Flow-SANS and Rheo-SANS applied to soft matter

We review the current literature pertaining to the characterization of soft matter subject to flow utilizing small-angle neutron scattering, flow-SANS, with an emphasis on the simultaneous measurement of the rheology, Rheo-SANS. Experimental results are discussed in terms of the flow induced structure and direct connection to the bulk rheology in which we highlight the use of the contrast match method as a unique advantage to neutron scattering techniques. Finally, we discuss specific areas in each field that could benefit from focused flow-SANS experiments, and the projected evolution of specialized flow-SANS sample environments.

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► The application of SANS to the characterization of soft matter under deformation.
► The direct measurement of flow induced structural reorganization.
► The simultaneous measure of both structure and rheology.
► The current development of state-of-the-art dynamic SANS sample environments.
► The current approaches to the data analysis of anisotropic scattering patterns.