The main research topics and results are as follows:(1)The Ti-Si-C ternary equilibrium phase diagrams are important methods that we analyze quantificationally the TiC/Si solid state replacement in-situ reaction path.
主要研究内容和研究成果如下: (1)Ti-Si-C三元系稳定性相图是我们定量分析TiC-Si固态置换合成反应路径的重要手段。
参考来源 - TiC/Si固相反应制备Ti3SiC2/SiC复合材料的反应路径研究·2,447,543篇论文数据,部分数据来源于NoteExpress
它们是经过氧化镁团簇增长过程和团簇溶剂化过程交织构成的多种反应路径形成的。
The cluster ions are formed through many plausible growing paths made up of the growing processes and solvation processes of magnesium oxide cluster.
我们计算了C2H2的一些反应的速率常数,并用单纯形优化方法进行了反应路径计算。
The rate constants of some reactions of C2H2 are calculated using VTST.
反应路径(IRC)分析表明,相邻最低点之间的相互转化为一步机理且在常温下可以发生。
The IRC result predicts that the transformation is one step mechanism between two minimum and can occur at room temperature.
Hess' Law states that for any chemical reaction, the energy change is path independent.
盖斯定律表明,对于任意化学反应,能量变化并非是路径依赖的。
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