The

scattering cross section is related to the transmission of a beam through multiple scatterers.

In references 1 and 2 the measurement of

scattering cross section for polystyrene (PS) microspheres was discussed.

In the above expression [less than]C[greater than] is the average total

scattering cross section for a distribution of particles, while [less than][[C.

A commercial spectrometer with an integrating sphere (IS) detector was used to measure the

scattering cross section of microspheres.

The important physical parameters are the differential

scattering cross section d[Sigma]([Omega])/d[Omega] of the scatterers, i.

Usually, it is necessary to convert these raw, instrument-specific, data into a quantity; the double differential

scattering cross section, that largely depends on the physics of the sample under investigation, as described in Sec.

The differential

scattering cross section is a function of direction defined by d[omega] and is defined by the following equation:

The neutron

scattering cross section is about a factor of 20 higher for the ortho configuration compared to the para configuration.

Since cold neutrons will depolarize in a liquid deuterium target in which the

scattering cross section is much larger than the absorption cross section, it will be necessary to quantify the loss of polarization before capture.

In effective-range theory, the singlet

scattering cross section [[sigma].

Armstrong (12) noted that the ratios of elastic

scattering cross section and atomic mass to atomic number correlate fairly well.

Other major advantages in using electron scattering for crystallographic studies is that the

scattering cross section of matter for electrons is [10.