| 1. | On the ultrahard tool materials - diamond and cubic boron nitride
金刚石与立方氮化硼 |
| 2. | The performance characteristics of several new cutting tool materials are reviewed
这里主要介绍几种新型刀具材料的性能特点。 |
| 3. | Abstract : tool material and coating technology which are adapted for quenchhardening stell milling are introduced
文摘:介绍适合于淬硬钢铣削加工的刀具材料与刀具涂层技术。 |
| 4. | Haerbin yukai glass tool material company is beside the songhua river and is rather convenient for transportation
哈尔滨宇凯玻璃工具材料总汇，位于美丽的松花江畔，交通便利。 |
| 5. | In recent years , the rapid development of cutting tool materials is obviously along with the development of coating technology and processing industry
摘要随着涂层技术及加工业的发展，近年来国内外刀具材料发展迅速。 |
| 6. | Wc - co cermet is a kind of tool materials of good performance . especially , the ultra - fine wc - co has both high strength and high hardness
Wc - co硬质合金是一种性能优越的工具材料，尤其是超细晶wc - co材料实现了高强度和高硬度的结合。 |
| 7. | This article states machined properties of part ' s material , properties of cutting tool materials and some structure of cutting tool that used in large flat surface
摘要本文从实用出发，系统介绍了适用于制作大型平面材料的切削性能以及适用于大型平面精铣的几种刀具结构和使用情况。 |
| 8. | A cutting force model in turning on cutting parameters ( the depth of cut , feed rate , workpiece material and tool material ) and tool condition ( focusing on tool flank wear ) was developed
摘要建立刀具状态监控特徵量与切削参数及刀具状态之间的定量或定性关系是实现刀具状态监控系统的基础。 |
| 9. | By comparison , consider a target of cutting tool materials and processing the mechanical properties , physical properties , chemical properties of the match , a reasonable choice for high - speed machining tool materials
通过比较，并考虑切削刀具材料与加工对象的力学性能、物理性能和化学性能的匹配情况，合理地选择高速切削加工刀具的材料。 |
| 10. | Recently its correlative technologies , such as high - speed cutting tool material , high - speed spindle and high - speed feed system developed rapidly . its application range extends widely and widely . it has been applied in many fields , such as aviation industry , automobile industry , die manufacturing and so on
近几年来超高速加工的各项相关技术，如高速刀具材料、高速土轴、高速进给系统等都得到迅速发展，高速加工的应用范围也在不断的扩大，目前已广泛应用于航空工业、汽车制造工业、模具加工工业等领域。 |
