We demonstrate the measurement of nanoparticle anisotropy by angularly resolved
Rayleigh scattering of single optical levitated particles that are oriented in space via the …

For accurate laser-induced incandescence (LII) measurements of soot properties it is of
great importance to understand the nature of the physical processes involved during rapid …

Light absorbing carbonaceous aerosols produced from combustion span over a range of
physicochemical properties. Soot is the most recognized species in this category and its …

The effect of rapid laser irradiation on the optical properties of mature soot particles is
investigated by performing wavelength-resolved extinction measurements in the visible …

Soot particles formed during the incomplete combustion of hydrocarbons not only reduce the
efficiency of many combustion devices but also adversely affect the global climate, air quality …

Up to date, the soot evolution process during hydrocarbon combustion is not fully
understood. This fact basically derives from the simultaneous interplay of numerous …

Up to date, the soot evolution process during hydrocarbon combustion is not fully
understood. This fact basically derives from the simultaneous interplay of numerous …

Este TFG estudia el efecto de la humedad relativa sobre la dispersión lumínica del aerosol
atmosférico en un enclave de ambiente suburbano, a partir de ciertos parámetros ópticos …