1) RP-C18 sintered plate
反相烧结板
2) liquid reactive sintering
液相反应烧结
1.
The composites of different Mo/Si ratio were prepared by vacuum liquid reactive sintering.
利用液相反应烧结制备不同配比的Mo-S i复合材料,用X射线分析相组成,扫描电镜观察微观组织形貌,热膨胀仪测不同块体材料的热膨胀系数(CTE)。
3) reactive liquid phase sintering
反应液相烧结
1.
The result shows that these dense materials can be got by the reactive liquid phase sintering, with powders of B-Fe as raw material and Fe as reactive dose and adhesive agent.
结果表明，以 Ｂ-Ｆｅ粉为原料，以 Ｆｅ粉作为反应剂和粘结剂来制备这种脆性材料，利用其反应液相烧结可以达到较致密的程度。
2.
The reaction equation of sintering CeB6 and reactive liquid phase sintering mechanism were studied.
以氢直流电弧法制备CeHx纳米粉末,再采用放电等离子(SPS)反应液相烧结纳米CeHx和微米B的混合粉末,制备了高性能CeB6多晶块体热阴极材料。
4) solid phase reaction of sintering process
烧结固相反应
5) solid-state reaction sintering
固相反应烧结
1.
It was difficult to take place for the combination reaction between CuO and TiO_2,and the sintering densification of alumina ceramic was greatly enhanced by the addition of CuO as a liquid phase sintering aid and TiO_2 as a solid-state reaction sintering aid.
结果表明,CuO与TiO_2不易发生化合反应,分别以液相烧结和固相反应烧结来促进氧化铝陶瓷的致密化进程;TiO_2与Al_2O_3反应生成Al_2Ti_7O_(15)的固相烧结,比CuO的液相烧结更能有效地促进陶瓷的晶粒生长与致密化。
6) In-situ reaction sintering
原位反应液相烧结
补充资料：反相
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参考词条