固相烧结按其组元多少可分为单元系固相烧结和多元系固相烧结两类。单元系固相烧结纯金属、固定成分的化合物或均匀固溶体的松装粉末或压坯在熔点以下温度（一般为绝对熔点温度的2/3~4/5）进行的粉末烧结。单元系固相烧结过程除发生粉末颗粒间粘结、致密化和纯金属的组织变化外，不存在组织间的溶解，也不出现新的组成物或新相。又称为粉末单相烧结。
固相烧结（Solid state sintering）是指松散的粉末或经压制有一定形状的粉 末压坯被置于不超过其熔点的设定温度中在一定的气氛保护下，保温一段时间的操作过程。
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Currently liquid phase sintering and solid state sintering are often applied to prepare common used abrasion resistant ceramics. Because of the larger volume change after sintering, it is very difficult to fabricate large-size products with complex shapes.
目前常用的耐磨陶瓷多为液相烧结或固相烧结制备,由于烧结后存在较大的体积变化,故难以制备大尺寸复杂形状制品。
参考来源 - Si·2,447,543篇论文数据，部分数据来源于NoteExpress
碳化硅粉末经压制成型后，在高温常压下固相烧结制成多孔碳化硅样品。
Sample of porous SiC polycrystals are prepared by solid sintering process under high temperature and normal pressure using moulding SiC powder.
采用固相烧结法合成了不同镧掺杂量的PZN - PZ t压电陶瓷和粉体。
The La-doped PZN-PZT ceramics and their powders were fabricated using solid state sintered technology.
用化学镀法制备了镍包铜粉，并利用固相烧结法将镍包铜粉成功地制成了块状烧结体。
Nickel plat copper powders were prepared by electrolytic plating and bulk sinters of nickel-coated copper powders were prepared by sintering.
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