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Single crystal diffuse scattering is generally interpreted using correlationparameters that describe probabilities for certain configurations on a localscale. In this paper we present a novel interpretation of diffuse maxima usinga disordered superspace approach. In (D+d)-dimensional superspace twomodulation functions are disordered along the superspace axis $\vec{a}_{s,i}$for i = 1,..,D, while the periodicity along the internal dimensions ismaintained. This simple approach allows the generation of diffuse maxima of anywidth at any position in reciprocal space. The extinction rules that areintroduced by superspace symmetry are also fulfilled by the diffuse maxima fromstructures generated using the disordered superspace approach. In thismanuscript we demonstrate the disordered superspace approach using a simple asimple two-dimensional binary disordered system. The extension of the approachto (3+D)-dimensional superspace is trivial. The treatment of displacement andmagnetic disorder in a similar approach is straight forward.

The interpretation of broad diffuse maxima using superspace crystallography