Abstract
The generalized indirect Fourier transformation (GIFT) technique is a versatile tool for theevaluation of small angle scattering data. It does not depend on models for the size andshape of the particles and requires model assumptions only for the interactioneffects that are typically not as sensitive to the details of the assumptions. Wereview here the development of the technique from its inception, focusing on theincluded interaction models for hard, charged and attractive spheres, and lamellae. Aconsiderable number of applications has also been reported ranging from surfactants,emulsions, microemulsions, food science, and ceramics to melts and block-copolymers.
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