In this method, the sample's symmetry can be described using Hermann- Mauguin notation, and samples are usually frozen to reduce the magnitude of the Debye-Waller effect and then mounted on a rotating goniometer.
In this method, the sample's symmetry can be described using Hermann- Mauguin notation, and samples are usually frozen to reduce the magnitude of the Debye-Waller effect and then mounted on a rotating goniometer. The resulting observations can be described by a geometric construct whose radius is the wavevector of the incident radiation, known as the Ewald sphere. Planes of reflection are labeled by Miller indices, and the Patterson function is commonly used to solve the phase problem. Samples can be identified as one of the fourteen Bravais lattices, and resulting structures commonly represent atoms with thermal ellipsoids. Bragg's law describes the scattering of a beam of radiation from electrons in a solid sample in, for 10 points, this spectroscopic method.
In this method, the sample's symmetry can be described using Hermann- Mauguin notation, and samples are usually frozen to reduce the magnitude of the Debye-Waller effect and then mounted on a rotating goniometer.
{X-ray crystallography} [or {X-ray diffraction}]