XrayPhysics

Contents:

  • XrayPhysics Python Interface
    • Installation and Tutorial
    • High-Level Functions
    • X-ray Cross Sections
    • X-ray Spectra Modeling
    • Utility Functions
    • Beam Hardening
    • Dual Energy Decomposition
XrayPhysics
  • XrayPhysics Python Interface
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XrayPhysics Python Interface

Contents:

  • Installation and Tutorial
  • High-Level Functions
    • about()
    • use_mm()
    • use_cm()
    • resample()
  • X-ray Cross Sections
    • atomicMass()
    • mu()
    • muPE()
    • muCS()
    • muRS()
    • muPP()
    • muTP()
    • sigma()
    • sigmaPE()
    • sigmaCS()
    • sigmaRS()
    • sigmaPP()
    • sigmaTP()
    • rhoe()
    • rho()
    • sigma_e()
    • ComptonScatterDistribution()
    • incoherentScatterDistribution()
    • RayleighScatterDistribution()
    • coherentScatterDistribution()
    • ComptonScatterDistribution_normalizationFactor()
    • incoherentScatterDistribution_normalizationFactor()
    • RayleighScatterDistribution_normalizationFactor()
    • coherentScatterDistribution_normalizationFactor()
  • X-ray Spectra Modeling
    • simulateSpectra()
    • changeTakeOffAngle()
    • detectorResponse()
    • filterResponse()
    • meanEnergy()
    • normalizeSpectrum()
    • load_spectra()
    • save_spectra()
  • Utility Functions
    • effectiveZ()
    • effectiveLAC()
    • effectiveEnergy()
    • transmission()
  • Beam Hardening
    • setBHlookupTable()
    • setBHClookupTable()
    • polynomialBHC()
    • setTwoMaterialBHClookupTable()
  • Dual Energy Decomposition
    • setDEDlookupTable()
    • PhotoelectricBasis()
    • ComptonBasis()
    • PCAbases()
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