Mechanisms of E × B Drift Rotation of a Vortex String in a Pure Electron Plasma

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概要

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• Energy distribution of a pure electron plasma column rotating around the axis of a cylindrical vessel due to an E × B flow in a Malmberg–Penning trap is investigated. An abrupt relaxation of the energy distribution was observed in an electron string trapped for a few microseconds after injection from an electron emitter. The macroscopic E × B drift rotation of the electron column is mainly dominated by the microscopic axial energy distribution which determines the effective position of reflection at the end of the trap, that is, a radial electric field acting on the particles from an external trap potential.

• 社団法人 プラズマ・核融合学会の論文

著者

• SOGA Yukihiro

  Kanazawa University

• MIMURA Tetsuya

  Kanazawa University

• KATO Yasutada

  Kanazawa University

• PARK Youngsoo

  Kanazawa University

関連論文

• Mechanisms of E × B Drift Rotation of a Vortex String in a Pure Electron Plasma

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