M. Brix

  1. Real-time identification of the current density profile in the JET Tokamak: method and validation.

    Authors: Jacques Blum, Cédric Boulbe, Blaise Faugeras, Didier Mazon, A. Boboc, M. Brix, P. De Vries, S. Sharapov, L. Zabeo
    Subjects: Numerical Analysis
    Abstract

    The real-time reconstruction of the plasma magnetic equilibrium in a Tokamak
    is a key point to access high performance regimes. Indeed, the shape of the
    plasma current density profile is a direct output of the reconstruction and has
    a leading effect for reaching a steady-state high performance regime of
    operation. In this paper we present the methodology followed to identify
    numerically the plasma current density in a Tokamak and its equilibrium.

  2. Real-time identification of the current density profile in the JET Tokamak: method and validation.

    Authors: Jacques Blum, Cédric Boulbe, Blaise Faugeras, Didier Mazon, A. Boboc, M. Brix, P. De Vries, S. Sharapov, L. Zabeo
    Subjects: Numerical Analysis
    Abstract

    The real-time reconstruction of the plasma magnetic equilibrium in a Tokamak
    is a key point to access high performance regimes. Indeed, the shape of the
    plasma current density profile is a direct output of the reconstruction and has
    a leading effect for reaching a steady-state high performance regime of
    operation. In this paper we present the methodology followed to identify
    numerically the plasma current density in a Tokamak and its equilibrium.

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