STRUCTURE OF FRACTAL COLLOIDAL AGGREGATES FROM SMALL ANGLE X-RAY SCATTERING

The elementary analysis of the data, which consisted in determining the radii of gyration and fractal dimension of the scattering objects, was carried out using the Guinier–Porod

Comparison of calculated SAXS intensity from analytical covariance (lines) and projection (symbols) for one realization (1024 3 voxels volume) of a one-scale Boolean model of

scaling law, as a function of the surfactant concentra- tion cs and the characteristic length ç, in the two extreme cases : the film contribution either dominant or

Small-angle neutron scattering in model porous systems : a study of fractal aggregates of silica spheres.I. Classification

Small angle neutron and X-ray scattering study of the formation and structure of micelles of CTAB in formamide..

- The concentric shell model of the micelle with the radial scattering length density profiles expressed in 101° cm- 2.. Upper part : SANS, lower part : SAXS for a

and generally unknown, in order to gauge the relevance of solvent contributions in the analysis of small angle scattering data it is useful to compare the

the prefactors b i in eq.(19a) in order to switch off or on certain contributions, or correlation functions. The simplest case, i.e.. It can be shown that simple contrast