1) ceramic blade
陶瓷刮刀
1.
Application of reactive thermal spraying in the preparation of ceramic blade of coating machine;
反应热喷涂法制备陶瓷刮刀
2.
The paper introduces the different performance of the common ceramic blade, common steel blade and metal ceramic blade.
介绍了现行涂布生产线上常用的陶瓷刮刀、普通兰钢刮刀、金属陶瓷刮刀的不同性能。
3.
In this article the application of ceramic blade in paper coating process was introduced.
介绍了陶瓷刮刀在纸张涂布过程中的使用情况。
2) ceramic coating blade
陶瓷涂布刮刀
1.
The ceramic coating blade is the blade which is being sprayed metal oxide usingthermal spraying and then accurate grinded.
陶瓷涂布刮刀是指在经过预处理的钢片刮刀表面进行金属氧化物热喷涂并进行精密磨削加工后的刮刀，具有耐磨、使用寿命长、纸张品质稳定等诸多优点。
2.
The ceramic coating blade is the blade which is sprayed with metallic oxides using thermal spraying and then accurate grinded.
陶瓷涂布刮刀是在钢刮刀表面进行金属氧化物热喷涂并进行精密磨削加工后的刮刀,耐磨损、使用寿命长。
3.
In this article, the ceramic coating blade was made on the surface of the traditional blade using plasma spraying.
本文使用等离子喷涂工艺利用普通蓝钢刮刀制备陶瓷涂布刮刀。
3) ceramic tool
陶瓷刀具
1.
Elaborated factors of influencing dependability of ceramic tool high-speed cutting,and made an elementary discussion so that we can widely use ceramic tools in mechanical machining industry.
陶瓷刀具材料是一种先进的切削刀具材料,随着高速切削技术的发展,由于其优良的切削性能和高的性能价格比而受到了人们的青睐。
2.
Ceramic tool material is an advanced tool material.
陶瓷刀具材料是一种先进的刀具材料,随着高速切削技术的发展,其应用越来越广泛。
4) ceramic cutting tools
陶瓷刀具
1.
Technique of Raising the Performance of Ceramic Cutting Tools in Dry Cutting;
提高陶瓷刀具干切削加工性能的途径研究
2.
Application of ceramic cutting tools in dry cutting;
陶瓷刀具在干切削加工中的应用
3.
Dry cutting is the machining process of machine industry to develop and to generalize energetically,ceramic cutting tools have excellent cutting ability on high speed cutting,it has excellent future.
干式切削是机械制造业亟待发展并大力推广的加工工艺,而陶瓷刀具在高速干式切削时表现出优异的切削性能,是一类极具发展前途的刀具。
5) ceramic cutting tool
陶瓷刀具
1.
Application status of nanometer materials in ceramic cutting tools;
纳米材料在陶瓷刀具中的应用现状
2.
Development and applications of new types of ceramic cutting tools;
新型陶瓷刀具的发展与应用
3.
This paper deals with ceramic cutting tool and nanocoatings cutting tool used in dry machining.
介绍了新型氧化铝陶瓷刀具和纳米涂层刀具的应用。
6) ceramic insert
陶瓷刀片
1.
Cutting tests of rough-milling the engine casing with ceramic inserts are carried out, the cutting performance of ceramic inserts to machine nickel-base high temperature alloys is studied, the cutting parameters and the programmed tool-path are optimized, and the chip form in high-speed and dry cutting is analyzed.
采用陶瓷刀片进行了发动机中介机匣的粗铣切削试验,研究了陶瓷刀片加工镍基高温合金的切削性能,优化了切削参数和走刀路线,分析了高速干式加工的切屑形态,指出应用陶瓷刀具加工镍基高温合金是提高效率、降低成本的有效途径。
2.
A design scheme of the CNC belt grinder based on the turning milling center is presented by which the high efficiency and low cost NC machining for profiles of ceramic inserts can be realized by means of the polar coordinate interpolation function of FANUC OTC NC system and the belt grinding technology.
该方案利用FANUC OTC数控系统的极坐标插补功能和砂带磨削工艺 ,可实现陶瓷刀片型线的高效率、低成本数控加
3.
The main procedures of GPS+HIP processing technology to manufacture Al 2O 3 based ceramic inserts, including mixing powders, pressing green blanks, expelling glue, gas pressure sintering(GPS), hot isostatic pressing(HIP) treatment and grinding of inserts are introduced.
介绍了采用GPS +HIP生产工艺制造Al2 O3 基陶瓷刀片所涉及的混料、压制、排胶、气氛保护烧结(GPS)、热等静压 (HIP)处理、刀片刃磨等主要生产工
补充资料：电解质陶瓷(见快离子导体陶瓷)
电解质陶瓷(见快离子导体陶瓷)
electrolyte ceramics
电解质陶瓷electrolyte陶瓷。Cera』n1CS即快离子导体
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