Analytical solutions for light propagation
In principle, analytical solutions of the radiative transfer equation have the advantage that the results are exact compared to numerical solutions and that the computing time is considerably shorter for many applications. At the ILM, exact analytical solutions of the (generalised)
radiative transfer equation were derived, validated and efficiently implemented, resulting in a speed gain of several orders of magnitude compared to numerical methods for many practical applications.
These solutions are available for all spatial and spatial frequency domains (continuous wave, frequency and time domains), for all relevant quantities (radiance, fluence, flux, reflection and transmission) and for elastically and inelastically scattered light (fluorescence, Raman).
Director Materials Optics & Imaging
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