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Showing 1 to 6 of 6 for “"controlled thermonuclear fusion"”.

  1. Analysis and synthesis techniques of nonlinear dynamical systems with applications to diagnostic of controlled thermonuclear fusion reactors

    … Per esempio, un problema dei reattori a fusione termonucleare controllata è l’analisi di serie storiche della radiazione Dα, caratteristica del fenomeno chiamato Edge Localized Modes (ELMs). La comprensione e il 16 controllo degli ELMs sono problemi cruciali per il funzionamento di ITER, …

    cagliari Repository record for Analysis and synthesis techniques of nonlinear dynamical systems with applications to diagnostic of controlled thermonuclear fusion reactors (opens in a new tab)

  2. An Experimental Determination of the Effect of Cyclic Stress on Void Growth in Ultra-High-Purity Aluminum During Simultaneous 800 Mev Proton Irradiation

    … including magnetically and inertially confined controlled thermonuclear fusion reactors (CTR). Walter Green and Johannes Weertman (G & W) had predicted that edge dislocations, set into oscillatory motion by an applied cyclic stress, would "sweep up" excess radiation produced vacancies that would …

    uiuc Repository record for An Experimental Determination of the Effect of Cyclic Stress on Void Growth in Ultra-High-Purity Aluminum During Simultaneous 800 Mev Proton Irradiation (opens in a new tab)

  3. A Multi-Region Multi-Timescale Burning Plasma Dynamics Model for Tokamaks

    Controlled thermonuclear fusion in tokamaks brings forth demands for burning plasma dynamics research. The deuterium-tritium fusion generates energetic alpha particles, which first transfer their energy to core electrons. The heated electrons and remaining fusion alpha particles then heat core ions …

    gatech Repository record for A Multi-Region Multi-Timescale Burning Plasma Dynamics Model for Tokamaks (opens in a new tab)

  4. Study of ergodic divertor edge density regimes on the tokamaks Tore Supra and TEXTOR, and sensitivity of tunnel probe electron temperature measurements to a suprathermal electron component

    Controlled thermonuclear fusion offers one possible option to meet our future energy needs in a sustainable way. Magnetic confinement in a so-called 'tokamak'-machine is a possible approach towards the achievement of a burning plasma. An important issue in this tokamak research is the transition of …

    ghent Repository record for Study of ergodic divertor edge density regimes on the tokamaks Tore Supra and TEXTOR, and sensitivity of tunnel probe electron temperature measurements to a suprathermal electron component (opens in a new tab)

  5. The effects of flow on resistive instabilities in magnetohydrodynamics

    … the most important problems in astrophysical and controlled thermonuclear fusion research during the past four decades. This class of instability results from the introduction in the ideal MHD equations of a small but finite electrical resistivity. The addition of this term results in a relaxation …

    abertay Repository record for The effects of flow on resistive instabilities in magnetohydrodynamics (opens in a new tab)

  6. Plasma Heating By Alfven Wave In Field-Reversed Ion Ring Experiment

    Controlled thermonuclear fusion is considered by many as a promising alternative energy source for the world's increasing energy demands. There are two main approaches towards thermonuclear fusion. One is called inertial confinement fusion and the other is called magnetic confinement fusion. …

    cornell Repository record for Plasma Heating By Alfven Wave In Field-Reversed Ion Ring Experiment (opens in a new tab)