分析了V - N -空位复合体的成键特性和电荷转移情况。
The bond characteristics and charge transfer in the V-N-vacancy complex are analyzed.
研究同时分析了这三个重要异构体的成键特性、计算了生成热等相关热力学性质。
Furthermore, the electronic structures and bonding nature of NCCS, CNCS, and CCNS isomers were analyzed.
碳是一种非常独特的元素，碳原子之间、碳原子和其它原子之间借助多种多样的成键方式形成形态、结构和特性各异的物质。
Carbon is a unique element, and it can be to form varied structures through kinds of electrostatic bonding ways between carbon atoms.
分析了石墨微晶结构与成键特征，研究了石墨微晶中边缘碳原子与基平面碳原子的电化学特性。
The electrochemical characteristics of carbon atoms on the edge and basal plane were determined by analyzing structure of graphite crystal and bond of different carbon atoms.
而当我们讨论共价键的时候，有两点特性是我们最关注的，那就是键的强度，或者说成键之后能量降低了多少。
And when we talk about covalent bonds, there's 2 properties that we'll mostly focus on, and that's going to be thinking about the bond strength or the energy by which it stabilized when it bonds.
而当我们讨论共价键的时候，有两点特性是我们最关注的，那就是键的强度，或者说成键之后能量降低了多少。
And when we talk about covalent bonds, there's 2 properties that we'll mostly focus on, and that's going to be thinking about the bond strength or the energy by which it stabilized when it bonds.
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