Motion of Plasmoids Injected into a Cusp Field
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概要
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Motion of a dense (10^<15>∼10^<16> particles/cm^3) hydrogen plasma injected with a linear-pinch gun into a biconical cusp field has been observed with magnetic probes, a streak camera and a Kerr-cell camera. An axial reciprocating motion of the blob is observed and it is explained as a motion of a filament current ring with finite electrical conductivity. This reciprocating motion disappears in a few cycles and the plasma simultaneously interdiffuses with the magnetic field. Finite electrical conductivity of the plasma gives some contribution to the dissipation of the directional energy of the injected plasma.
- 社団法人日本物理学会の論文
- 1972-03-05
著者
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ISHIMURA Tsutomu
Plasma Physics Laboratory, Faculty of Engineering, Osaka University
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Ozaki Atsuhiko
Plasma Physics Laboratory Fuculty Of Engineering Osaka University
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Ozaki Atsuhiko
Plasma Physics Laboratory Faculity Of Engineering Osaka University
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Ishimura Tsutomu
Plasma Physics Laboratory Fuculty Of Engineering Osaka University
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Ishimura Tsutomu
Plasma Physics Lab. Faculty Of Eng. Osaka Univ.
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