概述了石墨插层化合物的结构特征和主要物理与化学特性，介绍了这类新型材料的应用前景。
In this paper, the structural features, main physical and chemical properties of graphite intercalation compounds are discussed. Further applications of this kind of new materials are presented.
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。
With the increasing of the temperature, B -C- N compound transformed from turbostratic graphite- like structure into polycrystalline crystal.
研究了含有双炔基团的化合物在石墨表面的自组装及光照聚合反应。
The self-assembly and photopolymerization of compounds containing diacetylene group were studied on HOPG surface.
本发明以大环化合物修饰的石墨烯作为催化剂，应用于电池的酸性、中性和碱性条件下氧还原的催化。
The grapheme modified by a macrocyclic compound is used as the catalyst and is used for catalyzing the oxygen reduction of batteries under acidic, neutral and alkaline conditions.
其后的实验和理论研究表明类似石墨烯片层结构的其他材料，如六方氮化硼和二硫化金属化合物等，也可以形成类似的管状结构。
Latest experimental and theoretical studies demonstrate that it is quite possible that the nanotube structures can be prepared from other layered materials.
回顾了十年来受主金属氯化物石墨层间化合物在零磁场下传导性能的实验工作。
Experimental data in zero-field of the metal chloride acceptor GICs of the last decade was reviewed.
分析结果表明：包裹物的主要成分是碳和氧，碳来源于石墨坩埚和石墨发热体，而杂质氧则来源于原料中的含氧化合物和生长过程气氛中氧的进入。
The results show that the main components of inclusion are carbon and oxygen. Carbon impurity comes from graphite crucible and heater, while oxygen impurity from the oxides in the raw material…
分析结果表明：包裹物的主要成分是碳和氧，碳来源于石墨坩埚和石墨发热体，而杂质氧则来源于原料中的含氧化合物和生长过程气氛中氧的进入。
The results show that the main components of inclusion are carbon and oxygen. Carbon impurity comes from graphite crucible and heater, while oxygen impurity from the oxides in the raw material…
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