2026-10-14T01:56:37Z https://www.scidb.cn/oai

10.57760/sciencedb.21469 2026-03-05T10:28:42Z

2026-03-05 Two layered without Rrc generated doi:10.57760/sciencedb.21469 en Two layered MCO files without Rrc generated.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 two-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.cuThe content of the data file: Each ZIP file contains the output of Monte Carlo Simulations of Light propagation in complex media (i.e., MCO files, standing for Monte Carlo Output), which include the following information: A(z,r): Absorption energy density as a function of radial position (r) and depth (z)F(z,r) : Fluence rate as a function of r and zR(r): Radial reflectance.R(alpha): Angular reflectance.T(r): Radial Transmittance.T(alpha): Angular Transmittance. Monte Carlo; Light propagation; Light transport Marcelo Saito Nogueira RESTRICTED dataset Science Data Bank