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Astronomical Radiation Processes
Radiation and Radiative Transfer
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  • Astronomical Radiation Processes
    • Preamble
    • Introduction
    • Radiation and Radiative Transfer
    • Blackbody Radiation
    • Radiation from Moving Charges
    • Bremsstrahlung
    • Synchrotron Radiation
    • Comptonization
    • Photon-Photon Pair Production
    • Atomic Physics
    • Ionization Equilibrium and Line Diagnostics
    • Molecules and Molecular Spectra
Electromagnetic Waves
Maxwell's Equations, EM Waves, Continuity and Lorentz Force, Poynting's theorem
Radiation Quantities
Flux Density, Specific Intensity, Energy Density and Mean Intensity
Radiative Transfer
Introduction, Emission, Absorption, Optical Depth, Formal Solution
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Electromagnetic Waves: Maxwell's EquationsElectromagnetic Waves: EM WavesElectromagnetic Waves: EM WavesElectromagnetic Waves: EM Waves
Electromagnetic Waves: EM WavesElectromagnetic Waves: EM WavesElectromagnetic Waves: Continuity and Lorentz ForceElectromagnetic Waves: Poynting's theorem
Electromagnetic Waves: Poynting's theoremElectromagnetic Waves: Poynting's theoremElectromagnetic Waves: Poynting's theoremRadiation Quantities: Flux Density
Radiation Quantities: Specific IntensityRadiation Quantities: Specific IntensityRadiation Quantities: Specific IntensityRadiation Quantities: Specific Intensity
Radiation Quantities: Specific IntensityRadiation Quantities: Specific IntensityRadiation Quantities: Specific IntensityRadiation Quantities: Energy Density and Mean Intensity
Radiative Transfer: IntroductionRadiative Transfer: EmissionRadiative Transfer: AbsorptionRadiative Transfer: Absorption
Radiative Transfer: AbsorptionRadiative Transfer: Optical DepthRadiative Transfer: Optical DepthRadiative Transfer: Formal Solution
Radiative Transfer: Formal SolutionRadiative Transfer: Formal SolutionRadiative Transfer: Formal Solution
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Jörn Wilms / joern.wilms@sternwarte.uni-erlangen.de