反应烧结（Reactive Sintering）：以形成期望化合物为目的，通过多孔坯体同气相或液相发生化学反应，使坯体质量增加，孔隙减小，直至烧结成为具有一定强度和尺寸...
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... 碳化物陶瓷;carbide ceramics 反应烧结;活化烧结;强化烧结;reactive sintering 碳化硅;金刚砂;silicon carbide ...
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... 碳化物陶瓷;carbide ceramics 反应烧结;活化烧结;强化烧结;reactive sintering 碳化硅;金刚砂;silicon carbide ...
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SPS reactive sintering SPS反应烧结
laser reactive sintering 激光反应烧结
liquid reactive sintering 液相反应烧结
pressureless reactive sintering 无压反应烧结
in situ reactive sintering 原位反应烧结
in-situ reactive sintering 原位反应烧结
solid-state reactive sintering 固相反应烧结
reactive sintering without pressure 无压反应烧结
reactive hot press sintering 反应热压烧结
The process of boron carbide reactive sintering is composed by 4 parts: Raw element powders are mixing and surface effect is coming up; Reaction; Producing of new phase; Growth of crystal.
采用多种测试手段对反应烧结碳化硼陶瓷的结构进行了分析和表征，并探讨了其烧结致密化机理，指出反应烧结包括四个过程：反应物之间的混合接触并产生表面效应；化学反应；新物相的生成；晶体成长的结构缺陷的校正。
参考来源 - SPS反应烧结碳化硼陶瓷Preparation of bauxite based p-Sialon bonded corundum composite(BSC) through reactive sintering were investigated, using bauxite, silicon, fused white corundum grains, and additives as the raw materials.
本文研究了以高铝矾土、Si、电熔白刚玉颗粒及细粉和部分添加剂为原料，氮气气氛下通过反应烧结的方法一步制备矾土基β-Sialon结合刚玉复合材料的工艺。
参考来源 - 矾土基β·2,447,543篇论文数据，部分数据来源于NoteExpress
This complex phase material was compounded through reactive sintering.
用反应烧结合成了该复相材料。
The pores forming in reactive sintering can be effectively decreased by addition of the third element Ni.
添加第三元素镍可以有效地阻止孔隙在反应烧结中的形成。
Reactive sintering of ceramics on the base of boron nitride was studied, and the inert filler was given in this paper.
研究了氮化硼陶瓷的反应烧结，给出了所用惰性填料。
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