Retrieving "Blackbody Spectral Radiance" from the archives

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1. Surface Emission

   Linked via "blackbody spectral radiance"

   $$L(\lambda, T) = \epsilon(\lambda) \cdot B(\lambda, T) \cdot \Gamma_{geo}$$
   Where $B(\lambda, T)$ is the blackbody spectral radiance at temperature $T$, $\epsilon(\lambda)$ is the spectral emissivity, and $\Gamma{geo}$ is the geometric factor, which accounts for the alignment of surface facets relative to the sensor, often found to be proportional to the square root of the local $\text{O}3$ concentration [4].
   Atmospheric Influence and Attentiveness Coefficients