Piezoelectric ceramic was fabricated by solid state sintered technology, and it was dispersed into PVDF polymer matrix homogeneously through solution mixing method to form PZN-PZT/PVDF 0-3 piezoelectric composites, then its properties were investigated.

33 O 3] and their powders were fabricated using solid state sintered technology.

The history and recent development of solid state sintering theory of advanced ceramics are introduced systemically.

Based on the obtained results,the mechanisms of SiC solid state sintering and liquid phase sintering are discussed.

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.

Moreover,a two-step solid-state sintering process of milled Ti/Al composite powders was investigated.

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.

The carburising reaction of V to form VC take place under solid phase sintering at 850 ℃, and the in-situ synthesis VC particulate is fine, so the size is smaller than 0.

Pressureless sintering includes solid phase sintering and liquid phase sintering, which were both studied in the thesis, but the solid phase sintering was researched in detail.

The results show that based on the carbon additives and the sinter temperatures,there are three kinds of sintering mechanisms:solid phase sintering,supersolidous liquid phase sintering and liquid phase sintering.

Using different grain grading α-Al2O3 as primary raw material,porous ceramic matrix was fabricated by solid-phase sintering in this paper.

The samples of Mn-Zn ferrite were prepared by solid-phase sintering method.

Using solid-phase sintering,superimposing different amounts ultra-fine tourmaline in diatomite porous ceramic, a new environmental material-diatomite-based porous functional ceramic was obtained.