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1)  fine SiC ceramics
SiC精细陶瓷
2)  fine ceramics
精细陶瓷
1.
Nanotechnology was applied successfully to fine ceramics,microelectronics,bioengineering,chemical engineering and pharmacy fields.
纳米技术在精细陶瓷、微电子学、生物工程、化工、医学等领域的成功应用及其广阔的应用前景 ,使得纳米材料及其技术成为目前科学研究的热点之一 ,被认为是 2 1世纪的又一次产业革
2.
WT5BZ]The properties of electronics, mechanics, magnetics and optics of nanometer materials were changed greatly because of their particular surface effect, volume effect and quantum size effect Nanotechnology was applied successfully to fine ceramics, microelectronics, bioengineering, chemical engineering and pharmacy fields.
纳米技术在精细陶瓷、微电子学、生物工程、化工、医学等领域的成功应用及其广阔的应用前景 ,使得纳米材料及其技术成为目前科学研究的热点之一 ,被认为是 2 1世纪的又一次产业革命。
3.
The bottom line tells one of the ceramic materials research prospects in the preparation of fine ceramics of monodispersed power at present .
阐述了用单分散超微粒子作为原始粉料制备精细陶瓷所带来的重大影响及其作用。
3)  Finishing porcelain
精细化陶瓷
4)  SiC
SiC陶瓷
1.
Investigations on Welding Parameters of SiC Ceramics with Iron Filler;
用Fe粉坯连接SiC陶瓷的工艺研究
2.
Wetting Mechanism of Pd Based Active Brazing Alloys on SiC Ceramic;
Pd基活性钎料对SiC陶瓷的润湿研究
3.
Wettability of CuSiAlTi Brazing Alloy on SiC Ceramics;
CuSiAlTi钎料对SiC陶瓷的润湿性
5)  SiC ceramic
SiC陶瓷
1.
The micro-structure and properties of charcoal and SiC ceramics derived from bamboo;
竹炭及SiC陶瓷材料的结构与性能
2.
Joining of reaction bonded SiC ceramic using Ti_3SiC_2 powder as filler;
用Ti_3SiC_2粉料连接反应烧结SiC陶瓷
3.
,SiC ceramic can be widely applied in the fields of high techniques.
添加异质元素可对SiC陶瓷先驱体进行物理和化学改性,提高SiC陶瓷的综合性能。
6)  SiC ceramics
SiC陶瓷
1.
Experimental study of high temperature vacuum furnace for sintering SiC ceramics;
SiC陶瓷高温真空电阻炉的试验研究
2.
Microstructure of reactive composite brazing joints of SiC ceramics and Ti alloy by using Ag-Cu-Ti-(Ti+C) as bonding material;
Ag-Cu-Ti-(Ti+C)反应-复合钎焊SiC陶瓷和Ti合金的接头组织
3.
It is concluded that matrix replacement will be a focus for research,and SiC ceramics is better to replace carbon matrix.
综合国内外近几年的研究报道,重点介绍了3种基体改性方法,指出基体置换法将是今后的研究重点,而SiC陶瓷是比较理想的置换炭基体的材料。
补充资料:精细陶瓷
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性质:又称高性能陶瓷、高技术陶瓷。按其用途可分成工程陶瓷和功能陶瓷两大类。前者主要利用它们的高硬度、高熔点、耐磨损、耐腐蚀性能,又称结构陶瓷;后者主要利用它们的光、声、电、热、磁等物理特性,又称电子陶瓷。按化学组成可分成氧化物类和非氧化物类。前者包括各种氧化物和含氧酸盐;后者包括氮化物、碳化物、硼化物等。前一类一般作功能陶瓷用,后一类作工程陶瓷用。有些品种用于制造发动机部件、汽车部件、电视机、吹风机、火灾警报器、高温挤型模具等。还可用于制造耐高温喷嘴,适合国防的需要。

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