1) functional ceramics wafer
功能陶瓷基片
2) functional ceramics
功能陶瓷
1.
The situation and developments of ultraprecision manufacturing technologies of functional ceramics;
功能陶瓷超精密加工技术的现状与发展
2.
A study on preparation and effecting factors of PTC functional ceramics material;
PTC功能陶瓷材料制备及其影响因素研究
3.
The preparation method of the photocatalysis functional ceramics was as follows: firstly, to prepare the titanic acid sol and the titanic acid sol mixing iron ion; then, to load the soil in the stoneware tube and the honeycomb ceramics by the sol-gel technology; finally, to roast the product by the program heating.
先制备钛酸溶胶和掺入Fe3+的钛酸溶胶;用溶胶-凝胶法分别将它们负载于炻器管和矩形蜂窝陶体上;再用程序升温法煅烧,得到纳米TiO2光催化功能陶瓷。
3) functional ceramic
功能陶瓷
1.
The paper reviews the stability of functional ceramic suspensions,the theory of the electrophoretic deposition technique for functional ceramic coating,and the applications of the technique in preparing functional ceramic coatings such as bioactive ceramic,superconducting ceramic,ferroelectric ceramic,etc.
本文评述了功能陶瓷悬浮液的稳定性、电泳沉积技术原理、以及该技术在制备生物陶瓷、超导陶瓷、铁电陶瓷、耐磨耐高温陶瓷等功能陶瓷涂层方面的应用。
2.
In this paper,the current status of research on applications of LaB6 functional ceramic materials at home and abroad was summarized.
综述了目前国内外LaB_6功能陶瓷材料的研究概况及应用,综合了制备LaB_6粉末、多晶、单晶的各种工艺。
3.
The paper reviews the theory of the electrodeposited technique for functional ceramic coating,and the applications of the technique in preparing functional ceramic coating such as superconducting ceramic, bioactive ceramic, ferroelectric ceramic, etc.
本文评述了电沉积功能陶瓷技术的原理，以及该技术在制备超导陶瓷、生物活性陶瓷和铁电陶瓷等方面的应用，讨论了电沉积过程中一些主要实验条件对陶瓷镀层性能的影响。
4) function ceramics
功能陶瓷
1.
Recent advances in function ceramics,including dielectrics,ceramic packing,piezoelectric ceramics,transparent ferroelectric ceramics,ferroelectric film,varistors and thermistors,superconducting ceramics,and sensor ceramics are briefly reviewed.
简要介绍了功能陶瓷包括电容介质、陶瓷封装、压电瓷、透明铁电陶瓷、铁电薄膜、变阻器、热敏电阻、超导瓷及传感器瓷的最近进展，讨论了陶瓷学和固体物理以及工艺之间的相互作用和渗透，它们将对功能陶瓷的未来发展产生深远的影
2.
The function ceramics adopt traditionally shaping metho.
功能陶瓷制品传统上多采用静力压制后烧结(或加压烧结)的成型方法,压制密度难以提高,直接影响了功能陶瓷制品的质量和性能。
3.
At present, static compaction used to form function ceramics.
目前，功能陶瓷制品多采用静力压制后烧结(或加压烧结)的成型方法，由于粉末颗粒自身及颗粒与模壁间的摩擦力妨碍了压制力的传递，导致坯体内各部分密度分布不均；另一方面，由于模具强度的限制，压制密度也难以提高，这直接影响功能陶瓷制品的质量和性能。
5) function ceramic
功能陶瓷
1.
This paper summarized recent applications of function ceramics in electronic technology and its new trend in further research and development.
介绍了功能陶瓷材料近期应用于电子技术的概况以及有待于进一步研究发展的新趋势。
2.
Function ceramics have been received extensive applications as the most important materials in the high-new technology.
功能陶瓷作为近代高新技术领域的关键材料获得了广泛的应用。
6) Ceramic substrate
陶瓷基片
1.
Size measurement of ceramic substrate based on three level edge gradation model spatial moment;
基于三级灰度模型空间矩的陶瓷基片尺寸测量
2.
In this study,SrTiO3 based ceramic substrate for electroluminescence with high dielectric constant and low dielectric loss was preprared.
本文研究了用于电致发光用SrTiO3陶瓷基片的制备。
3.
Under contented the used intensity,the anorthite ceramic substrate which prepared with pyrophyllite at low-sintering temperature has small dielectric constant,good dielectric property which compared with common aluminum substrate,the anorthite ceramic substrate has light bulk density,which is advantage to reduc.
研究了用叶蜡石、碳酸钙与适量的氧化铝 ,在加入添加剂的条件下 ,用原位反应烧结法制备出低温烧结 ( 12 0 0℃ )的新型钙长石质陶瓷基片材料。
补充资料：晶片补强陶瓷基复合材料
晶片补强陶瓷基复合材料
platelet reinforced ceramic composites
晶片补强陶瓷墓复合材料platelet reinforeedceramic composites以晶片为增强体、陶瓷为基体的复合材料。晶片是指片状或扁平状的微小单晶体，直径一般为5一20尽m，厚度一般为2一10尽m。现在主要有SIC、AIN、A12O3等虎分的晶片。将晶片加入到Si3N4、SIC、Z心2、AI:03等陶瓷材料中，可以通过裂纹偏转、桥接等复杂的界面作用达到增强增韧效果。与晶须相比，晶片增韧补强复合材料具有以下优点:晶片尺寸比晶须大，表面与基体反应所产生的界面影响减少，裂纹偏转的机制可以得到较好的发挥;晶片的复合工艺更简单;一维的晶须只能使与之垂直的单一方向的裂纹偏转，而二维的板状晶片可以使裂纹在二维方向上偏转，这不仅增加了偏转效果，还能避免材料性能的各向异性。 已有研究表明，碳化硅晶片对氮化硅材料具有明显的增韧效果。氮化硅陶瓷中加入10wt%siC晶片后，断裂韧性可以提高10一40%。但是，晶片的加入却往往使材料抗弯强度下降。要使晶片同时起到增韧和增强的效果，分散及复合工艺的技术还有待改进。 (李建保)
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