutting tool hardness increases.如果切削刀具的刃口和刀面耐磨,刀具就不易磨损。切削刀具的硬度越高,耐磨性就越好。
相关短句/例句
critical grinding speed临界磨削速度
3)Brittle to ductile transition临界切削深度
4)grinding deep磨削深度
1.discussed the physical and grinding characteristic of Si_3N_4 ceramic,calculated he criticalgrinding deep that needed.结果计算出Si3N4陶瓷临界磨削深度值dc为0。
5)Ductile grinding延性磨削
6)critical depth临界深度
1.Limit analysis of thecritical depth of circular step-sloped foundation pits;圆形放坡基坑临界深度极限分析
2.Numerical analysis about thecritical depth of two-layer foundation;双层地基临界深度的数值分析
3.Study on thecritical depth and minimal thickness of static piling;静力压桩临界深度和最小厚度探讨
延伸阅读
临界流态化速度分子式：CAS号：性质：又称临界流态化速度。在流态化状态下相应的流体速度。所谓流态化状态是指这样一种状态，即在直立的容器内加入颗粒状固体物料，控制流体以一定速度由底部通入，使其压力降等于或略大于单位截面上固体颗粒的重量，固体颗粒即呈悬浮状态运动而不致被流体带走，其上部具有一个水平的界面。
