EOF2
Oblique Resonant Electron Fire Hose Driven by the Electron Parallel Temperature Anisotropy (Hellinger et al. 2014).
Available products: B, Bx, By, Bz, Electron density, Proton density, Ue, Up, Uxe, Uxp, Uye, Uyp, Uze, Uzp
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Coordinates
X axis parallel to the ambient magnetic field.
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Initial conditions
Initialization with a homogeneous plasma with beta_e=2 and Tper_e/Tpar_e=0.216
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Parameters
Grid: Nx=2048x1024, Time step: dt=0.025/Omega_e. Cell size: dx=dy=Lamda_e
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Simulation presets
(no presets available for this simulation)
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Products in simulation
- B - Magnitude of the magnetic field
- Bx - X component of the magnetic field
- By - Y component of the magnetic field
- Bz - Z component of the magnetic field
- Electron density - Electron number density
- Proton density - Proton number density
- Ue - Magnitude of the electron bulk velocity
- Up - Magnitude of the electron bulk velocity
- Uxe - X component of the electron bulk velocity
- Uxp - X component of the proton bulk velocity
- Uye - Y component of the electron bulk velocity
- Uyp - Y component of the proton bulk velocity
- Uze - Z component of the electron bulk velocity
- Uzp - Z component of the proton bulk velocity
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