原位反应的英文

reaction in-situ

• 反应:    neaction
• 定位反应:    placing reaction
• 方位反应:    position reaction

例句与用法

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1. It was considered that , the substituted ti reacted with ni3al in - situ and a layer of mo solid solution was formed around the tic particles , which decreased the solid - liquid surface tension between ni3al - tic , leading to the decreasing of wetting angle
   掺入mo后置换出的ti与ni _ 3al发生原位反应，在tic颗粒周边形成一个含mo的固溶壳层，降低了ni _ 3al - tic之间的液-固表面张力，导致了接触角的下降。
2. In situ reaction between oxide and al is a diffusing process of reaction atoms . in this process , an integrated reaction membrane is engendered in the interface of oxide and al firstly . then the synthesis reaction holds on through the reaction atoms " diffusion
   氧化物与al的原位反应是一个反应原子的扩散过程，反应在氧化物与al的界面上进行并形成完整的反应膜，然后合成反应通过反应原子的双向扩散在界面上进行。
3. So this research proposes a new idea to fabricate aluminum matrix composites by combining several oxides to react with al at the same time . this idea overcomes the shortages of cuo / al system and the other single oxide system . it extends in situ reaction system
   因此，本研究采用多种氧化物cuo 、 tio _ 2 、 sio _ 2 、同时与al发生原位反应弥补了单质氧化物与al反应的不足，发挥了各自氧化物的优点，控制了剧烈的铝热反应，扩充了原位反应的热力学体系。
4. Based on the literature analysis of al matrix in - situ composites by reaction synthesis , it is found that in - situ reaction synthesis processed can ameliorate wettability between reinforcement phase and al matrix alloys and strengthen interfacial bonding and improve mechanical properties of al matrix composites
   对反应生成的原位铝基复合材料的研究表明，原位反应合成技术可以改善强化相与基体铝合金之间的润湿性，强化界面连接，提高材料的综合机械性能。
5. In cuo + sio2 + tio2 / al reaction system , the element ti which is replaced in the reaction makes the microstructure of composite thin and the matrix strong . the mechanical properties of the composites fabricated by this reaction system are much finer than the ones fabricated by cuo + sio2 / al and cuo + tio2 / al reaction system . in cuo + tio2 / al reaction system , the wild phase al3ti is very large and it is disadvantageous to the improvement of composites " properties
   在四种原位反应体系中， cuo + sio _ 2 + tio _ 2 al原位反应过程中被置换出来的金属元素ti细化了基体组织，并起到了固溶强化的作用，所制备的复合材料的微观组织与机械性能明显优于cuo + sio _ 2 al与cuo + tio _ 2 al原位反应体系所制备的复合材料。