2) tool materials
刀具材料
1.
High performance ceramic composite tool materials;
高性能复合陶瓷刀具材料
2.
Si_3N_4/TiC nanocomposite ceramic tool materials were fabricated by adding Si_3N_4 and TiC nanoparticles and with Al_2O_3 and Y_2O_3 as additives.
在微米Si_3N_4基体中加入纳米Si_3N_4及TiC颗粒,以Al_2O_3和Y_2O_3作为助烧结剂,通过热压烧结制备了Si_3N_4/TiC纳米复合陶瓷刀具材料,研究了该材料在800～1250℃时的氧化行为。
3.
The author gave us the reasonable selection of tool materials、tool parameters and cutting parameters during turning of hardened steel in order to get the ideal cutting result.
着重说明了车削淬火钢件时,如何通过合理地选用刀具材料、刀具几何参数及切削用量达到理想的切削效果,并提出车削淬火钢件时应注意的若干问题。
3) cutting tool material
刀具材料
1.
This article, through understanding the high-speed cutting processing definition, discusses the high-speed cutting application characteristic, the high-speed cutting craft superior, the shortcoming in the mold processing, and it has analyzes the high-speed cutting ,cutting tool material choice and the application.
理解高速切削加工的定义,了解高速切削应用特性及在模具加工中的优、缺点,对高速切削的刀具材料的选择及应用有极大帮助。
2.
To strengthen the research and development of the cutting tool materials further and to select the cutting tool materials rationally, it is the important prerequisite of promoting high-speed cutting technology to use and develop extensively.
进一步加强刀具材料的研究和开发,并合理地选择刀具材料,是推动高速切削技术应用和发展的重要前提。
3.
The important role and development of cutting tool materials in human history are introduced.
论述了刀具与刀具材料在人类历史中发挥的重要作用，阐述了各种刀具材料（高速钢，硬质合金，陶 瓷，金刚石，立方硼等）化学成分的种类与进展。
4) cutter material
刀具材料
1.
Choice of cutter materials when dealing with hard-to-be-cut material;
难加工材料切削时刀具材料的选择
2.
Some factors affecting the machinability of high manganese steel such as cutter materials,cutter geometrical parameters,work capacity,cutting force and cutter serviceability have also been discussed.
本文介绍了高锰钢切削加工性能的优缺点,从刀具材料、刀具几何参数、切削用量、切削力、刀具耐用度等方面阐明了对高锰钢切削加工的影响,并给出高锰钢合理切削条件。
3.
Self lubricating cutter materials are excellent in antifriction and wear resistance.
自润滑刀具材料具有优异的减摩、抗磨性能 ,其开发与应用对提高切削加工生产率、降低加工成本、减少资源消耗、防止切削液污染环境、实现绿色加工具有重要意义。
5) cutting tool materials
刀具材料
1.
Application analysis of high-speed cutting tool materials;
高速切削刀具材料的应用分析
2.
Fuzzy cluster analysis of the physical and mechanical propterties of the cutting tool materials;
刀具材料物理机械性能的模糊聚类分析
3.
In recent years, the rapid development of cutting tool materials is obviously along with the development of coating technology and processing industry.
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) tool material
刀具材料
1.
Tool Materials for High Speed Machining Titanium Alloys;
高速切削加工钛合金的刀具材料
2.
Progress and Prospect of High-speed Cutting Tool Material;
高速切削刀具材料的进展和未来
3.
The Environmental Suitabilities of A New Type of Tool Material Si_3 N_4;
新型刀具材料Si_3N_4的环境适应性
补充资料：氮化硅基刀具材料
分子式：
CAS号：
性质：以β-Si3N4为基础加入金属氧化物、碳化物所组成的刀具材料。主要加入碳化钛、氧化铝、氧化钇等。一般密度3.35g/cm3，分解温度1927℃，杨氏模量300GPa，断裂强度830MPa，断裂韧性7.3MPa·m1/2。用于制作加工铸铁、镍基高温合金、硅铝合金等的刀具。
CAS号：
性质：以β-Si3N4为基础加入金属氧化物、碳化物所组成的刀具材料。主要加入碳化钛、氧化铝、氧化钇等。一般密度3.35g/cm3，分解温度1927℃，杨氏模量300GPa，断裂强度830MPa，断裂韧性7.3MPa·m1/2。用于制作加工铸铁、镍基高温合金、硅铝合金等的刀具。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条