固相反应烧结,solid-state reaction sintering
1)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 asolid-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。
2)solid phase reaction of sintering process烧结固相反应
3)liquid reactive sintering液相反应烧结
1.The composites of different Mo/Si ratio were prepared by vacuumliquid 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)。
4)reactive liquid phase sintering反应液相烧结
1.The result shows that these dense materials can be got by thereactive 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 andreactive 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。
英文短句/例句
1.Properties of CeB_6 Cathode Fabricated by Spark Plasma Reactive Liquid Phase Sintering Method放电等离子反应液相烧结制备CeB_6阴极与性能研究
2.Solid-state reaction synthesis and sintering of 2MgO·TiO_22MgO·TiO_2的固相反应合成与烧结
3.Preparation of porous TiB_2-TiC multiphase ceramics by reactive sintering反应烧结制备多孔TiB_2-TiC复相陶瓷
4.Reaction Sintering and Properties of AlON-AlN Composite Ceramics反应烧结制备AlON-AlN复相陶瓷及其性能
5.Influence of Sintering Temperature on Self-bonded Aluminium Titanate-mullite Materals反应烧结温度对自结合钛酸铝/莫来石复相材料的影响
6.Quantitative Structure-Property Relationship Study for Predicting Heat of Combustion of Liquid Hydrocarbon应用定量结构-性质相关性研究预测液态烃燃烧热
7.Liquid phase sintered silicon carbide with AlN-Y_2O_3AlN-Y_2O_3液相烧结碳化硅陶瓷
8.EFFECTIVE OF AlN CONTENT ON LIQUID SINTERING SILICON CARBIDE不同AlN含量对液相烧结SiC陶瓷的影响
9.In-situ Reactive Sintered Si_3N_4 Multiphase Ceramics and Its Environmental Performance;原位反应烧结制备氮化硅基复相陶瓷及其环境性能
10.Gel Solid State Synthesis Technique for Producing Ultra-Fine Y-TZP Powder with Low Specific Surface Area and High Sintering Ability低比表面积高烧结活性Y-TZP超细粉体凝胶固相反应合成技术
11.Surface Coating Technique of Reaction Bonded SiC Mirrors反应烧结碳化硅反射镜表面改性技术
12.Research of mechanism on sintered bricks made from high volume fly ash;粉煤灰烧结砖原料处理与烧结反应机理的研究
13.The Practical Application of Fluid Anti-soft Starter for the Agglutination Smokes Machine;烧结抽烟机液阻软启动装置应用实践
14.The Microstructure and Properties of Fe-based Powder Alloy by Liquid-phase Sintering and Copper-infiltration Sintering;液相烧结和渗铜烧结铁基粉末合金的组织和性能
15.Application of technology for combined partly crude liquor used sinter method with Bayer method digested pulp烧结法部分粗液与拜耳法溶出液合流技术应用
16.Study on the Friction and Wear Properties of Reaction-Bonded Silicon Carbide;反应烧结SiC陶瓷摩擦磨损性能研究
17.Study on Preparation of High-Strength SiC_W/SiC Composites by Reasction Bonded Method;反应烧结制备高强SiC_W/SiC材料的研究
18.Study on Si_3N_4 Wave-transmitting Material Fabricated by Reaction-sintering;反应烧结Si_3N_4透波材料的研究
相关短句/例句
solid phase reaction of sintering process烧结固相反应
3)liquid reactive sintering液相反应烧结
1.The composites of different Mo/Si ratio were prepared by vacuumliquid 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)。
4)reactive liquid phase sintering反应液相烧结
1.The result shows that these dense materials can be got by thereactive 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 andreactive 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。
5)solid state sintering固相烧结
1.The history and recent development ofsolid state sintering theory of advanced ceramics are introduced systemically.系统介绍了陶瓷材料固相烧结理论的历史和研究进展,综述了用来描述烧结前期、中期和后期的烧结理论和烧结模型。
2.Based on the obtained results,the mechanisms of SiCsolid state sintering and liquid phase sintering are discussed.回顾了 50年来SiC烧结领域研究所取得的成果 ,在这些成果的基础上 ,探讨了SiC固相烧结及液相烧结的烧结机理 ,并对不同烧结条件下 ,SiC烧结体的微观结构及物理化学性能进行了比较。
3.Aluminium titanate was synthesized from waste aluminum slag,which was a by-product of anodizing oxidation surface treating,and TiO_2 bysolid state sintering method.用阳极氧化法处理铝型材产生的超细含铝废渣和TiO2为主要原料通过固相烧结合成钛酸铝结构材料,探讨V2O5添加剂对钛酸铝(Al2TiO5)的纯度及微观结构的影响。
6)solid-state sintering固相烧结
1.Moreover,a two-stepsolid-state sintering process of milled Ti/Al composite powders was investigated.并在此基础上,探讨了球磨Ti/Al复合粉的两步固相烧结工艺。
2.The metallic nitrides Mn_3(Cu_(1-x)Ge_x)N were prepared bysolid-state sintering in the pure nitrogen atmosphere at 1073 K.在氮气保护下于1073 K用固相烧结法制备了Mn_3(Cu_(1-x)Ge_x)N化合物。
延伸阅读
固相反应分子式：CAS号：性质：指所有包含固相物质参加的化学反应，包括固-固相反应、固-气相反应和固-液相反应等。固相反应也可以发生在单一固相内部，如均相反应。对于大多数固相反应而言，扩散过程是控制反应速率的关键。只是在一些特殊的场合下，如高度分散体系，其他化学过程才可能成为反应的决速步骤。了解和研究固相反应对于固体材料的制取和应用都有重要意义。例如，在半导体制备和生产中使用的气相外延和液相外延方法，需要了解掺杂原子在基质材料中的扩散过程和速率。在氧化物高温超导体的制备中需要了解氧分压对铜离子价态的影响等。对研究固相反应机理和过程要比液相和气相反应困难得多，到目前为止，人们除了对少数几个简单体系有比较深入的了解外，对大多数复杂体系往往只能根据经验来控制反应过程。
