Abstract
The correction of optical effects in infrared spectroscopy has been developing over the years with Resonant Mie Extended Multiplicative Scattering Correction marking a significant point. A new open-source algorithm of Mie Extinction Extended Multiplicative Scattering Correction has been released in 2019, giving a much needed flexibility for the user. The new approach uses a Van der Hulst approximation for absorbing spheres instead of full Mie theory, significantly speeding up the calculations. In this article a comparison of both algorithms is done in the context of biological tissue imaging with a Focal Plane Array, which has its own characteristics over single animal cell measurements or IR confocal measurements.
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