Electronic States in Perturbed Two-Dimensional Graphite Lattice

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概要

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• By using a network model, the effects on the band structure of two-dimensional graphite due to localized perturbations are studied. The density of states near the Fermi energy is considerably modified by such perturbations. In the case of attractive perturbation, the density of states above the Fermi energy is increased and the density of states below the Fermi energy is slightly decreased. In the case of repulsive perturbation, the reverse is the case.

• 社団法人日本物理学会の論文
• 1965-03-05

著者

• Fukuda Yoshiichi

  College Of Arts And Sciences Tohoku University

• Fukuda Yoshiichi

  College Of Arts And Sciences Tohoku University Kawauchi

関連論文

• Structure of Thin Layers of Some F. C. C. Metals Deposited on Oriented Ag, Pd and Ni Films
• Moment Method (Part I. Time Independent Problem)
• Electronic States in Perturbed Two-Dimensional Graphite Lattice
• An Interpretation of the Oriented Overgrowth of Metal
• Vibration of Linear Lattice Containing Impurities
• Frequency Spectrum of Lattice with Short Range Order

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