CBN磨具,CBN abrasive tools
1)CBN abrasive toolsCBN磨具
1.Research on the control of pores in the vitrified bond used inCBN abrasive tools;CBN磨具用陶瓷结合剂气孔控制研究
2.Effect of nano-oxides on properties of vitrified bond forCBN abrasive tools纳米氧化物对CBN磨具陶瓷结合剂性能的影响
英文短句/例句
1.Research of Grinding Tool of Single-layer Electroplated CBN and Optimization Design for Its Structure;电镀单层CBN磨具的研究及其结构优化设计
2.Effect of nano-oxides on properties of vitrified bond for CBN abrasive tools纳米氧化物对CBN磨具陶瓷结合剂性能的影响
3.Research on Ceramic/Metal Compound Bond Used in Superhard CBN Abrasive Tools超硬CBN磨具用陶瓷/金属复合结合剂的研究
4.Influence of Additives on Vitrified Bond Melting Temperature of CBN High-speed Grinding Tool添加剂对CBN高速磨削工具用陶瓷结合剂熔融温度的影响
5.High Speed Grinding with CBN Grit Wheel for Camshaft Manufacturing of Engine发动机曲轴凸轮轴CBN高速磨削加工
6.Study on performances of CBN grains for quick-point vitrified CBN wheel快速点磨陶瓷CBN砂轮磨料性能的实验研究
7.Profile Grinding of Titanium Alloy with Monolayer Brazed CBN Wheels;单层钎焊CBN砂轮成型磨削钛合金的研究
8.Thermal Characteristics of Surface Grinding with a Vitrified CBN Wheel;陶瓷结合剂CBN砂轮磨削过程的热特性研究
9.Research on Grinding of Vitrified Bond CBN Grinding Wheel Based on Virtual Reality基于虚拟现实的陶瓷结合剂CBN砂轮磨削研究
10.Research and Simulation of Ultra-high Speed Griding of CBN Wheel Based on Virtual Reality基于虚拟现实的CBN砂轮超高速磨削仿真研究
11.Experiment study on vitrified bond for ultra-high speed CBN wheel超高速磨削陶瓷CBN砂轮结合剂的实验研究
12.Microstructure of the Interfacial Region between CBN Grains and AgCuTi Alloy Reinforced by TiN ParticlesTiN颗粒增强AgCuTi合金钎焊CBN磨粒的界面微结构
13.Research & Development of Automatic Control System on the Process of Electroplating CBN Honer with "Suspension-burying" Method;珩磨轮“悬—埋”法电镀CBN工艺自动控制系统的研究与开发
14.Experimental Study on Laser Trimming and High Speed Grinding"s Performance of Resin Bonded CBN Super-abrasive Wheels;树脂CBN砂轮激光修整及其高速磨削性能的试验研究
15.A Research on Ticking - Abraisives With Diamond and Cbn Tools Whiling and Electrolyte Flowing in the Dies Cavity;精密金刚石、CBN电镀刀具内包容流动旋转植砂的研究
16.Abrasives Export Corporation磨料磨具进出口公司
17.coated abrasives-grain sizes磨具涂覆用磨料粒度
