Diffuse single-crystal scattering corrected for molecular form factor effects
This paper shows that chemical short-range order in two-component molecular crystals can
be solved directly by separating the influence of the molecular form factor from the diffraction
pattern. This novel technique is demonstrated by analysing the diffuse scattering of tris-tert-
butyl-1, 3, 5-benzene tricarboxamide.
be solved directly by separating the influence of the molecular form factor from the diffraction
pattern. This novel technique is demonstrated by analysing the diffuse scattering of tris-tert-
butyl-1, 3, 5-benzene tricarboxamide.
Diffuse single crystal scattering corrected for molecular formfactor effects
SRO Warren-Cowley - Foundations of Crystallography, 2017 - journals.iucr.org
The determination of the average structure of a crystalline material via analysis of Bragg
scattering data has long since become a routine method, at least for materials with moderate
complexity. No technique equivalent to direct methods has been established to date for the
analysis of disordered crystalline materials. For full data analysis the weaker diffuse
scattering in between the Bragg peaks has to be considered. We show that chemical short
range order (SRO) in two component molecular crystals can be solved directly by separating …
scattering data has long since become a routine method, at least for materials with moderate
complexity. No technique equivalent to direct methods has been established to date for the
analysis of disordered crystalline materials. For full data analysis the weaker diffuse
scattering in between the Bragg peaks has to be considered. We show that chemical short
range order (SRO) in two component molecular crystals can be solved directly by separating …
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