A Geometrical Transport Model for Inhomogeneous Current Distribution in Semimetals under High Magnetic Fields

スポンサーリンク

概要

• 論文の詳細を見る

• A transport phenomenon for the inhomogeneous current distribution in semimetals has been considered in terms of geometry of the current trajectory and the equipotential line under the influence of high magnetic fields. When a magnetic field is applied, the current distribution varies through the magnetoresistance effect. In this case, a potential mountain or valley appears on a specimen side-surface, owing to the high current density along a geometrical line parallel to the magnetic field vector. These mountain and valley can move along the specimen surface, according to the rotation of magnetic field direction. Results derived from the model are compared with experimental data obtained for bismuth and antimony.

• 社団法人日本物理学会の論文
• 1976-04-15

著者

• Yoshida Katsukuni

  Institute Of Atomic Energy Kyoto University

関連論文

• Thermal Transport and Percolative Transition in the Ag-BPSCCO Composite System
• Structural Effect on the Galvanomagnetic Properties of a Metal with Granular Inclusions
• Experimental Uncertainty in Determining the Critical Exponent of the Percolative Conductivity of Two-Phase Mixtures
• An Anomalous Behavior of the Longitudinal Magnetoresistance in Semimetals
• PERCOLATION PROCESS IN ANISOTROPIC CLUSTER-STRUCTURE OF A TWO-PHASE COMPOSITE
• Percolative Conduction in a Composite System of Metal and Ceramics
• Anisotropic Effect of Structural Constituents of Mixtures on Effective Medium Percolation
• Anomalous Electric Fields in Semimetals under High Magnetic Fields
• A Geometrical Transport Model for Inhomogeneous Current Distribution in Semimetals under High Magnetic Fields
• Dielectric Character Due to the Percolative Growth of Clusters in a Metal-Ceramics Mixture

スポンサーリンク