18.coated abrasives-determination of grain size distribution of microgrits p12 to p220磨具涂覆用磨料粗磨粉粒度试验方法（p12-p220）
相关短句/例句
CBN grainsCBN磨粒
1.The interfacial microstructure and characteristics among TiN particles, Ag-Cu-Ti alloy,CBN grains and the steel substrate were detected with three-dimensional video microscope, scanning electron microscope (SEM), energy dispersion spectrometer (EDS) and X-ray diffraction (XRD).运用三维视频显微镜、扫描电镜、能谱仪和X射线衍射仪分析TiN颗粒、Ag-Cu-Ti合金、CBN磨粒和钢基体之间的结合界面的微观组织结构。
3)CBN abrasivesCBN磨料
4)CBN face grinding wheelCBN研磨盘
1.Study on vitrified bond forCBN face grinding wheelCBN研磨盘用陶瓷结合剂的研究
5)CBN toolCBN刀具
1.The Selection of Cutting Parameters in Extra——fine Turning for Shaft Bearing withCBN tool;CBN刀具超精车削轴承钢时切削参数的选择
6)brazed CBN grit钎焊CBN磨粒
1.The residual stresses in thebrazed CBN grit were confirmed according to the shift of the characteristic peak in the infrared spectra of the grit crystal, meanwhile the stress distribution was analyzed and the exposing height of the CBN grits on the brazed tool surface was optimized.采用测量红外光谱峰值偏移的方法确定钎焊CBN磨粒内部中心轴线以及磨粒与钎料截面径向的残余应力,分析了磨粒内部残余应力的分布特征,并优化选择了钎焊砂轮工作面上CBN磨粒的出露高度。
延伸阅读
磨具：砂轮 用磨料和结合剂等製成的中央有通孔的圆形固结磨具。砂轮是磨具中用量最大﹑使用面最广的一种﹐使用时高速旋转﹐适於加工各种金属和非金属材料。砂轮的种类繁多﹐不同砂轮可分别对工件的外圆﹑内圆﹑平面和各种型面等进行粗磨﹑半精磨和精磨﹐以及切断和开槽等。按各种形状﹑尺寸﹑磨料﹑粒度﹑硬度﹑组织和结合剂等进行不同的组合﹐砂轮的品种规格多达20万个左右。砂轮的尺寸范围很大﹐如用於磨零件内孔和牙齿的电镀金属结合剂超硬磨料砂轮﹐最小外径为 0.5毫米﹔用於大型曲轴磨削的陶瓷结合剂普通磨料砂轮﹐最大外径为2000毫米﹔用於半导体材料如硅片等的切断和开槽的电镀金属结合剂金刚石超薄砂轮﹐最薄为0.03毫米﹔用於无心磨削的陶瓷结合剂砂轮﹐整体最厚可达600毫米。 分类 砂轮按所用磨料不同﹐分为普通磨料(刚玉和碳化硅等)砂轮和超硬磨料(金刚石和立方氮化硼)砂轮两类(见彩图 砂轮 )。普通磨料砂轮的特徵有形状﹑外径﹑厚度﹑乳径﹑磨料﹑粒度﹑硬度﹑结合剂和组织。超硬磨料砂轮的特徵中不标示“组织”﹐而以浓度表示磨料含量的多少。 普通磨料砂轮 常用砂轮的形状有20餘种(图1 普通磨料砂轮的断面形状 )。除磨料外﹐对砂轮性能起主要作用的是结合剂﹐它影响砂轮的硬度﹑强度和磨削性能﹐常用的有陶瓷结合剂﹑树脂结合剂和橡胶结合剂。相应的砂轮为陶瓷砂轮﹑树脂砂轮和橡胶砂轮。 陶瓷砂轮﹕用陶瓷结合剂製作的砂轮﹐具有良好的化学稳定性﹐加工时可採用各种切削液﹐也可进行乾磨。陶瓷砂轮广泛用於平面﹑内外圆磨削﹐并适用於成形磨削和工具﹑螺纹﹑齿轮﹑曲轴等的磨削。陶瓷砂轮还可製成高速砂轮﹐以用於高速磨削﹐工作速度高达125米/秒﹐缓进给强力磨削陶瓷砂轮﹐一次切深可达20～30毫米。陶瓷砂轮性脆﹐不适於在恶劣的衝击或重负荷条件下工作。 树脂砂轮﹕用树脂结合剂製作的砂轮。树脂硬化温度低﹐收缩率小﹐可製成多种复杂形状的砂轮﹐并可埋入金属环和玻璃丝网布等补强材料﹐故砂轮迴转强度高﹐能在重负荷或衝击力大的恶劣条件下工作。如高速重负荷砂轮的速度达80米/秒﹐负荷一般高至9800牛。树脂具有一定弹性﹐用它製成的镜面磨削砂轮可使工件获得小的表面粗糙度。利用树脂硬化前的可塑性﹐还可製成0.5毫米或更薄的切断或开槽砂轮。树脂砂轮化学稳定性差﹐不适於採用含硷性的切削液。
