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Experiment to investigate current drive by fast Alfven waves in a small tokamak

J.M. Gahl, O. Ishihara, K. L. Wong, M.O. Hagler, M. Kristiansen

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Abstract

An experiment has been carried out to study current generation by Doppler shifted cyclotron resonance heating of minority ions with a unidirectional wave in the small tokamak at Texas Tech University. One of the objectives of the experiment is to understand in detail the wave‐particle interactions through which fast (compressional) Alfvén waves in the ion cyclotron range of frequencies drive currents in toroidal devices.

About this research paper

What this paper is about

An experiment has been carried out to study current generation by Doppler shifted cyclotron resonance heating of minority ions with a unidirectional wave in the small tokamak at Texas Tech University. One of the objectives of the experiment is to understand in detail the wave‐particle interactions through which fast (compressional) Alfvén waves in the ion cyclotron range of frequencies drive currents in toroidal devices.

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Available abstract

An experiment has been carried out to study current generation by Doppler shifted cyclotron resonance heating of minority ions with a unidirectional wave in the small tokamak at Texas Tech University. One of the objectives of the experiment is to understand in detail the wave‐particle interactions through which fast (compressional) Alfvén waves in the ion cyclotron range of frequencies drive currents in toroidal devices.

Key concepts: Tokamak, Current (fluid), Physics, Electrical engineering, Computer science, Nuclear engineering, Plasma, Engineering

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