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Induced magnetic perturbations by plasma heating

M. C. Lee, S.P. Kuo

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Abstract

We discuss the possible induction of magnetic field fluctuations in laboratory plasma during plasma heating by electromagnetic waves. Basically, the electromagnetic wave excited lower hybrid waves may become pump waves to excite instabilities. We will describe a process that can simultaneously generate plasma density fluctuations and magnetic field fluctuations. Significant cross-field magnetic perturbations can be produced and, then, give rise to the plasma confinement problem during plasma heating.

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What this paper is about

We discuss the possible induction of magnetic field fluctuations in laboratory plasma during plasma heating by electromagnetic waves. Basically, the electromagnetic wave excited lower hybrid waves may become pump waves to excite instabilities. We will describe a process that can simultaneously generate plasma density fluctuations and magnetic field fluctuations. Significant cross-field magnetic perturbations can be produced and, then, give rise to the plasma confinement problem during plasma heating.

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Available abstract

We discuss the possible induction of magnetic field fluctuations in laboratory plasma during plasma heating by electromagnetic waves. Basically, the electromagnetic wave excited lower hybrid waves may become pump waves to excite instabilities. We will describe a process that can simultaneously generate plasma density fluctuations and magnetic field fluctuations. Significant cross-field magnetic perturbations can be produced and, then, give rise to the plasma confinement problem during plasma heating.

Key concepts: Plasma, Magnetic field, Physics, Waves in plasmas, Electromagnetic electron wave, Electromagnetic radiation, Ion acoustic wave, Upper hybrid oscillation

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