置换反应 meaning in English
cementation reaction
displacement bleaching
exchange reaction
reaction of replacement
replacement reaction
single displacement reaction
substitution reaction
Examples
- The form of ion cluster was observed by transforming the [ - so3h ] to [ - so3ag ] and the theory of the forming of cluster was discussed in this thesis . it was concluded that both the ion cluster and multiplet coexist in the membranes
通过ag +的置换反应，把卜so3hi置换为[一o3agl ，直接观察到了离子簇的存在形式，探讨了离子簇的形成机理，在此基础上得出了膜中既有离子簇又有多重离子对存在的结论。 - 7 . the precise interface analysis shows that the growth of the parallel rod - aggregate sic is self - organiae appearance of non - equilibrium system . the precise analysis of interlace model of solid - state displacement reaction needs method of non - equilibrium thermodynamic
7 .精致界面模型分析指出，平行束集状sic的生长属于非平衡系统的自组织现象，固态置换反应界面模型的严密分析还需要引入非平衡态热力学的概念方法。 - Deposition mechanism of electroless plating tin in acid chloride solutions was analyzed theoretically , and three steps were summed up , including period of replacement reaction , coexistence periods of copper - tin codeposition and self - catalyzed deposition , and period of self - catalyzed deposition
从理论上系统地分析了酸性氯化物化学镀锡的沉积机理，将其归纳为置换反应期、铜锡共沉积与自催化沉积共存期和自催化沉积期三个阶段。 - The stabilized chemical potential diagrams combined with the equilibrium phase diagrams of mo - si - c ternary system arid the principles of thermodynamic , kinetic , mass - balance could be applied to analyzing and judging reaction paths of in situ synthesis of mosi2 - sic composites through solid - state displacement reactions theoretically . 3
该相图结合平衡相图和热力学、物料平衡、动力学原则，可以作为分析和判断固态置换反应原位合成mosi _ 2 - sic复合材料反应路径的理论依据之一，并从理论上分析了固态置换反应原位合成mosi _ 2 - sic复合材料可能的反应路径。 - But most of the researches focus on the reaction of single oxide and al to form wild phase al2o3 . these researches show that only cuo / al reaction system can produce al2o3 particles steadily . however , the reaction is very drastic and it belongs to blast reaction
但大部分的研究集中在单一氧化物与al的置换反应生成增强颗粒al _ 2o _ 3的方法上，研究表明，只有cuo al反应体系在al熔点以上不高的温度范围能稳定生成颗粒，但同时cuo al反应过于剧烈，属于燃爆反应，不易控制。