High Energy Electron Component of Plasma in Turbulent Heating

Matsukawa, Yoshinobu

doi:10.1143/jpsj.34.1066

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Magnetic Field1

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1979

1981

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“…The most dramatic effect of magnetic field shape is the production of hot electrons in mirror fields but not in anti-mirror fields [54], [3]. The hot electrons are characterized by a large ratio of v_./vll.…”

Section: Magnetic Fieldmentioning

confidence: 99%

A Review of the Beam Plasma Discharge

Smullin

1981

Relation Between Laboratory and Space Plasmas

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Section: Magnetic Fieldmentioning

confidence: 99%

A Review of the Beam Plasma Discharge

Smullin

1981

Relation Between Laboratory and Space Plasmas

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Wave-particle interaction in the late beam-plasma instability

Freese

Walsh

Lohr

1979

The Physics of Fluids

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Experiments are reported on the beam-plasma instability at times after saturation when the electron distribution function exhibits a high energy tail. The results show that high energy electrons are produced by a velocity resonant wave-particle interaction. The experiments were formed on quite different devices at Dartmouth College and The University of Texas; however, the results from the two laboratories are consistent.

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High Energy Electron Component of Plasma in Turbulent Heating

Cited by 2 publications

References 8 publications

A Review of the Beam Plasma Discharge

A Review of the Beam Plasma Discharge

Wave-particle interaction in the late beam-plasma instability

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