Abstract
We provide a deeply detailed description of linear absorption and fluorescence angular distributions in biaxial media; we properly take into account the distributions of the polarization eigenmode vectors around the principal plane of the dielectric frame that contains the optical singularities of the optical axes. By introducing a non-zero angular aperture of experimental detection setups and a related angular integration of absorption and fluorescence angular distributions, we provide for the first time a complete interpretation and refined modeling of former experimental measurements. Such developments should be considered to perform relevant metrology of low-symmetry biaxial materials for optics.
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