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.
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。
With the increasing of the temperature, B -C- N compound transformed from turbostratic graphite- like structure into polycrystalline crystal.
随处理温度增加，B—C—N化合物由乱层石墨结构向多晶体转变。
Under this high temperature, the carbon atom structure changes, has produced quantity different graphite crystal.
在这高温下，碳原子的结构发生变化，产生了数量不等的石墨晶体。
The results showed that pitch-mesophase possesses excellent graphite-like para-crystalline structure, the crystal parameters of which are quite adjacent to those of calcined petroleum cokes.
结果表明，沥青中间相具有较优良的类石墨准晶态结构，它们的结晶参数与石油焦的相应参数较为接近。
The results showed that pitch-mesophase possesses excellent graphite-like para-crystalline structure, the crystal parameters of which are quite adjacent to those of calcined petroleum cokes.
结果表明，沥青中间相具有较优良的类石墨准晶态结构，它们的结晶参数与石油焦的相应参数较为接近。
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