介绍了超高速磨削的起源和特点。
The paper describes the origin and merits of ultra-high speed grinding.
超高速磨削；
阐述了超高速磨削的机理，介绍了磨削中的尺寸效应和比磨削能。
The mechanism of super high grinding, the size-effect and specific grinding energy in grinding were introduced.
最后，指出超高速磨削砂轮在超高速磨削中的地位，并指出努力方向。
Finally, the position of the ultrahigh speed wheels in ultrahigh speed grinding and our research direction in future are pointed out.
采用超高速磨削，对改善磨粒的切削状态，降低比磨削能是非常有利的。
The ultra high speed grinding mode may improve the cutting conditions of the grains and thus reduce the specific grinding energy.
采用超高速磨削，对改善磨粒的切削状态，降低比磨削能是非常有利的。
The ultra high speed grinding mode may improve the cutting condition of the grains and thus reduce the specific grinding energy.
受到试验设备和方法的限制，当前对高速及超高速磨削加工的认识仍不充分。
At present, high and super high-speed grinding can not be understood completely, under the restriction of experimental apparatus and methods.
电主轴的结构设计、动态特性在很大程度上决定了高速磨削加工的精度和效率。
To a great extent, the construction design and the dynamic performance of the electric spindle determines the precision and efficiency of high-speed grinding machining.
文中针对超高速磨削加工的特殊要求，分析研究了磨削液在高速加工中的作用机理及特性。
Aiming at the special require of ultra-high speed grinding processing, the mechanisms and characteristics of grinding fluids in ultra-high speed grinding processing is investigated.
高速超高速磨削是提高磨削效率、降低工件表面粗糙度和提高零件加工质量的先进加工技术。
High speed grinding and ultrahigh speed grinding is an advanced processing technique which can raise grinding efficiency, reduce work surface roughness and promote machining quality of the parts.
超高速磨削可提高磨削效率、提高零件加工精度和工件表面粗糙度，是一项具有广阔应用前景的技术。
The promising super speed grinding technology can enhance grinding efficiency, improve surface quality of work piece and reduce its surface roughness.
结合超高速磨削的特点，论述超高速c BN砂轮中磨料、结合剂、硬度、浓度、组织的一般选用原则。
Based on the characteristics of ultrahigh speed grinding, the general selection principle of abrasives, binders, hard - ness, concentration and structure of ultrahigh speed CBN wheels is discussed.
利用测出的比例常数和滞后角，对高速磨削过程中出现的不平衡振动，可实现转子系统一次试加重的快速动平衡。
With the measured ratio and lagging Angle, in the process of field balancing for high speed grinding, the rotor system can attain quick balance just adding balancing mass one time.
实验室采用陶瓷球轴承作支承的电主轴做高速精密磨削。
We adopt the ceramic bearing electric spindle to achieve high speed and precision grinding.
文章就实现椭圆形零件的高速高精密磨削的问题，提出了采用PMAC时基控制的实验方法。
In this paper, an actual method is made to fulfil high - speed precision grinding of elliptic parts based on PMAC time - based control.
本文对高速切入磨削轴承外圈沟道所产生的烧伤现象进行分析和探讨，并提出了具体的解决方法，在实践中取得了良好的效果。
This paper analyses the burn problem produced from highspeed crush grinding of the bearing outer ring raceway. And a solution is presented, then good results are achieved by practical application.
采用高速精密磨削方法和工艺加工凸轮轴可以满足高速、高效、高精度的加工要求。
Processing camshafts by the technique of high-speed-and-precision grinding can meet our satisfaction for high speed, efficiency and precision.
随着超硬含铝高速钢及其他难加工材料在工具行业的不断应用，对刀具的磨削加工提出了更高的要求。
With the continuous application of ultra-hard high speed steel and other materials hard to be machined in tool industry, higher requirements have been put foward to the grinding process for tools.
目的探讨高速电钻下鼻甲骨磨削术治疗下鼻甲肥大的临床效果。
Objective To investigate the clinical efficacy of high-speed electric burr abrading procedure for inferior turbinate bone hypertrophy.
通过实验，研究分析了基于PMAC的高速精密磨削数控加工，为实现PMAC在高速精密加工中的应用打下基础。
Through the trial analysis, we studied high precise NC manufacture on PMAC, this paper provided the foundation for application of PMAC on high precise manufacture.
介绍的是用三菱a系列可编程控制器在高速曲轴磨床上工件曲轴进行砂轮磨削的一种控制方法。
The paper presents a control method for High Speed Crank shaft Grinder with Mitsubishi a series of programmable controler.
该机可用于磨削各类形似半圆角或反锥角的高速钢和硬质合金雕刻刀具和单边或多边刀具。
For grinding HSS and carbide engraving cutter as well as single lip or multiple lip cutters of various shapes such as radiused cutters or negative taper Angle of cutters.
分析了高速高效磨削的关键技术，阐述了实现高速高效磨削的主要途径。
The key technologies of high speed and high efficiency grinding were analyzed The ways to implement high speed and high efficiency grinding were generalized.
本文研究了新型无钴易磨削超硬高速钢g 105钢的性能，并对钴对高谴钢的一些性能的影响作了探讨。
A new type of cobalt-free super high speed steel with good grindability G105 has been developed, and the effect of cobalt on some properties of high speed steels was discussed.
本文主要论述修整参数对砂轮表面地形的影响，借助微型计算机和透射电子显微镜还对高速低粗糙度磨削机理进行了一些探讨。
Especially, this paper is to deal with the effect of the dressing parameters on the grinding wheel surface topography, and, by means of microcomputer and electronic microscope, the mechanism of...
本文主要论述修整参数对砂轮表面地形的影响，借助微型计算机和透射电子显微镜还对高速低粗糙度磨削机理进行了一些探讨。
Especially, this paper is to deal with the effect of the dressing parameters on the grinding wheel surface topography, and, by means o...
本文主要论述修整参数对砂轮表面地形的影响，借助微型计算机和透射电子显微镜还对高速低粗糙度磨削机理进行了一些探讨。
Especially, this paper is to deal with the effect of the dressing parameters on the grinding wheel surface topography, and, by means o...
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