Gyrator Effects on Magneto-Fluid Dynamic Turbulence in a Storong Magnetic Field

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概要

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• A linearized theory is presented for the response of magneto-fluid dynamicturbulence to an imposed strong magnetic field in the presence of gyrators suchas the Coriolis force and the Hall effect. The analysis includes these two effects ina unified manner, and the directional energy transfer as well as the energy conver-sion between the mechanical and magnetic modes of turbulence are discussedunder several simplifying assumptions. With a few examples, it is demonstratedthat gyrators act to suppress the modal energy conversion on the one hand,and to equalize the directional partition of energies on the other.

• 社団法人日本物理学会の論文
• 1978-03-15

著者

• Funada Toshio

  Wakayama College Of Technology

• Funada Toshio

  Wakayama Technical College

• Ohji Michio

  Faculty Of Engineering Shinshu University:the University Of Electro-communications

• TUTIYA Yosiaki

  Faculty of Engineering,Shinshu University

• Tutiya Yosiaki

  Faculty Of Engineering Shinshu University

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• Gyrator Effects on Magneto-Fluid Dynamic Turbulence in a Storong Magnetic Field
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• Effect of the Surface Deformation on Marangoni Instability in Chemical Reaction
• Marangoni Instability Due to Chemical Absorption with an Irreversible Reaction
• Marangoni Instability of Thin Liquid Sheet

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