Memo

These posts are reminders for myself. You can also use them for your own good, but, please be careful for errors or bugs that may be hidden inside a post.

Vlasov & Full PIC Simulation

  • Vlasov ES 1D1V: Landau Damping and Two stream Instability
  • Electrostatic PIC 1D (Python)
  • Full-PIC 1D (Python)
  • Electron-PIC 1D (Python)
  • Buneman Instability
  • Electron-PIC 1D: Electron Beam Instaibility
  • Electron-PIC 2D: Linear Waves
  • Electron-PIC 2D: Electron Beam Instaibility
  • Electron-PIC 2D: Weibel Instaibility
  • Full-PIC 1D: Electron Beam Instaibility
  • Full-PIC 1D: Electron Temperature Anisotropy Instability
  • Full-PIC 1D: Collisionless Shock
  • Full-PIC 2D: Linear Waves
  • Full-PIC 2D: Numerical Cherenkov Instability

    • Hybrid Simulation

  • Hybrid 1D (Python)
  • Hybrid 1D: Linear Waves
  • Hybrid 1D: Ion Beam Instability
  • Hybrid 2D: Current Sheets

    • Multi Fluid Simulation

  • QNTF 1D: Brio-Wu Shock Tube
  • Nonlinear Evolution of Multi-ion Magnetosonic Waves

    • MHD Simulation

  • MHD simulation (FORTRAN)
  • MHD 2D: Blast shock wave + Turbulence
  • MHD 2D: Kelvin-Helmholtz instability
  • MHD 2D: Magnetic reconnection
  • Reduced MHD
  • Electron MHD
  • Hall MHD
  • Parametric Instability of Alfvén Waves
  • MHD 1D: Solar Wind Acceleration

    • Test Particle Simulation

  • Test Particle Simulation: X-type Magnetic Field
  • Test Particle Simulation: Gyro Surfing Acceleration
  • Test Particle Simulation: Heavy Ion Acceleration via SPA
  • Test Particle Simulation: Scatter Free Ion Acceleration
  • Test Particle Simulation: Cyclotron Resonance

    • Quasi-linear Theory

  • Buneman Instability

    • Observational Study

  • How to handle observational data

    • Tips for Python and Matplotlib

  • Python etude
  • Python Numba
  • Animation
  • Matplotlib 3D
  • Toggle code for RISE presentation
  • Jupyter Tips
  • Plotting Tips

    • Miscellaneous

  • Jeans instability
  • Dispersion relation for a cold plasma
  • Rankine-Hugoniot Relation
  • Shock Modification by Cosmic-Ray-Excited Turbulences
  • Structure of Cosmic Ray Mediated Shocks
  • Advection equation (Rectangular wave)
  • Advection equation (Gaussian wave)
  • Soliton KdV-Equation
  • The Derivative NonLinear Schrödinger (DNLS) Equation
  • Vortex Transport Equation
  • How to read binary data produced from FORTRAN
  • Shape Function
  • Fermi-Pasta-Uram Problem
  • pCANS: 2D Shock
  • pCANS: 2D Magnetic Reconnection
  • pCANS: 2D Weibel Instability
  • Kappa Distribution
  • Relativistic Maxwell Distribution
  • Lattice Boltzmann Simulation
  • Note for Docker
  • Hasegawa Wakatani Equation
  • Drift Wave Instability
  • Three Wave Coupling System: General Model
  • Three Wave Coupling System: Hot Unmagnetized Plasma