1996OpenGrey (Institut de l'Information Scientifique et Technique)Open access

Radiative Transport in Toroidal Plasmas.

S. Puri

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Abstract

Momentum transfer via Kirchhoff radiation of electrostatic electron and ion-cyclotron-harmonic waves contributes an enhanced collisionality far in excess of that given by the Fokker-Planck term in the existing neoclassical models. The resultant particle and thermal transport resembles the observed anomalous transport in ohmically heated toroidal plasmas. (orig.)

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Momentum transfer via Kirchhoff radiation of electrostatic electron and ion-cyclotron-harmonic waves contributes an enhanced collisionality far in excess of that given by the Fokker-Planck term in the existing neoclassical models. The resultant particle and thermal transport resembles the observed anomalous transport in ohmically heated toroidal plasmas. (orig.)

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Available abstract

Momentum transfer via Kirchhoff radiation of electrostatic electron and ion-cyclotron-harmonic waves contributes an enhanced collisionality far in excess of that given by the Fokker-Planck term in the existing neoclassical models. The resultant particle and thermal transport resembles the observed anomalous transport in ohmically heated toroidal plasmas. (orig.)

Key concepts: Toroid, Plasma, Radiative transfer, Physics, Atomic physics, Nuclear physics, Optics

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