1971•Physical Review LettersRequires access

Collisional Drift Instability Driven by an Axial Current

R. F. Ellis, Robert W. Motley

Open publisher page 14 citations

Abstract

The current-driven collisional drift instability is observed in a double-ended $Q$-machine cesium plasma. The instability is of large amplitude and leads to significant density decrease at onset. The characteristics of the instability are in good agreement with a linearized two-fluid theory which includes electron heat flow and electron temperature oscillations.

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What this paper is about

The current-driven collisional drift instability is observed in a double-ended $Q$-machine cesium plasma. The instability is of large amplitude and leads to significant density decrease at onset. The characteristics of the instability are in good agreement with a linearized two-fluid theory which includes electron heat flow and electron temperature oscillations.

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Available abstract

The current-driven collisional drift instability is observed in a double-ended $Q$-machine cesium plasma. The instability is of large amplitude and leads to significant density decrease at onset. The characteristics of the instability are in good agreement with a linearized two-fluid theory which includes electron heat flow and electron temperature oscillations.

Key concepts: Instability, Physics, Two-stream instability, Plasma, Current (fluid), Amplitude, Plasma instability, Electron

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