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Showing 1 to 4 of 4 for “"multi-ion-species plasma"”.

  1. Characterization of Collisional Shock Structures Induced by the Stagnation of Railgun-driven Multi-ion-species Plasma-jets

    The study of shock-waves in supersonic plasma jets is essential to understanding the complex dynamics involved in many physical systems. Specifically, ion-species separation caused by a shock wave propagating through a plasma is an important but not yet well understood phenomenon. In inertial …

    vt Repository record for Characterization of Collisional Shock Structures Induced by the Stagnation of Railgun-driven Multi-ion-species Plasma-jets (opens in a new tab)

  2. Experimental Characterization of Diffusive Phenomena in Multi-Ion-Species Plasma Shocks Formed During Railgun-Driven Plasma Jet Collision Events

    Gradient-driven mass diffusion, or species separation, is a transport process which can occur in plasma shocks. Experimental observations of this phenomena are difficult to make, but are of interest to ongoing Inertial Confinement Fusion efforts. This body of work describes the results of two major …

    vt Repository record for Experimental Characterization of Diffusive Phenomena in Multi-Ion-Species Plasma Shocks Formed During Railgun-Driven Plasma Jet Collision Events (opens in a new tab)

  3. Studies of ICRF mode conversion with phase contrast imaging and full-wave simulations in Alcator C-Mod

    Radio frequency (rf) waves in the ion cyclotron range of frequencies (ICRF) are widely used for heating fusion plasmas. In a multi-ion-species plasma, the launched fast waves convert to ion cyclotron waves and ion Bernstein waves in the vicinity of the two-ion hybrid resonance between the cyclotron …

    mit Repository record for Studies of ICRF mode conversion with phase contrast imaging and full-wave simulations in Alcator C-Mod (opens in a new tab)

  4. Analysis of Plasma Wave Irregularities Generated during Active Experiments in Near-Earth Space Environment

    This work focuses on the analysis of plasma irregularities generated during two active space experiments: the injection of an artificial dust layer, and high-power radio waves. The objective of the "first experiment is to examine the effects of artificially created dust layers on the scatter of …

    vt Repository record for Analysis of Plasma Wave Irregularities Generated during Active Experiments in Near-Earth Space Environment (opens in a new tab)