superhard material

Inspiration from Element Six for China superhard material industry in the financial crisis

金融危机中元素6公司对超硬材料行业的启示

The Application of Synthetic Superhard Material Cutting Tool in Machining Engineering Ceramics

用超硬材料刀具加工工程陶瓷

The Development Countermeasures of Superhard Material Industry in China

我国超硬材料工业发展对策的探讨

Position and function of superhard material cutting tools in modern manufacturing technology

超硬刀具在现代加工技术中的地位和作用

The designing and realizing method of superhard material database

超硬材料数据库的设计和实施实验材料与方法

The properties and applications of superhard material cutting tools

超硬材料刀具的特性及应用

Gear honing theory and application of superhard material internal honing wheel

超硬材料内啮合珩轮珩齿原理及应用

Status of superhard material industry and countermeasures

超硬材料行业当前形势与对策

The emergence of PDC is a great breakthrough on superhard material producing technology .

材料的出现，是超硬材料制备技术的重大突破。

Impact of different coatings on the bending strength of vitrified bond superhard material grinding tools

磨料表面镀覆对陶瓷结合剂超硬磨具强度的影响

Optimizing design of parameters of form milling catter made by superhard material for woodworking

超硬木工成型铣刀参数的优化设计

With the development and application of various superhard material tools with excellent properties , a series of coated superhard abrasive products are developed .

以真空微蒸发镀覆技术为核心，围绕各类高性能超硬材料工具的不断开发应用，目前已经形成了超硬磨料镀覆系列产品。

Based on ablation test of single particle diamond and wear resistance test of oxygen-acetylene repairing welding samples , the heat insulator for superhard material welding is developed .

通过单颗粒金刚石的烧蚀试验和氧乙炔堆焊试样的耐磨性试验，开发出适用于超硬材料焊接用的热绝缘剂。

With the rapid development of CNC machining technology and the widespread applications of the numerical control machines , superhard material tools is playing a more and more important role in industry .

随着CNC加工技术的迅猛发展以及数控机床的普遍使用，超硬材料刀具在工业加工中起着越来越大的作用。

To raise the polishing efficiency of Cubic boron nitride ( CBN ) superhard material , crank rocker arm mechanism has been developed by using Computer Simulation Technology .

为了提高立方氮化硼超硬材料的抛光效率，采用计算机仿真技术开发了曲柄摇杆抛光机构。

Superhard material industry is a fast developing industry with bright future and as a magazine which serve the trade , the Journal of superhard material engineering is facing both opportunity and challenge .

超硬材料行业是一个快速发展、前景光明的行业；以服务整个行业为宗旨的《超硬材料工程》杂志存在着机遇和挑战。

The basic characteristic , purpose and realization method of bonding capillary technology are discussed in this article . The machining technology of ultra-micro pore in non-conducting superhard material is described in detail .

阐述了毛细绑定技术（BC）的基本特征、用途及其实现方法，在非导电超硬材料上加工超微细孔的工艺技术方面做了较为详细的说明。

It is considered that magazine should become a window for the people both inside and outside the circle to exchange and get information , making every effort for the better future of superhard material industry .

认为刊物应该成为业内各界人士交流和获取信息的窗口，为超硬材料行业的美好明天而努力。

A new kind of superhard material β - C_3N_4 has become the hot research point because of its hardness maybe over diamond and other possible excellent properties since it had been predicted in theory .

新型超硬材料β-C3N4自从理论预言其硬度有可能超过金刚石以及优异的性能以后成为各国科学家研究的热点。

This paper mainly introduced the properties and applications of superhard material cutting tools , including monocrystalline diamond tool , polycrystalline diamond tool , polycrystalline CBN ( PCBN ) tool and CVD diamond film tool .

本文主要介绍了单晶金刚石刀具，高温高压合成的聚晶金刚石（PCD）刀具，聚晶立方氮化硼（PCBN）刀具及化学气相沉积的金刚石膜（CVD）刀具的特性及应用。

Superhard material industry is a small trade circle having been fast developed over half of the century , which has given an influence on selection and editing of the articles concerned about superhard materials industry with its own obvious characteristics .

超硬材料行业是近半个世纪以来快速发展起来的小行业，对超硬材料行业论文的选定和编辑带有较为明显行业特点。

Superhard material development status was stated and its trend for further development was viewed in the article , on which the orientation and target of industrial magazine SME have been confirmed and an editorial committee has been set up .

文章叙述了超硬材料发展的现状，展望了超硬材料行业发展的方向，以此为基础定位行业期刊《超硬材料工程》的发展方向和目标，并组建编辑委员会。

Advantages and disadvantages of various methods were analyzed , and technical indexes of superhard abrasive material after treatment were summarized .

分析了各种方法的优缺点，并总结了处理后的技术指标。

Polycrystalline Diamond Compact ( PDC ) is a kind of superhard complex material which is made from diamond micro-powder and carbide by sintering process .

金刚石复合片（PolycrystallineDiamondCompact简称PDC）是一种以金刚石微粉和硬质合金基体烧结而成的超硬复合材料。

New Progress of Superhard Cutting Tool Material

超硬刀具材料的新进展

Recent Progress in the Synthesis of New Superhard Thin Films Material β C 3N 4

新型超硬薄膜材料β-C3N4合成新进展

New superhard carbon nitride film material

新型超硬C-N薄膜材料

Vapor Synthesis of Superhard β - C_3N_4 Material

β-C3N4超硬材料的汽相合成

As a report of an interview , the article introduced the national key laboratory of superhard materials , focusing on its function in superhard material industry and made a high comment on the lab.

文章以专访形式，介绍了超硬材料国家重点实验室，特别是对它在超硬材料行业中的作用，作了高度评价。

The development of products made of superhard materials in China has been clearly stated . The prospect of developing superhard material industry has been indicated and the suggestions for developing the Chinese products in future have been given from the view of enlarging its application area .

阐述我国超硬材料制品发展的动态，从其应用领域的拓展，展望超硬材料工业发展的前景，对我国超硬材料制品今后的发展提出建议。