考察有机-无机烧结“合金型”材料,在烧结后的微观及亚微观结构.并测试了各样品的常温耐压性能,实验表明:1700℃下的烧结能形成“板块”结构,仅加有聚烯烃A和B的1,晶粒均匀,镶嵌紧密,物理性能好。此外,以固相反应和固相烧结理论,分析了聚合物碳层对晶体重结晶过程的影响,认为:碳层有降低颗粒表面能的作用,EMVC尤为显著. The microstructure and submicroscopic structure of the alloy after sintering were investigated, and the room temperature pressure resistance of each sample was tested. The results show that the sintering at 1700 ℃ can form a “plate” structure, Polyolefin A and B 1, uniform crystal, inlaid close, good physical properties. In addition, the effect of polymer carbon layer on the recrystallization process was analyzed by solid state reaction and solid state sintering theory. It is concluded that the carbon layer has the effect of reducing the surface energy of particles and the EMVC is particularly significant.