Like its counterpart, it is caused by the effect of the analyte of the fluctuating electromagnetic field that is associated with the passing incident radiation. However, it only applies when the parti
Like its counterpart, it is caused by the effect of the analyte of the fluctuating electromagnetic field that is associated with the passing incident radiation. However, it only applies when the particle radius is one-tenth the wavelength of that radiation. It is proportional to lambda to the fourth power and can be caused by microscopic variations in the refractive index of an optical fiber. Named for the Englishman who discovered it, FTP, identify this type of light scattering that explains the sky's blue color.
Like its counterpart, it is caused by the effect of the analyte of the fluctuating electromagnetic field that is associated with the passing incident radiation.
{Rayleigh scattering}