Magnetization of Zinc Blende Compound Nanostructures (論文特集号 〔日本応用磁気学会〕第24回学術講演会)
スポンサーリンク
概要
- 論文の詳細を見る
Molecular orbital calculations based on Pauli principle and Hund rule reveal spin-polarized electronic states of pyramidal zinc blende nanostructures. Four models of pyramidal clusters, comprising six layers, were constructed with the cluster axes parallel to the crystallographic <111> and <100> axes in the zinc blende. Dangling bonds of the bottom of the cluster are terminated by H atoms. The spin multiplicities of the clusters were estimated for GaN, GaAs, and Si. Highly spin-polarized states were induced by the unpaired electrons on the surfaces of the nanostructures. The clusters present paramagnetic properties. The result were compared with the first-principles calculations for GaN, which indicated feasibility of our phenomenological method. Peculiar size dependent properties of spin polarization of pyramidal nanostructures are suggested for fine magnetic measurement.
- 社団法人日本磁気学会の論文
- 2001-04-15
著者
-
Sawamura M.
CREST, JST, Nanoelectronics Laboratory, Faculty of Engineering, Hokkaido University
-
Hirota E.
CREST, JST, Nanoelectronics Laboratory, Faculty of Engineering, Hokkaido University
-
Mukasa K.
CREST, JST, Nanoelectronics Laboratory, Faculty of Engineering, Hokkaido University
-
Mukasa K
Crest Jst Nanoelectronics Laboratory Faculty Of Engineering Hokkaido University:nanoelectronics Labo
-
Mukasa K.
Graduate School Of Engineering Hokkaido University
-
Sawamura M
Crest Jst Nanoelectronics Laboratory Faculty Of Engineering Hokkaido University:nanoelectronics Labo
-
Mukasa K.
Crest Japan Science And Technology Corporation (jst)
関連論文
- Magnetization of Zinc Blende Compound Nanostructures (論文特集号 〔日本応用磁気学会〕第24回学術講演会)
- Spin Electronic States of Wurtzite GaN Nanostructures
- Spin Electronic States of GaN Probes : Magnetism of Nanostructures
- Structure of Spin Vortices in Ultra-Thin Ferromagnetic Films
- Application of a Retarding-type Mott Analyzer to Observation of Magnetic Domains
- Magnetic Field Imaging by Scanning Magnetoresistance Microscope with MR Cantilever
- SP-SEM Observation of Magnetic Vortex States in Permalloy Disks