PROCEDURE TO CORRECT THE EFFECT OF LIGHT SCATTERING IN FLAT LASER BEAM MICROSCOPE MEASUREMENTS (MACHINE-TRANSLATION BY GOOGLE TRANSLATE, NOT LEGALLY BINDING)

The invention describes a procedure for correcting the scattering effect of light in a flat laser beam microscope comprising: calculating, by means of Monte Carlo simulations, the transfer function of a medium for different scattering coefficients and scanning depths, creating a transfer functions database: experimentally estimate the dispersion coefficient of a sample assuming that it is uniform throughout the sample: scan the sample using the flat laser beam microscope to obtain a set of images corresponding to different sections of the sample; and deconvolve each image of the sample obtained in the scan using the transfer function of the database that corresponds to the dispersion coefficient of the sample and the scanning depth of each image, thus correcting in each image the effect of the dispersion of the light. (Machine-translation by Google Translate, not legally binding)