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First steps

  • Installation
  • Getting Started
  • Example Notebooks
    • Getting started
      • Using Astropy Units
      • Using PlasmaPy Particles
    • Analyses & diagnostics
      • Fit Functions
      • Null Point Finder
      • Swept Langmuir Analysis: Floating Potential
      • Synthetic Charged Particle Radiographs with Multiple Detector Layers
      • Creating Synthetic Charged Particle Radiographs by Particle Tracing
      • Synthetic Radiographs with Custom Source Profiles
      • Synthetic Charged Particle Radiographs with a Wire Mesh
      • Langmuir probe data analysis
      • Thomson Scattering: Spectral Density
      • Fitting Thomson Scattering Spectra
    • Dispersion
      • The plasma dispersion function
      • Hollweg Dispersion Solver
      • Stix Dispersion Solver
      • Dispersion: A Full Two Fluid Solution
      • Reproduce Figure 1 from Bellan 2012
    • Formulary
      • Physics of the E×B drift
      • Braginskii coefficients
      • Cold Magnetized Plasma Dielectric Permittivity Tensor
      • Coulomb logarithms
      • 1D Maxwellian distribution function
      • Fusion Cross-Sections and Reactivities
      • Analysing ITER parameters
      • Plasma parameters in Earth’s magnetosphere
      • Magnetostatic Fields
      • Plasma beta in the solar atmosphere
      • Emission of Thermal Bremsstrahlung by a Maxwellian Plasma
      • Thermal Speed
    • Particles
      • Using PlasmaPy Particles
      • Ionization states in an interplanetary coronal mass ejection
    • Plasma objects
      • Grids: Uniformly-Spaced Cartesian Grids
      • Grids: Non-Uniform Grids
    • Simulation
      • Particle Tracker
  • Feedback and Communication
  • Code of Conduct
  • Acknowledging and Citing PlasmaPy

Package features

  • Analysis & Diagnostic Toolkits
  • Dispersion
  • Formulary
  • Particles
  • Simulation
  • Plasma Calculator
  • Plasma Objects
  • Package Utilities

Project details

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Contributing

  • Contributor Guide
  • Many Ways to Contribute
  • Getting Ready to Contribute
  • Code Contribution Workflow
  • Coding Guide
  • Testing Guide
  • Using pre-commit
  • Documentation Guide
  • Changelog Guide
PlasmaPy
  • Example Notebooks

Example Notebooks

Here we catalog all the example Jupyter notebooks that have been created for the functionality in PlasmaPy.

  • Getting started

  • Analyses & diagnostics

  • Dispersion

  • Formulary

  • Particles

  • Plasma objects

  • Simulation

Getting started

Using Astropy Units
Using PlasmaPy Particles

Analyses & diagnostics

Fit Functions
Null Point Finder
Swept Langmuir Analysis: Floating Potential
Synthetic Charged Particle Radiographs with Multiple Detector Layers
Creating Synthetic Charged Particle Radiographs by Particle Tracing
Synthetic Radiographs with Custom Source Profiles
Synthetic Charged Particle Radiographs with a Wire Mesh
Langmuir probe data analysis
Thomson Scattering: Spectral Density
Fitting Thomson Scattering Spectra

Dispersion

The plasma dispersion function
Hollweg Dispersion Solver
Stix Dispersion Solver
Dispersion: A Full Two Fluid Solution

Formulary

Physics of the E×B drift
Braginskii coefficients
Cold Magnetized Plasma Dielectric Permittivity Tensor
Coulomb logarithms
1D Maxwellian distribution function
Fusion Cross-Sections and Reactivities
Analysing ITER parameters
Plasma parameters in Earth’s magnetosphere
Magnetostatic Fields
Plasma beta in the solar atmosphere
Emission of Thermal Bremsstrahlung by a Maxwellian Plasma
Thermal Speed

Particles

Using PlasmaPy Particles
Ionization states in an interplanetary coronal mass ejection

Plasma objects

Grids: Uniformly-Spaced Cartesian Grids
Grids: Non-Uniform Grids

Simulation

Particle Tracker
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