Fluctuation X-ray scattering measures the correlation of scattered X-rays in diffraction experiments. Here, the Bragg peak intensity from fluctuation X-ray scattering correlations is recovered using an iterative algorithm.

The theory of preferred orientation in fluctuation scattering is developed and demonstrated in experimental studies of self-assembled lipid materials.

This radiation damage study uses a hybrid approach combining molecular dynamics with non-thermal plasma simulations to follow the femtosecond dynamics and X-ray scattering from a protic ionic liquid as it is investigated by an intense XFEL pulse.

The single-crystal X-ray structure of [(18-crown-6)K][SnPh₃(ox)] (ox = C₂O₄²⁻) is reported. Integrity between neighboring mol­ecules in the solid state is maintained by an array of C—HO hydrogen bonds and C—Hπ inter­actions.

This is a study of the phase changes detected in monoolein samples under constant flow using a high-viscousity injector. The sample behaviour was studied using X-ray techniques while light microscopy and modelling studies were used to help interpret some of the effects observed in the data.