石墨层间化合物

作为一种新的制备金属-GICs的方法，它的发展无疑将对石墨层间化合物的研究起良好的促进作用。

As a new method of synthesis of transition metal-GICs , it shall be greatly promoting research process on GICs .

不但具有优异的物理化学性能，如高导电性和高选择催化性，而且具有良好的结构稳定性和性能稳定性，还便于规模化合成，因而成为近二十年来石墨层间化合物研究的热点。

They become the focus among the research of GICs in the latest 20 years because of good physical and chemical properties , such as high conductivity and catalysis , and good structural and capability stability , including which can be bulkily synthesized .

钢球在石墨层间化合物上微滑动的SEM观察

SEM investigation of micro sliding on graphite intercalation compound

应用原位XRD（X射线衍射）法，研究了石墨层间化合物（CIC）在插层过程中阶次的转变模式。

The stage transformation mode of GICs in intercalation process was studied by in situ XRD tech-nique .

Sn石墨层间化合物的合成及表征

Synthesis and characterize of the tin-graphite intercalation compound

H2SO4石墨层间化合物稳定性分析研究

A study on the stability of h_2so_4 graphite intercalation compound

石墨层间化合物（GICs）材料的研究动向与展望

Trend and Prospect of a study on GICs materials

超微粉石墨层间化合物FeCl3-NiCl2-GICs的制备及电磁性能研究

Preparation and Electromagnetic Properties of Fine Graphite Intercalation Compounds of FeCl_3-NiCl_2-GICs

FeCl3膨胀石墨层间化合物制备及电导性能研究

Synthesis and electrical conductivity of FeCl_3 exfoliated graphite intercalation compounds

熔盐法合成三元FeCl3-NiCl2-石墨层间化合物的研究

Study of ternary FeCl_3-NiCl_2-graphite intercalation compounds synthesized by a molten salt method

FeCl3-CuCl2石墨层间化合物工艺参数研究

Study On the Synthesized Technique of FeCl_3-CuCl_2-Graphite Intercalation Compounds

定量空气中三元FeCl3-NiCl2-石墨层间化合物的制备

Preparation of ternary fecl_3-nicl_2-graphite intercalation compounds in presence of trace amount of air

混合法制备FeCl3-石墨层间化合物的初步研究

Preliminary study of preparing FeCl 3-gic by mixing method

采用混合熔融盐法成功地合成了以PAN基高模量碳纤维作宿主，FeCl3作插层剂的石墨层间化合物，采用XRD技术对其层间结构进行了表征。

PAN based carbon fibers intercalated with FeCl 3 are synthesized by mixed molten salt method . The intercalated layer structure of samples is investigated by X ray diffraction ( XRD ) .

用键参数函数法研究石墨层间化合物（GIC）的形成规律

A Study of Laws of Forming Graphite Intercalation Compound ( GIC ) by the Method of Chemical Bond Parameter Function

石墨层间化合物GICs的形成机理探讨

Formation mechanisms of graphite intercalation compounds

电化学法合成的FeCl3－ZnCl2三元石墨层间化合物插入层畴结构的研究

Study on the domain structure of intercalated layer in fecl_3 zncl_2 GIC synthesized by electrochemical method

X射线衍射分析表明本方法合成的石墨层间化合物具有混合阶结构。产品的膨胀容积为320mL／g，氮含量为1.63%，不含硫。

The composition of the product was determined by mass spectrometry and elemental analysis , and phase analysis of intercalation compound was characterized by X - ray diffraction The features of the expandable graphite were its larger expansion volume , no sulfur and less nitrogen content .

对一种特殊的纳米复合材料&石墨层间化合物（简称GIC）进行了研究，探讨了GIC纳米结构的表征、合成以及应用。

Graphite intercalation compound ( GIC ) is a new kind of nano composite material . The characterization , synthesis and application of GICs were investigated in this study .

本论文提出了利用含硼石墨层间化合物（GICs）高温高压（HTHP）合成含硼金刚石的新工艺。

In this paper , a new method was presented that B-doped diamond was synthesized at high pressure and high temperature ( HTHP ) using B-doped graphite intercalation compounds ( GICs ) .

在N2保护下用熔盐法合成了FeCl3膨胀石墨层间化合物（简称FeCl3-EGICs）。

The FeCl_3 graphite intercalation compounds ( FeCl_3-GICs ) have aroused special attention for their highly electrical conductivity and stability . In this paper , FeCl_3-exfoliated graphite intercalation compounds ( Abs . FeCl_3-EGICs ) have been synthesized under the protection of nitrogen gas with the melting salt method .

一种纳米复合材料&石墨层间化合物的结构与合成

Graphite intercalation compound & a new kind of nano composite material

轻稀土的石墨层间化合物成键性的研究

Electronic structures and bonding of graphite intercalation compounds of light rare earth

金属石墨层间化合物的量子化学和热力学研究

Quantum Chemical and Thermodynamic Studies on the Graphite Intercalation Compounds of Metals

稀土-石墨层间化合物的合成和应用前景

Synthesis and Application Prospect of Rare Earth Graphite Intercalation Compounds

金属氯化物受主石墨层间化合物的传导性能研究概况

Prospect in the transport properties of metal chloride acceptor graphite intercalation compounds

纳米复合材料&石墨层间化合物研究进展

Research Progress of Nano-matrix Composites & Graphite Intercalation Compounds

影响石墨层间化合物导电性与稳定性的结构因素

The structural factors effecting the electrical conductivity and stability of graphite intercalation compounds

电流对电化学插层制备高氯酸石墨层间化合物的影响电化学插层对石墨晶层的剥离作用

Effect of Reaction Current on Electrochemical Intercalation in Synthesis of HClO_4-Graphite Intercalation Compounds

利用石墨层间化合物合成含硼金刚石

Synthesize B-Doped Diamond Using Graphite Intercalation Compounds