Electronic Properties of Fine Matallic Particles. : III. E.S.R Absorption Line Shape

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概要

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• Line shape of E.S.R. absorption by conduction electrons in fine metallic particles is discussed paying main attention to the effects of the quantization of electronic energy levels. Line width and shift is considered to be caused by spin-orbit interaction, which is characterized by a parameter τ=a/V_FΔg^2, where a, V_F and Δg are the linear dimension of the particles, Fermi velocity and g-shift of the conduction electrons respectively. In order that the effects of energy level quantization be observed, the mean level spacing should be larger than ℏ/τ as well as than the Zeeman energy.

• 社団法人日本物理学会の論文
• 1970-10-05

著者

• Kawabata Arisato

  The Institute For Solid State Physics University Of Tokyo

関連論文

• Electronic Properties of Fine Matallic Particles. : III. E.S.R Absorption Line Shape
• Theory Raman Scattering by Magnetic Excitations in Ferromagnetic Transition Metals

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