In diffraction experiments, only intensities of scattered radiation can be recorded.
2.
This model is generally adopted to describe the polarization of the scattered radiation.
3.
Furthermore, the intensity of Rayleigh scattered radiation is identical in the forward and reverse directions.
4.
The accuracy of other telescopes is limited by the scattered radiation of the feed legs.
5.
Scattered radiation can interfere with the detector by entering into it and causing errors in recorded spectra.
6.
When the scattered radiation is visible light, it is conventional to measure the path length in centimetres.
7.
The intensity of the Rayleigh scattered radiation increases rapidly as the ratio of particle size to wavelength increases.
8.
Conceptually, small-angle scattering experiments are simple : the sample is exposed to X-rays or neutrons and the scattered radiation is registered by a detector.
9.
The intensity of Mie scattered radiation is given by the summation of an infinite series of terms rather than by a simple mathematical expression.
10.
In the case of particles with dimensions greater than this, Mie's scattering model can be used to find the intensity of the scattered radiation.
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