The Shake-and-Bake and HASSP methods are used to determine electron density and this quantity.
The Shake-and-Bake and HASSP methods are used to determine electron density and this quantity. This quantity can be found by creating a function where this quantity is zero and applying an inverse Fourier transform, giving a centrosymmetric map with special peaks called Harker sections. Peaks on that map represent vectors showing distances between atoms and the map itself is named for Patterson. Multiple isomorphous replacement and molecular replacement are ways of finding this quantity. When taking a diffraction pattern, the intensity of a structure factor can be found, but this quantity is lost. This quantity's recovery is the subject of anamesake problem in X-ray crystallography. This quantity is the same for two X-rays whose scattering paths have the same length, according to Bragg's Law. For 10 points, name this property which characterizes a wave along with amplitude.
The Shake-and-Bake and HASSP methods are used to determine electron density and this quantity.
phase [prompt on "crystal  structure factor" until "structure factor" is mentioned]