Atmospheric Aerosols

• Characterisation of atmospheric aerosols from sky radiance and solar irradiance extinction measures.
• Dependence of the atmospheric aerosols regarding the origin of the air masses.
• Investment methods in order to determine the aerosols’ size distributions.
• Dynamic analysis of the aerosols’ hygroscopic growing.
• Relation of the Angstrom coefficients with the aerosols’ characteristics.
• Applications in remote sensing. Atmospheric correction.

Ultraviolet Solar Radiation

• Effects of the UVB radiation on human beings.
• UVI prediction (UltraViolet Index).
• Solar simulators to use in clinical dermathology.
• Spectral and integrated measure of the UV solar radiation.
• Modelling of the direct and dim components of the UV solar radiation.
• Modelling of the UV solar radiation on inclined planes.
• Induced fluorescence.
• Measuring of the uvb solar radiation and prediction of the erythema UV solar radiation under clear skies without clouds.
• The ozone in the atmosphere.