Monte Carlo simulations of light propagation Rconv 1000um

Rconv files for 1000 um source diameter.Data Background: In order to estimate multiple optical parameters for designing equipment, estimating its performance and/or any performance of procedures using the equipment (e.g., light treatments), Monte Carlo simulations are used to simulate the light propagation within complex media before experiments are performed. CUDAMCML is a GPU-accelerated program that enables simulations at a much faster speeds compared to previous versions such as Monte Carlo Multi-Layered (MCML).How the data was generated: Running CUDAMCML simulations of light propagation in complex media for three-layered media. The manual for CUDAMCML can be found at:https://www.atomic.physics.lu.se/fileadmin/atomfysik/Biophotonics/Software/CUDAMCML.pdfand its code can be found at:https://github.com/ominux/gpumcml/blob/master/CUDAMCML2.1/cudamcml_main.cuMCO files (MCO standing for Monte Carlo Output) had the first row of the fluence matrix is used to calculate the convolved radial reflectance (i.e., Rrc, standing for R(r) convolved, where R(r) is the Radial reflectance).The content of the data file: Each ZIP file contains the output of Monte Carlo Simulations of Light propagation in complex media (i.e., Rrc files). In particular, they Rrc files for 1000 um source diameter.