Small angle scattering (SANS)

To investigate large structures

SANS enables investigation of micro- and nanostructures between 0,5 nm and 1000 nm. Biomolecules and other polymers, but also filter materials, alloys or catalysts possess differences in density, concentration or magnetisation over the whole sample volume.

SANS - Figure 2 SANS - Figure 2 Scattering from two particles of different size: the diffraction from the larger sphere occurs into smaller angles and therefore smaller Q. Picture courtesy of Aurel Radulescu FRM II / TUM

SANS: Scattering of two particles of different sizes. Picture courtesy of Aurel Radulescu FRM II / TUM

These differences can be visualised by small angle scattering, since they divert the initially parallel neutron beam in a characteristic way. The result is information about the average particle size and their distribution, but also about shape and chemical structure of nanomaterials. Even fast kinetic processes are accessible by this method.

Case Studies

  • Case Study Nanocomposites, HZG. To download PDF file click here.
  • Surfactants for stable foam, LLB. To download the PDF file click here.