… The atomic pair distribution function (PDF) technique has been used for many years to
study disordered materials and liquids. More recently it has also been applied to the …

… for obtaining atomic pair distribution functions. Top left: a powder or nanoparticulate sample
is placed in an intense beam of X-rays or neutrons and intensity is collected as a function of …

… In this paper we focus on the analysis of the atomic pair distribution function (PDF) obtained
from the total scattering from powder samples. In fact the PDF method was originally applied …

… One very valuable approach, which is gaining popularity for nanostructure studies, is
total scattering and the atomic pair distribution function (PDF) analysis of X-ray and neutron …

… The mean-square relative displacements MSRD of atomic pair motions in crystals are
studied as a function of pair distance and temperature using the atomic pair distribution function …

… structural re®nement of the atomic pair distribution function … refinement of the atomic pair
distribution function (PDF). In … The program presented here allows the refinement of atomic …

… by the atomic pair distribution function technique. We show that on the atomic scale the …
of V 2 O 5 ·nH 2 O by the atomic pair distribution function (PDF) technique. This technique has …

… A fast method for calculating the atomic pair distribution function is described in the context
of performing refinements of structural models. Central to the speed of synthesis is the …

… Here we use the atomic pair distribution function PDF … Using the experimentally derived
atomic coordinates we have calcu… The atomic PDF is a function that gives the number of atoms …

… The technique discussed in this article is the atomic pair distribution function (PDF) method.
The PDF is widely used to study glasses and amorphous materials (Wagner, 1978; Warren, …