石墨插层化合物

通过控制反应物之间的比例，可制备出膨胀容积为7.6~13.6mL/g的超细石墨插层化合物。

If the rate of reactants is proper , it is possible to prepare super power of GIC which expensive volume is 7.6 ~ 13.6mL/g .

X射线粉末衍射法分析石墨插层化合物的结构

Analysis of graphite intercalation compounds by X-ray diffraction

PZT多层薄膜物性的研究硫酸石墨插层化合物的物性研究

THE PROPERTIES OF MULTI-LAYERED PZT FILMS Physical properties of graphite hydrogen sulfate intercalation compounds

三元石墨插层化合物的合成与表征

Synthesis and Characterization of the Ternary Graphite Intercalation Compounds

石墨插层化合物的结构与特性

Structures and properties of graphite intercalation compounds

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 .

通过水热法成功地合成了C+x·HSO-4石墨插层化合物，讨论了氧化剂、插入剂、反应时间、反应温度和原料配比等对插层反应的影响，以及热力学对插层反应的影响。

Preparation of C + x · HSO - 4 intercalation compound by hydrothermal synthesis method is reported , the effects of principal reaction conditions such as oxidizer , intercalant , reaction time , reaction temperature and ratios of starting materials are studied .

石墨&硫酸插层化合物的X射线分析

X-ray analysis of graphite sulphuric acid intercalation compound