Specific Heats of Graphite-Iodine Monochloride Intercalation Compounds
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概要
- 論文の詳細を見る
In succession to the previous study on the low temperature specific heat of ICI-graphite intercalation compounds below 5 K, a theoretical analysis has been made onthe data obtained in the higher temperature range up to 300 K using a semi-con-tinuum model similar to that originally proposed by Komatsu and Nagamiya forgraphite. The specific heat of the stage-1 compound is concluded to consist of fourcomponents which are due to in-plane mode phonons in both of graphite and ICIlayers, and acoustic and optical longitudinal phonon waves either in the c-direction.The data for higher stage compounds are reproducible just by summing up fractionalcontributions of the graphite part and the compound part.lattice theory, specific heat, graphite, ICI, intercalation compound
- 社団法人日本物理学会の論文
- 1991-10-15
著者
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Tsuzuku Takuro
College of Science and Technology, Nihon University
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Tsuzuku Takuro
College Of Science And Engineering Nihon University
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Tashiro Kenji
School Of Medicine Nihon University
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- AC-Calorimetric Measurement of Low-Temperature Specific Heat of Graphite-Iodine Monochrolide Intercalation Compounds
- Theory of the g-Factor in Graphite Intercalation Compounds
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- Diamagnetism of Boron and Iodine-Chrolide Compounds of Graphite
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- Diamagnetism of Carbon Fibers
- Diamagnetism of Dilute Acceptor Compounds of Graphite
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- Electrical Conduction in C-Direction of Highly Crystalline Graphites in Relation to Structural Perfection
- Thermoelectric and Thermomagnetic Effects in Slightly Radiation-Damaged Graphite
- グラファイトの熱磁気効果測定について(ノ-ト)〔英文〕
- Impurity-Dope Effects on the Anelasticity of Graphite
- Galvanomagnetic Properties of Graphite Intercalated with Nitrate
- Temperature Dependence of Galvanomagnetic Properties of Graphite between 4.2 K and 298 K
- Hall Coefficient of Graphite in Magnetic Field Range below 1.2kOe
- Diamagnetism of Glassy Carbons
- Electronic Properies of Carbon Fibers Intercalated with Copper Choloride
- Temperature Dependence of the Average Mobility in Graphite
- Cavity Growth by Vancancy Condensation and Transformation to Dislocation Loop in the Graphite Structure
- Conduction Electron Spin Resonance of Graphite
- Graphitization Stress in Polycrystalline Carbon as an Origin of Dislocations