1) In-situ toughened Si3N4
自韧Si_3N_4
2) Self-Toughening Si_3N_4
自韧化Si_3N_4
3) Si3N4
Si_3N_4
1.
Study on Effects of Toughening and Strengthening of α-Si3N4 on POM;
非晶纳米Si_3N_4对POM的增强与增韧研究
2.
This article presents the principle and peculiarities of SHS,and compares production costs of several materials(Si3N4,AlN,SiC) prepared using SHS and conventional processes.
简述了自蔓延合成的原理和特点,分析了Si_3N_4、AlN和SiC的SHS工艺生产成本及其影响因素,并与传统的合成法进行了比较。
4) silicon nitride
Si_3N_4
1.
β and free Si content in silicon nitride, both based on X-Ray diffraction result.
本文介绍了两种用X—射线衍射结果定量分析Si_3N_4中α、β及游离Si相含量的方法。
2.
Silicon nitride (Si3N4) are promising films with good photoele.
氮化硅(Si_3N_4)薄膜具有优异的光电、机械性能,并且与蓝宝石附着良好,非常适合用作提高蓝宝石高温强度的涂层。
3.
In this paper,the most advanced ceramic production technology-hot isostatic pressing(HIP) process is studied to improve the properties of engineering ceramics such as silicon nitride(Si_3N_4), zirconia(ZrO_2),silicon carbide(SIC) and alumina(Al_2O_3).
本文采用目前国际上先进的陶瓷生产工艺——热等静压(HIP),以应用较为广泛的氮化硅(Si_3N_4)、氧化锆(ZrO_2)、碳化硅(SiC)和氧化铝(Al_2O_3)四种工程陶瓷为研究对象,探讨HIP后处理工艺对四种工程陶瓷的性能影响及其致密化机理,首次提出采用球体压碎载荷的Weibull模数作可靠性评估。
5) self-toughening
自韧化
1.
The results reveal that control of the kinetics for α-sialon formation is essential for the growth of self-toughening elongated grains.
从影响α-sialon材料自韧化的关键因素出发,研究了Y,Yb,Nd等不同稀土类添加物、烧结工艺和后续热处理对α-sialon显微组织与力学性能的影响。
6) self-toughening
自增韧
1.
Progress of studies on self-toughening alumina ceramics;
A1_2O_3陶瓷自增韧研究进展
2.
This paper reviewed the characteristics and developments in strengthening andtoughening techniques of glass-ceramics including the surface strengthening, the secondary phase tougheningand self-toughening technique.
本文评述了微晶玻璃表面强化、第二相复合以及自增韧等增强增韧方法的特点及其研究进展,指出了目前微晶玻璃强化增韧技术中存在的问题和进一步研究的方向。
3.
The paper overviewed the studies on additives self-toughening alumina ceramics, concluded different opinions on the effect of TiO2 on abnormal grain growth of alumina, analyzed the mechanism of abnormal grain growth of alumina and self-toughening alumina ceramics.
评述了近年来国内外对添加剂自增韧氧化铝陶瓷的研究,总结了国内外关于TiO_2影响氧化铝晶粒生长的诸多不同观点,分析了氧化铝晶粒异向生长与氧化铝陶瓷的自增韧机理。
补充资料：自调自净自度
【自调自净自度】
（术语）同自调项。
（术语）同自调项。
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