m] is the corrected

scattering angle for maximum intensity, which is related to the actual

scattering angle, [[theta].

In order to simulate the resolution at finite

scattering angle (or finite scattering variable Q), a single-crystal diffraction sample is used to simulate Bragg peaks.

He further added that by measuring the

scattering angle and understanding the physics of Coulomb multiple scattering, one can assess the locations and amount of the melted fuel in the reactor.

By measuring the

scattering angle, and understanding the physics of Coulomb multiple scattering, one can assess the locations and amount of the melted fuel.

m] is the electron density of the medium in which the particles are dispersed, and q = (4[PI]/[lambada]) sin [theta], with 2[theta] the

scattering angle, and [lambada] is the wavelength.

The figure represents the variation in the scattered intensity with the scattering vector, q, which is defined by: q = 4[pi] sin ([theta]/2)/[lambda], where [lambda] is the wavelength of the incident radiation (x-ray, light) and [theta] is the

scattering angle.

Detectors measure intensity as a function of

scattering angle and derive particle size based on Mie scattering theory.

Polarized reflected intensity will be measured as a function of

scattering angle for uniformly sized microspheres.

SAXS is a study of X-ray scattering in reciprocal space at angles very close to the main beam--typically 2|Theta~|is less than~2 |degrees~, where |Theta~ is half the

scattering angle.

The method lies on the fact that the

scattering angle is inversely proportional to particle size, where for small particles the scattering is higher at high angles in contrast to the larger ones.

where 2[theta] is the

scattering angle, we can write

Above presented scattering profile is averaged overall

scattering angle distribution realized with light beam which lighten whole paper sheet (Modric, 2007).