BOUT++ Movies
BOUT++ simulations reveal the dynamics of electron temperature filamentary eruptions of hot plasma from the edge during edge-localized mode crashes. Experimentally measured EAST tokamak profiles in ELMing H-mode have been used as input for BOUT++ simulations in a double null divertor configuration.
If your browser does not support the HTML5 video tag, right-click to download movie.
[.mp4]
If your browser does not support the HTML5 video tag, right-click to download movie.
[.mp4]
BOUT++ simulations reveal the dynamics of electron temperature filamentary eruptions of hot plasma from the edge during edge-localized mode crashes. Experimentally measured DIII-D tokamak profiles in ELMing H-mode have been used as input for BOUT++ simulations in a single null divertor configuration. The BOUT++ computed fluxes on divertor floor is found to match with experimentally measurement!
If your browser does not support the HTML5 video tag, right-click to download movie.
[.mp4]
If your browser does not support the HTML5 video tag, right-click to download movie.
[.mp4]
Pressure fluctuations in a simulation with peeling-ballooning instabilities, showing a 3D filamentary structure during edge-localized mode crashes for high Lundquist number S=108.
If your browser does not support the HTML5 video tag, right-click to download movie.
[.mp4]
If your browser does not support the HTML5 video tag, right-click to download movie.
[.mp4]
Pressure profile in a simulation with peeling-ballooning instabilities, showing pressure profile crashes during edge-localized modes for high Lundquist number S=108.
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
Pressure fluctuations in a simulation with peeling-ballooning instabilities, showing a 2D filamentary structure edge-localized mode crashes for low Lundquist number S=105.
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
Pressure profile in a simulation with peeling-ballooning instabilities, showing pressure profile crashes during edge-localized modes for high Lundquist number S=108.
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
Pressure profile in a simulation with peeling-ballooning instabilities, showing pressure profile crashes during edge-localized modes for low Lundquist number S=105.
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
Poincare plots show the island formation and magnetic reconnection in the early non-linear phase of peeling-ballooning mode in an ELM simulation.
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
Experimentally measured C-Mod profiles in enhanced Dα (EDA) H-mode have been used as input for BOUT++ simulations in real X-point divertor geometry. The BOUT++ computed mode is found to propagate in the electron diamagnetic direction, which agrees with experimentally observed quasi-coherent mode (QCM) oscillation!
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
If your browser does not support the HTML5 video tag, right-click here to download movie [.mp4].
