Aplicación de simulaciones Monte Carlo para el análisis de información de radiación UVA-UVB en el cantón Guano

Abstract

In this thesis, the quantification of ultraviolet (UV) radiation as a fraction of the sunlight received at the biosphere level was carried out. The objectives of the study were: to examine the probabilistic events generated by UV-A and UV-B solar ultraviolet radiation measurements, obtained from January to February 2021, in the city of Guano. In addition, the daily radiation behaviour was analysed in its maximums and minimums, a data set for which the probabilities of the events represented by a normal distribution can be applied to the data first obtained mathematically as a starting point for Monte Carlo random data. The relationship between the topological variables and the average UV-A energy was also investigated to derive the UV-B energy that can interact within the estimation region. The maximum averages for January and February correspond to 30.08 W/m2-day for UV-A and 3 W/m2-day for UV-B. By analytical probability measure, the information was as follows: For UVA values above 22 W/m2, 22.8% of the random data are close to 50% of the theoretical data, thus providing as a starting point for UV-A. database and UV-B radiation, linear progression methods for correlations of variables are also included. This project can be used as a source of information collection for different radiation sources in the country, and it is also recommended to take appropriate radiation protection measures in summer.