PyRADEF - python package for RADiation EFfects research

Quickstart

• Quickstart to PyRADEF
  • Dependencies
  • Installation
  • Some examples

Background

• Introduction
  • Stopping Force
  • Single Event Effects

API

• API Documentation
  • pyradef.data
    • Built-in data for PyRADEF
    • pyradef.data.envs
      • Built-in datasets for Radiation Environments
    • pyradef.data.see
      • Built-in datasets for Single Event Effects
    • pyradef.data.stopping
      • Built-in datasets for stopping force
  • pyradef.dedx
    • Energy Loss of Particles in Matter
    • pyradef.dedx.constants
      • Constants for Energy Loss Calculations
    • pyradef.dedx.construct
    • pyradef.dedx.core
      • Core functions for energy loss calculations.
    • pyradef.dedx.low_velocity
    • pyradef.dedx.models
      • Models and theories for energy loss calculations
    • pyradef.dedx.stopping
      • Stopping Force wrapper
    • pyradef.dedx.straggling
    • pyradef.dedx.transmission
    • pyradef.dedx.units
  • pyradef.distributions
    • Distributions
    • pyradef.distributions.chordlength
      • Chord Length Distributions for RPP geometries
  • pyradef.fitters
    • Fitting routines for pyradef
    • pyradef.fitters.bendel1p
      • Single parameter Bendel function
    • pyradef.fitters.bendel2p
      • Two-parameter Bendel function
    • pyradef.fitters.pdi
      • Proton Direct Ionization (PDI) fitter
    • pyradef.fitters.residuals
      • Residual functions for minimization
    • pyradef.fitters.weibull
      • Weibull function fitter
  • pyradef.see
    • pyradef.see.core
    • pyradef.see.low_energy_proton
      • Low Energy Proton (LEP) models
    • pyradef.see.xsection
      • SEE Cross-sections

Indices and tables

• Index

• Module Index

• Search Page