反应烧结与活化烧结 ♫ 固相多元系反应烧结(reaction sintering)，一般是以形成期望的 化合物为目的的烧结。化合物可以是金属间化合物，也可以是陶 瓷。
基于138个网页-相关网页
reaction-sintering process 反应烧结法
hot pressure reaction sintering 热压反应烧结
hot-pressing reaction sintering 热压反应烧结
reaction sintering Silicon carbide ceramics 反应烧结碳化硅陶瓷
reaction-sintering sic 反应烧结sic
laser reaction sintering 激光反应烧结
using reaction sintering 反应硼化烧结
direct reaction sintering 直接反应烧结
vacuum reaction sintering 真空反应烧结
Reaction Sintering of Powder Metallurgy method is adopted. The kind and the amount of pore forming agent are changed, as well as the sintering temperature and time.
通过粉末冶金反应烧结方法，改变造孔剂的含量，调整烧结温度和时间，优化了Ni_3Al多孔材料的制备工艺。
参考来源 - 多孔NiThe results showed that we can get prepared RBSC ceramics at the point which is more than in the silicon melting point 30～60℃by Reaction sintering.
试验证明,在硅熔点以上30～60℃的低温下进行反应烧结,完全可以制备出致密的RBSC陶瓷材料。
参考来源 - 低温反应烧结制备碳化硅陶瓷材料及其结构与性能研究·2,447,543篇论文数据，部分数据来源于NoteExpress
So the thermodynamics feasibility of reverse reaction sintering is demonstrated.
论证了逆反应烧结的热力学可行性。
The sintering properties of specimens can be improved by staged reaction sintering.
采用分段反应烧成制度可以提高试样烧结性能。
The mechanism of casting-infiltration reaction sintering process is discussed also.
初步讨论了铸渗反应机理。
应用推荐