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First Steps

  • Installing
  • Getting Started
  • Examples
    • 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
      • 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
      • Ionization states in an interplanetary coronal mass ejection
    • Plasma Objects
      • Grids: Uniformly-Spaced Cartesian Grids
      • Grids: Non-Uniform Grids
    • Simulation
      • Particle stepper
  • Feedback and Communication
  • Code of Conduct
  • Acknowledging and Citing

Package features

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

Contributor Guide

  • Overview
  • Getting Ready to Contribute
  • Code Contribution Workflow
  • Coding Guide
  • Changelog Guide
  • Documentation Guide
  • Testing Guide
  • Release Guide

All the Rest

  • Changelog
  • Authors and Credits
  • Bibliography
  • Glossary
  • Performance Tips
  • PlasmaPy Enhancement Proposals
  • PlasmaPy.org
  • GitHub Repository
PlasmaPy
  • Examples

Examples

Here we catalog all the example Jupyter notebooks that have been created for the various functionality contained 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
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

Ionization states in an interplanetary coronal mass ejection

Plasma Objects

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

Simulation

Particle stepper
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