1) heterogeneous sintering
多相烧结
2) liquid phase sintering
液相烧结
1.
Mechanism of liquid phase sintering for Al_2O_3/3Y-TZP composite;
Al_2O_3/3Y-TZP复相陶瓷的液相烧结机理
2.
Crystallization and phase changing of amorphous silicon nitride nanopowders by liquid phase sintering;
液相烧结非晶纳米氮化硅陶瓷粉体结晶与相变行为研究
3.
A study on liquid phase sintering process of hard cladding materials;
硬质覆层材料的液相烧结工艺研究
3) liquid-phase-sintering
液相烧结
1.
Experiment process of liquid-phase-sintering of high-density W-Ni-Mn alloy was introduced.
介绍了高密度合金W-Ni-Mn液相烧结的实验过程,并对烧结体密度和显微组织进行了测试和分析,发现Mn能够降低烧结温度和细化晶粒,但其高氧化性对合金的烧结工艺和性能影响显著。
4) solid state sintering
固相烧结
1.
The history and recent development of solid state sintering theory of advanced ceramics are introduced systemically.
系统介绍了陶瓷材料固相烧结理论的历史和研究进展,综述了用来描述烧结前期、中期和后期的烧结理论和烧结模型。
2.
Based on the obtained results,the mechanisms of SiC solid state sintering and liquid phase sintering are discussed.
回顾了 50年来SiC烧结领域研究所取得的成果 ,在这些成果的基础上 ,探讨了SiC固相烧结及液相烧结的烧结机理 ,并对不同烧结条件下 ,SiC烧结体的微观结构及物理化学性能进行了比较。
3.
Aluminium titanate was synthesized from waste aluminum slag,which was a by-product of anodizing oxidation surface treating,and TiO_2 by solid state sintering method.
用阳极氧化法处理铝型材产生的超细含铝废渣和TiO2为主要原料通过固相烧结合成钛酸铝结构材料,探讨V2O5添加剂对钛酸铝(Al2TiO5)的纯度及微观结构的影响。
5) liquid-phase sintering
液相烧结
1.
The microstructure,thermal conductivity,electrical conductivity,relative density of Mo-Cu alloy prepared by infiltration and liquid-phase sintering process are investigated.
研究熔渗和液相烧结法制得Mo-Cu合金的显微组织、电导率、致密度、热导率。
2.
08)O_4 was prepared by liquid-phase sintering process.
采用液相烧结,制备了组成为Mn_(0。
3.
The addition of ZnO led to a liquid-phase sintering mechanism of Ca 0.
４Ｚｒ４Ｐ６Ｏ２４ 陶瓷的液相烧结。
6) solid-state sintering
固相烧结
1.
Moreover,a two-step solid-state sintering process of milled Ti/Al composite powders was investigated.
并在此基础上,探讨了球磨Ti/Al复合粉的两步固相烧结工艺。
2.
The metallic nitrides Mn_3(Cu_(1-x)Ge_x)N were prepared by solid-state sintering in the pure nitrogen atmosphere at 1073 K.
在氮气保护下于1073 K用固相烧结法制备了Mn_3(Cu_(1-x)Ge_x)N化合物。
补充资料：多相
在交流电力线路中具有频率相同而初相不同的若干个交流电动势。对外供电有两个以上的接头。
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